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192.168.1.100 / T800_MD_V1.6 / f56691b2a37aca31a363450d03f00fe3d5f82c5a / . / mcu / interface / service / sbp / sbp_data.def
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#ifndef SBP_DATA_DEF
#define SBP_DATA_DEF(ID, FEATURE, ATTR, DESC)
#endif
#ifndef SBP_DATA_DEF_VAL
#define SBP_DATA_DEF_VAL(VAL, DESC)
#endif
#ifndef SBP_DATA_DEF_END
#define SBP_DATA_DEF_END
#endif
#ifndef SBP_DATA_DEF_BIT_VAL
#define SBP_DATA_DEF_BIT_VAL(NAME, DESC, DESC_V0, DESC_V1)
#endif
#ifndef SBP_DATA_DEF_BIT
#define SBP_DATA_DEF_BIT(ID, FEATURE, ATTR)
#endif
#ifndef SBP_DATA_DEF_BIT_END
#define SBP_DATA_DEF_BIT_END
#endif
#ifndef SBP_DATA_DEFAULT_VAL
#define SBP_DATA_DEFAULT_VAL(DEFAULT_VALUE)
#endif
/* Please remember to modify the following NVRAM VERNO when your modification will change NVRAM*/
#ifdef SBP_DEFINE_NVRAM_VERNO
#define NVRAM_EF_SBP_MODEM_DATA_CONFIG_LID_VERNO "140"
#define NVRAM_EF_SBP_MODEM_DATA_CONFIG_LID_HASH 0xC71E7757
#endif
/*
* Format:
*
* SBP_DATA_DEF(ID, FEATURE, ATTR, DESC) // define a SBP DATA
* SBD_DATA_DEF_VAL(VAL, VAL_DESC) // define the possible value of this SBP DATA and the description of this value.
* ... // there could be 0 or multiple SBP_DATA_DEF_VAL
* SBP_DATA_DEFAULT_VAL(DEFAULT_VAL) // define the default value of this SBP DATA, there is one and only one default value for this SBP DATA
* SBP_DATA_DEF_END // END of the definition for this SBP DATA
*
* Meaning:
* - ID: the real value of the SBP Data enum
* - FEATURE: the SBP Data enum
* - ATTR:
* SBP_ATTR_NONE = 0,
* SBP_ATTR_NOT_SUPPORT_DYNAMIC_SBP = 0x01, // bit 1 is for current SBP NV will keep when Dynamic SBP change
* SBP_ATTR_ALL = 0xff,
*
* - DESC: the field description in sbp_nvram_editor.h for this SBP DATA
* - VAL: the possible value for this SBP Data which will be defined in the sbp_nvram_editor.h
* - VAL_DESC: the description of the corresponding possible value for this SBP Data which will be defined in the sbp_nvram_editor.h
* - DEFAULT_VAL: the default value defined in nvram_data_items.c (the value may be replaced by sbp_utility.c)
*
* Note: ifdef/ifndef is supported but only for SBP_DATA_DEFAULT_VAL or adding different ATTR
*
*/
/******* SBP Doc Info Begin *******
<SBP_DOC_INFO>
<HISTORY>
</HISTORY>
</SBP_DOC_INFO>
******* SBP Doc End ********/
/*0~7*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DATA_VAMOS - VAMOS(Voice services over Adaptive Multi-user Channels on One Slot)">
<DESCRIPTION>
This feature is defined in 3GPP TS45.001 Ch.13(after R9).
If the MS support VAMOS, the VAMOS level could be VAMOS-I or VAMOS-II.
The MS will report its capability on the CLASSMARK to the network and the NW may assign channel mode with VAMOS mode.
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0">Not Supported(Doc)</VALUE>
<VALUE value="1">VAMOS_1 Supported(Doc)</VALUE>
<VALUE value="2">VAMOS_2 Supported(Doc)</VALUE>
</CONFIG>
<DEFAULT>2 (VAMOS-II)</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>
The VAMOS_SUPPORT flag in makefile shall always be TRUE. (non-switchable)
<PARAG>
If VAMOS_SUPPORT set to FALSE, this VAMOS feature will be set to not support.
</PARAG>
</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk09470</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(0, SBP_DATA_VAMOS, SBP_ATTR_NONE, "support of VAMOS level is defined")
SBP_DATA_DEF_VAL(0x00, "Not Supported")
SBP_DATA_DEF_VAL(0x01, "VAMOS_1 Supported")
SBP_DATA_DEF_VAL(0x02, "VAMOS_2 Supported")
/* The first Hex is for FDD and the second is for TDD. */
#if defined(__TC10__) || defined(__DISABLE_VAMOS__)
SBP_DATA_DEFAULT_VAL(0x00 | 0x00)
#else
#if defined(__VAMOS_2__)
SBP_DATA_DEFAULT_VAL(0x02 | 0x00)
#elif defined(__VAMOS_1__)
SBP_DATA_DEFAULT_VAL(0x01 | 0x00)
#else
SBP_DATA_DEFAULT_VAL(0x00 | 0x00)
#endif
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_EN - IDC(In-device Coexistence)">
<DESCRIPTION>
<PARAG>
This feature is used to cooperate with CONSYS to eliminate interference between LTE and CONSYS(WiFi, BT, GPS).
If IDC is enabled, it will apply TDM, FDM or Power backoff according to LTE serving frequency and CONSYS frequency.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0">IDC is not enabled</VALUE>
<VALUE value="1">IDC is enabled, Interference mitigation between LTE and CONSYS will be applied</VALUE>
</CONFIG>
<DEFAULT>
1 (IDC is enabled)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13382</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(1, SBP_IDC_EN, SBP_ATTR_NONE, "Enable IDC feature")
SBP_DATA_DEF_VAL(0x00, "IDC disable")
SBP_DATA_DEF_VAL(0x01, "IDC enable")
#if defined(__DISABLE_IDC__)
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x01)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_IM_LTE_TX_PWR">
<DESCRIPTION>
<PARAG>
The value is applied to LTE Tx max power after CONSYS notifies LTE to reduce Tx max power
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="1">LTE max Tx power is set to 1 dBm</VALUE>
<VALUE value="2">LTE max Tx power is set to 2 dBm</VALUE>
<VALUE value="3">LTE max Tx power is set to 3 dBm</VALUE>
<VALUE value="4">LTE max Tx power is set to 4 dBm</VALUE>
<VALUE value="5">LTE max Tx power is set to 5 dBm</VALUE>
<VALUE value="6">LTE max Tx power is set to 6 dBm</VALUE>
<VALUE value="7">LTE max Tx power is set to 7 dBm</VALUE>
<VALUE value="8">LTE max Tx power is set to 8 dBm</VALUE>
<VALUE value="9">LTE max Tx power is set to 9 dBm</VALUE>
<VALUE value="10">LTE max Tx power is set to 10 dBm</VALUE>
<VALUE value="11">LTE max Tx power is set to 11 dBm</VALUE>
<VALUE value="12">LTE max Tx power is set to 12 dBm</VALUE>
<VALUE value="13">LTE max Tx power is set to 13 dBm</VALUE>
<VALUE value="14">LTE max Tx power is set to 14 dBm</VALUE>
<VALUE value="15">LTE max Tx power is set to 15 dBm</VALUE>
<VALUE value="16">LTE max Tx power is set to 16 dBm</VALUE>
<VALUE value="17">LTE max Tx power is set to 17 dBm</VALUE>
<VALUE value="18">LTE max Tx power is set to 18 dBm</VALUE>
<VALUE value="19">LTE max Tx power is set to 19 dBm</VALUE>
<VALUE value="20">LTE max Tx power is set to 20 dBm</VALUE>
<VALUE value="21">LTE max Tx power is set to 21 dBm</VALUE>
<VALUE value="22">LTE max Tx power is set to 22 dBm</VALUE>
<VALUE value="23">LTE max Tx power is set to 23 dBm</VALUE>
</CONFIG>
<DEFAULT>17 (LTE max Tx power is set to 17 dBm when CONSYS notifies LTE to deduce LTE max Tx power)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13382</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(2, SBP_IDC_IM_LTE_TX_PWR, SBP_ATTR_NONE, "Set LTE max Tx power when IDC is enabled")
SBP_DATA_DEF_VAL(0x01, "TX_PWR_1")
SBP_DATA_DEF_VAL(0x02, "TX_PWR_2")
SBP_DATA_DEF_VAL(0x03, "TX_PWR_3")
SBP_DATA_DEF_VAL(0x04, "TX_PWR_4")
SBP_DATA_DEF_VAL(0x05, "TX_PWR_5")
SBP_DATA_DEF_VAL(0x06, "TX_PWR_6")
SBP_DATA_DEF_VAL(0x07, "TX_PWR_7")
SBP_DATA_DEF_VAL(0x08, "TX_PWR_8")
SBP_DATA_DEF_VAL(0x09, "TX_PWR_9")
SBP_DATA_DEF_VAL(0x0a, "TX_PWR_10")
SBP_DATA_DEF_VAL(0x0b, "TX_PWR_11")
SBP_DATA_DEF_VAL(0x0c, "TX_PWR_12")
SBP_DATA_DEF_VAL(0x0d, "TX_PWR_13")
SBP_DATA_DEF_VAL(0x0e, "TX_PWR_14")
SBP_DATA_DEF_VAL(0x0f, "TX_PWR_15")
SBP_DATA_DEF_VAL(0x10, "TX_PWR_16")
SBP_DATA_DEF_VAL(0x11, "TX_PWR_17")
SBP_DATA_DEF_VAL(0x12, "TX_PWR_18")
SBP_DATA_DEF_VAL(0x13, "TX_PWR_19")
SBP_DATA_DEF_VAL(0x14, "TX_PWR_20")
SBP_DATA_DEF_VAL(0x15, "TX_PWR_21")
SBP_DATA_DEF_VAL(0x16, "TX_PWR_22")
SBP_DATA_DEF_VAL(0x17, "TX_PWR_23")
SBP_DATA_DEFAULT_VAL(0x11)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_GPS_BLANK_EN">
<DESCRIPTION>
<PARAG>
This feature is used to notify GPS that there will have LTE Tx, and GPS should ignore signals received in the notified subframes.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0">GPS_BLANK is not enabled. LTE will not notify GPS that if there is any LTE Tx later</VALUE>
<VALUE value="1">GPS_BLANK is enabled. LTE will notify GPS that if there is any LTE Tx later</VALUE>
</CONFIG>
<DEFAULT>
0 (GPS_BLANK is disable)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13382</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(3, SBP_IDC_GPS_BLANK_EN, SBP_ATTR_NONE, "Enable GPS blanking feature")
SBP_DATA_DEF_VAL(0x00, "GPS_BLANK is disabled")
SBP_DATA_DEF_VAL(0x01, "GPS_BLANK is enabled")
#if defined(MT6739)
SBP_DATA_DEFAULT_VAL(0x00) //Disable GPS blanking
#else
SBP_DATA_DEFAULT_VAL(0x00) //Disable GPS blanking
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_802_ANT_ISOLATION - Set antenna isolation between LTE and WiFi">
<DESCRIPTION>
It is used to set the antenna isolation between LTE and WiFi. This sbp is reserved for future usage. Currently, MD load will not apply this value.
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="7">Antenna isolation between LTE and WiFi is 7dBm</VALUE>
<VALUE value="8">Antenna isolation between LTE and WiFi is 8dBm</VALUE>
<VALUE value="9">Antenna isolation between LTE and WiFi is 9dBm</VALUE>
<VALUE value="10">Antenna isolation between LTE and WiFi is 10dBm</VALUE>
<VALUE value="11">Antenna isolation between LTE and WiFi is 11dBm</VALUE>
<VALUE value="12">Antenna isolation between LTE and WiFi is 12dBm</VALUE>
<VALUE value="13">Antenna isolation between LTE and WiFi is 13dBm</VALUE>
<VALUE value="14">Antenna isolation between LTE and WiFi is 14dBm</VALUE>
<VALUE value="15">Antenna isolation between LTE and WiFi is 15dBm</VALUE>
<VALUE value="16">Antenna isolation between LTE and WiFi is 16dBm</VALUE>
<VALUE value="17">Antenna isolation between LTE and WiFi is 17dBm</VALUE>
<VALUE value="18">Antenna isolation between LTE and WiFi is 18dBm</VALUE>
<VALUE value="19">Antenna isolation between LTE and WiFi is 19dBm</VALUE>
<VALUE value="20">Antenna isolation between LTE and WiFi is 20dBm</VALUE>
<VALUE value="21">Antenna isolation between LTE and WiFi is 21dBm</VALUE>
<VALUE value="22">Antenna isolation between LTE and WiFi is 22dBm</VALUE>
<VALUE value="23">Antenna isolation between LTE and WiFi is 23dBm</VALUE>
<VALUE value="24">Antenna isolation between LTE and WiFi is 24dBm</VALUE>
</CONFIG>
<DEFAULT>
1 (Antenna isolation between LTE and WiFi is 12dBm)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13382</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(4, SBP_IDC_802_ANT_ISOLATION, SBP_ATTR_NONE, "Set antenna isolation between LTE and WiFi")
SBP_DATA_DEF_VAL(0x07, "ANT_ISOLATION_7")
SBP_DATA_DEF_VAL(0x08, "ANT_ISOLATION_8")
SBP_DATA_DEF_VAL(0x09, "ANT_ISOLATION_9")
SBP_DATA_DEF_VAL(0x0a, "ANT_ISOLATION_10")
SBP_DATA_DEF_VAL(0x0b, "ANT_ISOLATION_11")
SBP_DATA_DEF_VAL(0x0c, "ANT_ISOLATION_12")
SBP_DATA_DEF_VAL(0x0d, "ANT_ISOLATION_13")
SBP_DATA_DEF_VAL(0x0e, "ANT_ISOLATION_14")
SBP_DATA_DEF_VAL(0x0f, "ANT_ISOLATION_15")
SBP_DATA_DEF_VAL(0x10, "ANT_ISOLATION_16")
SBP_DATA_DEF_VAL(0x11, "ANT_ISOLATION_17")
SBP_DATA_DEF_VAL(0x12, "ANT_ISOLATION_18")
SBP_DATA_DEF_VAL(0x13, "ANT_ISOLATION_19")
SBP_DATA_DEF_VAL(0x14, "ANT_ISOLATION_20")
SBP_DATA_DEF_VAL(0x15, "ANT_ISOLATION_21")
SBP_DATA_DEF_VAL(0x16, "ANT_ISOLATION_22")
SBP_DATA_DEF_VAL(0x17, "ANT_ISOLATION_23")
SBP_DATA_DEF_VAL(0x18, "ANT_ISOLATION_24")
SBP_DATA_DEFAULT_VAL(0x0c)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_DISABLE_CUSTOM - Set whether to apply MTK solution or not">
<DESCRIPTION>
It is used to set whether IDC should force to apply MTK solution or not.
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0"> WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: not force, Intermodulation: not force</VALUE>
<VALUE value="1"> WiFi sidelobe: force, BT sidelobe: not force, Harmonic: not force, Intermodulation: not force</VALUE>
<VALUE value="2"> WiFi sidelobe: not force, BT sidelobe: force, Harmonic: not force, Intermodulation: not force</VALUE>
<VALUE value="3"> WiFi sidelobe: force, BT sidelobe: force, Harmonic: not force, Intermodulation: not force</VALUE>
<VALUE value="4"> WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: force, Intermodulation: not force</VALUE>
<VALUE value="5"> WiFi sidelobe: force, BT sidelobe: not force, Harmonic: force, Intermodulation: not force</VALUE>
<VALUE value="6"> WiFi sidelobe: not force, BT sidelobe: force, Harmonic: force, Intermodulation: not force</VALUE>
<VALUE value="7"> WiFi sidelobe: force, BT sidelobe: force, Harmonic: force, Intermodulation: not force</VALUE>
<VALUE value="8"> WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: not force, Intermodulation: force</VALUE>
<VALUE value="9"> WiFi sidelobe: force, BT sidelobe: not force, Harmonic: not force, Intermodulation: force</VALUE>
<VALUE value="10">WiFi sidelobe: not force, BT sidelobe: force, Harmonic: not force, Intermodulation: force</VALUE>
<VALUE value="11">WiFi sidelobe: force, BT sidelobe: force, Harmonic: not force, Intermodulation: force</VALUE>
<VALUE value="12">WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: force, Intermodulation: force</VALUE>
<VALUE value="13">WiFi sidelobe: force, BT sidelobe: not force, Harmonic: force, Intermodulation: force</VALUE>
<VALUE value="14">WiFi sidelobe: not force, BT sidelobe: force, Harmonic: force, Intermodulation: force</VALUE>
<VALUE value="15">WiFi sidelobe: force, BT sidelobe: force, Harmonic: force, Intermodulation: force</VALUE>
</CONFIG>
<DEFAULT>N/A</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13382</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(5, SBP_IDC_DISABLE_CUSTOM, SBP_ATTR_NONE, "Set whether to apply MTK solution or not")
SBP_DATA_DEF_VAL(0x00, "WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: not force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x01, "WiFi sidelobe: force, BT sidelobe: not force, Harmonic: not force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x02, "WiFi sidelobe: not force, BT sidelobe: force, Harmonic: not force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x03, "WiFi sidelobe: force, BT sidelobe: force, Harmonic: not force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x04, "WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x05, "WiFi sidelobe: force, BT sidelobe: not force, Harmonic: force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x06, "WiFi sidelobe: not force, BT sidelobe: force, Harmonic: force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x07, "WiFi sidelobe: force, BT sidelobe: force, Harmonic: force, Intermodulation: not force")
SBP_DATA_DEF_VAL(0x08, "WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: not force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x09, "WiFi sidelobe: force, BT sidelobe: not force, Harmonic: not force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x0a, "WiFi sidelobe: not force, BT sidelobe: force, Harmonic: not force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x0b, "WiFi sidelobe: force, BT sidelobe: force, Harmonic: not force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x0c, "WiFi sidelobe: not force, BT sidelobe: not force, Harmonic: force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x0d, "WiFi sidelobe: force, BT sidelobe: not force, Harmonic: force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x0e, "WiFi sidelobe: not force, BT sidelobe: force, Harmonic: force, Intermodulation: force")
SBP_DATA_DEF_VAL(0x0f, "WiFi sidelobe: force, BT sidelobe: force, Harmonic: force, Intermodulation: force")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_GERAN_TO_EUTRAN_SUPPORT_IN_GERAN_PTM - GERAN to E-UTRA support in GERAN packet transfer mode">
<DESCRIPTION>
This feature is used to configure GERAN to E-UTRA support in GERAN packet transfer mode in MS Radio Access capability
UE report this capability to network in MS Radio Access capability IE and based on UE capability value, Network will take further action.
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">None</VALUE>
<VALUE value="0x01">
E-UTRAN Neighbour Cell measurements and MS autonomous cell reselection to E-UTRAN supported
</VALUE>
<VALUE value="0x02">
CCN towards E-UTRAN, E-UTRAN Neighbour Cell measurement reporting and Network controlled cell reselection
to E-UTRAN supported in addition to capabilities indicated by '0x01'
</VALUE>
<VALUE value="0x03">
PS Handover to EUTRAN supported in addition to capabilities indicated by 0x01 and 0x10 (currently not supported)'
</VALUE>
</CONFIG>
<DEFAULT>
0x02
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk11618</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(6, SBP_GERAN_TO_EUTRAN_SUPPORT_IN_GERAN_PTM, SBP_ATTR_NONE, "GERAN to EUTRAN support in GERAN PTM capability")
SBP_DATA_DEF_VAL(0x00, "None")
SBP_DATA_DEF_VAL(0x01, "EUTRAN neighbor cell measurements and MS autonomous cell reselection to E-UTRAN supported")
SBP_DATA_DEF_VAL(0x02, "CCN towards E-UTRAN, E-UTRAN neighbor cell measurement reporting and network controlled cell reselection to EUTRAN supported in addition to capabilities indicated by 0x01")
SBP_DATA_DEF_VAL(0x03, "PS Handover to EUTRAN supported in addition to capabilities indicated by 0x01 and 0x10 (currently not supported)")
SBP_DATA_DEFAULT_VAL(0x02)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DATA_LTE_EDDA - define if UE supports LTE EDDA and with which periodical timer">
<DESCRIPTION>
To define whether UE support eDDA and with which periodical timer(to query current power preference).
<LI>If turn on EDDA, UE can include powerPrefIndicationConfig-r11 in UECapabilityInformation to NW.</LI>
<LI>When UE is configured by RRCConnectionReconfiguration with powerPrefIndicationConfig,
UE send UEAssistanceInformation(set powerPrefIndication) to NW according to TS36.331.</LI>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Not Supported.</VALUE>
<VALUE value="0x01">Turn on EDDA with periodical timer 1</VALUE>
<VALUE value="0x02">Turn on EDDA with periodical timer 2</VALUE>
<VALUE value="0x03">Turn on EDDA with periodical timer 3</VALUE>
<VALUE value="0x04">Turn on EDDA with periodical timer 4</VALUE>
<VALUE value="0x05">Turn on EDDA with periodical timer 5</VALUE>
<VALUE value="0x06">Turn on EDDA with no periodical timer</VALUE>
</CONFIG>
<DEFAULT>
0x00
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
default 0x04, when both compile option __LTE_R11__ and __LTE_A_EDDA__ are defined.
</DEPENDENCY>
<NOTE>
This feature is available since R11 UMOLY.
</NOTE>
<AUTHOR>mtk08088</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(7, SBP_DATA_LTE_EDDA, SBP_ATTR_NONE, "define if UE supports LTE EDDA and with which periodical timer")
SBP_DATA_DEF_VAL(0x00, "Not Supported")
SBP_DATA_DEF_VAL(0x01, "Turn on EDDA with periodical timer 1")
SBP_DATA_DEF_VAL(0x02, "Turn on EDDA with periodical timer 2")
SBP_DATA_DEF_VAL(0x03, "Turn on EDDA with periodical timer 3")
SBP_DATA_DEF_VAL(0x04, "Turn on EDDA with periodical timer 4")
SBP_DATA_DEF_VAL(0x05, "Turn on EDDA with periodical timer 5")
SBP_DATA_DEF_VAL(0x06, "Turn on EDDA with no periodical timer")
#if defined(__LTE_R11__) && defined(__LTE_A_EDDA__)
SBP_DATA_DEFAULT_VAL(0x04) //LTE_EDDA ON
#else
SBP_DATA_DEFAULT_VAL(0x00) //LTE_EDDA OFF
#endif
SBP_DATA_DEF_END
/*8~15*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_WORLD_MODE - World mode id configuration for universal bin">
<DESCRIPTION>
<PARAG>
This SBP define the world mode id for universal bin feature,
modem will use this value to decide modem's RAT combination.
</PARAG>
<PARAG>
IMPORTANT NOTICE: Please do not change this setting manually, AP will auto configure this value when modem start up.
</PARAG>
</DESCRIPTION>
<CATEGORY>NWSEL</CATEGORY>
<CONFIG>
<VALUE value="0x13">Change UE world mode to LTE-TDD/UMTS-TDD/GSM</VALUE>
<VALUE value="0x17">Change UE world mode to LTE-TDD/UMTS-TDD/GSM/CDMA</VALUE>
<VALUE value="0x19">Change UE world mode to LTE-TDD/UMTS-FDD/GSM</VALUE>
<VALUE value="0x1d">Change UE world mode to LTE-TDD/UMTS-FDD/GSM/CDMA</VALUE>
<VALUE value="0x23">Change UE world mode to LTE-FDD/UMTS-TDD/GSM</VALUE>
<VALUE value="0x27">Change UE world mode to LTE-FDD/UMTS-TDD/GSM/CDMA</VALUE>
<VALUE value="0x29">Change UE world mode to LTE-FDD/UMTS-FDD/GSM</VALUE>
<VALUE value="0x2d">Change UE world mode to LTE-FDD/UMTS-FDD/GSM/CDMA</VALUE>
<VALUE value="0x33">Change UE world mode to LTE-FDD/LTE-TDD/UMTS-TDD/GSM</VALUE>
<VALUE value="0x37">Change UE world mode to LTE-FDD/LTE-TDD/UMTS-TDD/GSM/CDMA</VALUE>
<VALUE value="0x39">Change UE world mode to LTE-FDD/LTE-TDD/UMTS-FDD/GSM</VALUE>
<VALUE value="0x3b">Change UE world mode to LTE-FDD/LTE-TDD/UMTS-FDD/UMTS-TDD/GSM</VALUE>
<VALUE value="0x3d">Change UE world mode to LTE-FDD/LTE-TDD/UMTS-FDD/GSM/CDMA</VALUE>
<VALUE value="0x3f">Change UE world mode to LTE-FDD/LTE-TDD/UMTS-FDD/UMTS-TDD/GSM/CDMA</VALUE>
</CONFIG>
<DEFAULT>AP will auto configure this value when modem start up.</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk06816</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF_BIT(8, SBP_WORLD_MODE, SBP_ATTR_NOT_SUPPORT_DYNAMIC_SBP)
SBP_DATA_DEF_BIT_VAL(WORLD_MODE_G, "World Mode: GSM", "Not Supported", "Supported")
SBP_DATA_DEF_BIT_VAL(WORLD_MODE_T, "World Mode: UMTS-TDD", "Not Supported", "Supported")
SBP_DATA_DEF_BIT_VAL(WORLD_MODE_C, "World Mode: CDMA", "Not Supported", "Supported")
SBP_DATA_DEF_BIT_VAL(WORLD_MODE_W, "World Mode: UMTS-FDD", "Not Supported", "Supported")
SBP_DATA_DEF_BIT_VAL(WORLD_MODE_LT, "World Mode: LTE-TDD", "Not Supported", "Supported")
SBP_DATA_DEF_BIT_VAL(WORLD_MODE_LF, "World Mode: LTE-FDD", "Not Supported", "Supported")
SBP_DATA_DEFAULT_VAL(DEFAULT_WORLD_MODE_ID)
SBP_DATA_DEF_BIT_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DATA_HIF_MTU_256BYTES_BASE - Packet Filtering Size" obsolete="1">
<AUTHOR>mtk10494</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(9,SBP_DATA_HIF_MTU_256BYTES_BASE, SBP_ATTR_NONE, "Obsolete from all generations")
SBP_DATA_DEFAULT_VAL(0x00) // 0x00=1500 Bytes. Otherwise, times of 256 Bytes
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EUTRAN_DISABLE_TIMER_VALUE - EUTRAN disable timer value">
<DESCRIPTION>
<PARAG>TS 24.301:</PARAG>
<PARAG>As an implementation option, the UE may start a timer for enabling E-UTRA when the UE's attach attempt
counter or tracking area updating attempt counter reaches 5 and the UE disables E-UTRA capability for cases described
in subclauses 5.5.1.2.6, 5.5.1.3.4.3, 5.5.1.3.6, 5.5.3.2.6, 5.5.3.3.4.3 and 5.5.3.3.6.</PARAG>
<PARAG>For other cases, it is up to the UE implementation when to enable the E-UTRA capability.</PARAG>
<PARAG>Since this timer value is up to UE implementation, we provide this SBP for customization.</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="1"> 1 minute</VALUE>
<VALUE value="2"> 2 minutes</VALUE>
<VALUE value="3"> 3 minutes</VALUE>
<VALUE value="4"> 4 minutes</VALUE>
<VALUE value="N"> N minutes</VALUE>
<VALUE value="255"> Use default value 12 min. If T3402 is available, use T3402 value instead. </VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>For Softbank requirement, this value is set to 54 minutes.</NOTE>
<AUTHOR>mtk01591</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(10,SBP_EUTRAN_DISABLE_TIMER_VALUE, SBP_ATTR_NONE, "EUTRAN Disable timer value, N means N minutes while 255 means that we use the default value 12 minutes.")
SBP_DATA_DEFAULT_VAL(0xFF) // 0xFF means no preference, use default 12min.
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SS_DISABLE_AFR_TIMER_PERIOD- SS disable AFR timer value">
<DESCRIPTION>
<PARAG>
If CSFB is triggered by CS-SS(Supplementary Service), disable AFR for a period defined by SBP_SS_DISABLE_AFR_TIMER_PERIOD.
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">not to disable AFR</VALUE>
<VALUE value="0x03">Disable AFR for 3 seconds</VALUE>
<VALUE value="0x04">Disable AFR for 4 seconds</VALUE>
<VALUE value="0x05">Disable AFR for 5 seconds</VALUE>
<VALUE value="0x06">Disable AFR for 6 seconds</VALUE>
<VALUE value="0x07">Disable AFR for 7 seconds</VALUE>
<VALUE value="0x08">Disable AFR for 8 seconds</VALUE>
<VALUE value="0x09">Disable AFR for 9 seconds</VALUE>
<VALUE value="0x0A">Disable AFR for 10 seconds</VALUE>
<VALUE value="0x0B">Disable AFR for 11 seconds</VALUE>
<VALUE value="0x0C">Disable AFR for 12 seconds</VALUE>
<VALUE value="0x0D">Disable AFR for 13 seconds</VALUE>
<VALUE value="0x0E">Disable AFR for 14 seconds</VALUE>
<VALUE value="0x0F">Disable AFR for 15 seconds</VALUE>
</CONFIG>
<DEFAULT>0x04</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is only used to disable AFR for a period, UE may go back to 4G for reasons other than AFR (ex: reselection) before timer expiry.
When timer expired, it is not guaranteed UE can go back to 4G in a short period because there might be some other connection or Network behavior which keeps UE staying in 2/3G.
</NOTE>
<AUTHOR>mtk10708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(11,SBP_SS_DISABLE_AFR_TIMER_PERIOD, SBP_ATTR_NONE, "SS disable AFR timer value")
SBP_DATA_DEF_VAL(0x00, "not to disable AFR")
SBP_DATA_DEF_VAL(0x03, "3s")
SBP_DATA_DEF_VAL(0x04, "4s")
SBP_DATA_DEF_VAL(0x05, "5s")
SBP_DATA_DEF_VAL(0x06, "6s")
SBP_DATA_DEF_VAL(0x07, "7s")
SBP_DATA_DEF_VAL(0x08, "8s")
SBP_DATA_DEF_VAL(0x09, "9s")
SBP_DATA_DEF_VAL(0x0a, "10s")
SBP_DATA_DEF_VAL(0x0b, "11s")
SBP_DATA_DEF_VAL(0x0c, "12s")
SBP_DATA_DEF_VAL(0x0d, "13s")
SBP_DATA_DEF_VAL(0x0e, "14s")
SBP_DATA_DEF_VAL(0x0f, "15s")
SBP_DATA_DEFAULT_VAL(0x04)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMS_MAX_TL_RETRY- Maximum retry count for SMS at TL layer">
<DESCRIPTION>
<PARAG> This provides the value for the maximum count of the retries allowed at TL layer for the SMS pdu.
If any SMS is failed due to some temporary cause as per MTK design we retry the SMS.
This SBP value specifies the number of times the retry needs to be done.
Customer can modify it according to them but we recommend to use the default value only.
Anyway customer can use any value above 3 sec but we suggest to use from the ones provided below.
While modifying this customer should note that increasing retry count will increase the response time for sending the SMS in case of multiple failures.
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="0">No Retry</VALUE>
<VALUE value="1">1 Retry</VALUE>
<VALUE value="2">2 Retries</VALUE>
<VALUE value="3">3 Retries</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08505</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(12,SBP_SMS_MAX_TL_RETRY, SBP_ATTR_NONE, "SMS max TL retry")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMS_TL_RETRY_TIMER- Timeout value for the TL retry timer (in seconds)">
<DESCRIPTION>
<PARAG> This provides the value of the TL Retry timer (in seconds).
If any SMS is failed due to some temporary cause as per MTK design we retry the SMS.
This SBP value specifies the time(in sec) after which the retry needs to be done.
Customer can modify it according to them but we recommend to use the default value only.
Anyway customer can use any value above 3 sec but we suggest to use from the ones provided below.
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="4">Timeout Value 4 seconds</VALUE>
<VALUE value="5">Timeout Value 5 seconds</VALUE>
<VALUE value="6">Timeout Value 6 seconds</VALUE>
<VALUE value="7">Timeout Value 7 seconds</VALUE>
<VALUE value="...">.... seconds</VALUE>
<VALUE value="30">Timeout Value 30 seconds</VALUE>
</CONFIG>
<DEFAULT>12 sec</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08505</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(13,SBP_SMS_TL_RETRY_TIMER, SBP_ATTR_NONE, "SMS TL retry timer (in second)")
SBP_DATA_DEFAULT_VAL(0x0c)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EUTRAN_DISABLE_TD_TIMER_VALUE - EUTRAN disable TD timer value">
<DESCRIPTION>
<PARAG>TS 23.122:</PARAG>
<PARAG>If MS that has disabled its E-UTRA capability re-enables it when PLMN selection is performed,
then the MS should, for duration of timer TD, memorize the PLMNs where E-UTRA capability was disabled
as PLMNs where voice service was not possible.</PARAG>
<PARAG>The value of timer TD is MS implementation specific, but shall not exceed the maximum possible value of
background scanning timer T as specified in subclause 4.4.3.3.1.</PARAG>
<PARAG>Since this timer value is up to UE implementation, we provide this SBP for customization.</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="1"> 1 minute</VALUE>
<VALUE value="2"> 2 minutes</VALUE>
<VALUE value="3"> 3 minutes</VALUE>
<VALUE value="4"> 4 minutes</VALUE>
<VALUE value="N"> N minutes</VALUE>
<VALUE value="255"> Use default value of high priority search period T. </VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>For Softbank requirement, this value is set to 54 minutes.</NOTE>
<AUTHOR>mtk01591</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(14,SBP_EUTRAN_DISABLE_TD_TIMER_VALUE, SBP_ATTR_NONE, "EUTRAN Disable TD timer value, N means N minutes while 255 means that we use the default value, high priority search period T.")
SBP_DATA_DEFAULT_VAL(0xFF) // 0xFF means no preference. Use default value, high priority search period T
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_ECBM_MODE_TIMER_SEC - Emergency callback mode timer (in second)" obsolete="1">
<AUTHOR>mtk09297</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(15,SBP_ECBM_MODE_TIMER_SEC, SBP_ATTR_NONE, "Obsolete after UMOLY.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/*16~23*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_ECBM_MODE_TIMER_MIN - Emergency callback mode timer (in minute)" obsolete="1">
<AUTHOR>mtk09297</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(16,SBP_ECBM_MODE_TIMER_MIN, SBP_ATTR_NONE, "Obsolete after UMOLY.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_PWR_SCAN_PRD_IN_VM - 2G power scan period in virtual mode">
<DESCRIPTION>
This control the GSM power scan period in virtual mode
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Use MTK Default value (51 or 102 frames)</VALUE>
<VALUE value="0x01">Period: 1 GSM TDMA frame</VALUE>
<VALUE value="0x02">Period: 2 GSM TDMA frame</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk11225</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(17,SBP_2G_PWR_SCAN_PRD_IN_VM, SBP_ATTR_NONE, "2G power scan period in virtual mode")
SBP_DATA_DEF_VAL(0x00, "Use MTK Default value (51 or 102 frames)")
SBP_DATA_DEF_VAL(0x01, "Period: 1 GSM TDMA frame")
SBP_DATA_DEF_VAL(0x02, "Period: 2 GSM TDMA frames, and so on.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_SCAN_NUM_PER_PRD_IN_VM - 2G power scan, number of frames to be scanned in virtual mode per period">
<DESCRIPTION>
This control the number of frames to be scanned in virtual mode per period in GSM
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Use MTK Default value (4 or 8 frames)</VALUE>
<VALUE value="0x01">Period: 1 GSM TDMA frame</VALUE>
<VALUE value="0x02">Period: 2 GSM TDMA frame</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk11225</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(18,SBP_2G_SCAN_NUM_PER_PRD_IN_VM, SBP_ATTR_NONE, "2G power scan, number of frames to be scanned in virtual mode per period")
SBP_DATA_DEF_VAL(0x00, "Use MTK Default value (4 or 8 frames)")
SBP_DATA_DEF_VAL(0x01, "Scan 1 GSM TDMA frame")
SBP_DATA_DEF_VAL(0x02, "Scan 2 GSM TDMA frames, and so on.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_FB_DECODE_INTV_IN_VM - 2G FB/SB decode interval, number of frames between two FB/SB decode attempt">
<DESCRIPTION>
This control GSM FB/SB decode interval, number of frames between two FB/SB decode attempt
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Use MTK Default value (16 frames)</VALUE>
<VALUE value="0x01">Period: 1 GSM TDMA frame</VALUE>
<VALUE value="0x02">Period: 2 GSM TDMA frame</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk11225</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(19,SBP_2G_FB_DECODE_INTV_IN_VM, SBP_ATTR_NONE, "2G FB/SB decode interval, number of frames between two FB/SB decode attempt")
SBP_DATA_DEF_VAL(0x00, "Use MTK Default value (16 frames)")
SBP_DATA_DEF_VAL(0x01, "1 GSM TDMA frame")
SBP_DATA_DEF_VAL(0x02, "2 GSM TDMA frames, and so on.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MDVSIM_KI_IDX - MDVSIM Private Keys Configuration Parameters - Index of Ki">
<DESCRIPTION>
<PARAG>Provide the index of Secret Key (Ki) needed for (U)SIM authentication in modem virtual SIM environment.</PARAG>
<LI>Configured together with Operator Variant Algorithm Configuration Field (OPc) by user through
proprietary AT command AT+EVSIMKEY=\<op\>,\<profileid\>[,\<keylen\>,"\<Ki_OPc\>"]</LI>
</DESCRIPTION>
<CATEGORY>SIM_SAT</CATEGORY>
<CONFIG>
<VALUE value="n, n=0~16">Index of Ki is [n] (Ki has length of 16 bytes).</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>MDVSIM feature is disabled by default under compilation switch __MDVSIM__.</NOTE>
<AUTHOR>mtk02674</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(20,SBP_MDVSIM_KI_IDX, SBP_ATTR_NONE, "MDVSIM Ki start index value")
SBP_DATA_DEF_VAL(0x00, "Default Ki start index:0")
SBP_DATA_DEFAULT_VAL(0x00) // MDVSIM Ki(16 Bytes) Byte[0~15]
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MDVSIM_OPC_IDX - MDVSIM Private Keys Configuration Parameters - Index of OPc">
<DESCRIPTION>
<PARAG>Provide the index of Operator Variant Algorithm Configuration Field (OPc) needed for (U)SIM authentication in modem virtual SIM environment.</PARAG>
<LI>Configured together with Secret Key (Ki) by user through proprietary AT command AT+EVSIMKEY=\<op\>,\<profileid\>[,\<keylen\>,"\<Ki_OPc\>"]</LI>
</DESCRIPTION>
<CATEGORY>SIM_SAT</CATEGORY>
<CONFIG>
<VALUE value="n, n=0~16">Index of OPc is [n] (OPc has length of 16 bytes).</VALUE>
</CONFIG>
<DEFAULT>16</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>MDVSIM feature is disabled by default under compilation switch __MDVSIM__.</NOTE>
<AUTHOR>mtk02674</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(21,SBP_MDVSIM_OPC_IDX, SBP_ATTR_NONE, "MDVSIM OPc start index value")
SBP_DATA_DEF_VAL(0x10, "Default OPc start index:16")
SBP_DATA_DEFAULT_VAL(0x10) // MDVSIM OPc (16 Bytes) Byte[16~31]
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SDM_RETRY_TIMER - SDM SMS retry timer (in second) for both 3GPP/3GPP2 SMS" obsolete="1">
<AUTHOR>mtk12265</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(22,SBP_SDM_RETRY_TIMER, SBP_ATTR_NONE, "Obsolete. Please refer to NVRAM_EF_SDM_ADS_PROFILE_LID for same funtionality")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HVOLTE_MODE - Default hVoLTE Mode">
<DESCRIPTION>
<PARAG>
This SBP define the default hVoLTE mode (SRLTE mode or LTE-Only mode)
</PARAG>
</DESCRIPTION>
<CATEGORY>NWSEL</CATEGORY>
<CONFIG>
<VALUE value="0">hVoLTE SRLTE mode</VALUE>
<VALUE value="1">hVoLTE LTE only mode</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>Verizon</OP>
<DEPENDENCY>This SBP only available when SBP_STATUS_HVOLTE is enabled</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk06816</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(23,SBP_HVOLTE_MODE, SBP_ATTR_NONE, "Default hVoLTE Mode")
SBP_DATA_DEF_VAL(0x00, "hVoLTE SRLTE mode")
SBP_DATA_DEF_VAL(0x01, "hVoLTE LTE only mode")
SBP_DATA_DEFAULT_VAL(0x01) // 0: SRLTE_MODE, 1: LTE-only mode
SBP_DATA_DEF_END
/*24~31*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LTE_CONN_RACH_FAIL- Decide RACH failure handling">
<DESCRIPTION>
<PARAG> If UE establishs connection but the connection cannot be established due to RACH failure, the behavior will
be different depend on different setting
</PARAG>
<LI> value = 0x00
<PARAG> If UE establishs connection for ATTACH/TAU/SR but the connection cannot be established due to RACH failure,
UE will retry to establish connection immediately.
</PARAG>
</LI>
<LI> value = 0x01, LTE_CONN_RACH_FAIL_PROFILE_1
<PARAG> If UE establishs connection for ATTACH/TAU/SR but the connection cannot be established due to RACH failure,
the UE's behavior will follow TS 24.301 5.5.1.2.6(b) /5.5.3.2.6(b) /5.6.1.6(b) according to its procedure. It is
the same behavior as SBP_EMM_CONN_FAIL_ABNORMAL_B.
</PARAG>
</LI>
<LI> value = 0x02, LTE_CONN_RACH_FAIL_PROFILE_2
<PARAG> This is for Korea KT operator.</PARAG>
<PARAG> If UE establishs connection for ATTACH but the connection cannot be established due to RACH failure,
the UE's behavior will follow TS 24.301 5.5.1.2.6 (b) to increase attach attempt counter. If 5 consecutive times
RACH failure for ATTACH, UE will disable EUTRAN and the length of disable EUTRAN timer is the same as that of T3402.
</PARAG>
<PARAG> If UE establishs connection for TAU but the connection cannot be established due to RACH failure,
the UE's behavior will follow TS 24.301 5.5.3.2.6 (b) to increase tau attempt counter. If 5 consecutive times RACH
failure for TAU, UE will disable EUTRAN and the length of disable EUTRAN timer is the same as that of T3402.
</PARAG>
</LI>
<LI> value = 0x03, LTE_CONN_RACH_FAIL_PROFILE_3
<PARAG> This is for Korea SKT operator.</PARAG>
<PARAG> If UE establishs connection for ATTACH but the connection cannot be established due to RACH failure,
the UE's behavior will follow TS 24.301 5.5.1.2.6 (b) to increase attach attempt counter. If 5 consecutive times
RACH failure for ATTACH, UE will disable EUTRAN and the length of disable EUTRAN timer is 1/3 length of T3402.
</PARAG>
<PARAG> If UE establishs connection for TAU but the connection cannot be established due to RACH failure,
the UE's behavior will follow TS 24.301 5.5.3.2.6 (b) to increase tau attempt counter. If 5 consecutive times
RACH failure for TAU, UE will disable EUTRAN and the length of disable EUTRAN timer is 1/3 length of T3402.
</PARAG>
</LI>
<LI> value = 0x04, LTE_CONN_RACH_FAIL_PROFILE_4
<PARAG> This is for Korea LGU+ operator.</PARAG>
<PARAG> If UE which is LTE single mode establishs connection for TAU but the connection cannot be established
due to RACH failure, the UE's behavior will follow TS 24.301 5.5.3.2.6 (b) to increase tau attempt counter.
If 5 consecutive times RACH failure for TAU, UE will start T3402 but its length is 2 minute.
</PARAG>
</LI>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Not Support</VALUE>
<VALUE value="1">LTE_CONN_RACH_FAIL_PROFILE_1, see doc description</VALUE>
<VALUE value="2">LTE_CONN_RACH_FAIL_PROFILE_2, see doc description</VALUE>
<VALUE value="3">LTE_CONN_RACH_FAIL_PROFILE_3, see doc description</VALUE>
<VALUE value="4">LTE_CONN_RACH_FAIL_PROFILE_4, see doc description</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>KT/SKT/LGU+</OP>
<DEPENDENCY>User could use compile option __SBP_EMM_CONN_FAIL_ABNORMAL_B__ to turn on PROFILE_1. </DEPENDENCY>
<NOTE>This feature is available on all MTK modem.</NOTE>
<AUTHOR>mtk05301</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(24,SBP_LTE_CONN_RACH_FAIL, SBP_ATTR_NONE, "Decide RACH failure handling")
SBP_DATA_DEF_VAL(0x00, "Not Supported")
SBP_DATA_DEF_VAL(0x01, "LTE_CONN_RACH_FAIL_PROFILE_1")
SBP_DATA_DEF_VAL(0x02, "LTE_CONN_RACH_FAIL_PROFILE_2")
SBP_DATA_DEF_VAL(0x03, "LTE_CONN_RACH_FAIL_PROFILE_3")
SBP_DATA_DEF_VAL(0x04, "LTE_CONN_RACH_FAIL_PROFILE_4")
#if defined(__EMM_CONN_FAIL_ABNORMAL_B__)
SBP_DATA_DEFAULT_VAL(0x01)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_VDM_ADS_SEL_ALGO_MASK_WFCP_VDP_PRIORITY_GROUP1 - VDM ads selection algorithm mask of WFCP and VDP priority group1 (WFCP=Cellular Only and WIFI Only)" obsolete="1">
<AUTHOR>mtk09297</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(25,SBP_VDM_ADS_SEL_ALGO_MASK_WFCP_VDP_PRIORITY_GROUP1, SBP_ATTR_NONE, "Obsolete after UMOLY.")
SBP_DATA_DEFAULT_VAL(0xFF)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_VDM_ADS_SEL_ALGO_MASK_WFCP_VDP_PRIORITY_GROUP2 - VDM ads selection algorithm mask of WFCP and VDP priority group1 (WFCP=Cellular Preferred and WIFI Preferred)" obsolete="1">
<AUTHOR>mtk09297</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(26,SBP_VDM_ADS_SEL_ALGO_MASK_WFCP_VDP_PRIORITY_GROUP2, SBP_ATTR_NONE, "Obsolete after UMOLY.")
SBP_DATA_DEFAULT_VAL(0xFE)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_BAR_CELL_TIME - Bar timer for the RA failure weak signal cell (in second)">
<DESCRIPTION>
When UE RA error occurred on a weak signal cell,UE may bar this cell for SBP_BAR_CELL_TIME seconds.
<LI>when cell SINR \<= SBP_BAR_CELL_SINR_THRESHOLD, and</LI>
<LI>cell RSRP \<= SBP_BAR_CELL_RSRP_THRESHOLD.</LI>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="1">1 second</VALUE>
<VALUE value="2">2 seconds</VALUE>
<VALUE value="3">3 seconds</VALUE>
<VALUE value="...">... seconds</VALUE>
<VALUE value="30">30 seconds</VALUE>
</CONFIG>
<DEFAULT>5 (seconds)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
This feature is available in LR11.W1552.MD.TC10.SP, LR11.W1630.MD.MP, and since LR12.
</NOTE>
<AUTHOR>mtk08088</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(27,SBP_BAR_CELL_TIME, SBP_ATTR_NONE, "Bar timer for the RA failure weak signal cell (in second)")
SBP_DATA_DEF_VAL(0x01, "1 seconds")
SBP_DATA_DEF_VAL(0x02, "2 seconds")
SBP_DATA_DEF_VAL(0x03, "3 seconds")
SBP_DATA_DEF_VAL(0x04, "4 seconds")
SBP_DATA_DEF_VAL(0x05, "5 seconds")
SBP_DATA_DEF_VAL(0x06, "6 seconds")
SBP_DATA_DEF_VAL(0x07, "7 seconds")
SBP_DATA_DEF_VAL(0x08, "8 seconds")
SBP_DATA_DEF_VAL(0x09, "9 seconds")
SBP_DATA_DEF_VAL(0x0a, "10 seconds")
SBP_DATA_DEF_VAL(0x0b, "11 seconds")
SBP_DATA_DEF_VAL(0x0c, "12 seconds")
SBP_DATA_DEF_VAL(0x0d, "13 seconds")
SBP_DATA_DEF_VAL(0x0e, "14 seconds")
SBP_DATA_DEF_VAL(0x0f, "15 seconds")
SBP_DATA_DEF_VAL(0x10, "16 seconds")
SBP_DATA_DEF_VAL(0x11, "17 seconds")
SBP_DATA_DEF_VAL(0x12, "18 seconds")
SBP_DATA_DEF_VAL(0x13, "19 seconds")
SBP_DATA_DEF_VAL(0x14, "20 seconds")
SBP_DATA_DEF_VAL(0x15, "21 seconds")
SBP_DATA_DEF_VAL(0x16, "22 seconds")
SBP_DATA_DEF_VAL(0x17, "23 seconds")
SBP_DATA_DEF_VAL(0x18, "24 seconds")
SBP_DATA_DEF_VAL(0x19, "25 seconds")
SBP_DATA_DEF_VAL(0x1a, "26 seconds")
SBP_DATA_DEF_VAL(0x1b, "27 seconds")
SBP_DATA_DEF_VAL(0x1c, "28 seconds")
SBP_DATA_DEF_VAL(0x1d, "29 seconds")
SBP_DATA_DEF_VAL(0x1e, "30 seconds")
SBP_DATA_DEFAULT_VAL(0x05)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_BAR_CELL_SINR_THRESHOLD - SINR threshold (in dB) to bar a RA failure cell">
<DESCRIPTION>
When UE RA error occurred on a weak signal cell,UE may bar this cell for SBP_BAR_CELL_TIME seconds.
<LI>when cell SINR \<= SBP_BAR_CELL_SINR_THRESHOLD, and</LI>
<LI>cell RSRP \<= SBP_BAR_CELL_RSRP_THRESHOLD.</LI>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">0 dB</VALUE>
<VALUE value="0x05">-5 dB</VALUE>
<VALUE value="0x0a">-10 dB</VALUE>
<VALUE value="0x0f">-15 dB</VALUE>
<VALUE value="0x14">-20 dB</VALUE>
<VALUE value="0x19">-25 dB</VALUE>
<VALUE value="0x1e">-30 dB</VALUE>
<VALUE value="0x23">-35 dB</VALUE>
<VALUE value="0x28">-40 dB</VALUE>
</CONFIG>
<DEFAULT>0x0a (-10 dB)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
This feature is available in LR11.W1552.MD.TC10.SP, LR11.W1630.MD.MP, and since LR12.
</NOTE>
<AUTHOR>mtk08088</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(28,SBP_BAR_CELL_SINR_THRESHOLD, SBP_ATTR_NONE, "SINR threshold (in dB) to bar a RA failure cell")
SBP_DATA_DEF_VAL(0x00, "0 dB")
SBP_DATA_DEF_VAL(0x05, "-5 dB")
SBP_DATA_DEF_VAL(0x0a, "-10 dB")
SBP_DATA_DEF_VAL(0x0f, "-15 dB")
SBP_DATA_DEF_VAL(0x14, "-20 dB")
SBP_DATA_DEF_VAL(0x19, "-25 dB")
SBP_DATA_DEF_VAL(0x1e, "-30 dB")
SBP_DATA_DEF_VAL(0x23, "-35 dB")
SBP_DATA_DEF_VAL(0x28, "-40 dB")
SBP_DATA_DEFAULT_VAL(0x0a)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_BAR_CELL_RSRP_THRESHOLD - RSRP threshold (in dBm) to bar a RA failure cell">
<DESCRIPTION>
When UE RA error occurred on a weak signal cell,UE may bar this cell for SBP_BAR_CELL_TIME seconds.
<LI>when cell SINR \<= SBP_BAR_CELL_SINR_THRESHOLD, and</LI>
<LI>cell RSRP \<= SBP_BAR_CELL_RSRP_THRESHOLD.</LI>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0x32">-50 dBm</VALUE>
<VALUE value="0x37">-55 dBm</VALUE>
<VALUE value="0x3C">-60 dBm</VALUE>
<VALUE value="0x41">-65 dBm</VALUE>
<VALUE value="0x46">-70 dBm</VALUE>
<VALUE value="0x4B">-75 dBm</VALUE>
<VALUE value="0x50">-80 dBm</VALUE>
<VALUE value="0x55">-85 dBm</VALUE>
<VALUE value="0x5A">-90 dBm</VALUE>
</CONFIG>
<DEFAULT>0x46 (-70 dBm)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
This feature is available in LR11.W1552.MD.TC10.SP, LR11.W1630.MD.MP, and since LR12.
</NOTE>
<AUTHOR>mtk08088</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(29,SBP_BAR_CELL_RSRP_THRESHOLD, SBP_ATTR_NONE, "RSRP threshold (in dBm) to bar a RA failure cell")
SBP_DATA_DEF_VAL(0x32, "50 dBm")
SBP_DATA_DEF_VAL(0x37, "-55 dBm")
SBP_DATA_DEF_VAL(0x3c, "-60 dBm")
SBP_DATA_DEF_VAL(0x41, "-65 dBm")
SBP_DATA_DEF_VAL(0x46, "-70 dBm")
SBP_DATA_DEF_VAL(0x4B, "-75 dBm")
SBP_DATA_DEF_VAL(0x50, "-80 dBm")
SBP_DATA_DEF_VAL(0x55, "-85 dBm")
SBP_DATA_DEF_VAL(0x5A, "-90 dBm")
SBP_DATA_DEFAULT_VAL(0x46)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IRAT_IN_VIRTUAL_MODE- IRAT Measure/Reselect in Virtual Mode">
<DESCRIPTION>
Originally in DSDS design, SIM in virtual mode does not perform IRAT measurement and thus no IRAT reselection happens in virtual mode.
After introducing this feature, SIM in virtual mode can perform IRAT measurement and thus IRAT reselection can happen in virtual mode.
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0">No IRAT measurement/reselection in virtual mode.</VALUE>
<VALUE value="1">2/3G can measure/reselect to 2/3/4G in virtual mode, but 4G can not measure/reselect to 2/3G.</VALUE>
<VALUE value="2">2/3/4G can measure/reselect to 2/3/4G in virtual mode.</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>default value is "1" if with compile option __SBP_IRAT_IN_VIRTUAL_MODE_1__, is "2" when with __SBP_IRAT_IN_VIRTUAL_MODE_2__.</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk04119</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(30,SBP_IRAT_IN_VIRTUAL_MODE, SBP_ATTR_NONE, "IRAT Measure/Reselect in Virtual Mode")
SBP_DATA_DEF_VAL(0x00, "All off")
SBP_DATA_DEF_VAL(0x01, "Partial on: 2G measure/reselect 3/4G and 3G measure/reselect 2/4G")
SBP_DATA_DEF_VAL(0x02, "All on: 2G measure/reselect 3/4G, 3G measure/reselect 2/4G, 4G measure/reselect 2/3G")
#if defined(__SBP_IRAT_IN_VIRTUAL_MODE_1__)
SBP_DATA_DEFAULT_VAL(0x01) /* 2G mreasure/reselect 3/4G, 3G measure/reselect 3/4G */
#elif defined(__SBP_IRAT_IN_VIRTUAL_MODE_2__)
SBP_DATA_DEFAULT_VAL(0x02) /* all on */
#else
SBP_DATA_DEFAULT_VAL(0x01) /* Default : 2G measure/reselect 3/4G, 3G measure/reselect 2/4G */
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DATA_SUPPORT_NAM_COUNT- modem of C2K rat supported NAM number">
<DESCRIPTION>
C2K supported NAM number.
</DESCRIPTION>
<CATEGORY>C2K</CATEGORY>
<CONFIG>
<VALUE value="1">1 NAM supported.</VALUE>
<VALUE value="2">2 NAMs supported.</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>Currently only 1 NAM is supported.</NOTE>
<AUTHOR>mtk08601</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(31,SBP_DATA_SUPPORT_NAM_COUNT, SBP_ATTR_NONE, "modem of C2K rat supported NAM number")
SBP_DATA_DEF_VAL(0x01, "1")
SBP_DATA_DEFAULT_VAL(0x01) /* 0 - all off */
SBP_DATA_DEF_END
/*32~39*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DATA_RUIM - MDVSIM Private Keys Configuration Parameters - Index of Ki">
<DESCRIPTION>
<PARAG>provide the way to config whehthe use real sim card or emulator card data in NVRAM to register network.</PARAG>
</DESCRIPTION>
<CATEGORY>C2K</CATEGORY>
<CONFIG>
<VALUE value="0">use emulator card data in NVRAM to register network in lab.</VALUE>
<VALUE value="1">use read card data in SIM to register network.</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>if want to use real sim card configuration, must keep the byte 1 of NVRAM_EF_C2K_UICC_LID is 0</DEPENDENCY>
<NOTE>if the value is 0,this configuration only can be used in CDMA modem only test in the lab.LR12 6M project has already support this feature</NOTE>
<AUTHOR>mtk08652</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(32,SBP_DATA_RUIM, SBP_ATTR_NOT_SUPPORT_DYNAMIC_SBP, "SBP_DATA_RUIM")
SBP_DATA_DEF_VAL(0x00, "0")
SBP_DATA_DEF_VAL(0x01, "1")
SBP_DATA_DEFAULT_VAL(0x01) /* 0 - all off */
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_STANDBY_MEAS_PRD_IN_VM- 2G measurement period for 2G measurements in Virtual standby mode">
<DESCRIPTION>
This SBP is used to give measurement configurations to GL1 by GSM RR when UE is camped on other than 2G RAT
and other SIM is doing data transfer (current SIM is in virtual mode). In virtual mode, 2G cannot do continuous
measurements, hence, measurement period (in frames) is provided to GL1 by GRR via SBP.
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0">Follow normal IDLE mode measurements (51 or 102 frames)</VALUE>
<VALUE value="1">2G can measure in every 51 frame period in flight mode</VALUE>
<VALUE value="2">2G can measure in every 102 frame period in standby state</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk09537</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(33,SBP_2G_STANDBY_MEAS_PRD_IN_VM, SBP_ATTR_NONE, "2G standby measurement period in virtual mode")
SBP_DATA_DEF_VAL(0x00, "Use MTK Default value (51 or 102 frames)")
SBP_DATA_DEF_VAL(0x01, "Period: 1 GSM TDMA frame")
SBP_DATA_DEF_VAL(0x02, "Period: 2 GSM TDMA frames, and so on.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_STANDBY_MEAS_NUM_PER_PRD_IN_VM- 2G measurement length for 2G measurements in Virtual standby mode">
<DESCRIPTION>
This SBP is used to give measurement configurations to GL1 by GSM RR when UE is camped on other than 2G RAT
and other SIM is doing data transfer (current SIM is in virtual mode). In virtual mode, 2G cannot do continuous
measurements, hence, measurement length (in frames) is provided to GL1 by GRR via SBP.
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0">Follow normal IDLE mode measurements (4 or 8 frames)</VALUE>
<VALUE value="1">2G can measure 8 frames in given frame period in flight mode</VALUE>
<VALUE value="2">2G can measure 4 frames in given frame period in standby state</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk09537</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(34,SBP_2G_STANDBY_MEAS_NUM_PER_PRD_IN_VM, SBP_ATTR_NONE, "2G standby measurement, number of frames to be scanned in virtual mode per period")
SBP_DATA_DEF_VAL(0x00, "Use MTK Default value (4 or 8 frames)")
SBP_DATA_DEF_VAL(0x01, "Scan 1 GSM TDMA frame")
SBP_DATA_DEF_VAL(0x02, "Scan 2 GSM TDMA frames, and so on.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_STANDBY_MEAS_FB_DECODE_INTV_IN_VM- 2G measurement FB decode intervals for 2G measurements in Virtual standby mode">
<DESCRIPTION>
This SBP is used to give measurement configurations to GL1 by GSM RR when UE is camped on other than 2G RAT
and other SIM is doing data transfer (current SIM is in virtual mode). In virtual mode, 2G cannot do continuous
measurements, hence, measurement FB decode intervals (in frames) is provided to GL1 by GRR via SBP.
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0">Follow normal IDLE mode measurements</VALUE>
<VALUE value="1">Attempt 2G BSIC decoding every 16 frames in virtual mode</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk09537</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(35,SBP_2G_STANDBY_MEAS_FB_DECODE_INTV_IN_VM, SBP_ATTR_NONE, "2G standby measurement FB/SB decode interval, number of frames between two FB/SB decode attempt")
SBP_DATA_DEF_VAL(0x00, "Use MTK Default value (16 frames)")
SBP_DATA_DEF_VAL(0x01, "1 GSM TDMA frame")
SBP_DATA_DEF_VAL(0x02, "2 GSM TDMA frames, and so on.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MDT_UI_LOCATION_OFF_STORE_REPORT_MODE- MDT store location report mode when UI location setting disable">
<DESCRIPTION>
<PARAG>
If UE always activates GPS positioning when network send MDT request to UE, it might increase the power consumption.
This SBP provides flexable configuration for MDT feature. According ERRC air message, UE might be requested to report
current store location information or activate GPS positioning. This SBP is for store loaction information request.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Not report location information</VALUE>
<VALUE value="0x01">Report the lastest stored location</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>This feature needs corresponding AP load to provide UI location setting. </NOTE>
<AUTHOR>mtk07961</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(36,SBP_MDT_UI_LOCATION_OFF_STORE_REPORT_MODE, SBP_ATTR_NONE, "MDT store location reporting mode- when UI location setting OFF")
SBP_DATA_DEF_VAL(0x00, "Not report")
SBP_DATA_DEF_VAL(0x01, "Report the lastest stored location")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MDT_UI_LOCATION_OFF_GPS_REPORT_MODE- MDT GPS location report mode when UI location setting disable">
<DESCRIPTION>
<PARAG>
If UE always activates GPS positioning when network send MDT request to UE, it might increase the power consumption.
This SBP provides flexable configuration for MDT feature. According ERRC air message, UE might be requested to report
current store location information or activate GPS positioning. This SBP is for GPS positioning request.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Not report location information</VALUE>
<VALUE value="0x01">Report the lastest stored location</VALUE>
<VALUE value="0x02">Open GPS chip to get and report location information</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>This feature needs corresponding AP load to provide UI location setting.</NOTE>
<AUTHOR>mtk07961</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(37,SBP_MDT_UI_LOCATION_OFF_GPS_REPORT_MODE, SBP_ATTR_NONE, "MDT GPS location reporting mode- when UI location setting OFF")
SBP_DATA_DEF_VAL(0x00, "Not report")
SBP_DATA_DEF_VAL(0x01, "Report the lastest stored location")
SBP_DATA_DEF_VAL(0x02, "Open GPS chip to get and report location information")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMS_MAX_TL_RETRY_COUNT_DURING_CALL- Maximum retry count for SMS at TL layer when call is ongoing on other protocol stack">
<DESCRIPTION>
<PARAG> This provides the value for the maximum count of the retries allowed at TL layer for the SMS pdu when a call is ongoing on the other protocol stack.
When the SMS is ongoing on one protocol stack, and request for the call comes on the other protocol stack, the SMS will be affected by the call.
So in that case we provide this SBP to customize the number of retries when the SMS is interrupted by the call on the other protocol stack.
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="0">No Retry</VALUE>
<VALUE value="1">1 Retry</VALUE>
<VALUE value="2">2 Retries</VALUE>
<VALUE value="3">3 Retries</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>This SBP is dependent on other compilation switch __ALLOW_CALL_DURING_SMS_IN_OTHER_STACK__</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08505</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(38,SBP_SMS_MAX_TL_RETRY_COUNT_DURING_CALL, SBP_ATTR_NONE, "SMS max TL retry count when call ongoing on peer Protocol Stack")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMS_TL_RETRY_TIMER_DURING_CALL- SMS TL retry timer (in second) when call ongoing on peer Protocol Stack">
<DESCRIPTION>
<PARAG> This provides the value for the SMS TL retry timer when a call is ongoing on the other protocol stack.
When the SMS is ongoing on one protocol stack, and request for the call comes on the other protocol stack, the SMS will be affected by the call.
So in that case we provide this SBP to customize the SMS TL retry timer when the SMS is interrupted by the call on the other protocol stack.
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="1">Timeout Value 10 seconds</VALUE>
<VALUE value="2">Timeout Value 20 seconds</VALUE>
<VALUE value="3">Timeout Value 30 seconds</VALUE>
<VALUE value="4">Timeout Value 40 seconds</VALUE>
<VALUE value="...">.... seconds</VALUE>
<VALUE value="30">Timeout Value 300 seconds</VALUE>
</CONFIG>
<DEFAULT>2</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>This SBP is dependent on other compilation switch __ALLOW_CALL_DURING_SMS_IN_OTHER_STACK__</DEPENDENCY>
<NOTE>Please note that the minimum value of this timer is 10 sec. Also when the value for this SBP is set to x, the timer runs for x*10 secs</NOTE>
<AUTHOR>mtk08505</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(39,SBP_SMS_TL_RETRY_TIMER_DURING_CALL, SBP_ATTR_NONE, "SMS TL retry timer (in second) when call ongoing on peer Protocol Stack")
SBP_DATA_DEF_VAL(0x02, "Timeout Value 20 seconds")
SBP_DATA_DEF_VAL(0x1e, "Timeout Value 300 seconds")
#if defined(__TC10__)
SBP_DATA_DEFAULT_VAL(0x1e)
#else
SBP_DATA_DEFAULT_VAL(0x02)
#endif
SBP_DATA_DEF_END
/*40~47*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMERGENCY_CALLBACK_MODE - define the working mode of emergency call back mode">
<DESCRIPTION>
<PARAG>
from customer's requirement: need to provide 3 options for the mode of ECBM.
</PARAG>
</DESCRIPTION>
<CATEGORY>C2K</CATEGORY>
<CONFIG>
<VALUE value="0">C2K will enter ECBM mode after ECC is disconnected</VALUE>
<VALUE value="1">C2K will not enter ECBM mode after ECC is disconnected</VALUE>
<VALUE value="2">C2K will not enter ECBM mode after ECC is disconnected in CHINA, BUT will enter ECBM mode after ECC is disconnected outside of CHINA</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
This feature is available in UMOLYA/LR12A and branches after them.
</NOTE>
<AUTHOR>mtk08624</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(40,SBP_EMERGENCY_CALLBACK_MODE, SBP_ATTR_NONE, "configure the mode of emergency call back mode to determine if UE need to enter ECBM mode or not after ECC is terminated")
SBP_DATA_DEF_VAL(0x00, "C2K will not enter ECBM mode after ECC is disconnected")
SBP_DATA_DEF_VAL(0x01, "C2K will enter ECBM mode after ECC is disconnected")
SBP_DATA_DEF_VAL(0x02, "C2K will not enter ECBM mode after ECC is disconnected in CHINA, BUT will enter ECBM mode after ECC is disconnected outside of CHINA")
#if defined(__TURN_OFF_ECBM_MODE_IN_CHINA__)
SBP_DATA_DEFAULT_VAL(0x02)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LPP_SERVER_UNSYNC_WITH_ENB_MFBI_WORKAROUND- Covert LPP server configuration OTDOA band to synchronize with eNB">
<DESCRIPTION>
<PARAG>
This SBP is to workaround network LPP server issue. When eNB support MFBI(Multi Frequency Band Indicator), UE identify the band through eNB MFBI setting.
When network LPP server is unsynchronized with eNB, it will send OTDOA measurement request with wrong band setting that conflict with eNB setting.
To workaround this network issue, UE converts LPP server configured band based on eNB setting and performs OTDOA measurement.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Disable MFBI workaround</VALUE>
<VALUE value="0x01">Convert network configure band to measure OTDOA but report results as network configured band</VALUE>
<VALUE value="0x02">Convert network configure band to measure OTDOA and report results as convered band</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk07961</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(41,SBP_LPP_SERVER_UNSYNC_WITH_ENB_MFBI_WORKAROUND, SBP_ATTR_NONE, "Convert band setting when LPP OTDOA measurement request band setting is unsynchronized with eNB MFBI setting")
SBP_DATA_DEF_VAL(0x00, "Not convert LPP server OTDOA measurement request band setting")
SBP_DATA_DEF_VAL(0x01, "Convert LPP server OTDOA measurement request band setting and report network originally configured band in measurement result")
SBP_DATA_DEF_VAL(0x02, "Convert LPP server OTDOA measurement request band setting and report converted band in measurement result")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MDT_BATTERY_LEVEL - Minimum battery level for MDT open GPS">
<DESCRIPTION>
<PARAG>
This SBP is to control the minimum battery level for MDT (Minimization of Drive Tests) open GPS.
Open GPS will consumes UE power, but when the available battery power is below a certain threshold, user may want to prevent MDT from opening GPS to extend the usage time.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Do not check battery level</VALUE>
<VALUE value="0x0A">10% of available battery</VALUE>
<VALUE value="0x14">20% of available battery</VALUE>
</CONFIG>
<DEFAULT>0x0A</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is available on LR12A.R3.MP and newer generation MTK modems.
</NOTE>
<AUTHOR>mtk00699</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(42,SBP_MDT_BATTERY_LEVEL, SBP_ATTR_NONE, "Minimum battery level to open GPS for MDT request")
SBP_DATA_DEF_VAL(0x00, "Do not check battery level")
SBP_DATA_DEF_VAL(0x0A, "10% of available battery")
SBP_DATA_DEF_VAL(0x14, "20% of available battery")
SBP_DATA_DEFAULT_VAL(0x0A)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_3G_SIB_SKIP_ENABLE_FOR_ALL_PLMN- Read only essential SIBs during camping for all PLMNs">
<DESCRIPTION>
<PARAG>
This SBP provides flexable configuration for SIB SKIP feature. Even if NW does not configure DMCR in SIB3,
UE shall skip reading non-essential SIBs during camping time to speed up camping. UE will read the non-essential
SIBs later on.
</PARAG>
</DESCRIPTION>
<CATEGORY>UAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Disabled</VALUE>
<VALUE value="0x01">Enabled only for CSFB calls</VALUE>
<VALUE value="0x02">Enabled unconditionally</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>Default value is "1" if with compile option __3G_SIB_SKIP_FOR_CSFB__, is "2" when with __3G_SIB_SKIP_FOR_ALL__</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk09178</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(43,SBP_3G_SIB_SKIP_ENABLE_FOR_ALL_PLMN, SBP_ATTR_NONE, "Enable SIB Skip for all PLMNs")
SBP_DATA_DEF_VAL(0x00, "Disabled")
SBP_DATA_DEF_VAL(0x01, "Enable SIB Skip for all PLMNs, only for CSFB")
SBP_DATA_DEF_VAL(0x02, "Enable SIB Skip for all PLMNs")
#if defined(__3G_SIB_SKIP_FOR_CSFB__)
SBP_DATA_DEFAULT_VAL(0x01)
#elif defined(__3G_SIB_SKIP_FOR_ALL__)
SBP_DATA_DEFAULT_VAL(0x02)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MODIFY_RLC_FOR_SACCH_DECODE- Modify the Value of RLF for TMO US ">
<DESCRIPTION>
<PARAG>
This SBP is used to modify the value of RLF. when Network sends specfic value, when UE decodes and stored it into its context, at this time,
the value of RLF in RR context is modified based on the SBP value set.
</PARAG>
</DESCRIPTION>
<CATEGORY>GAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">default RLC value from Nw</VALUE>
<VALUE value="0x01">RLC received from n/w + 4</VALUE>
<VALUE value="0x02">RLC received from n/w + 12</VALUE>
<VALUE value="0x03">RLC received from n/w + 16</VALUE>
<VALUE value="0x04">RLC received from n/w + 20</VALUE>
<VALUE value="0x05">RLC received from n/w + 24</VALUE>
<VALUE value="0x06">RLC received from n/w + 28</VALUE>
<VALUE value="0x07">RLC received from n/w + 32</VALUE>
<VALUE value="0x08">RLC received from n/w + 36</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>TMO-US</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk12655</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(44,SBP_MODIFY_RLC_FOR_SACCH_DECODE, SBP_ATTR_NONE, "To increase 2G Dedi RLC counter Value")
SBP_DATA_DEF_VAL(0x00, "default RLC value from Nw") /* If the default value is 40 set SBP as 6 to make RLC as 64 */
SBP_DATA_DEF_VAL(0x01, "RLC received from n/w +4")
SBP_DATA_DEF_VAL(0x02, "RLC received from n/w +8")
SBP_DATA_DEF_VAL(0x03, "RLC received from n/w +12")
SBP_DATA_DEF_VAL(0x04, "RLC received from n/w +16")
SBP_DATA_DEF_VAL(0x05, "RLC received from n/w +20")
SBP_DATA_DEF_VAL(0x06, "RLC received from n/w +24")
SBP_DATA_DEF_VAL(0x07, "RLC received from n/w +28")
SBP_DATA_DEF_VAL(0x08, "RLC received from n/w +32")
SBP_DATA_DEF_VAL(0x09, "RLC received from n/w +36")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LCSP_RSP_TIME_ADJ - Location service response time adjustment">
<DESCRIPTION>
<PARAG>
This SBP is to control the locaion service response time in order to compensate for network latency.
When set as a non-zero value, the protocol stack will first reduce the response time value by the offset set here before begin of operation.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Do not adjust response time</VALUE>
<VALUE value="0x02">Reduce UE internal response time by 2s</VALUE>
<VALUE value="0x03">Reduce UE internal response time by 3s</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is available on LR12A.R3.MP and newer generation MTK modems.
</NOTE>
<AUTHOR>mtk00699</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(45, SBP_LCSP_RSP_TIME_ADJ, SBP_ATTR_NONE, "Location service response time adjustment to compensate for network latency")
SBP_DATA_DEF_VAL(0x00, "Do not adjust response time")
SBP_DATA_DEF_VAL(0x02, "Reduce UE internal response time by 2s")
SBP_DATA_DEF_VAL(0x03, "Reduce UE internal response time by 3s")
#ifdef __LCSP_RSP_TIME_ADJ__
SBP_DATA_DEFAULT_VAL(0x02)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LCSP_RSP_TIME_LB - Location service response time adjustment lower bound">
<DESCRIPTION>
<PARAG>
This SBP is to control the lower bound of locaion service response time.
When the protocol stack needs to adjust the response time to compensate for network latency, the minimum value after adjustment will be the value set here.
If original value given by network is already smaller than this value, no adjustement will be performed at all.
Please be noted it is not suggested to set a value smaller than 14 unless you have a strong reason to do so or the GPS performance may be downgraded due to not enough response time.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x0e">Response time adjustment lower bound is 14s</VALUE>
<VALUE value="0x0f">Response time adjustment lower bound is 15s</VALUE>
<VALUE value="0x10">Response time adjustment lower bound is 16s</VALUE>
<VALUE value="0x11">Response time adjustment lower bound is 17s</VALUE>
<VALUE value="0x12">Response time adjustment lower bound is 18s</VALUE>
<VALUE value="0x13">Response time adjustment lower bound is 19s</VALUE>
<VALUE value="0x14">Response time adjustment lower bound is 20s</VALUE>
</CONFIG>
<DEFAULT>0x0f</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is available on LR12A.R3.MP and newer generation MTK modems.
</NOTE>
<AUTHOR>mtk00699</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(46, SBP_LCSP_RSP_TIME_LB, SBP_ATTR_NONE, "Location service response time adjustment lower bound")
SBP_DATA_DEF_VAL(0x0e, "Response time adjustment lower bound is 14s")
SBP_DATA_DEF_VAL(0x0f, "Response time adjustment lower bound is 15s")
SBP_DATA_DEF_VAL(0x10, "Response time adjustment lower bound is 16s")
SBP_DATA_DEF_VAL(0x11, "Response time adjustment lower bound is 17s")
SBP_DATA_DEF_VAL(0x12, "Response time adjustment lower bound is 18s")
SBP_DATA_DEF_VAL(0x13, "Response time adjustment lower bound is 19s")
SBP_DATA_DEF_VAL(0x14, "Response time adjustment lower bound is 20s")
SBP_DATA_DEFAULT_VAL(0x0f)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DISPLAY_NOT_SELECTABLE_PLMN - Display Not-Selectable PLMN ID when PLMN list">
<DESCRIPTION>
<PARAG>
This SBP is to control the ways to show the result of PLMN list.
In legacy design, all PLMN IDs including those are barred or reserved for operator use will be showed in the UI.
If customers do not expect this behavior, we could configure the SBP data to change the way of showing these PLMN IDs in PLMN list.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Do not display this PLMN when all cells are not selectable</VALUE>
<VALUE value="0x01">Display this PLMN even all cells are barred</VALUE>
<VALUE value="0x02">Display this PLMN even all cells are reserved-for-operator-use</VALUE>
<VALUE value="0x03">Display this PLMN even all cells are barred or reserved-for-operator-use</VALUE>
</CONFIG>
<DEFAULT>0x03</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is available on LR12A.R3.MP and newer generation MTK modems.
</NOTE>
<AUTHOR>mtk02481</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(47,SBP_DISPLAY_NOT_SELECTABLE_PLMN, SBP_ATTR_NONE, "Display Not-Selectable PLMN when PLMN List")
SBP_DATA_DEF_VAL(0x00, "do not display this PLMN when all cells are not selectable")
SBP_DATA_DEF_VAL(0x01, "display this PLMN even all cells are barred")
SBP_DATA_DEF_VAL(0x02, "display this PLMN even all cells are reserved-for-operator-use")
SBP_DATA_DEF_VAL(0x03, "display this PLMN even all cells are barred or reserved-for-operator-use")
#if defined(__DISPLAY_SELECTABLE_PLMN_ONLY__)
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x03)
#endif
SBP_DATA_DEF_END
SBP_DATA_DEF(48,SBP_L2_REEST_TMR_THRESHOLD, SBP_ATTR_NONE, "CHR timer threshold")
SBP_DATA_DEF_VAL(0x1E, "30 seconds")
SBP_DATA_DEF_VAL(0x23, "35 seconds")
SBP_DATA_DEF_VAL(0x28, "40 seconds")
SBP_DATA_DEF_VAL(0x2D, "45 seconds")
SBP_DATA_DEF_VAL(0x32, "50 seconds")
SBP_DATA_DEF_VAL(0x37, "55 seconds")
SBP_DATA_DEF_VAL(0x3C, "60 seconds")
SBP_DATA_DEFAULT_VAL(0x3C)
SBP_DATA_DEF_END
SBP_DATA_DEF(49,SBP_L2_REEST_CNT_THRESHOLD, SBP_ATTR_NONE, "CHR count threshold")
SBP_DATA_DEF_VAL(0x02, "L2 REEST counter thershold 2")
SBP_DATA_DEF_VAL(0x03, "L2 REEST counter thershold 3")
SBP_DATA_DEF_VAL(0x04, "L2 REEST counter thershold 4")
SBP_DATA_DEF_VAL(0x05, "L2 REEST counter thershold 5")
SBP_DATA_DEF_VAL(0x06, "L2 REEST counter thershold 6")
SBP_DATA_DEFAULT_VAL(0x03)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMM_PROC_FAIL_HANDLING_EXT - Extension options for EMM procedure fail handling">
<DESCRIPTION>
<PARAG>
This SBP provides exntension option for SBP_EMM_PROC_FAIL_HANDLING feature.
</PARAG>
<PARAG>
Option 1: Provide the functionality to bar strange cell in CMCC network that will always
give Attach/TAU result as EPS only and cause #16. So that can avoid DUT disable E-UTRAN
according to spec, and disturb user experience. This is only effective when
SBP_EMM_PROC_FAIL_HANDLING is enabled.
Option 2: Provide the functionality to bar strange cell that keep giving Attach Reject
with cause#12 without integrity protected.
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">All disabled</VALUE>
<VALUE value="0x01">Enable extension: 1</VALUE>
<VALUE value="0x02">Enable extension: 2</VALUE>
<VALUE value="0x03">Enable extension: 1 and 2</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk07903</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(50, SBP_EMM_PROC_FAIL_HANDLING_EXT, SBP_ATTR_NONE, "Extension options for EMM procedure fail handling.")
SBP_DATA_DEF_VAL(0x00, "All disabled")
SBP_DATA_DEF_VAL(0x01, "Enable extension: 1")
SBP_DATA_DEF_VAL(0x02, "Enable extension: 2")
SBP_DATA_DEF_VAL(0x03, "Enable extension: 1, 2")
#if defined(__EMM_PROC_FAIL_HANDLING_EXT_1__)
#if defined(__EMM_PROC_FAIL_HANDLING_EXT_2__)
SBP_DATA_DEFAULT_VAL(0x03)
#else
SBP_DATA_DEFAULT_VAL(0x01)
#endif
#else
#if defined(__EMM_PROC_FAIL_HANDLING_EXT_2__)
SBP_DATA_DEFAULT_VAL(0x02)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
#endif
SBP_DATA_DEF_END
SBP_DATA_DEF(51,SBP_NWSEL_LOCATION_BASED_ALTERNATIVE, SBP_ATTR_NONE, "location based alternative")
SBP_DATA_DEF_VAL(0x00, "Disable location-based")
SBP_DATA_DEF_VAL(0x01, "Enable Stored OP band sequence")
SBP_DATA_DEF_VAL(0x02, "Enable Stored Stored sequence")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/*49~55*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_ECC_FULL_BAND_SEARCH_RAT_ORDER - RAT order when full band searching for limited service ">
<DESCRIPTION>
<PARAG>
This SBP provides different RAT order when full band searching for limited service.
</PARAG>
<PARAG>
0x00: CNLWG
0x01: CLWGN
0x02: CWGLN
0x03: CWGNL
0x04: NLWGC
0x05: LWGNC
0x06: WGLNC
0x07: WGLCN
0x08: WGCLN
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">0: CNLWG</VALUE>
<VALUE value="0x01">1: CLWGN</VALUE>
<VALUE value="0x02">2: CWGNL</VALUE>
<VALUE value="0x03">3: CWGLN</VALUE>
<VALUE value="0x04">4: NLWGC</VALUE>
<VALUE value="0x05">5: LWGNC</VALUE>
<VALUE value="0x06">6: WGLNC</VALUE>
<VALUE value="0x07">7: WGLCN</VALUE>
<VALUE value="0x08">8: WGCLN</VALUE>
</CONFIG>
<DEFAULT>0x03</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk0361</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(52, SBP_ECC_FULL_BAND_SEARCH_RAT_ORDER, SBP_ATTR_NONE, "RAT order when full band searching for limited service.")
SBP_DATA_DEF_VAL(0x00, "0: CNLWG")
SBP_DATA_DEF_VAL(0x01, "1: CLWGN")
SBP_DATA_DEF_VAL(0x02, "2: CWGNL")
SBP_DATA_DEF_VAL(0x03, "3: CWGLN")
SBP_DATA_DEF_VAL(0x04, "4: NLWGC")
SBP_DATA_DEF_VAL(0x05, "5: LWGNC")
SBP_DATA_DEF_VAL(0x06, "6: WGLNC")
SBP_DATA_DEF_VAL(0x07, "7: WGLCN")
SBP_DATA_DEF_VAL(0x08, "8: WGCLN")
SBP_DATA_DEFAULT_VAL(0x03)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_2G_AFR_PREFER_OVER_NW_REDIRECT - AFR is preferred over Network redirection for 2G RAT">
<DESCRIPTION>
<PARAG>
This SBP provides priority to AFR when redirection information present in channel release
message for 2G RAT.
</PARAG>
<PARAG>
bit 0: Indicates AFR is priority over 2G redirection
bit 1: Indicates AFR is priority over 3G redirection
bit 2: Indicates AFR is priority over 4G redirection
bit 3: Spare bit value always 0
bit 4: Spare bit value always 0
bit 5: Spare bit value always 0
bit 6: Spare bit value always 0
bit 7: Spare bit value always 0
</PARAG>
</DESCRIPTION>
<CATEGORY>AS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Any RAT Redirection is priority over AFR </VALUE>
<VALUE value="0x01">AFR is priority over 2G redirection, 3G and LTE redirection is priority over AFR </VALUE>
<VALUE value="0x02">AFR is priority over 3G redirection, 2G and LTE redirection is priority over AFR </VALUE>
<VALUE value="0x03">AFR is priority over 2G and 3G redirection, LTE redirection is priority over AFR </VALUE>
<VALUE value="0x04">AFR is priority over LTE redirection, 2G and 3G redirection is priority over AFR </VALUE>
<VALUE value="0x05">AFR is priority over LTE and 2G redirection, 3G redirection is priority over AFR </VALUE>
<VALUE value="0x06">AFR is priority over LTE and 3G redirection, 2G redirection is priority over AFR </VALUE>
<VALUE value="0x07">AFR is priority over any RAT redirection </VALUE>
</CONFIG>
<DEFAULT>0x07</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>This SBP is avilable from GEN97 onwards</NOTE>
<AUTHOR>mtk16132</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(53, SBP_2G_AFR_PREFER_OVER_NW_REDIRECT, SBP_ATTR_NONE, "AFR is preferred over Network redirection on 2G 3G RAT")
SBP_DATA_DEF_VAL(0x00, "Any RAT Redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x01, "AFR is priority over 2G redirection, 3G and LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x02, "AFR is priority over 3G redirection, 2G and LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x03, "AFR is priority over 2G and 3G redirection, LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x03, "AFR is priority over 2G and 3G redirection, LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x04, "AFR is priority over LTE redirection, 2G and 3G redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x05, "AFR is priority over LTE and 2G redirection, 3G redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x06, "AFR is priority over LTE and 3G redirection, 2G redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x07, "AFR is priority over any RAT redirection")
SBP_DATA_DEFAULT_VAL(0x07)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_3G_AFR_PREFER_OVER_NW_REDIRECT - AFR is preferred over Network redirection for 2G RAT">
<DESCRIPTION>
<PARAG>
This SBP provides priority to AFR when redirection information present in rrc connection release
message in 3G.
</PARAG>
<PARAG>
bit 0: used by 3G indicated AFR is priority over 2G redirection
bit 1: used by 3G indicated AFR is priority over 3G redirection
bit 2: used by 3G indicated AFR is priority over 4G redirection
bit 3: Spare bit value always 0
bit 4: Spare bit value always 0
bit 5: Spare bit value always 0
bit 6: Spare bit value always 0
bit 7: Spare bit value always 0
</PARAG>
</DESCRIPTION>
<CATEGORY>AS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Any Redirection is priority over AFR </VALUE>
<VALUE value="0x01">AFR is priority over 2G redirection, 3G and LTE redirection is priority over AFR </VALUE>
<VALUE value="0x02">AFR is priority over 3G redirection, 2G and LTE redirection is priority over AFR </VALUE>
<VALUE value="0x03">AFR is priority over 2G and 3G redirection, LTE redirection is priority over AFR </VALUE>
<VALUE value="0x04">AFR is priority over LTE redirection, 2G and 3G redirection is priority over AFR </VALUE>
<VALUE value="0x05">AFR is priority over LTE and 2G redirection, 3G redirection is priority over AFR </VALUE>
<VALUE value="0x06">AFR is priority over LTE and 3G redirection, 2G redirection is priority over AFR </VALUE>
<VALUE value="0x07">AFR is priority over any redirection </VALUE>
</CONFIG>
<DEFAULT>0x07</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>This SBP is avilable from GEN97 onwards</NOTE>
<AUTHOR>mtk16132</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(54, SBP_3G_AFR_PREFER_OVER_NW_REDIRECT, SBP_ATTR_NONE, "AFR is preferred over Network redirection on 2G 3G RAT")
SBP_DATA_DEF_VAL(0x00, "Any Redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x01, "AFR is priority over 2G redirection, 3G and LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x02, "AFR is priority over 3G redirection, 2G and LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x03, "AFR is priority over 2G and 3G redirection, LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x03, "AFR is priority over 2G and 3G redirection, LTE redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x04, "AFR is priority over LTE redirection, 2G and 3G redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x05, "AFR is priority over LTE and 2G redirection, 3G redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x06, "AFR is priority over LTE and 3G redirection, 2G redirection is priority over AFR")
SBP_DATA_DEF_VAL(0x07, "AFR is priority over any redirection")
SBP_DATA_DEFAULT_VAL(0x07)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMM_CONTROL_DCNR_BIT - Enabled/Disabled DCNR bit for FT testing">
<DESCRIPTION>
<PARAG>
This SBP provides tester to control DCNR bit in UE network capability IE and UE additional security capability IE would whether to be included or not in attach/TAU request.
</PARAG>
<PARAG>
0xFF: the content of IE is decided by the UE's capability and blacklist instead of be controlled by tester
0x00: disable DCNR bit even if UE supports ENDC
0x01: enable DCNR bit if UE supports DCNR
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0xFF">Normal Setting</VALUE>
<VALUE value="0x00">Disable DCNR bit</VALUE>
<VALUE value="0x01">Enable DCNR bit</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13129</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(55, SBP_EMM_CONTROL_DCNR_BIT, SBP_ATTR_NONE, "Enabled/Disabled DCNR bit for FT testing")
SBP_DATA_DEF_VAL(0xFF, "Normal Setting")
SBP_DATA_DEF_VAL(0x00, "Disable DCNR bit")
SBP_DATA_DEF_VAL(0x01, "Enable DCNR bit")
#if defined(__EMM_CONTROL_DCNR_BIT_DISABLE__)
SBP_DATA_DEFAULT_VAL(0x00)
#elif defined(__EMM_CONTROL_DCNR_BIT_ENABLE__)
SBP_DATA_DEFAULT_VAL(0x01)
#else
SBP_DATA_DEFAULT_VAL(0xFF)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMM_CONTROL_N1_MODE_BIT - Enabled/Disabled N1 mode bit for FT testing">
<DESCRIPTION>
<PARAG>
This SBP provides tester to control N1 mode bit in UE network capability IE and UE additional security capability IE would whether to be included or not in attach/TAU request.
</PARAG>
<PARAG>
0xFF: the content of IE is decided by the UE's capability and blacklist instead of be controlled by tester
0x00: disable N1 mode bit even if N1 mode UE
0x01: enable N1 mode bit if N1 mode UE
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0xFF">Normal Setting</VALUE>
<VALUE value="0x00">Disable N1 mode bit</VALUE>
<VALUE value="0x01">Enable N1 mode bit</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13129</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(56, SBP_EMM_CONTROL_N1_MODE_BIT, SBP_ATTR_NONE, "Enabled/Disabled N1 mode bit for FT testing")
SBP_DATA_DEF_VAL(0xFF, "Normal Setting")
SBP_DATA_DEF_VAL(0x00, "Disable N1 mode bit")
SBP_DATA_DEF_VAL(0x01, "Enable N1 mode bit")
#if defined(__EMM_CONTROL_N1_MODE_BIT_DISABLE__)
SBP_DATA_DEFAULT_VAL(0x00)
#elif defined(__EMM_CONTROL_N1_MODE_BIT_ENABLE__)
SBP_DATA_DEFAULT_VAL(0x01)
#else
SBP_DATA_DEFAULT_VAL(0xFF)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMM_CONTROL_EPCO_BIT - Enabled/Disabled Extended PCO bit for FT testing">
<DESCRIPTION>
<PARAG>
This SBP provides tester to control Extended PCO bit in UE network capability IE would whether to be included or not in attach/TAU request.
</PARAG>
<PARAG>
0xFF: the content of IE is decided by the UE's capability and blacklist instead of be controlled by tester
0x00: disable Extended PCO bit even if N1 mode UE
0x01: enable Extended PCO bit if N1 mode UE
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0xFF">Normal Setting</VALUE>
<VALUE value="0x00">Disable Extended PCO bit</VALUE>
<VALUE value="0x01">Enable Extended PCO bit</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13129</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(57, SBP_EMM_CONTROL_EPCO_BIT, SBP_ATTR_NONE, "Enabled/Disabled Extended PCO bit for FT testing")
SBP_DATA_DEF_VAL(0xFF, "Normal Setting")
SBP_DATA_DEF_VAL(0x00, "Disable Extended PCO bit")
SBP_DATA_DEF_VAL(0x01, "Enable Extended PCO bit")
#if defined(__EMM_CONTROL_EPCO_BIT_DISABLE__)
SBP_DATA_DEFAULT_VAL(0x00)
#elif defined(__EMM_CONTROL_EPCO_BIT_ENABLE__)
SBP_DATA_DEFAULT_VAL(0x01)
#else
SBP_DATA_DEFAULT_VAL(0xFF)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMM_CONTROL_UE_STATUS_IE - Enabled/Disabled UE status IE for FT testing">
<DESCRIPTION>
<PARAG>
This SBP provides tester to control UE status IE would whether to be included or not in attach/TAU request.
</PARAG>
<PARAG>
0xFF: the content of IE is decided by the UE's capability and blacklist instead of be controlled by tester
0x00: disable UE status IE even if UE has 5G-GUTI
0x01: enable UE status IE if UE has 5G-GUTI
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0xFF">Normal Setting</VALUE>
<VALUE value="0x00">Disable UE status IE</VALUE>
<VALUE value="0x01">Enable UE status IE</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13129</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(58, SBP_EMM_CONTROL_UE_STATUS_IE, SBP_ATTR_NONE, "Enabled/Disabled UE status IE for FT testing")
SBP_DATA_DEF_VAL(0xFF, "Normal Setting")
SBP_DATA_DEF_VAL(0x00, "Disable UE status IE")
SBP_DATA_DEF_VAL(0x01, "Enable UE status IE")
#if defined(__EMM_CONTROL_UE_STATUS_IE_DISABLE__)
SBP_DATA_DEFAULT_VAL(0x00)
#elif defined(__EMM_CONTROL_UE_STATUS_IE_ENABLE__)
SBP_DATA_DEFAULT_VAL(0x01)
#else
SBP_DATA_DEFAULT_VAL(0xFF)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IGNORE_IR_REDIRECT_TO_LTE_WHEN_NO_CELL_THRESHOLD - Ignore IR Redirect to LTE when no cell">
<DESCRIPTION>
<PARAG>
<LI>If NW redirects from 2/3G to LTE but LTE find no suitable cells around, UE would record the failure count.</LI>
<LI>Once the redirect failure count is >= threshold, then inter-RAT redirection to LTE would be ignored.</LI>
<LI>When UE camp on LTE cell successfully, the count will be reset to 0.</LI>
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Disabled</VALUE>
<VALUE value="0x01">Threshold: 1 time</VALUE>
<VALUE value="0x02">Threshold: 2 times</VALUE>
<VALUE value="0x03">Threshold: 3 times</VALUE>
<VALUE value="0x04">Threshold: 4 times</VALUE>
<VALUE value="...">....</VALUE>
<VALUE value="0x14">Threshold: 20 times</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk12544</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(59, SBP_IGNORE_IR_REDIRECT_TO_LTE_WHEN_NO_CELL_THRESHOLD, SBP_ATTR_NONE, "Extension options for EMM procedure fail handling.")
SBP_DATA_DEF_VAL(0x00, "All disabled")
SBP_DATA_DEF_VAL(0x01, "Threshold: 1 time")
SBP_DATA_DEF_VAL(0x02, "Threshold: 2 times")
SBP_DATA_DEF_VAL(0x03, "Threshold: 3 times")
SBP_DATA_DEF_VAL(0x04, "Threshold: 4 times")
SBP_DATA_DEF_VAL(0x05, "Threshold: 5 times")
SBP_DATA_DEF_VAL(0x06, "Threshold: 6 times")
SBP_DATA_DEF_VAL(0x07, "Threshold: 7 times")
SBP_DATA_DEF_VAL(0x08, "Threshold: 8 times")
SBP_DATA_DEF_VAL(0x09, "Threshold: 9 times")
SBP_DATA_DEF_VAL(0x0A, "Threshold: 10 times")
SBP_DATA_DEF_VAL(0x0B, "Threshold: 11 time")
SBP_DATA_DEF_VAL(0x0C, "Threshold: 12 times")
SBP_DATA_DEF_VAL(0x0D, "Threshold: 13 times")
SBP_DATA_DEF_VAL(0x0E, "Threshold: 14 times")
SBP_DATA_DEF_VAL(0x0F, "Threshold: 15 times")
SBP_DATA_DEF_VAL(0x10, "Threshold: 16 times")
SBP_DATA_DEF_VAL(0x11, "Threshold: 17 times")
SBP_DATA_DEF_VAL(0x12, "Threshold: 18 times")
SBP_DATA_DEF_VAL(0x13, "Threshold: 19 times")
SBP_DATA_DEF_VAL(0x14, "Threshold: 20 times")
#if defined(__IGNORE_IR_REDIRECT_TO_LTE_WHEN_NO_CELL__)
SBP_DATA_DEFAULT_VAL(0x05)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/*56~63*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MCF_ETWS_CONTROL_SWITCH- MCF support for ETWS settings">
<DESCRIPTION>
<PARAG>
This acts as bit map which controls ETWS settings.
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="0x00">ETWS is not controlled by MCF</VALUE>
<VALUE value="0x07">ETWS is controlled by MCF</VALUE>
</CONFIG>
<DEFAULT>0x07</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk15232</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(60,SBP_MCF_ETWS_CONTROL_SWITCH, SBP_ATTR_NONE, "ETWS MCF SETTINGS")
SBP_DATA_DEF_VAL(0x00, "ETWS is not controlled by MCF")
SBP_DATA_DEF_VAL(0x07, "ETWS is controlled by MCF")
#if defined(__ETWS_CONTROLLED_BY_MCF__)
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x07)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_POS_MODE_CAPABILITY_SWITCH - Switch the positioning mode in UE reporting AGPS/AGNSS positioning capability to NW">
<DESCRIPTION>
<PARAG>
This SBP can switch the positioning mode in UE reporting AGPS/AGNSS positioning capability to NW.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">UE does not support AGPS/AGNSS</VALUE>
<VALUE value="0x01">UE-Based</VALUE>
<VALUE value="0x02">UE-Assisted</VALUE>
<VALUE value="0x03">Both UE-Based and UE-Assisted</VALUE>
</CONFIG>
<DEFAULT>0x03</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk15441</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(61, SBP_POS_MODE_CAPABILITY_SWITCH, SBP_ATTR_NONE, "Switch the positioning mode in UE reporting AGPS/AGNSS positioning capability to NW.")
SBP_DATA_DEF_VAL(0x00, "UE does not support AGPS/AGNSS")
SBP_DATA_DEF_VAL(0x01, "UE-Based")
SBP_DATA_DEF_VAL(0x02, "UE-Assisted")
SBP_DATA_DEF_VAL(0x03, "Both UE-Based and UE-Assisted")
#if defined(__AGPS_SUPPORT__)
SBP_DATA_DEFAULT_VAL(0x03)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMART_IDLE_MONITOR_LEVEL - Monitor level of Smart Idle feature">
<DESCRIPTION>
<PARAG>
<LI>Monitor level determines how modem judges there is any data activity</LI>
</PARAG>
</DESCRIPTION>
<CATEGORY>LTE AS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Feature off</VALUE>
<VALUE value="0x01">Monitor DRB only</VALUE>
<VALUE value="0x02">Monitor SRB and DRB</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk02713</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(62, SBP_SMART_IDLE_MONITOR_LEVEL, SBP_ATTR_NONE, "Monitor level of Smart Idle feature")
SBP_DATA_DEF_VAL(0x00, "Feature off")
SBP_DATA_DEF_VAL(0x01, "Monitor DRB only")
SBP_DATA_DEF_VAL(0x02, "Monitor SRB and DRB")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMART_IDLE_MAXIMUM_T_RAND - Maximum value of T_rand of Smart Idle feature">
<DESCRIPTION>
<PARAG>
<LI>This is upper bound of T_rand value of Smart Idle feature (in second)</LI>
</PARAG>
</DESCRIPTION>
<CATEGORY>LTE AS</CATEGORY>
<CONFIG>
<VALUE value="0x00">0 second</VALUE>
<VALUE value="0x01">1 second</VALUE>
<VALUE value="0x02">2 seconds</VALUE>
<VALUE value="...">....</VALUE>
<VALUE value="0x30">30 seconds</VALUE>
</CONFIG>
<DEFAULT>0x02</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk02713</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(63, SBP_SMART_IDLE_MAXIMUM_T_RAND, SBP_ATTR_NONE, "Maximum value of T_rand of Smart Idle feature")
SBP_DATA_DEF_VAL(0x00, "0 second")
SBP_DATA_DEF_VAL(0x01, "1 second")
SBP_DATA_DEF_VAL(0x02, "2 seconds")
SBP_DATA_DEF_VAL(0x03, "3 seconds")
SBP_DATA_DEF_VAL(0x04, "4 seconds")
SBP_DATA_DEF_VAL(0x05, "5 seconds")
SBP_DATA_DEF_VAL(0x06, "6 seconds")
SBP_DATA_DEF_VAL(0x07, "7 seconds")
SBP_DATA_DEF_VAL(0x08, "8 seconds")
SBP_DATA_DEF_VAL(0x09, "9 seconds")
SBP_DATA_DEF_VAL(0x010, "10 seconds")
SBP_DATA_DEF_VAL(0x011, "11 seconds")
SBP_DATA_DEF_VAL(0x012, "12 seconds")
SBP_DATA_DEF_VAL(0x013, "13 seconds")
SBP_DATA_DEF_VAL(0x014, "14 seconds")
SBP_DATA_DEF_VAL(0x015, "15 seconds")
SBP_DATA_DEF_VAL(0x016, "16 seconds")
SBP_DATA_DEF_VAL(0x017, "17 seconds")
SBP_DATA_DEF_VAL(0x018, "18 seconds")
SBP_DATA_DEF_VAL(0x019, "19 seconds")
SBP_DATA_DEF_VAL(0x020, "20 seconds")
SBP_DATA_DEF_VAL(0x021, "21 seconds")
SBP_DATA_DEF_VAL(0x022, "22 seconds")
SBP_DATA_DEF_VAL(0x023, "23 seconds")
SBP_DATA_DEF_VAL(0x024, "24 seconds")
SBP_DATA_DEF_VAL(0x025, "25 seconds")
SBP_DATA_DEF_VAL(0x026, "26 seconds")
SBP_DATA_DEF_VAL(0x027, "27 seconds")
SBP_DATA_DEF_VAL(0x028, "28 seconds")
SBP_DATA_DEF_VAL(0x029, "29 seconds")
SBP_DATA_DEF_VAL(0x030, "30 seconds")
SBP_DATA_DEFAULT_VAL(0x02)
SBP_DATA_DEF_END
/*64~71*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMART_IDLE_T_WAIT - Value of T_wait of Smart Idle feature">
<DESCRIPTION>
<PARAG>
<LI>T_wait value of Smart Idle feature (in second)</LI>
</PARAG>
</DESCRIPTION>
<CATEGORY>LTE AS</CATEGORY>
<CONFIG>
<VALUE value="0x00">0 second</VALUE>
<VALUE value="0x01">1 second</VALUE>
<VALUE value="0x02">2 seconds</VALUE>
<VALUE value="...">....</VALUE>
<VALUE value="0x30">30 seconds</VALUE>
</CONFIG>
<DEFAULT>0x02</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk02713</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(64, SBP_SMART_IDLE_T_WAIT, SBP_ATTR_NONE, "Value of T_wait of Smart Idle feature")
SBP_DATA_DEF_VAL(0x00, "0 second")
SBP_DATA_DEF_VAL(0x01, "1 second")
SBP_DATA_DEF_VAL(0x02, "2 seconds")
SBP_DATA_DEF_VAL(0x03, "3 seconds")
SBP_DATA_DEF_VAL(0x04, "4 seconds")
SBP_DATA_DEF_VAL(0x05, "5 seconds")
SBP_DATA_DEF_VAL(0x06, "6 seconds")
SBP_DATA_DEF_VAL(0x07, "7 seconds")
SBP_DATA_DEF_VAL(0x08, "8 seconds")
SBP_DATA_DEF_VAL(0x09, "9 seconds")
SBP_DATA_DEF_VAL(0x010, "10 seconds")
SBP_DATA_DEF_VAL(0x011, "11 seconds")
SBP_DATA_DEF_VAL(0x012, "12 seconds")
SBP_DATA_DEF_VAL(0x013, "13 seconds")
SBP_DATA_DEF_VAL(0x014, "14 seconds")
SBP_DATA_DEF_VAL(0x015, "15 seconds")
SBP_DATA_DEF_VAL(0x016, "16 seconds")
SBP_DATA_DEF_VAL(0x017, "17 seconds")
SBP_DATA_DEF_VAL(0x018, "18 seconds")
SBP_DATA_DEF_VAL(0x019, "19 seconds")
SBP_DATA_DEF_VAL(0x020, "20 seconds")
SBP_DATA_DEF_VAL(0x021, "21 seconds")
SBP_DATA_DEF_VAL(0x022, "22 seconds")
SBP_DATA_DEF_VAL(0x023, "23 seconds")
SBP_DATA_DEF_VAL(0x024, "24 seconds")
SBP_DATA_DEF_VAL(0x025, "25 seconds")
SBP_DATA_DEF_VAL(0x026, "26 seconds")
SBP_DATA_DEF_VAL(0x027, "27 seconds")
SBP_DATA_DEF_VAL(0x028, "28 seconds")
SBP_DATA_DEF_VAL(0x029, "29 seconds")
SBP_DATA_DEF_VAL(0x030, "30 seconds")
SBP_DATA_DEFAULT_VAL(0x02)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EAS_POWER_LEVEL_IND_PERIOD_IN_MS_IDLE - Control POWER_LEVEL_IND sending frequency in idle by SBP_ID">
<DESCRIPTION>
<PARAG>
This SBP controls the POWER_LEVEL_IND sending frequency in idle mode.
</PARAG>
</DESCRIPTION>
<CATEGORY>ERRC</CATEGORY>
<CONFIG>
<VALUE value="0x00">1000 ms</VALUE>
<VALUE value="0x01">1500 ms</VALUE>
<VALUE value="0x02">2000 ms</VALUE>
<VALUE value="...">...</VALUE>
<VALUE value="0x12">10000 ms</VALUE>
</CONFIG>
<DEFAULT>0x08</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk15708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(65, SBP_EAS_POWER_LEVEL_IND_PERIOD_IDLE, SBP_ATTR_NONE, "Control POWER_LEVEL_IND sending frequency in idle by SBP_ID.")
SBP_DATA_DEF_VAL(0x00, "EAS_POWER_LEVEL_IND_PERIOD_CONN 1000")
SBP_DATA_DEF_VAL(0x01, "EAS_POWER_LEVEL_IND_PERIOD_CONN 1500")
SBP_DATA_DEF_VAL(0x02, "EAS_POWER_LEVEL_IND_PERIOD_CONN 2000")
SBP_DATA_DEF_VAL(0x03, "EAS_POWER_LEVEL_IND_PERIOD_CONN 2500")
SBP_DATA_DEF_VAL(0x04, "EAS_POWER_LEVEL_IND_PERIOD_CONN 3000")
SBP_DATA_DEF_VAL(0x05, "EAS_POWER_LEVEL_IND_PERIOD_CONN 3500")
SBP_DATA_DEF_VAL(0x06, "EAS_POWER_LEVEL_IND_PERIOD_CONN 4000")
SBP_DATA_DEF_VAL(0x07, "EAS_POWER_LEVEL_IND_PERIOD_CONN 4500")
SBP_DATA_DEF_VAL(0x08, "EAS_POWER_LEVEL_IND_PERIOD_CONN 5000")
SBP_DATA_DEF_VAL(0x09, "EAS_POWER_LEVEL_IND_PERIOD_CONN 5500")
SBP_DATA_DEF_VAL(0x0a, "EAS_POWER_LEVEL_IND_PERIOD_CONN 6000")
SBP_DATA_DEF_VAL(0x0b, "EAS_POWER_LEVEL_IND_PERIOD_CONN 6500")
SBP_DATA_DEF_VAL(0x0c, "EAS_POWER_LEVEL_IND_PERIOD_CONN 7000")
SBP_DATA_DEF_VAL(0x0d, "EAS_POWER_LEVEL_IND_PERIOD_CONN 7500")
SBP_DATA_DEF_VAL(0x0e, "EAS_POWER_LEVEL_IND_PERIOD_CONN 8000")
SBP_DATA_DEF_VAL(0x0f, "EAS_POWER_LEVEL_IND_PERIOD_CONN 8500")
SBP_DATA_DEF_VAL(0x10, "EAS_POWER_LEVEL_IND_PERIOD_CONN 9000")
SBP_DATA_DEF_VAL(0x11, "EAS_POWER_LEVEL_IND_PERIOD_CONN 9500")
SBP_DATA_DEF_VAL(0x12, "EAS_POWER_LEVEL_IND_PERIOD_CONN 10000")
#if defined(__TC10__)
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x08)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EAS_POWER_LEVEL_IND_PERIOD_IN_MS_CONN - Control POWER_LEVEL_IND sending frequency in connected by SBP_ID">
<DESCRIPTION>
<PARAG>
This SBP controls the POWER_LEVEL_IND sending frequency in connected mode.
</PARAG>
</DESCRIPTION>
<CATEGORY>ERRC</CATEGORY>
<CONFIG>
<VALUE value="0x00">1000 ms</VALUE>
<VALUE value="0x01">1500 ms</VALUE>
<VALUE value="0x02">2000 ms</VALUE>
<VALUE value="...">...</VALUE>
<VALUE value="0x12">10000 ms</VALUE>
</CONFIG>
<DEFAULT>0x03</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk15708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(66, SBP_EAS_POWER_LEVEL_IND_PERIOD_CONN, SBP_ATTR_NONE, "Control POWER_LEVEL_IND sending frequency in connected by SBP_ID.")
SBP_DATA_DEF_VAL(0x00, "EAS_POWER_LEVEL_IND_PERIOD_CONN 1000")
SBP_DATA_DEF_VAL(0x01, "EAS_POWER_LEVEL_IND_PERIOD_CONN 1500")
SBP_DATA_DEF_VAL(0x02, "EAS_POWER_LEVEL_IND_PERIOD_CONN 2000")
SBP_DATA_DEF_VAL(0x03, "EAS_POWER_LEVEL_IND_PERIOD_CONN 2500")
SBP_DATA_DEF_VAL(0x04, "EAS_POWER_LEVEL_IND_PERIOD_CONN 3000")
SBP_DATA_DEF_VAL(0x05, "EAS_POWER_LEVEL_IND_PERIOD_CONN 3500")
SBP_DATA_DEF_VAL(0x06, "EAS_POWER_LEVEL_IND_PERIOD_CONN 4000")
SBP_DATA_DEF_VAL(0x07, "EAS_POWER_LEVEL_IND_PERIOD_CONN 4500")
SBP_DATA_DEF_VAL(0x08, "EAS_POWER_LEVEL_IND_PERIOD_CONN 5000")
SBP_DATA_DEF_VAL(0x09, "EAS_POWER_LEVEL_IND_PERIOD_CONN 5500")
SBP_DATA_DEF_VAL(0x0a, "EAS_POWER_LEVEL_IND_PERIOD_CONN 6000")
SBP_DATA_DEF_VAL(0x0b, "EAS_POWER_LEVEL_IND_PERIOD_CONN 6500")
SBP_DATA_DEF_VAL(0x0c, "EAS_POWER_LEVEL_IND_PERIOD_CONN 7000")
SBP_DATA_DEF_VAL(0x0d, "EAS_POWER_LEVEL_IND_PERIOD_CONN 7500")
SBP_DATA_DEF_VAL(0x0e, "EAS_POWER_LEVEL_IND_PERIOD_CONN 8000")
SBP_DATA_DEF_VAL(0x0f, "EAS_POWER_LEVEL_IND_PERIOD_CONN 8500")
SBP_DATA_DEF_VAL(0x10, "EAS_POWER_LEVEL_IND_PERIOD_CONN 9000")
SBP_DATA_DEF_VAL(0x11, "EAS_POWER_LEVEL_IND_PERIOD_CONN 9500")
SBP_DATA_DEF_VAL(0x12, "EAS_POWER_LEVEL_IND_PERIOD_CONN 10000")
#if defined(__TC10__)
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x03)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SIM_POLL_TIMER_VALUE- SIM Poll timer value">
<DESCRIPTION>
<PARAG>As per ETSI 102.221 clause 14.6.2 and 3GPP 31.102 clause 5.1.9, the terminal shall
send STATUS command to UICC within 30 seconds of inactivity. As per current implementation
UE uses default timer value set as 26.5 seconds.</PARAG>
<PARAG>It is up to the UE implementation to choose timer value within 30 seconds.</PARAG>
<PARAG>Since this timer value is up to UE implementation, we provide this SBP for customization.</PARAG>
</DESCRIPTION>
<CATEGORY>SIM_SAT</CATEGORY>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>For Softbank requirement, this value needs to set to 30 seconds.</NOTE>
<AUTHOR>mtk10708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(67, SBP_SIM_POLL_TIMER_VALUE, SBP_ATTR_NONE, "SIM Poll timer value")
SBP_DATA_DEF_VAL(0x00, "Feature Disabled")
SBP_DATA_DEF_VAL(0x19, "25 seconds")
SBP_DATA_DEF_VAL(0x1a, "26 seconds")
SBP_DATA_DEF_VAL(0x1b, "27 seconds")
SBP_DATA_DEF_VAL(0x1c, "28 seconds")
SBP_DATA_DEF_VAL(0x1d, "29 seconds")
SBP_DATA_DEF_VAL(0x1e, "30 seconds")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_TDM_LTE_WINDOW">
<DESCRIPTION>
<PARAG>
The value is applied to LTE TDM window duration after CONSYS notifies LTE to do TDM solution.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="10">LTE TDM window duration is set to 10 ms</VALUE>
<VALUE value="20">LTE TDM window duration is set to 20 ms</VALUE>
<VALUE value="30">LTE TDM window duration is set to 30 ms</VALUE>
<VALUE value="40">LTE TDM window duration is set to 40 ms</VALUE>
<VALUE value="50">LTE TDM window duration is set to 50 ms</VALUE>
<VALUE value="60">LTE TDM window duration is set to 60 ms</VALUE>
<VALUE value="70">LTE TDM window duration is set to 70 ms</VALUE>
<VALUE value="80">LTE TDM window duration is set to 80 ms</VALUE>
<VALUE value="90">LTE TDM window duration is set to 90 ms</VALUE>
<VALUE value="100">LTE TDM window duration is set to 100 ms</VALUE>
<VALUE value="110">LTE TDM window duration is set to 110 ms</VALUE>
<VALUE value="120">LTE TDM window duration is set to 120 ms</VALUE>
<VALUE value="130">LTE TDM window duration is set to 130 ms</VALUE>
<VALUE value="140">LTE TDM window duration is set to 140 ms</VALUE>
<VALUE value="150">LTE TDM window duration is set to 150 ms</VALUE>
<VALUE value="160">LTE TDM window duration is set to 160 ms</VALUE>
<VALUE value="170">LTE TDM window duration is set to 170 ms</VALUE>
<VALUE value="180">LTE TDM window duration is set to 180 ms</VALUE>
<VALUE value="190">LTE TDM window duration is set to 190 ms</VALUE>
<VALUE value="200">LTE TDM window duration is set to 200 ms</VALUE>
</CONFIG>
<DEFAULT>100 (LTE TDM window is 100 ms when CONSYS notifies LTE to do TDM solution)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13042</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(68, SBP_IDC_TDM_LTE_WINDOW, SBP_ATTR_NONE, "Set LTE TDM window duration when IDC is enabled")
SBP_DATA_DEF_VAL(0x0a, "LTE_WINDOW_10")
SBP_DATA_DEF_VAL(0x14, "LTE_WINDOW_20")
SBP_DATA_DEF_VAL(0x1e, "LTE_WINDOW_30")
SBP_DATA_DEF_VAL(0x28, "LTE_WINDOW_40")
SBP_DATA_DEF_VAL(0x32, "LTE_WINDOW_50")
SBP_DATA_DEF_VAL(0x3c, "LTE_WINDOW_60")
SBP_DATA_DEF_VAL(0x46, "LTE_WINDOW_70")
SBP_DATA_DEF_VAL(0x50, "LTE_WINDOW_80")
SBP_DATA_DEF_VAL(0x5a, "LTE_WINDOW_90")
SBP_DATA_DEF_VAL(0x64, "LTE_WINDOW_100")
SBP_DATA_DEF_VAL(0x6e, "LTE_WINDOW_110")
SBP_DATA_DEF_VAL(0x78, "LTE_WINDOW_120")
SBP_DATA_DEF_VAL(0x82, "LTE_WINDOW_130")
SBP_DATA_DEF_VAL(0x8c, "LTE_WINDOW_140")
SBP_DATA_DEF_VAL(0x96, "LTE_WINDOW_150")
SBP_DATA_DEF_VAL(0xa0, "LTE_WINDOW_160")
SBP_DATA_DEF_VAL(0xaa, "LTE_WINDOW_170")
SBP_DATA_DEF_VAL(0xb4, "LTE_WINDOW_180")
SBP_DATA_DEF_VAL(0xbe, "LTE_WINDOW_190")
SBP_DATA_DEF_VAL(0xc8, "LTE_WINDOW_200")
SBP_DATA_DEFAULT_VAL(0x64)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_TDM_LTE_CONSYS_WINDOW">
<DESCRIPTION>
<PARAG>
The value is applied to CONSYS TDM window duration after CONSYS notifies LTE to do TDM solution.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="10">CONSYS TDM window duration is set to 10 ms</VALUE>
<VALUE value="20">CONSYS TDM window duration is set to 20 ms</VALUE>
<VALUE value="30">CONSYS TDM window duration is set to 30 ms</VALUE>
<VALUE value="40">CONSYS TDM window duration is set to 40 ms</VALUE>
<VALUE value="50">CONSYS TDM window duration is set to 50 ms</VALUE>
<VALUE value="60">CONSYS TDM window duration is set to 60 ms</VALUE>
<VALUE value="70">CONSYS TDM window duration is set to 70 ms</VALUE>
<VALUE value="80">CONSYS TDM window duration is set to 80 ms</VALUE>
<VALUE value="90">CONSYS TDM window duration is set to 90 ms</VALUE>
<VALUE value="100">CONSYS TDM window duration is set to 100 ms</VALUE>
<VALUE value="110">CONSYS TDM window duration is set to 110 ms</VALUE>
<VALUE value="120">CONSYS TDM window duration is set to 120 ms</VALUE>
<VALUE value="130">CONSYS TDM window duration is set to 130 ms</VALUE>
<VALUE value="140">CONSYS TDM window duration is set to 140 ms</VALUE>
<VALUE value="150">CONSYS TDM window duration is set to 150 ms</VALUE>
<VALUE value="160">CONSYS TDM window duration is set to 160 ms</VALUE>
<VALUE value="170">CONSYS TDM window duration is set to 170 ms</VALUE>
<VALUE value="180">CONSYS TDM window duration is set to 180 ms</VALUE>
<VALUE value="190">CONSYS TDM window duration is set to 190 ms</VALUE>
<VALUE value="200">CONSYS TDM window duration is set to 200 ms</VALUE>
</CONFIG>
<DEFAULT>120 (CONSYS TDM window is 120 ms when CONSYS notifies LTE to do TDM solution)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13042</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(69, SBP_IDC_TDM_LTE_CONSYS_WINDOW, SBP_ATTR_NONE, "Set CONSYS TDM window duration with LTE when IDC is enabled")
SBP_DATA_DEF_VAL(0x0a, "LTE_CONSYS_WINDOW_10")
SBP_DATA_DEF_VAL(0x14, "LTE_CONSYS_WINDOW_20")
SBP_DATA_DEF_VAL(0x1e, "LTE_CONSYS_WINDOW_30")
SBP_DATA_DEF_VAL(0x28, "LTE_CONSYS_WINDOW_40")
SBP_DATA_DEF_VAL(0x32, "LTE_CONSYS_WINDOW_50")
SBP_DATA_DEF_VAL(0x3c, "LTE_CONSYS_WINDOW_60")
SBP_DATA_DEF_VAL(0x46, "LTE_CONSYS_WINDOW_70")
SBP_DATA_DEF_VAL(0x50, "LTE_CONSYS_WINDOW_80")
SBP_DATA_DEF_VAL(0x5a, "LTE_CONSYS_WINDOW_90")
SBP_DATA_DEF_VAL(0x64, "LTE_CONSYS_WINDOW_100")
SBP_DATA_DEF_VAL(0x6e, "LTE_CONSYS_WINDOW_110")
SBP_DATA_DEF_VAL(0x78, "LTE_CONSYS_WINDOW_120")
SBP_DATA_DEF_VAL(0x82, "LTE_CONSYS_WINDOW_130")
SBP_DATA_DEF_VAL(0x8c, "LTE_CONSYS_WINDOW_140")
SBP_DATA_DEF_VAL(0x96, "LTE_CONSYS_WINDOW_150")
SBP_DATA_DEF_VAL(0xa0, "LTE_CONSYS_WINDOW_160")
SBP_DATA_DEF_VAL(0xaa, "LTE_CONSYS_WINDOW_170")
SBP_DATA_DEF_VAL(0xb4, "LTE_CONSYS_WINDOW_180")
SBP_DATA_DEF_VAL(0xbe, "LTE_CONSYS_WINDOW_190")
SBP_DATA_DEF_VAL(0xc8, "LTE_CONSYS_WINDOW_200")
SBP_DATA_DEFAULT_VAL(0x78)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_TDM_NR_WINDOW">
<DESCRIPTION>
<PARAG>
The value is applied to NR TDM window duration after CONSYS notifies NR to do TDM solution.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="10">NR TDM window duration is set to 10 ms</VALUE>
<VALUE value="20">NR TDM window duration is set to 20 ms</VALUE>
<VALUE value="30">NR TDM window duration is set to 30 ms</VALUE>
<VALUE value="40">NR TDM window duration is set to 40 ms</VALUE>
<VALUE value="50">NR TDM window duration is set to 50 ms</VALUE>
<VALUE value="60">NR TDM window duration is set to 60 ms</VALUE>
<VALUE value="70">NR TDM window duration is set to 70 ms</VALUE>
<VALUE value="80">NR TDM window duration is set to 80 ms</VALUE>
<VALUE value="90">NR TDM window duration is set to 90 ms</VALUE>
<VALUE value="100">NR TDM window duration is set to 100 ms</VALUE>
<VALUE value="110">NR TDM window duration is set to 110 ms</VALUE>
<VALUE value="120">NR TDM window duration is set to 120 ms</VALUE>
<VALUE value="130">NR TDM window duration is set to 130 ms</VALUE>
<VALUE value="140">NR TDM window duration is set to 140 ms</VALUE>
<VALUE value="150">NR TDM window duration is set to 150 ms</VALUE>
<VALUE value="160">NR TDM window duration is set to 160 ms</VALUE>
<VALUE value="170">NR TDM window duration is set to 170 ms</VALUE>
<VALUE value="180">NR TDM window duration is set to 180 ms</VALUE>
<VALUE value="190">NR TDM window duration is set to 190 ms</VALUE>
<VALUE value="200">NR TDM window duration is set to 200 ms</VALUE>
</CONFIG>
<DEFAULT>100 (NR TDM window is 100 ms when CONSYS notifies NR to do TDM solution)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13042</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(70, SBP_IDC_TDM_NR_WINDOW, SBP_ATTR_NONE, "Set NR TDM window duration when IDC is enabled")
SBP_DATA_DEF_VAL(0x0a, "NR_WINDOW_10")
SBP_DATA_DEF_VAL(0x14, "NR_WINDOW_20")
SBP_DATA_DEF_VAL(0x1e, "NR_WINDOW_30")
SBP_DATA_DEF_VAL(0x28, "NR_WINDOW_40")
SBP_DATA_DEF_VAL(0x32, "NR_WINDOW_50")
SBP_DATA_DEF_VAL(0x3c, "NR_WINDOW_60")
SBP_DATA_DEF_VAL(0x46, "NR_WINDOW_70")
SBP_DATA_DEF_VAL(0x50, "NR_WINDOW_80")
SBP_DATA_DEF_VAL(0x5a, "NR_WINDOW_90")
SBP_DATA_DEF_VAL(0x64, "NR_WINDOW_100")
SBP_DATA_DEF_VAL(0x6e, "NR_WINDOW_110")
SBP_DATA_DEF_VAL(0x78, "NR_WINDOW_120")
SBP_DATA_DEF_VAL(0x82, "NR_WINDOW_130")
SBP_DATA_DEF_VAL(0x8c, "NR_WINDOW_140")
SBP_DATA_DEF_VAL(0x96, "NR_WINDOW_150")
SBP_DATA_DEF_VAL(0xa0, "NR_WINDOW_160")
SBP_DATA_DEF_VAL(0xaa, "NR_WINDOW_170")
SBP_DATA_DEF_VAL(0xb4, "NR_WINDOW_180")
SBP_DATA_DEF_VAL(0xbe, "NR_WINDOW_190")
SBP_DATA_DEF_VAL(0xc8, "NR_WINDOW_200")
SBP_DATA_DEFAULT_VAL(0x64)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_TDM_NR_CONSYS_WINDOW">
<DESCRIPTION>
<PARAG>
The value is applied to CONSYS TDM window duration after CONSYS notifies NR to do TDM solution.
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="10">CONSYS TDM window duration is set to 10 ms</VALUE>
<VALUE value="20">CONSYS TDM window duration is set to 20 ms</VALUE>
<VALUE value="30">CONSYS TDM window duration is set to 30 ms</VALUE>
<VALUE value="40">CONSYS TDM window duration is set to 40 ms</VALUE>
<VALUE value="50">CONSYS TDM window duration is set to 50 ms</VALUE>
<VALUE value="60">CONSYS TDM window duration is set to 60 ms</VALUE>
<VALUE value="70">CONSYS TDM window duration is set to 70 ms</VALUE>
<VALUE value="80">CONSYS TDM window duration is set to 80 ms</VALUE>
<VALUE value="90">CONSYS TDM window duration is set to 90 ms</VALUE>
<VALUE value="100">CONSYS TDM window duration is set to 100 ms</VALUE>
<VALUE value="110">CONSYS TDM window duration is set to 110 ms</VALUE>
<VALUE value="120">CONSYS TDM window duration is set to 120 ms</VALUE>
<VALUE value="130">CONSYS TDM window duration is set to 130 ms</VALUE>
<VALUE value="140">CONSYS TDM window duration is set to 140 ms</VALUE>
<VALUE value="150">CONSYS TDM window duration is set to 150 ms</VALUE>
<VALUE value="160">CONSYS TDM window duration is set to 160 ms</VALUE>
<VALUE value="170">CONSYS TDM window duration is set to 170 ms</VALUE>
<VALUE value="180">CONSYS TDM window duration is set to 180 ms</VALUE>
<VALUE value="190">CONSYS TDM window duration is set to 190 ms</VALUE>
<VALUE value="200">CONSYS TDM window duration is set to 200 ms</VALUE>
</CONFIG>
<DEFAULT>120 (CONSYS TDM window is 120 ms when CONSYS notifies NR to do TDM solution)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13042</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(71, SBP_IDC_TDM_NR_CONSYS_WINDOW, SBP_ATTR_NONE, "Set CONSYS TDM window duration with NR when IDC is enabled")
SBP_DATA_DEF_VAL(0x0a, "NR_CONSYS_WINDOW_10")
SBP_DATA_DEF_VAL(0x14, "NR_CONSYS_WINDOW_20")
SBP_DATA_DEF_VAL(0x1e, "NR_CONSYS_WINDOW_30")
SBP_DATA_DEF_VAL(0x28, "NR_CONSYS_WINDOW_40")
SBP_DATA_DEF_VAL(0x32, "NR_CONSYS_WINDOW_50")
SBP_DATA_DEF_VAL(0x3c, "NR_CONSYS_WINDOW_60")
SBP_DATA_DEF_VAL(0x46, "NR_CONSYS_WINDOW_70")
SBP_DATA_DEF_VAL(0x50, "NR_CONSYS_WINDOW_80")
SBP_DATA_DEF_VAL(0x5a, "NR_CONSYS_WINDOW_90")
SBP_DATA_DEF_VAL(0x64, "NR_CONSYS_WINDOW_100")
SBP_DATA_DEF_VAL(0x6e, "NR_CONSYS_WINDOW_110")
SBP_DATA_DEF_VAL(0x78, "NR_CONSYS_WINDOW_120")
SBP_DATA_DEF_VAL(0x82, "NR_CONSYS_WINDOW_130")
SBP_DATA_DEF_VAL(0x8c, "NR_CONSYS_WINDOW_140")
SBP_DATA_DEF_VAL(0x96, "NR_CONSYS_WINDOW_150")
SBP_DATA_DEF_VAL(0xa0, "NR_CONSYS_WINDOW_160")
SBP_DATA_DEF_VAL(0xaa, "NR_CONSYS_WINDOW_170")
SBP_DATA_DEF_VAL(0xb4, "NR_CONSYS_WINDOW_180")
SBP_DATA_DEF_VAL(0xbe, "NR_CONSYS_WINDOW_190")
SBP_DATA_DEF_VAL(0xc8, "NR_CONSYS_WINDOW_200")
SBP_DATA_DEFAULT_VAL(0x78)
SBP_DATA_DEF_END
/*72~79*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_IM_NR_TX_PWR">
<DESCRIPTION>
<PARAG>
The value is applied to NR Tx max power after CONSYS notifies NR to reduce Tx max power
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="1">NR max Tx power is set to 1 dBm</VALUE>
<VALUE value="2">NR max Tx power is set to 2 dBm</VALUE>
<VALUE value="3">NR max Tx power is set to 3 dBm</VALUE>
<VALUE value="4">NR max Tx power is set to 4 dBm</VALUE>
<VALUE value="5">NR max Tx power is set to 5 dBm</VALUE>
<VALUE value="6">NR max Tx power is set to 6 dBm</VALUE>
<VALUE value="7">NR max Tx power is set to 7 dBm</VALUE>
<VALUE value="8">NR max Tx power is set to 8 dBm</VALUE>
<VALUE value="9">NR max Tx power is set to 9 dBm</VALUE>
<VALUE value="10">NR max Tx power is set to 10 dBm</VALUE>
<VALUE value="11">NR max Tx power is set to 11 dBm</VALUE>
<VALUE value="12">NR max Tx power is set to 12 dBm</VALUE>
<VALUE value="13">NR max Tx power is set to 13 dBm</VALUE>
<VALUE value="14">NR max Tx power is set to 14 dBm</VALUE>
<VALUE value="15">NR max Tx power is set to 15 dBm</VALUE>
<VALUE value="16">NR max Tx power is set to 16 dBm</VALUE>
<VALUE value="17">NR max Tx power is set to 17 dBm</VALUE>
<VALUE value="18">NR max Tx power is set to 18 dBm</VALUE>
<VALUE value="19">NR max Tx power is set to 19 dBm</VALUE>
<VALUE value="20">NR max Tx power is set to 20 dBm</VALUE>
<VALUE value="21">NR max Tx power is set to 21 dBm</VALUE>
<VALUE value="22">NR max Tx power is set to 22 dBm</VALUE>
<VALUE value="23">NR max Tx power is set to 23 dBm</VALUE>
</CONFIG>
<DEFAULT>17 (NR max Tx power is set to 17 dBm when CONSYS notifies NR to deduce NR max Tx power)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13042</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(72, SBP_IDC_IM_NR_TX_PWR, SBP_ATTR_NONE, "Set NR max Tx power when IDC is enabled")
SBP_DATA_DEF_VAL(0x01, "TX_PWR_1")
SBP_DATA_DEF_VAL(0x02, "TX_PWR_2")
SBP_DATA_DEF_VAL(0x03, "TX_PWR_3")
SBP_DATA_DEF_VAL(0x04, "TX_PWR_4")
SBP_DATA_DEF_VAL(0x05, "TX_PWR_5")
SBP_DATA_DEF_VAL(0x06, "TX_PWR_6")
SBP_DATA_DEF_VAL(0x07, "TX_PWR_7")
SBP_DATA_DEF_VAL(0x08, "TX_PWR_8")
SBP_DATA_DEF_VAL(0x09, "TX_PWR_9")
SBP_DATA_DEF_VAL(0x0a, "TX_PWR_10")
SBP_DATA_DEF_VAL(0x0b, "TX_PWR_11")
SBP_DATA_DEF_VAL(0x0c, "TX_PWR_12")
SBP_DATA_DEF_VAL(0x0d, "TX_PWR_13")
SBP_DATA_DEF_VAL(0x0e, "TX_PWR_14")
SBP_DATA_DEF_VAL(0x0f, "TX_PWR_15")
SBP_DATA_DEF_VAL(0x10, "TX_PWR_16")
SBP_DATA_DEF_VAL(0x11, "TX_PWR_17")
SBP_DATA_DEF_VAL(0x12, "TX_PWR_18")
SBP_DATA_DEF_VAL(0x13, "TX_PWR_19")
SBP_DATA_DEF_VAL(0x14, "TX_PWR_20")
SBP_DATA_DEF_VAL(0x15, "TX_PWR_21")
SBP_DATA_DEF_VAL(0x16, "TX_PWR_22")
SBP_DATA_DEF_VAL(0x17, "TX_PWR_23")
SBP_DATA_DEFAULT_VAL(0x11)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_INT_DETECT">
<DESCRIPTION>
This feature is used to notify CONSYS that whether LTE rx needs CONSYS's tx to do TDM or not.
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0">IDC interference detector at MD side is not supported</VALUE>
<VALUE value="1">IDC interference detector at MD side is supported</VALUE>
</CONFIG>
<DEFAULT>
1 (IDC interference detector at MD side is supported)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk05361</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(73, SBP_IDC_INT_DETECT, SBP_ATTR_NONE, "Enable IDC interference detector at MD side")
SBP_DATA_DEF_VAL(0x00, "Disable IDC interference detector at MD side")
SBP_DATA_DEF_VAL(0x01, "Enable IDC interference detector at MD side")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SMS_GUARD_TIMER - Defines the value for SMS Guard timer">
<DESCRIPTION>
<PARAG>
This SBP data value acts as a guard timer for MO SMS operation.
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="0xb4">Default value for MO SMS guard timer - 180 sec</VALUE>
</CONFIG>
<DEFAULT>180</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15232</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(74, SBP_SMS_GUARD_TIMER, SBP_ATTR_NONE, "Guard timer for SMS operation")
SBP_DATA_DEFAULT_VAL(0xb4)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_CUSTOM_SMS_MMS_TIMER - Defines the value for SMS_MMS timer">
<DESCRIPTION>
<PARAG>
This SBP data value is for SMS_MMS timer(which determines how long SMS module wait before releasing radio connection).
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="0x01">Custom value for SMS_MMS timer </VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15232</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(75, SBP_SMS_MMS_TIMER, SBP_ATTR_NONE, "Guard timer for SMS operation")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_POS_VZW_MODE - This SBP indicates which NW performs positioning">
<DESCRIPTION>
<PARAG>
This SBP indicates which NW performs positioning.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0">Non-VzW network</VALUE>
<VALUE value="1">VzW network</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk12419</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(76, SBP_POS_VZW_MODE, SBP_ATTR_NONE, "This SBP indicates which NW performs positioning.")
SBP_DATA_DEF_VAL(0, "Non-VzW network")
SBP_DATA_DEF_VAL(1, "VzW network")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_CA_MAX_CC_NUM - Defines the maximum number of supported NR CCs">
<DESCRIPTION>
<PARAG>
This SBP defines the maximum number of supported NR CCs.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="1">1 NR CC</VALUE>
<VALUE value="2">2 NR CC</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk09385</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(77, SBP_NR_CA_MAX_CC_NUM, SBP_ATTR_NONE, "Maximum number of supported NR CCs")
#ifdef __NR_CA_DL_2CC__
SBP_DATA_DEFAULT_VAL(2)
#else
SBP_DATA_DEFAULT_VAL(1)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_CA_MAX_BW - Defines the maximum aggregated NR CA bandwidth">
<DESCRIPTION>
<PARAG>
This SBP defines the maximum aggregated NR CA bandwidth.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="10">100 MHz BW</VALUE>
<VALUE value="12">120 MHz BW</VALUE>
<VALUE value="13">130 MHz BW</VALUE>
<VALUE value="20">200 MHz BW</VALUE>
</CONFIG>
<DEFAULT>10</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13068</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(78, SBP_NR_CA_MAX_BW, SBP_ATTR_NONE, "Maximum aggregated NR CA bandwidth")
SBP_DATA_DEF_VAL(10, "100 MHz BW")
SBP_DATA_DEF_VAL(12, "120 MHz BW")
SBP_DATA_DEF_VAL(13, "130 MHz BW")
SBP_DATA_DEF_VAL(20, "200 MHz BW")
#if defined(__NR_CA_DL_BW_200M__)
SBP_DATA_DEFAULT_VAL(20)
#elif defined(__NR_CA_DL_BW_130M__)
SBP_DATA_DEFAULT_VAL(13)
#elif defined(__NR_CA_DL_BW_120M__)
SBP_DATA_DEFAULT_VAL(12)
#else
SBP_DATA_DEFAULT_VAL(10)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MCF_CB_CONTROL_SWITCH- CB settings for different RATS can be contolled by this SBP">
<DESCRIPTION>
<PARAG>
This acts as bit map which controls CB settings for different RATS
</PARAG>
</DESCRIPTION>
<CATEGORY>SMS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Disabled for All Rats</VALUE>
<VALUE value="0x01">RAT_GSM enabled</VALUE>
<VALUE value="0x02">RAT_UMTS enabled</VALUE>
<VALUE value="0x03">RAT_UMTS and RAT_GSM both enabled</VALUE>
<VALUE value="0x04">RAT_LTE enabled</VALUE>
<VALUE value="0x05">RAT_LTE and RAT_GSM enabled</VALUE>
<VALUE value="0x06">RAT_LTE and RAT_UMTS enabled</VALUE>
<VALUE value="0x07">RAT_LTE and RAT_UMTS and RAT_GSM enabled</VALUE>
<VALUE value="0x80">RAT_NR enabled</VALUE>
<VALUE value="0x87">All RATs enabled</VALUE>
</CONFIG>
<DEFAULT> 0x87 </DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk15232</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(79, SBP_MCF_CB_CONTROL_SWITCH, SBP_ATTR_NONE, "CB settings for different RATS")
SBP_DATA_DEFAULT_VAL(0x87)
SBP_DATA_DEF_END
/*80~87*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_DATA_HPPLMN_SEARCH_TIMER - higher-priority PLMN search timer value">
<DESCRIPTION>
<PARAG>TS 23.122:</PARAG>
<PARAG>If the MS is in a VPLMN, the MS shall periodically attempt to obtain service on its HPLMN or one of its EHPLMNs or a higher priority PLMN.</PARAG>
<PARAG>T is either in the range 6 minutes to 8 hours in 6 minute step or it indicates that no periodic attempts hsall be made.</PARAG>
<PARAG>For flexibility, we provide a SBP data to config the value of HPPLMN search timer.</PARAG>
</DESCRIPTION>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk01591</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(80, SBP_DATA_HPPLMN_SEARCH_TIMER, SBP_ATTR_NONE, "higher-priority PLMN search timer value")
SBP_DATA_DEF_VAL(0x01, "1 minutes")
SBP_DATA_DEF_VAL(0x02, "2 minutes")
SBP_DATA_DEF_VAL(0x03, "3 minutes")
SBP_DATA_DEF_VAL(0x04, "4 minutes")
SBP_DATA_DEF_VAL(0x05, "5 minutes")
SBP_DATA_DEF_VAL(0x06, "6 minutes")
SBP_DATA_DEF_VAL(0x07, "7 minutes")
SBP_DATA_DEF_VAL(0x08, "8 minutes")
SBP_DATA_DEF_VAL(0x09, "9 minutes")
SBP_DATA_DEF_VAL(0x0a, "10 minutes")
SBP_DATA_DEF_VAL(0x0b, "11 minutes")
SBP_DATA_DEF_VAL(0x0c, "12 minutes")
SBP_DATA_DEF_VAL(0x0d, "13 minutes")
SBP_DATA_DEF_VAL(0x0e, "14 minutes")
SBP_DATA_DEF_VAL(0x0f, "15 minutes")
SBP_DATA_DEF_VAL(0x10, "16 minutes")
SBP_DATA_DEF_VAL(0x11, "17 minutes")
SBP_DATA_DEF_VAL(0x12, "18 minutes")
SBP_DATA_DEF_VAL(0x13, "19 minutes")
SBP_DATA_DEF_VAL(0x14, "20 minutes")
SBP_DATA_DEF_VAL(0x15, "21 minutes")
SBP_DATA_DEF_VAL(0x16, "22 minutes")
SBP_DATA_DEF_VAL(0x17, "23 minutes")
SBP_DATA_DEF_VAL(0x18, "24 minutes")
SBP_DATA_DEF_VAL(0x19, "25 minutes")
SBP_DATA_DEF_VAL(0x1a, "26 minutes")
SBP_DATA_DEF_VAL(0x1b, "27 minutes")
SBP_DATA_DEF_VAL(0x1c, "28 minutes")
SBP_DATA_DEF_VAL(0x1d, "29 minutes")
SBP_DATA_DEF_VAL(0x1e, "30 minutes")
SBP_DATA_DEF_VAL(0xff, "255 minutes")
SBP_DATA_DEFAULT_VAL(0x00) // 0x00 means this SBP data is not configured.
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_GMM_REATTACH_FOR_NW_DETACH_OTHER_CAUSE_COUNT - Controls GPRS reattach counter after network initiated detach with other cause">
<DESCRIPTION>
<PARAG>
This SBP controls the GPRS attach counter after network initiated detach with re-attach not required
when cause received is other than #2/#3/#6/#7/#8/#11/#12/#13/#14/#15/#25.
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
</CONFIG>
<DEFAULT>0x04</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>
This SBP Data feature will be available only when SBP SBP_GMM_REATTACH_FOR_NW_DETACH_OTHER_CAUSE is enabled.
</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk16767</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(81, SBP_GMM_REATTACH_FOR_NW_DETACH_OTHER_CAUSE_COUNT, SBP_ATTR_NONE, "SBP controls GPRS reattach counter after network initiated detach.")
SBP_DATA_DEFAULT_VAL(0x04)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_GMM_REATTACH_FOR_NW_DETACH_OTHER_CAUSE_GUARD_TIMER_VALUE- Control gprs reattach guard timer value for network initiated detach by SBP_ID">
<DESCRIPTION>
<PARAG>
This SBP controls the Gprs reattach guard timer value for network initiated detach
when cause received is other than #2/#3/#6/#7/#8/#11/#12/#13/#14/#15/#25.
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0xFF">Value range is 0-255 min</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>
This SBP Data feature will be available only when SBP SBP_GMM_REATTACH_FOR_NW_DETACH_OTHER_CAUSE is enabled.
</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk16767</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(82, SBP_GMM_REATTACH_FOR_NW_DETACH_OTHER_CAUSE_GUARD_TIMER_VALUE, SBP_ATTR_NONE, "SBP controls the guard timer value by SBP_ID.")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE- EUTRAN disable timer value for HPLMN rej 14">
<DESCRIPTION>
<PARAG>TS 24.301 subclause 5.5.1.3.5 of rej#14:</PARAG>
<PARAG>A UE operating in CS/PS mode 1 of operation and supporting A/Gb or Iu mode may select GERAN or UTRAN
radio access technology and proceed with the appropriate MM specific procedure according to the MM service
state. In this case, the UE shall disable the E-UTRA capability (see subclause 4.5)</PARAG>
<PARAG>For cutomization, we provide a SBP data to config the value of HPLMN rej 14 eutran disable timer.</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="0"> Disable this configuration</VALUE>
<VALUE value="1"> 1 minute</VALUE>
<VALUE value="2"> 2 minutes</VALUE>
<VALUE value="3"> 3 minutes</VALUE>
<VALUE value="4"> 4 minutes</VALUE>
<VALUE value="N"> N minutes</VALUE>
<VALUE value="255"> 255 minutes</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13942</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(83, SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE, SBP_ATTR_NONE, "HPLMN rej 14 eutran disable timer value, N means N minutes while 0 means that this configuration is disabled.")
SBP_DATA_DEFAULT_VAL(0x00) // 0x00 means this configuration is disabled.
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_EMM_R15_SET_RAT_NO_DETACH_BY_LIST - Defines the algo by the stored whitelist/blacklist ">
<DESCRIPTION>
<PARAG>
This SBP data value is decided the list to refer for detach-required detection during SET_RAT procedure .
</PARAG>
</DESCRIPTION>
<CATEGORY>EMM</CATEGORY>
<CONFIG>
<VALUE value="0x00">the EMM_RATBAND_DETACH_ALGORM_1, no blacklist/whitelist. if old/new_rat_mode includes LTE. perform detach. </VALUE>
<VALUE value="0x01">refer to the blacklist. if old/new_rat_mode includes LTE, perform detach by refering to balcklist. </VALUE>
<VALUE value="0x02">refer to the whiltelist. if old/new_rat_mode includes LTE, NOT perform detach by refering to whitelist. </VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
in R15 CR3444, the UE radio capability update could be updated by TAU instead of re-attach procedure.
Here is the original context in TS 23.401:
TS23.401 R14 (14.10.0, 2018-12)
5.11.2 UE Radio Capability Handling
If the UE's non-UTRAN UE Radio Capability information changes while in ECM-IDLE state (including cases of being in GERAN/UTRAN coverage),
the UE shall perform a Tracking Area Update indicating "UE radio capability update" when it next returns to E?UTRAN coverage.
NOTE 4: In this release of the specifications, "UE radio capability update" is only supported for changes of GERAN radio capabilities in ECM-IDLE.
Any change in the UE's E-UTRAN capabilities requires the UE to detach and then re-attach to the system.
TS23.401 R15 (15.8.0, 2019-6)
5.11.2 UE Radio Capability Handling
If the UE's non-UTRAN UE Radio Capability information changes while in ECM-IDLE state (including cases of being in GERAN/UTRAN coverage),
the UE shall perform a Tracking Area Update indicating "UE radio capability update" when it next returns to E-UTRAN coverage.
When the UE is in ECM-IDLE with AS information stored (as defined in clause 4.11 for User Plane CIOT EPS optimisation),
NAS shall trigger AS to establish a new RRC connection and not resume the existing one in order to send Tracking Area Update indicating
"UE radio capability update". As a result of this, the access stratum in the UE will discard the AS information and establish a new RRC connection
as defined in TS 36.331 [37].
</NOTE>
<AUTHOR>mtk04360</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(84, SBP_EMM_R15_SET_RAT_NO_DETACH_BY_LIST, SBP_ATTR_NONE, "decide the list for detach-required detection in SET_RAT procedure")
SBP_DATA_DEF_VAL(0x00, "the default EMM_RATBAND_DETACH_ALGORM_1")
SBP_DATA_DEF_VAL(0x01, "if old/new_rat_mode includes LTE, perform detach by refering to balcklist.")
SBP_DATA_DEF_VAL(0x02, "if old/new_rat_mode includes LTE, NOT perform detach by refering to whitelist.")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_BANDWIDTH_MAX_BOUNDARY - Defines the maximum bandwidth boundary of support CA">
<DESCRIPTION>
<PARAG>
This SBP defines the maximum bandwidth boundary of supported NR CA.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="1">NR SPEC MAXIMUM BOUNDARY</VALUE>
<VALUE value="2">100 MHZ per CC</VALUE>
</CONFIG>
<DEFAULT>1</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15874</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(85, SBP_NR_BANDWIDTH_MAX_BOUNDARY, SBP_ATTR_NONE, "maximum bandwidth boundary of supported NR CA")
SBP_DATA_DEF_VAL(1, "NR SPEC MAXIMUM BOUNDARY")
SBP_DATA_DEF_VAL(2, "100 MHz BW per CC")
SBP_DATA_DEFAULT_VAL(2)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HSDPA_CAT - HSDPA UE Category">
<DESCRIPTION>
<PARAG>
This SBP specifies the HSDPA UE category.
</PARAG>
</DESCRIPTION>
<CATEGORY>UL1</CATEGORY>
<CONFIG>
<VALUE value="0x18">HSDPA default UE category</VALUE>
</CONFIG>
<DEFAULT>24</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is available on LR12A.R3.MP and newer generation MTK modems.
</NOTE>
<AUTHOR>mtk16768</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(86, SBP_HSDPA_CAT, SBP_ATTR_NONE, "HSDPA UE Category.")
SBP_DATA_DEF_VAL(0x18, "HSDPA UE category: 24")
SBP_DATA_DEFAULT_VAL(0x18)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HSUPA_CAT - HSUPA UE Category">
<DESCRIPTION>
<PARAG>
This SBP specifies the HSUPA UE category.
</PARAG>
</DESCRIPTION>
<CATEGORY>UL1</CATEGORY>
<CONFIG>
<VALUE value="0x07">HSUPA default UE category</VALUE>
</CONFIG>
<DEFAULT>7</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
This feature is available on LR12A.R3.MP and newer generation MTK modems.
</NOTE>
<AUTHOR>mtk16768</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(87, SBP_HSUPA_CAT, SBP_ATTR_NONE, "HSUPA UE Category.")
SBP_DATA_DEF_VAL(0x07, "HSUPA UE category: 7")
#if defined(__SBP_DATA_HSUPA_CAT6__)
SBP_DATA_DEFAULT_VAL(0x06)
#else
SBP_DATA_DEFAULT_VAL(0x07)
#endif
SBP_DATA_DEF_END
/*88~95*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_POS_MODE_NR_CAPABILITY_SWITCH - Switch the positioning mode in UE reporting NR AGPS/AGNSS positioning capability to NW">
<DESCRIPTION>
<PARAG>
This SBP can switch the positioning mode in UE reporting NR AGPS/AGNSS positioning capability to NW.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">UE does not support AGPS/AGNSS</VALUE>
<VALUE value="0x01">UE-Based</VALUE>
<VALUE value="0x02">UE-Assisted</VALUE>
<VALUE value="0x03">Both UE-Based and UE-Assisted</VALUE>
</CONFIG>
<DEFAULT>0x03</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk07961</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(88, SBP_POS_MODE_NR_CAPABILITY_SWITCH, SBP_ATTR_NONE, "Switch the positioning mode in UE reporting NR AGPS/AGNSS positioning capability to NW.")
SBP_DATA_DEF_VAL(0x00, "UE does not support AGPS/AGNSS")
SBP_DATA_DEF_VAL(0x01, "UE-Based")
SBP_DATA_DEF_VAL(0x02, "UE-Assisted")
SBP_DATA_DEF_VAL(0x03, "Both UE-Based and UE-Assisted")
#if defined(__AGPS_SUPPORT__)
SBP_DATA_DEFAULT_VAL(0x03)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_FLIGHT_MODE_ECC_3GPP_SEARCH_RAT - search rat order of 3GPP for flight mode ECC ">
<DESCRIPTION>
<PARAG>
This SBP provides different RAT order of 3GPP for flight mode emergency call.
</PARAG>
<PARAG>
0x00: disabled
0x01: LNWG
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">0: disabled</VALUE>
<VALUE value="0x01">1: LNWG</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(89, SBP_FLIGHT_MODE_ECC_3GPP_SEARCH_RAT, SBP_ATTR_NONE, "search rat order of 3GPP for flight mode ECC")
SBP_DATA_DEF_VAL(0x00, "0: disabled")
SBP_DATA_DEF_VAL(0x01, "1: LNWG")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_SET_AS_REL_5G_DISABLE - accessStratumRelease report to NW when 5G is disable">
<DESCRIPTION>
<PARAG>
This SBP allow to decide which accessStratumRelease will report to NW when 5G is disable.
</PARAG>
</DESCRIPTION>
<CATEGORY>ERRC</CATEGORY>
<CONFIG>
<VALUE value="1">AccessStratumRelease_rel9</VALUE>
<VALUE value="2">AccessStratumRelease_rel10</VALUE>
<VALUE value="3">AccessStratumRelease_rel11</VALUE>
<VALUE value="4">AccessStratumRelease_rel12</VALUE>
<VALUE value="5">AccessStratumRelease_rel13</VALUE>
<VALUE value="6">AccessStratumRelease_rel14</VALUE>
<VALUE value="7">AccessStratumRelease_rel15</VALUE>
<VALUE value="255">AccessStratumRelease no need change</VALUE>
</CONFIG>
<DEFAULT>255</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk07852</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(90, SBP_SET_AS_REL_5G_DISABLE, SBP_ATTR_NONE, "accessStratumRelease report to NW when 5G is disable")
SBP_DATA_DEF_VAL(1, "AccessStratumRelease_rel9")
SBP_DATA_DEF_VAL(2, "AccessStratumRelease_rel10")
SBP_DATA_DEF_VAL(3, "AccessStratumRelease_rel11")
SBP_DATA_DEF_VAL(4, "AccessStratumRelease_rel12")
SBP_DATA_DEF_VAL(5, "AccessStratumRelease_rel13")
SBP_DATA_DEF_VAL(6, "AccessStratumRelease_rel14")
SBP_DATA_DEF_VAL(7, "AccessStratumRelease_rel15")
SBP_DATA_DEF_VAL(255, "AccessStratumRelease no need change")
#if defined(__TC10__)
SBP_DATA_DEFAULT_VAL(5)
#else
SBP_DATA_DEFAULT_VAL(255)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_WCDMA_RRC_FEATURE - Enable/Disable WCDMA RRC Feature">
<DESCRIPTION>
<PARAG>
This SBP enables/disables WCDMA RRC Feature.
</PARAG>
</DESCRIPTION>
<CATEGORY>RRC</CATEGORY>
<CONFIG>
<VALUE value="0x01">RRC FEATURE: FDPCH</VALUE>
<VALUE value="0x02">RRC FEATURE: EFDPCH</VALUE>
<VALUE value="0x04">RRC FEATURE: CPC</VALUE>
<VALUE value="0x08">RRC FEATURE: SLOTFORMAT</VALUE>
<VALUE value="0x10">RRC FEATURE: HSFACH</VALUE>
<VALUE value="0x20">RRC FEATURE: HSRACH</VALUE>
<VALUE value="0x40">RRC FEATURE: HSFACHDRX</VALUE>
<VALUE value="0x80">RRC FEATURE: MACIIS</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk16766</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(91, SBP_WCDMA_RRC_FEATURE, SBP_ATTR_NONE, "Enable/Disable WCDMA RRC Feature")
SBP_DATA_DEF_VAL(0x01, "RRC FEATURE: FDPCH")
SBP_DATA_DEF_VAL(0x02, "RRC FEATURE: EFDPCH")
SBP_DATA_DEF_VAL(0x04, "RRC FEATURE: CPC")
SBP_DATA_DEF_VAL(0x08, "RRC FEATURE: SLOTFORMAT")
SBP_DATA_DEF_VAL(0x10, "RRC FEATURE: HSFACH")
SBP_DATA_DEF_VAL(0x20, "RRC FEATURE: HSRACH")
SBP_DATA_DEF_VAL(0x40, "RRC FEATURE: HSFACHDRX")
SBP_DATA_DEF_VAL(0x80, "RRC FEATURE: MACIIS")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_GNSSPWR_EN - IDC(In-device Coexistence)">
<DESCRIPTION>
<PARAG>
This feature is use to lte powerback with B13, 14 with Gps on
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0">IDC GNSSPWR is not enabled</VALUE>
<VALUE value="1">IDC GNSSPWR is enabled, Interference mitigation between LTE and gps will be applied</VALUE>
</CONFIG>
<DEFAULT>
0 (GNSS pwrbackoff is not enabled)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13382</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(92, SBP_IDC_GNSSPWR_EN, SBP_ATTR_NONE, "Enable lte powerback at B13, 14 with Gps on")
SBP_DATA_DEF_VAL(0x00, "IDC GNSSPWR disable")
SBP_DATA_DEF_VAL(0x01, "IDC GNSSPWR enable")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_IDC_IM_TX_PWR_FOR_GPS">
<DESCRIPTION>
<PARAG>
The value is applied to LTE Tx max power after IDC notifies lte Band 13, and GPS ON
</PARAG>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="1">LTE max Tx power is set to 1 dBm</VALUE>
<VALUE value="2">LTE max Tx power is set to 2 dBm</VALUE>
<VALUE value="3">LTE max Tx power is set to 3 dBm</VALUE>
<VALUE value="4">LTE max Tx power is set to 4 dBm</VALUE>
<VALUE value="5">LTE max Tx power is set to 5 dBm</VALUE>
<VALUE value="6">LTE max Tx power is set to 6 dBm</VALUE>
<VALUE value="7">LTE max Tx power is set to 7 dBm</VALUE>
<VALUE value="8">LTE max Tx power is set to 8 dBm</VALUE>
<VALUE value="9">LTE max Tx power is set to 9 dBm</VALUE>
<VALUE value="10">LTE max Tx power is set to 10 dBm</VALUE>
<VALUE value="11">LTE max Tx power is set to 11 dBm</VALUE>
<VALUE value="12">LTE max Tx power is set to 12 dBm</VALUE>
<VALUE value="13">LTE max Tx power is set to 13 dBm</VALUE>
<VALUE value="14">LTE max Tx power is set to 14 dBm</VALUE>
<VALUE value="15">LTE max Tx power is set to 15 dBm</VALUE>
<VALUE value="16">LTE max Tx power is set to 16 dBm</VALUE>
<VALUE value="17">LTE max Tx power is set to 17 dBm</VALUE>
<VALUE value="18">LTE max Tx power is set to 18 dBm</VALUE>
<VALUE value="19">LTE max Tx power is set to 19 dBm</VALUE>
<VALUE value="20">LTE max Tx power is set to 20 dBm</VALUE>
<VALUE value="21">LTE max Tx power is set to 21 dBm</VALUE>
<VALUE value="22">LTE max Tx power is set to 22 dBm</VALUE>
<VALUE value="23">LTE max Tx power is set to 23 dBm</VALUE>
</CONFIG>
<DEFAULT>17 (LTE max Tx power is set to 17 dBm when IDC notifies MODEM's serving cell is on Band 13 and GPS on)</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk13109</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(93, SBP_IDC_IM_TX_PWR_FOR_GPS, SBP_ATTR_NONE, "Set LTE max Tx power when IDC is enabled")
SBP_DATA_DEF_VAL(0x01, "TX_PWR_1")
SBP_DATA_DEF_VAL(0x02, "TX_PWR_2")
SBP_DATA_DEF_VAL(0x03, "TX_PWR_3")
SBP_DATA_DEF_VAL(0x04, "TX_PWR_4")
SBP_DATA_DEF_VAL(0x05, "TX_PWR_5")
SBP_DATA_DEF_VAL(0x06, "TX_PWR_6")
SBP_DATA_DEF_VAL(0x07, "TX_PWR_7")
SBP_DATA_DEF_VAL(0x08, "TX_PWR_8")
SBP_DATA_DEF_VAL(0x09, "TX_PWR_9")
SBP_DATA_DEF_VAL(0x0a, "TX_PWR_10")
SBP_DATA_DEF_VAL(0x0b, "TX_PWR_11")
SBP_DATA_DEF_VAL(0x0c, "TX_PWR_12")
SBP_DATA_DEF_VAL(0x0d, "TX_PWR_13")
SBP_DATA_DEF_VAL(0x0e, "TX_PWR_14")
SBP_DATA_DEF_VAL(0x0f, "TX_PWR_15")
SBP_DATA_DEF_VAL(0x10, "TX_PWR_16")
SBP_DATA_DEF_VAL(0x11, "TX_PWR_17")
SBP_DATA_DEF_VAL(0x12, "TX_PWR_18")
SBP_DATA_DEF_VAL(0x13, "TX_PWR_19")
SBP_DATA_DEF_VAL(0x14, "TX_PWR_20")
SBP_DATA_DEF_VAL(0x15, "TX_PWR_21")
SBP_DATA_DEF_VAL(0x16, "TX_PWR_22")
SBP_DATA_DEF_VAL(0x17, "TX_PWR_23")
SBP_DATA_DEFAULT_VAL(0x11)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_4G5_VGSM_INIT_MOD_BACKOFF_TIME - Defines the backoff time to ignore MT modification collision">
<DESCRIPTION>
<PARAG>
This SBP defines the backoff time of VGSM to avoid MT modification collision if first time to 5G and need to update capability.
</PARAG>
</DESCRIPTION>
<CATEGORY>VGSM</CATEGORY>
<CONFIG>
<VALUE value="0">NO backoff time</VALUE>
<VALUE value="1">1 second</VALUE>
<VALUE value="2">2 seconds</VALUE>
<VALUE value="N">N seconds</VALUE>
</CONFIG>
<DEFAULT>2</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
If a PDU session interworking from 4G to 5G, it must need to update capability to 5G by PDU session modification procedure if it's the first contact to 5G of this PDU session.
There's high chance that it would collide with MT modification procedure initiated by NW.
To enhance the flow, we create this backoff timer to avoid the collision.
</NOTE>
<AUTHOR>mtk05464</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(94, SBP_4G5_VGSM_INIT_MOD_BACKOFF_TIME, SBP_ATTR_NONE, "backoff time of VGSM to avoid 4G5 MOD collision")
SBP_DATA_DEF_VAL(0x00, "No backoff time")
SBP_DATA_DEF_VAL(0x01, "1 second")
SBP_DATA_DEF_VAL(0x02, "2 seconds")
SBP_DATA_DEF_VAL(0x03, "3 seconds")
SBP_DATA_DEF_VAL(0x04, "4 seconds")
SBP_DATA_DEF_VAL(0x05, "5 seconds")
#ifdef UNIT_TEST
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x02)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_TX_PCMAX_OFFSET - PCMAX adjustment in LTE SA and ENDC scenario">
<DESCRIPTION>
<PARAG>
This SBP is used to turn on/off the adjustment to (1) pcmax of LTE SA, (2) total max power of ENDC and pcmax of NR and LTE in ENDC scenario.
</PARAG>
</DESCRIPTION>
<CATEGORY>ENDC</CATEGORY>
<CONFIG>
<VALUE value="0">Adjustment is not enabled</VALUE>
<VALUE value="1">Adjustment is enabled. The offset in NVRAM_EF_EL1_TX_PCMAX_OFFSET_LTE_LID, NVRAM_EF_EL1_TX_PCMAX_OFFSET_LTE_CA_LID, NVRAM_EF_NL1_ENDC_PCMAX_OFFSET_LID will be applied</VALUE>
</CONFIG>
<DEFAULT>
0 (Adjustment is disabled)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk14034</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(95, SBP_TX_PCMAX_OFFSET, SBP_ATTR_NONE, "Enable PCMAX adjustment in LTE SA and ENDC scenario")
SBP_DATA_DEF_VAL(0x00, "Adjustment disable")
SBP_DATA_DEF_VAL(0x01, "Adjustment enable")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/*96~103*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_LTE_REJ_RETRY_MECHANISM - LTE reject retry mechanism">
<DESCRIPTION>
<PARAG>
This SBP data is the main switch for LTE reject retry mechanism,
and it decides that the mechanism is applied to reject 15 or reject 13 or both of them.
[Note 1] This SBP data takes effect on reject 13 or reject 15 only when the corresponding SBPs is turning on.
e.g. #13 -> SBP_DISABLE_EUTRAN_AFTER_ROAMING_NOT_ALLOWED, #15 -> SBP_DISABLE_EUTRAN_AFTER_NO_SUITABLE
[Note 2] Bit Map design,
e.g. apply to #13 = 0x01, apply to #15 = 0x02, and then apply to both = 0x01 | 0x02 = 0x03
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="0"> disable this mechanism</VALUE>
<VALUE value="1"> apply this mechanism to reject 13</VALUE>
<VALUE value="2"> apply this mechanism to reject 15</VALUE>
<VALUE value="3"> apply this mechanism to reject 13 and reject 15</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x02</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> This SBP data depends on SBP_DISABLE_EUTRAN_AFTER_NO_SUITABLE and SBP_DISABLE_EUTRAN_AFTER_ROAMING_NOT_ALLOWED. </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(96, SBP_NWSEL_LTE_REJ_RETRY_MECHANISM, SBP_ATTR_NONE, "LTE reject retry mechanism")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_LTE_REJ_RETRY_COUNTER_MAX - LTE reject retry counter maximum">
<DESCRIPTION>
<PARAG>
For LTE reject retry mechanism, UE will retry to search the same PLMN's LTE when UE received network reject.
Once the PLMN's LTE retry counter reaches maximum, UE will disable the PLMN's LTE and search UMTS/GSM.
This SBP data defines the maximum retry counter of the LTE reject retry mechanism.
Note that the maximum value is 5.
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="1"> maximum retry counter = 1 time</VALUE>
<VALUE value="2"> maximum retry counter = 2 times</VALUE>
<VALUE value="3"> maximum retry counter = 3 times</VALUE>
<VALUE value="4"> maximum retry counter = 4 times</VALUE>
<VALUE value="N"> maximum retry counter = N times</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x05</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> This SBP data depends on SBP_NWSEL_LTE_REJ_RETRY_MECHANISM. </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(97,SBP_NWSEL_LTE_REJ_RETRY_COUNTER_MAX, SBP_ATTR_NONE, "LTE reject retry counter maximum")
SBP_DATA_DEFAULT_VAL(0x05)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_LTE_REJ_RETRY_DISABLE_TIMER_VALUE - LTE disable timer value for LTE reject retry mechanism">
<DESCRIPTION>
<PARAG>
For LTE reject retry mechanism, the LTE disable timer is composed of value multiplied by unit.
This SBP data defines the value of LTE disable timer.
The unit of LTE disable timer is defined by SBP_NWSEL_LTE_REJ_RETRY_DISABLE_TIMER_UNIT.
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="1"> value = 1 unit</VALUE>
<VALUE value="2"> value = 2 units</VALUE>
<VALUE value="3"> value = 3 units</VALUE>
<VALUE value="4"> value = 4 units</VALUE>
<VALUE value="N"> value = N units</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x02</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> This SBP data depends on SBP_NWSEL_LTE_REJ_RETRY_MECHANISM. </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(98,SBP_NWSEL_LTE_REJ_RETRY_DISABLE_TIMER_VALUE, SBP_ATTR_NONE, "LTE disable timer value for LTE reject retry mechanism")
SBP_DATA_DEFAULT_VAL(0x02)
SBP_DATA_DEF_END
/*88~95*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_LTE_REJ_RETRY_DISABLE_TIMER_UNIT - LTE disable timer unit for LTE reject retry mechanism">
<DESCRIPTION>
<PARAG>
For LTE reject retry mechanism, the LTE disable timer is composed of value multiplied by unit.
This SBP data defines the unit of LTE disable timer.
The value of LTE disable timer is defined by SBP_NWSEL_LTE_REJ_RETRY_DISABLE_TIMER_VALUE.
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="0x01"> unit = 1 sec</VALUE>
<VALUE value="0x02"> unit = 1 min</VALUE>
<VALUE value="0x03"> unit = 6 mins</VALUE>
<VALUE value="0x04"> unit = 1 hour</VALUE>
<VALUE value="0x05"> unit = 24 hours</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x04</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> This SBP data depends on SBP_NWSEL_LTE_REJ_RETRY_MECHANISM. </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(99,SBP_NWSEL_LTE_REJ_RETRY_DISABLE_TIMER_UNIT, SBP_ATTR_NONE, "LTE disable timer unit for LTE reject retry mechanism")
SBP_DATA_DEF_VAL(0x01, "LTE_REJ_RETRY_DISABLE_TIMER_UNIT 1 sec")
SBP_DATA_DEF_VAL(0x02, "LTE_REJ_RETRY_DISABLE_TIMER_UNIT 1 min")
SBP_DATA_DEF_VAL(0x03, "LTE_REJ_RETRY_DISABLE_TIMER_UNIT 6 mins")
SBP_DATA_DEF_VAL(0x04, "LTE_REJ_RETRY_DISABLE_TIMER_UNIT 1 hour")
SBP_DATA_DEF_VAL(0x05, "LTE_REJ_RETRY_DISABLE_TIMER_UNIT 24 hours")
SBP_DATA_DEFAULT_VAL(0x04)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_LTE_REJ_RETRY_RECORD_LIFE_TIMER_VALUE - record life timer value for LTE reject retry mechanism">
<DESCRIPTION>
<PARAG>
For LTE reject retry mechanism, the record life timer is composed of value multiplied by unit.
This SBP data defines the value of the record life timer.
The unit of the record life timer is defined by SBP_NWSEL_LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT.
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="1"> value = 1 unit</VALUE>
<VALUE value="2"> value = 2 units</VALUE>
<VALUE value="3"> value = 3 units</VALUE>
<VALUE value="4"> value = 4 units</VALUE>
<VALUE value="N"> value = N units</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> This SBP data depends on SBP_NWSEL_LTE_REJ_RETRY_MECHANISM. </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(100,SBP_NWSEL_LTE_REJ_RETRY_RECORD_LIFE_TIMER_VALUE, SBP_ATTR_NONE, "record life timer value for LTE reject retry mechanism")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT - record life timer unit for LTE reject retry mechanism">
<DESCRIPTION>
<PARAG>
For LTE reject retry mechanism, the record life timer is composed of value multiplied by unit.
This SBP data defines the unit of the record life timer.
The value of the record life timer is defined by SBP_NWSEL_LTE_REJ_RETRY_RECORD_LIFE_TIMER_VALUE.
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="0x01"> unit = 1 sec</VALUE>
<VALUE value="0x02"> unit = 1 min</VALUE>
<VALUE value="0x03"> unit = 6 mins</VALUE>
<VALUE value="0x04"> unit = 1 hour</VALUE>
<VALUE value="0x05"> unit = 24 hours</VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x05</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> This SBP data depends on SBP_NWSEL_LTE_REJ_RETRY_MECHANISM. </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(101,SBP_NWSEL_LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT, SBP_ATTR_NONE, "record life timer unit for LTE reject retry mechanism")
SBP_DATA_DEF_VAL(0x01, "LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT 1 sec")
SBP_DATA_DEF_VAL(0x02, "LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT 1 min")
SBP_DATA_DEF_VAL(0x03, "LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT 6 mins")
SBP_DATA_DEF_VAL(0x04, "LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT 1 hour")
SBP_DATA_DEF_VAL(0x05, "LTE_REJ_RETRY_RECORD_LIFE_TIMER_UNIT 24 hours")
SBP_DATA_DEFAULT_VAL(0x05)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_ENDC_EN_AMPR - ENDC enhanced AMPR table">
<DESCRIPTION>
<PARAG>
This feature is used to enable/disable enhanced AMPR table for intraband B41 ENDC.
</PARAG>
</DESCRIPTION>
<CATEGORY>ENDC</CATEGORY>
<CONFIG>
<VALUE value="0">Enhanced table is not enabled</VALUE>
<VALUE value="1">Enhanced table is enabled. The table set in NVRAM_EF_NL1_ENDC_EN_AMPR_LID will be applied</VALUE>
</CONFIG>
<DEFAULT>
0 (Enhanced table is disabled)
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk14034</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(102, SBP_ENDC_EN_AMPR, SBP_ATTR_NONE, "Enable ENDC enhanced AMPR table")
SBP_DATA_DEF_VAL(0x00, "Enhanced table disable")
SBP_DATA_DEF_VAL(0x01, "Enhanced table enable")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_WCDMA_RRC_FEATURE_EXT - Enable/Disable additional WCDMA RRC Feature">
<DESCRIPTION>
<PARAG>
This SBP enables/disables additional WCDMA RRC Feature. This SBP is extended version of SBP_WCDMA_RRC_FEATURE.
</PARAG>
</DESCRIPTION>
<CATEGORY>RRC</CATEGORY>
<CONFIG>
<VALUE value="0x01">RRC FEATURE: HSSCCHLESS</VALUE>
<VALUE value="0x02">RRC FEATURE: INTERRATHO</VALUE>
<VALUE value="0x04">RRC FEATURE: MEASREPORT</VALUE>
<VALUE value="0x08">RRC FEATURE: TWODRXSCHEMES</VALUE>
<VALUE value="0x10">RRC FEATURE: EDPDCHPOWER</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk16766</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(103, SBP_WCDMA_RRC_FEATURE_EXT, SBP_ATTR_NONE, "Enable/Disable additional WCDMA RRC Feature")
SBP_DATA_DEF_VAL(0x01, "RRC FEATURE: HSSCCHLESS")
SBP_DATA_DEF_VAL(0x02, "RRC FEATURE: INTERRATHO")
SBP_DATA_DEF_VAL(0x04, "RRC FEATURE: MEASREPORT")
SBP_DATA_DEF_VAL(0x08, "RRC FEATURE: TWODRXSCHEMES")
SBP_DATA_DEF_VAL(0x10, "RRC FEATURE: EDPDCHPOWER")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/*104~111*/
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PDCP_DISC_TMR_VOICE_RB - Value of PDCP discard timer for voice RB">
<DESCRIPTION>
<PARAG>
<LI>Value of PDCP discard timer for voice RB (in ms)</LI>
</PARAG>
</DESCRIPTION>
<CATEGORY>LTE AS</CATEGORY>
<CONFIG>
<VALUE value="0x00">10 ms</VALUE>
<VALUE value="0x01">20 ms</VALUE>
<VALUE value="0x02">30 ms</VALUE>
<VALUE value="0x03">40 ms</VALUE>
<VALUE value="0x04">50 ms</VALUE>
<VALUE value="0x05">60 ms</VALUE>
<VALUE value="0x06">75 ms</VALUE>
<VALUE value="0x07">100 ms</VALUE>
<VALUE value="0x08">150 ms</VALUE>
<VALUE value="0x09">200 ms</VALUE>
<VALUE value="0x0A">250 ms</VALUE>
<VALUE value="0x0B">300 ms</VALUE>
<VALUE value="0x0C">500 ms</VALUE>
<VALUE value="0x0D">750 ms</VALUE>
<VALUE value="0x0E">1500 ms</VALUE>
<VALUE value="0x0F">infinity</VALUE>
</CONFIG>
<DEFAULT>0x09</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk02713</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(104, SBP_PDCP_DISC_TMR_VOICE_RB, SBP_ATTR_NONE, "Value of PDCP discard timer for voice RB")
SBP_DATA_DEF_VAL(0x00, "10 ms")
SBP_DATA_DEF_VAL(0x01, "20 ms")
SBP_DATA_DEF_VAL(0x02, "30 ms")
SBP_DATA_DEF_VAL(0x03, "40 ms")
SBP_DATA_DEF_VAL(0x04, "50 ms")
SBP_DATA_DEF_VAL(0x05, "60 ms")
SBP_DATA_DEF_VAL(0x06, "75 ms")
SBP_DATA_DEF_VAL(0x07, "100 ms")
SBP_DATA_DEF_VAL(0x08, "150 ms")
SBP_DATA_DEF_VAL(0x09, "200 ms")
SBP_DATA_DEF_VAL(0x0A, "250 ms")
SBP_DATA_DEF_VAL(0x0B, "300 ms")
SBP_DATA_DEF_VAL(0x0C, "500 ms")
SBP_DATA_DEF_VAL(0x0D, "750 ms")
SBP_DATA_DEF_VAL(0x0E, "1500 ms")
SBP_DATA_DEF_VAL(0x0F, "infinity")
SBP_DATA_DEFAULT_VAL(0x09)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_RTT_T57M- 1xRTT power-up/Initialization timer(T57m sceonds)">
<DESCRIPTION>
<PARAG> This provides the value for 1xRTT power-up/Initialization timer which is enable after power up.When the timer is active, 1xRTT can not make any register.
We provide this SBP to customize T57m,and the default value is 20seconds as C.S0005 defined.
</PARAG>
</DESCRIPTION>
<CATEGORY>C2K</CATEGORY>
<CONFIG>
<VALUE value="1">Timeout Value 1 seconds</VALUE>
<VALUE value="2">Timeout Value 2 seconds</VALUE>
<VALUE value="3">Timeout Value 3 seconds</VALUE>
<VALUE value="4">Timeout Value 4 seconds</VALUE>
<VALUE value="...">.... seconds</VALUE>
<VALUE value="20">Timeout Value 20 seconds, default value</VALUE>
</CONFIG>
<DEFAULT>20</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk11459</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(105,SBP_RTT_T57M, SBP_ATTR_NONE, "1xRTT power-up/Initialization timer(in second)")
SBP_DATA_DEFAULT_VAL(0x14)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_CAP_DNCA_RECORD_LIFE_TIMER - The record life timer for blacklist of Dynamic NR Cap Adjust mechanism.">
<DESCRIPTION>
<PARAG>
This SBP data used to set the record life timer for blacklist of Dynamic NR Cap Adjust mechanism.
</PARAG>
</DESCRIPTION>
<CATEGORY>ERRC</CATEGORY>
<CONFIG>
<VALUE value="1"> timer = 1 hours</VALUE>
<VALUE value="2"> timer = 2 hours</VALUE>
<VALUE value="3"> timer = 3 hours</VALUE>
<VALUE value="4"> timer = 4 hours</VALUE>
<VALUE value="N"> timer = N hours</VALUE>
</CONFIG>
<DEFAULT>24</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>This SBP data depends on SBP_ERRC_DYNAMIC_NR_CAP_ADJUST.</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk14855</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(106, SBP_CAP_DNCA_RECORD_LIFE_TIMER, SBP_ATTR_NONE, "The record life timer for blacklist of Dynamic NR Cap Adjust mechanism")
SBP_DATA_DEFAULT_VAL(24)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_VGSM_OPTIMIZED_T35XX_VALUE - to optomized the T3580/T3581/T3582 if met connection problem ">
<DESCRIPTION>
<PARAG>
This SBP controls the optimized T35xx value when met connection problem
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">T3580/T3581/T3582 change to 0 seconds if met connection problem</VALUE>
<VALUE value="0x01">T3580/T3581/T3582 change to 1 seconds if met connection problem</VALUE>
<VALUE value="0x02">T3580/T3581/T3582 change to 2 seconds if met connection problem</VALUE>
<VALUE value="0x03">T3580/T3581/T3582 change to 3 seconds if met connection problem</VALUE>
<VALUE value="0x04">T3580/T3581/T3582 change to 4 seconds if met connection problem</VALUE>
<VALUE value="0x05">T3580/T3581/T3582 change to 5 seconds if met connection problem</VALUE>
<VALUE value="0x06">T3580/T3581/T3582 change to 6 seconds if met connection problem</VALUE>
<VALUE value="0x07">T3580/T3581/T3582 change to 7 seconds if met connection problem</VALUE>
<VALUE value="0x08">T3580/T3581/T3582 change to 8 seconds if met connection problem</VALUE>
<VALUE value="0xff">T3580/T3581/T3582 remains SEPC defined value if met connection problem</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk05464</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(107, SBP_VGSM_OPTIMIZED_T35XX_VALUE, SBP_ATTR_NONE, "Optimize VGSM T3580/T3581/T3582 value if met connection problem")
SBP_DATA_DEF_VAL(0x00, "0: T3580/T3581/T3582 change to 0 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x01, "1: T3580/T3581/T3582 change to 1 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x02, "2: T3580/T3581/T3582 change to 2 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x03, "3: T3580/T3581/T3582 change to 3 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x04, "4: T3580/T3581/T3582 change to 4 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x05, "5: T3580/T3581/T3582 change to 5 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x06, "6: T3580/T3581/T3582 change to 6 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x07, "7: T3580/T3581/T3582 change to 7 seconds if met connection problem")
SBP_DATA_DEF_VAL(0x08, "8: T3580/T3581/T3582 change to 8 seconds if met connection problem")
SBP_DATA_DEF_VAL(0xff, "ff: T3580/T3581/T3582 remains SEPC defined value if met connection problem")
SBP_DATA_DEFAULT_VAL(0xFF)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LEGACY_FD_TIMER_SCRN_OFF - the timer period of legacy (pre-R8) fast dormancy timer when screen off">
<DESCRIPTION>
<PARAG>
This SBP allow to control the timer period of legacy (pre-R8) fast dormancy timer when screen off.
The unit of this timer is 0.1 sec. Valid range is 0~25 sec.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="50">valid range is 0~25 sec (0~250 units). Default is 5 seconds. </VALUE>
</CONFIG>
<DEFAULT>50</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(108, SBP_LEGACY_FD_TIMER_SCRN_OFF, SBP_ATTR_NONE, "the timer period of legacy (pre-R8) fast dormancy timer when screen off")
SBP_DATA_DEFAULT_VAL(50)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LEGACY_FD_TIMER_SCRN_ON - the timer period of legacy (pre-R8) fast dormancy timer when screen on">
<DESCRIPTION>
<PARAG>
This SBP allow to control the timer period of legacy (pre-R8) fast dormancy timer when screen on.
The unit of this timer is 0.1 sec. Valid range is 0~25 sec.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="150">valid range is 0~25 sec (0~250 units). Default is 15 seconds. </VALUE>
</CONFIG>
<DEFAULT>150</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(109, SBP_LEGACY_FD_TIMER_SCRN_ON, SBP_ATTR_NONE, "the timer period of legacy (pre-R8) fast dormancy timer when screen on")
SBP_DATA_DEFAULT_VAL(150)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_R8_FD_TIMER_SCRN_OFF - the timer period of R8 fast dormancy timer when screen off">
<DESCRIPTION>
<PARAG>
This SBP allow to control the timer period of R8 fast dormancy timer when screen off.
The unit of this timer is 0.1 sec. Valid range is 0~25 sec.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="50">valid range is 0~25 sec (0~250 units). Default is 5 seconds. </VALUE>
</CONFIG>
<DEFAULT>50</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(110, SBP_R8_FD_TIMER_SCRN_OFF, SBP_ATTR_NONE, "the timer period of R8 fast dormancy timer when screen off")
SBP_DATA_DEFAULT_VAL(50)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_R8_FD_TIMER_SCRN_ON - the timer period of R8 fast dormancy timer when screen on">
<DESCRIPTION>
<PARAG>
This SBP allow to control the timer period of R8 fast dormancy timer when screen on.
The unit of this timer is 0.1 sec. Valid range is 0~25 sec.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="150">valid range is 0~25 sec (0~250 units). Default is 15 seconds. </VALUE>
</CONFIG>
<DEFAULT>150</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(111, SBP_R8_FD_TIMER_SCRN_ON, SBP_ATTR_NONE, "the timer period of R8 fast dormancy timer when screen on")
SBP_DATA_DEFAULT_VAL(150)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_SA_TX_DOWNGRADE - Defines if NR SA TX mimo doengrades to 1x1">
<DESCRIPTION>
<PARAG>
This SBP defines if NR SA TX mimo doengrades to 1x1.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">Align custom file</VALUE>
<VALUE value="1">NR SA TX mimo downgrades to 1x1</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15874</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(112, SBP_NR_SA_TX_DOWNGRADE, SBP_ATTR_NONE, "NR SA TX mimo doengrades")
SBP_DATA_DEF_VAL(0, "Align custom file")
SBP_DATA_DEF_VAL(1, "NR SA TX mimo doengrades to 1x1")
#if defined(__IS_NR_DOWNGRADE_SA_TX_MIMO_TO_1X1__)
SBP_DATA_DEFAULT_VAL(1)
#else
SBP_DATA_DEFAULT_VAL(0)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_SA_RX_DOWNGRADE - Defines if NR SA RX mimo doengrades to 2x2">
<DESCRIPTION>
<PARAG>
This SBP defines if NR SA or NSA RX mimo doengrades to 2x2.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">Align custom file</VALUE>
<VALUE value="1">NR SA RX mimo downgrades to 2x2</VALUE>
<VALUE value="2">NR NSA LTE band RX mimo downgrades to 2x2</VALUE>
<VALUE value="3">NR SA and NSA RX mimo downgrades to 2x2</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15874</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(113, SBP_NR_SA_RX_DOWNGRADE, SBP_ATTR_NONE, "NR SA RX mimo doengrades")
SBP_DATA_DEF_VAL(0, "Align custom file")
SBP_DATA_DEF_VAL(1, "NR SA RX mimo doengrades to 2x2")
SBP_DATA_DEF_VAL(2, "NR NSA LTE band RX mimo downgrades to 2x2")
SBP_DATA_DEF_VAL(3, "NR SA and NSA RX mimo downgrades to 2x2")
#if defined(__IS_NR_DOWNGRADE_SA_RX_MIMO_TO_2x2__)
SBP_DATA_DEFAULT_VAL(1)
#else
SBP_DATA_DEFAULT_VAL(0)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_VONR_RA_ERROR_ENH_CELL_BAR_TIME - Defines the NR cell excludsion time for the enhancement">
<DESCRIPTION>
<PARAG>
This SBP defines the NR cell excludsion time for the enhancement.
The unit of value is 5 seconds. The enhnacement will be considered disabled if the value is set to zero.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">The enhnacement is disabled and NR cells would NOT be excluded.</VALUE>
<VALUE value="2">NR cells would be excluded for 10 seconds.</VALUE>
<VALUE value="N">NR cells would be excluded for 5*N seconds.</VALUE>
<VALUE value="60">NR cells would be excluded for 300 seconds.</VALUE>
</CONFIG>
<DEFAULT>2</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk12491</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(114, SBP_VONR_RA_ERROR_ENH_CELL_BAR_TIME, SBP_ATTR_NONE, "NR Cell excludsion time for the enhancement")
SBP_DATA_DEFAULT_VAL(2)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="title="SBP_LTE_SNIFF_IN_VIRTUAL_MODE - Enable LTE Sniffer in Virtual mode for NO service and LIMITED service">
<DESCRIPTION>
This SBP is used to enable Sniffer in virtual mode.
<LI>0x00 : SBP OFF. Sniffer disabled in virtual mode</LI>
<LI>0x01 : Enabled in no_service cases only</LI>
<LI>0x02 : Enabled for both no service and limited service</LI>
</DESCRIPTION>
<CATEGORY>EAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Sniffer disabled in virtual mode</VALUE>
<VALUE value="0x01">Enabled in no_service cases only</VALUE>
<VALUE value="0x02">Enabled for both no service and limited service</VALUE>
</CONFIG>
<DEFAULT>
0x00
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
This feature is available in LR12A.R3.MP onwards.
</NOTE>
<AUTHOR>mtk15231</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(115, SBP_LTE_SNIFF_IN_VIRTUAL_MODE, SBP_ATTR_NONE, "Enable LTE Sniffer in Virtual mode for NO service and LIMITED service")
SBP_DATA_DEF_VAL(0x00, "Sniffer disabled in virtual mode")
SBP_DATA_DEF_VAL(0x01, "Enabled in no_service cases only")
SBP_DATA_DEF_VAL(0x02, "Enabled for both no service and limited service")
#if defined(__DISABLE_LTE_SNIFF_IN_VIRTUAL_MODE__)
SBP_DATA_DEFAULT_VAL(0x00)
#elif defined(__ENABLE_LTE_SNIFF_IN_VIRTUAL_MODE_NO_AND_LIMITED_SERVICE__)
SBP_DATA_DEFAULT_VAL(0x02)
#else
SBP_DATA_DEFAULT_VAL(0x01)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="title="SBP_DISABLE_IGNORE_POWEROFF_COMMON_PROCEDURE - do not ignore common procedure in power-off case">
<DESCRIPTION>
24.501 5.5.2.2.6 (e) UE shall ignore common procedure in power-off case.
If this SBP is enabled, UE will continue the comon procedure (AKA, identity).
</DESCRIPTION>
<CATEGORY>NR NAS</CATEGORY>
<CONFIG>
<VALUE value="0x00">Disabled</VALUE>
<VALUE value="0x01">Enabled in CT only</VALUE>
<VALUE value="0x02">Enabled in all operators</VALUE>
</CONFIG>
<DEFAULT>
0x00
</DEFAULT>
<OP>
N/A
</OP>
<DEPENDENCY>
N/A
</DEPENDENCY>
<NOTE>
If this SBP is enabled, UE behavior may violate spec.
</NOTE>
<AUTHOR>mtk01202</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(116, SBP_DISABLE_IGNORE_POWEROFF_COMMON_PROCEDURE, SBP_ATTR_NONE, "do not ignore common procedure in power-off case")
SBP_DATA_DEF_VAL(0x00, "Disabled")
SBP_DATA_DEF_VAL(0x01, "Enabled in CT only")
SBP_DATA_DEF_VAL(0x02, "Enabled in all operators")
#if defined(__DISABLE_IGNORE_POWEROFF_COMMON_PROCEDURE_IN_CT__)
SBP_DATA_DEFAULT_VAL(0x01)
#elif defined(__DISABLE_IGNORE_POWEROFF_COMMON_PROCEDURE_IN_ALL_OPERATORS__)
SBP_DATA_DEFAULT_VAL(0x02)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_LBS_LCSP_SUPPORT_RAT- Configuration to decide LCSP support based on the SBP value or input from AP/AGPSD">
<DESCRIPTION>
<PARAG>
This SBP is uesd to decide the LCSP support.
When this SBP value is non-zero then LCSP support is decided based on this value and
if the value is zero then LCSP support is decided based on input from AP/AGPSD.
If the SBP value is 0x80 then LCSP support is disabled for all RAT.
</PARAG>
</DESCRIPTION>
<CATEGORY>AGPS</CATEGORY>
<CONFIG>
<VALUE value="0x00">LCSP support is decided based on input from AP/AGPSD</VALUE>
<VALUE value="0x01">LCSP support for 2G only</VALUE>
<VALUE value="0x02">LCSP support for 3G only</VALUE>
<VALUE value="0x03">LCSP support for 2G and 3G</VALUE>
<VALUE value="0x04">LCSP support for 4G only</VALUE>
<VALUE value="0x05">LCSP support for 2G and 4G</VALUE>
<VALUE value="0x06">LCSP support for 3G and 4G</VALUE>
<VALUE value="0x07">LCSP support for 2G, 3G and 4G</VALUE>
<VALUE value="0x08">LCSP support for 5G only</VALUE>
<VALUE value="0x09">LCSP support for 2G and 5G</VALUE>
<VALUE value="0x0a">LCSP support for 3G and 5G</VALUE>
<VALUE value="0x0b">LCSP support for 2G, 3G and 5G</VALUE>
<VALUE value="0x0c">LCSP support for 4G and 5G</VALUE>
<VALUE value="0x0d">LCSP support for 2G, 4G and 5G</VALUE>
<VALUE value="0x0e">LCSP support for 3G, 4G and 5G</VALUE>
<VALUE value="0x0f">LCSP support for 2G, 3G, 4G and 5G</VALUE>
<VALUE value="0x80">LCSP support disabled for all RAT</VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>ot902253</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(117,SBP_LBS_LCSP_SUPPORT_RAT, SBP_ATTR_NONE, "Configuration to decide LCSP support based on the SBP value or input from AP/AGPSD")
SBP_DATA_DEF_VAL(0x00, "0: LCSP support is decided based on input from AP/AGPSD")
SBP_DATA_DEF_VAL(0x01, "1: LCSP support for 2G only")
SBP_DATA_DEF_VAL(0x02, "2: LCSP support for 3G only")
SBP_DATA_DEF_VAL(0x03, "3: LCSP support for 2G and 3G")
SBP_DATA_DEF_VAL(0x04, "4: LCSP support for 4G only")
SBP_DATA_DEF_VAL(0x05, "5: LCSP support for 2G and 4G")
SBP_DATA_DEF_VAL(0x06, "6: LCSP support for 3G and 4G")
SBP_DATA_DEF_VAL(0x07, "7: LCSP support for 2G, 3G and 4G")
SBP_DATA_DEF_VAL(0x08, "8: LCSP support for 5G only")
SBP_DATA_DEF_VAL(0x09, "9: LCSP support for 2G and 5G")
SBP_DATA_DEF_VAL(0x0a, "a: LCSP support for 3G and 5G")
SBP_DATA_DEF_VAL(0x0b, "b: LCSP support for 2G, 3G and 5G")
SBP_DATA_DEF_VAL(0x0c, "c: LCSP support for 4G and 5G")
SBP_DATA_DEF_VAL(0x0d, "d: LCSP support for 2G, 4G and 5G")
SBP_DATA_DEF_VAL(0x0e, "e: LCSP support for 3G, 4G and 5G")
SBP_DATA_DEF_VAL(0x0f, "f: LCSP support for 2G, 3G, 4G and 5G")
SBP_DATA_DEF_VAL(0x80, "80: LCSP support disabled for all RAT")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_TUW_1_TIMER_PERIOD - define the timer period of TUW_1 in VzW 5GUW icon display feature">
<DESCRIPTION>
<PARAG> TUW1: 0 to 30 seconds in 1 second steps with a default setting of 3 seconds.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="...">.... seconds</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(118, SBP_TUW_1_TIMER_PERIOD, SBP_ATTR_NONE, "Timer period of TUW_1 in VzW 5GUW icon display feature")
SBP_DATA_DEFAULT_VAL(3)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_TUW_2_TIMER_PERIOD - define the timer period of TUW_2 in VzW 5GUW icon display feature">
<DESCRIPTION>
<PARAG> TUW2: 0 to 120 seconds in 1 second steps with a default setting of 60 seconds.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="...">.... seconds</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(119, SBP_TUW_2_TIMER_PERIOD, SBP_ATTR_NONE, "Timer period of TUW_2 in VzW 5GUW icon display feature")
SBP_DATA_DEFAULT_VAL(60)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_TUW_3_TIMER_PERIOD - define the timer period of TUW_3 in VzW 5GUW icon display feature">
<DESCRIPTION>
<PARAG> TUW3: 0 to 30 seconds in 1 second steps with a default setting of 2 seconds.
</PARAG>
</DESCRIPTION>
<CATEGORY>L4</CATEGORY>
<CONFIG>
<VALUE value="...">.... seconds</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk08565</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(120, SBP_TUW_3_TIMER_PERIOD, SBP_ATTR_NONE, "Timer period of TUW_3 in VzW 5GUW icon display feature")
SBP_DATA_DEFAULT_VAL(2)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_CA_MAX_UL_CC_NUM - Defines the maximum number of supported NR UL CCs">
<DESCRIPTION>
<PARAG>
This SBP defines the maximum number of supported NR CCs for UL.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="1">1 NR UL CC</VALUE>
<VALUE value="2">2 NR UL CC</VALUE>
</CONFIG>
<DEFAULT>2</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk01921</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(121, SBP_NR_CA_MAX_UL_CC_NUM, SBP_ATTR_NONE, "Maximum number of supported NR UL CCs")
SBP_DATA_DEF_VAL(0x01, "1 NR UL CC")
SBP_DATA_DEF_VAL(0x02, "2 NR UL CC")
#if defined(__SBP_DISABLE_NR_UL_CA__)
SBP_DATA_DEFAULT_VAL(0x01)
#else
SBP_DATA_DEFAULT_VAL(0x02)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NWSEL_IMS_OOS_SEARCH_GUARD_TIMER - Timer to control NWSEL's special OOS search behavior during IMS call ">
<DESCRIPTION>
<PARAG>
This timer control the duration of NWSEL's special OOS search behavior during IMS call.
If timer value not equal to zero, NWSEL will search IMS RAT only for a period when UE lost coverage during IMS call.
After timer expires or IMS call finishes, NWSEL's special OOS search behavior will end.
The timer value can be configured by this SBP.
</PARAG>
</DESCRIPTION>
<CONFIG>
<VALUE value="0x00"> valid range is 1~250 sec. Default is 0 seconds (feature disabled). </VALUE>
</CONFIG>
<CATEGORY>NWSEL</CATEGORY>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> N/A </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk20359</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(122, SBP_NWSEL_IMS_OOS_SEARCH_GUARD_TIMER, SBP_ATTR_NONE, "Timer to control NWSEL's special OOS search behavior during IMS call")
SBP_DATA_DEFAULT_VAL(0x3C)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_CONFIG_INTER_INTRA_UL_CA_DISABLE - This SBP data is for selection of UL CA disable inter Band CA & intra Band CA">
<DESCRIPTION>
<PARAG>
This SBP data used to select UL CA disable for inter band CA & intra band CA or complete disable UL CA.
</PARAG>
</DESCRIPTION>
<CATEGORY>ERRC</CATEGORY>
<CONFIG>
<VALUE value="0x01"> UL CA disable for intra Band CA</VALUE>
<VALUE value="0x02"> UL CA disable for inter Band CA</VALUE>
<VALUE value="0x03"> UL CA disable all UL CA</VALUE>
<VALUE value="0xFF"> Disable this SBP by default</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>This SBP data </DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>ot901097</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(123, SBP_CONFIG_INTER_INTRA_UL_CA_DISABLE, SBP_ATTR_NONE, "This SBP data is for selection of UL CA disable inter Band CA & intra Band CA")
SBP_DATA_DEF_VAL(0x01, "1: Disable intra Band UL CA")
SBP_DATA_DEF_VAL(0x02, "2: Disable inter Band UL CA")
SBP_DATA_DEF_VAL(0x03, "3: Disable all UL CA")
SBP_DATA_DEF_VAL(0xFF, "255: Disable this SBP by default")
SBP_DATA_DEFAULT_VAL(0xFF)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_REASON_REJ_42">
<DESCRIPTION>
<PARAG>
Define the initial timer value of NWSEL_PLMN_TIMER_REASON_REJ_42
This SBP allow to control the timer period of NWSEL_PLMN_TIMER_REASON_REJ_42.
The Timer support incremental settings.
The unit of this timer is 1 min. (Range: 0-255)
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0"> Default is 0. Means no customized value. UE will use internal default value </VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(124, SBP_PLMN_TIMER_REASON_REJ_42, SBP_ATTR_NONE, "the timer period of NWSEL_PLMN_TIMER_REASON_REJ_42")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_REASON_REJ_42_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_REASON_REJ_42
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">0</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(125, SBP_PLMN_TIMER_REASON_REJ_42_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_REASON_REJ_42")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_REASON_REJ_42_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_REASON_REJ_42
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(126, SBP_PLMN_TIMER_REASON_REJ_42_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_REASON_REJ_42")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_REASON_REJ_42_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_REASON_REJ_42
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(127, SBP_PLMN_TIMER_REASON_REJ_42_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_REASON_REJ_42")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_ABNORMAL">
<DESCRIPTION>
<PARAG>
Define the initial timer value of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL
This SBP allow to control the timer period of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL.
The Timer support incremental settings.
The unit of this timer is 1 min. (Range: 0-255)
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0"> Default is 0. Means no customized value. UE will use internal default value </VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(128, SBP_PLMN_TIMER_EUTRAN_ABNORMAL, SBP_ATTR_NONE, "the timer period of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_ABNORMAL_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">0</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(129, SBP_PLMN_TIMER_EUTRAN_ABNORMAL_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_ABNORMAL_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(130, SBP_PLMN_TIMER_EUTRAN_ABNORMAL_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_ABNORMAL_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(131, SBP_PLMN_TIMER_EUTRAN_ABNORMAL_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_EUTRAN_ABNORMAL")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE">
<DESCRIPTION>
<PARAG>
Define the initial timer value of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE
This SBP allow to control the timer period of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE.
The Timer support incremental settings.
The unit of this timer is 1 min. (Range: 0-255)
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Default is 0. Means no customized value. UE will use internal default value</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(132, SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE, SBP_ATTR_NONE, "the timer period of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">0</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(133, SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(134, SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(135, SBP_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_EUTRAN_VOICE_NOT_POSSIBLE")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW">
<DESCRIPTION>
<PARAG>
Define the initial timer value of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW
This SBP allow to control the timer period of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW.
The Timer support incremental settings.
The unit of this timer is 1 min. (Range: 0-255)
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Default is 0. Means no customized value. UE will use internal default value</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(136, SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW, SBP_ATTR_NONE, "the timer period of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">0</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(137, SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(138, SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(139, SBP_PLMN_TIMER_N1_MODE_NOT_ALLOW_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_N1_MODE_NOT_ALLOW")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_ABNORMAL">
<DESCRIPTION>
<PARAG>
Define the initial timer value of NWSEL_PLMN_TIMER_N1_ABNORMAL
This SBP allow to control the timer period of NWSEL_PLMN_TIMER_N1_ABNORMAL.
The Timer support incremental settings.
The unit of this timer is 1 min. (Range: 0-255)
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Default is 0. Means no customized value. UE will use internal default value</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(140, SBP_PLMN_TIMER_N1_ABNORMAL, SBP_ATTR_NONE, "the timer period of NWSEL_PLMN_TIMER_N1_ABNORMAL")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_ABNORMAL_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_N1_ABNORMAL
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">0</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(141, SBP_PLMN_TIMER_N1_ABNORMAL_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_N1_ABNORMAL")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_ABNORMAL_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_N1_ABNORMAL
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(142, SBP_PLMN_TIMER_N1_ABNORMAL_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_N1_ABNORMAL")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_ABNORMAL_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_N1_ABNORMAL
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(143, SBP_PLMN_TIMER_N1_ABNORMAL_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_N1_ABNORMAL")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE">
<DESCRIPTION>
<PARAG>
Define the initial timer value of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE
This SBP allow to control the timer period of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE.
The Timer support incremental settings.
The unit of this timer is 1 min. (Range: 0-255)
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Default is 12 minutes</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(144, SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE, SBP_ATTR_NONE, "the timer period of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="5">5 minutes</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(145, SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE")
SBP_DATA_DEFAULT_VAL(5)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(146, SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(147, SBP_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_N1_VOICE_NOT_POSSIBLE")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE_DIFF">
<DESCRIPTION>
<PARAG>
Define the diff value of NWSEL_PLMN_TIMER_HPLMN_REJ_14
The timer will be T(n) = initial_value + n*diff_value
n is the counter for trigger times
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">0</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(148, SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE_DIFF, SBP_ATTR_NONE, "diff of NWSEL_PLMN_TIMER_HPLMN_REJ_14")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE_MAX">
<DESCRIPTION>
<PARAG>
Define the MAX value of NWSEL_PLMN_TIMER_HPLMN_REJ_14
Restrict the timer not to exceed the MAX value
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="12">12</VALUE>
</CONFIG>
<DEFAULT>12</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(149, SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE_MAX, SBP_ATTR_NONE, "the MAX timer value of NWSEL_PLMN_TIMER_HPLMN_REJ_14")
SBP_DATA_DEFAULT_VAL(12)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE_UNIT">
<DESCRIPTION>
<PARAG>
Define the UNIT value of NWSEL_PLMN_TIMER_HPLMN_REJ_14
Default unit is 1 minute
</PARAG>
</DESCRIPTION>
<CATEGORY>NAS</CATEGORY>
<CONFIG>
<VALUE value="0">Timer Unit is minute</VALUE>
<VALUE value="1">Timer Unit is second</VALUE>
<VALUE value="2">Timer Unit is hour</VALUE>
<VALUE value="3">Timer set as infinite</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(150, SBP_HPLMN_REJ_14_EUTRAN_DISABLE_TIMER_VALUE_UNIT, SBP_ATTR_NONE, "the unit of NWSEL_PLMN_TIMER_HPLMN_REJ_14")
SBP_DATA_DEF_VAL(0, "Timer Unit is minute")
SBP_DATA_DEF_VAL(1, "Timer Unit is second")
SBP_DATA_DEF_VAL(2, "Timer Unit is hour")
SBP_DATA_DEF_VAL(3, "Timer set as infinite")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_VZW_RSU_SELECT_KEY_TYPE - This feature is used to control the VzW RSU Key type Selection.">
<DESCRIPTION>
<PARAG>
This feature is used to control the VzW RSU Key type Selection.
Customer can choose between the operator Pub Key or the test Pub key
based on the SBP Data
</PARAG>
</DESCRIPTION>
<CATEGORY>SMU</CATEGORY>
<CONFIG>
<VALUE value="0">Operator Key</VALUE>
<VALUE value="1">Test Key</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>VzW</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk16806</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(151, SBP_VZW_RSU_SELECT_KEY_TYPE, SBP_ATTR_NOT_SUPPORT_DYNAMIC_SBP, "This feature is used to control the VzW RSU Key type Selection.")
SBP_DATA_DEF_VAL(0x00, "Operator Key")
SBP_DATA_DEF_VAL(0x01, "Test Key")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_TMO_MOVIAL_SELECT_KEY_SET - This feature is used to control the TMO Movial RSU Key set Selection.">
<DESCRIPTION>
<PARAG>
This feature is used to control the TMO Movial RSU Key type Selection.
Customer can choose between the Pub Key set for each Product line
</PARAG>
</DESCRIPTION>
<CATEGORY>SMU</CATEGORY>
<CONFIG>
<VALUE value="0">Key Set 1</VALUE>
<VALUE value="1">Key Set 2</VALUE>
<VALUE value="2">Key Set 3</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>TMO</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk16806</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(152, SBP_TMO_MOVIAL_SELECT_KEY_SET, SBP_ATTR_NOT_SUPPORT_DYNAMIC_SBP, "This feature is used to control the TMO Movial RSU Key set Selection.")
SBP_DATA_DEF_VAL(0x00, "Key Set 1")
SBP_DATA_DEF_VAL(0x01, "Key Set 2")
SBP_DATA_DEF_VAL(0x02, "Key Set 3")
SBP_DATA_DEFAULT_VAL(0x00)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_A3A4A5_CUSTOM_CELL_THRESH - additional pcell/ncell custom threshold check for NR A3/A4/A5 report">
<DESCRIPTION>
<PARAG>
Enable/Disable additional pcell/ncell custom threshold check for NR A3/A4/A5 report.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">Disable</VALUE>
<VALUE value="1">Enable custom threshold check for NR A3/A4/A5 report</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(153, SBP_NR_A3A4A5_CUSTOM_CELL_THRESH, SBP_ATTR_NONE, "Enable/Disable additional pcell/ncell custom threshold check for NR A3/A4/A5 report")
SBP_DATA_DEF_VAL(0, "Disable")
SBP_DATA_DEF_VAL(1, "Enable custom threshold check for NR A3/A4/A5 report")
#if defined(__ENABLE_NR_A3A4A5_CUSTOM_CELL_THRESH__)
SBP_DATA_DEFAULT_VAL(1)
#else
SBP_DATA_DEFAULT_VAL(0)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_TO_LTE_B1B2_CUSTOM_CELL_THRESH - additional pcell/ncell custom threshold check for B1/B2 report">
<DESCRIPTION>
<PARAG>
Enable/Disable additional pcell/ncell custom threshold check for B1/B2 report.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">Disable</VALUE>
<VALUE value="1">Enable custom threshold check for B1/B2 report</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(154, SBP_NR_TO_LTE_B1B2_CUSTOM_CELL_THRESH, SBP_ATTR_NONE, "Enable/Disable additional pcell/ncell custom threshold check for B1/B2 report")
SBP_DATA_DEF_VAL(0, "Disable")
SBP_DATA_DEF_VAL(1, "Enable custom threshold check for B1/B2 report")
SBP_DATA_DEF_VAL(2, "Enable custom threshold check for B1/B2 report with per band list")
#if defined(__ENABLE_NR_TO_LTE_B1B2_CUSTOM_CELL_THRESH__)
SBP_DATA_DEFAULT_VAL(1)
#else
SBP_DATA_DEFAULT_VAL(0)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_TO_LTE_RESEL_CELL_THRESH - additional pcell/ncell custom threshold check NR to LTE reselection">
<DESCRIPTION>
<PARAG>
Enable/Disable additional pcell/ncell custom threshold check for NR to LTE reselection.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">Disable</VALUE>
<VALUE value="1">Enable custom threshold check for NR to LTE reselection</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk15708</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(155, SBP_NR_TO_LTE_RESEL_CELL_THRESH, SBP_ATTR_NONE, "Enable/Disable additional pcell/ncell custom threshold check for NR to LTE reselection")
SBP_DATA_DEF_VAL(0, "Disable")
SBP_DATA_DEF_VAL(1, "Enable custom threshold check for NR to LTE reselection")
#if defined(__ENABLE_NR_TO_LTE_RESEL_CELL_THRESH__)
SBP_DATA_DEFAULT_VAL(1)
#else
SBP_DATA_DEFAULT_VAL(0)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MRS_AFR_TO_4G_CONTROL - Enable/Disable based on NVRAM or Enforce SBP DATA">
<DESCRIPTION>
<PARAG>
This SBP enables/disables AFR to 4G, Follows NVRAM or Enforces SBP DATA
</PARAG>
</DESCRIPTION>
<CATEGORY>RRC</CATEGORY>
<CONFIG>
<VALUE value="0x01">Enable/Disable AFR to 4G based on NVRAM</VALUE>
<VALUE value="0x02">Enable AFR to 4G, Enforce to ON</VALUE>
<VALUE value="0x04">Disable AFR to 4G, Enforce to OFF</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>ot_sadanand.m</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(156, SBP_MRS_AFR_TO_4G_CONTROL, SBP_ATTR_NONE, "AFR_TO_4G Follow NVRAM or Enforce SBP DATA")
SBP_DATA_DEF_VAL(0x01, "AFR to 4G: Follow NVRAM")
SBP_DATA_DEF_VAL(0x02, "AFR to 4G: Enforce ON")
SBP_DATA_DEF_VAL(0x04, "AFR to 4G: Enforce OFF")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MRS_AFR_TO_5G_CONTROL - Enable/Disable based on NVRAM or Enforce SBP DATA">
<DESCRIPTION>
<PARAG>
This SBP enables/disables AFR to 5G, Follows NVRAM or Enforces SBP DATA
</PARAG>
</DESCRIPTION>
<CATEGORY>RRC</CATEGORY>
<CONFIG>
<VALUE value="0x01">Enable/Disable AFR to 5G based on NVRAM</VALUE>
<VALUE value="0x02">Enable AFR to 5G, Enforce to ON</VALUE>
<VALUE value="0x04">Disable AFR to 5G, Enforce to OFF</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>ot_sadanand.m</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(157, SBP_MRS_AFR_TO_5G_CONTROL, SBP_ATTR_NONE, "AFR_TO_5G Follow NVRAM or Enforce SBP DATA")
SBP_DATA_DEF_VAL(0x01, "AFR to 5G: Follow NVRAM")
SBP_DATA_DEF_VAL(0x02, "AFR to 5G: Enforce ON")
SBP_DATA_DEF_VAL(0x04, "AFR to 5G: Enforce OFF")
SBP_DATA_DEFAULT_VAL(0x01)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_MRS_ENABLE_BG_SEARCH_IN_TEST_MODE - Enable Background search for test mode/test sim">
<DESCRIPTION>
<PARAG>
This SBP Enables different Background searches for test mode/test sim
</PARAG>
</DESCRIPTION>
<CATEGORY>NR</CATEGORY>
<CONFIG>
<VALUE value="0x00">Turn on BG_SEARCH_2G4_FDD</VALUE>
<VALUE value="0x01">Turn on BG_SEARCH_3G4_FDD</VALUE>
<VALUE value="0x02">Turn on BG_SEARCH_2G4_TDD</VALUE>
<VALUE value="0x03">Turn on BG_SEARCH_3G4_TDD</VALUE>
<VALUE value="0x04">Turn on BG_SEARCH_2G5_FDD</VALUE>
<VALUE value="0x05">Turn on BG_SEARCH_3G5_FDD</VALUE>
<VALUE value="0x06">Turn on BG_SEARCH_2G5_TDD</VALUE>
<VALUE value="0x07">Turn on BG_SEARCH_3G5_TDD</VALUE>
<VALUE value="0x08">Turn on BG_SEARCH_4G5</VALUE>
<VALUE value="0xFF">Default turn off all BG search combinations</VALUE>
</CONFIG>
<DEFAULT>0xFF</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>ot_sadanand.m</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(158, SBP_MRS_ENABLE_BG_SEARCH_IN_TEST_MODE, SBP_ATTR_NONE, "Enable Background Search for test mode/test sim")
SBP_DATA_DEF_VAL(0x00, "Turn on BG_SEARCH_2G4_FDD")
SBP_DATA_DEF_VAL(0x01, "Turn on BG_SEARCH_3G4_FDD")
SBP_DATA_DEF_VAL(0x02, "Turn on BG_SEARCH_2G4_TDD")
SBP_DATA_DEF_VAL(0x03, "Turn on BG_SEARCH_3G4_TDD")
#if defined(__NR_RAT__)
SBP_DATA_DEF_VAL(0x04, "Turn on BG_SEARCH_2G5_FDD")
SBP_DATA_DEF_VAL(0x05, "Turn on BG_SEARCH_3G5_FDD")
SBP_DATA_DEF_VAL(0x06, "Turn on BG_SEARCH_2G5_TDD")
SBP_DATA_DEF_VAL(0x07, "Turn on BG_SEARCH_3G5_TDD")
SBP_DATA_DEF_VAL(0x08, "Turn on BG_SEARCH_4G5")
#endif
SBP_DATA_DEF_VAL(0xFF, "Turn off all BG SEARCH")
SBP_DATA_DEFAULT_VAL(0xFF)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_RTP_SILENCE_REFRESH_NOTIFY - control when rtp silence timeout to trigger UA refresh">
<DESCRIPTION>
<PARAG>
This SBP controls when rtp silence timeout (no dl rtp or rtp pt error dropped)
to trigger UA refresh.
</PARAG>
</DESCRIPTION>
<CATEGORY>LTECSR</CATEGORY>
<CONFIG>
<VALUE value="0x00"> Disabled rtp silence refresh notify. </VALUE>
<VALUE value="0x05"> Enabled rtp silence refresh notify with timer = 5s. </VALUE>
</CONFIG>
<DEFAULT>0x00</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY> N/A </DEPENDENCY>
<NOTE>
IS_VIOLATE_STANDARD=Y
VIOLATE_STANDARD=3GPP TS 26.114
</NOTE>
<AUTHOR>mtk22701</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(159, SBP_RTP_SILENCE_REFRESH_NOTIFY, SBP_ATTR_NONE, "control when rtp silence timeout to trigger UA refresh")
SBP_DATA_DEF_VAL(0x00, "Disabled rtp silence refresh notify")
SBP_DATA_DEF_VAL(0x05, "Enabled rtp silence refresh notify with timer = 5s")
#if defined(__SBP_RTP_SILENCE_REFRESH_NOTIFY_ENABLE__)
SBP_DATA_DEFAULT_VAL(0x05)
#else
SBP_DATA_DEFAULT_VAL(0x00)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_NR_CUSTOM_A2_THRESH_ADJUST - additional pcell custom thresh and a2 threshold for A2 report">
<DESCRIPTION>
<PARAG>
Enable/Disable additional pcell custom thresh and a2 threshold for A2 report.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="0">Disable</VALUE>
<VALUE value="1">Enable pcell custom thresh and a2 threshold for A2 report</VALUE>
</CONFIG>
<DEFAULT>0</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
N/A
</NOTE>
<AUTHOR>mtk12473</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(160, SBP_NR_CUSTOM_A2_THRESH_ADJUST, SBP_ATTR_NONE, "additional pcell custom thresh and a2 threshold for A2 report")
SBP_DATA_DEF_VAL(0, "Disable")
SBP_DATA_DEF_VAL(1, "Enable pcell custom thresh and a2 threshold for A2 report")
SBP_DATA_DEF_VAL(2, "Enable pcell custom thresh and a2 threshold for A2 report with per band list")
#if defined(__ENABLE_NR_CUSTOM_A2_THRESH_ADJUST__)
SBP_DATA_DEFAULT_VAL(1)
#else
SBP_DATA_DEFAULT_VAL(0)
#endif
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_PLMN_TIMER_N1_DISABLE_4G5_IRAT_FAIL_FTA - Defines the timer value of NWSEL_PLMN_TIMER_N1_DISABLE_4G5_IRAT_FAIL_FTA">
<DESCRIPTION>
<PARAG>
This SBP defines the timer value of NWSEL_PLMN_TIMER_N1_DISABLE_4G5_IRAT_FAIL_FTA.
The unit of value is 1 min. The enhnacement will be considered disabled if the value is set to zero.
</PARAG>
</DESCRIPTION>
<CATEGORY>NR AS</CATEGORY>
<CONFIG>
<VALUE value="120">valid range is 0~255 mins. Default is 120 minutes. </VALUE>
</CONFIG>
<DEFAULT>120</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>N/A</NOTE>
<AUTHOR>mtk13581</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(161, SBP_PLMN_TIMER_N1_DISABLE_4G5_IRAT_FAIL_FTA, SBP_ATTR_NONE, "Timer value of NWSEL_PLMN_TIMER_N1_DISABLE_4G5_IRAT_FAIL_FTA")
SBP_DATA_DEFAULT_VAL(0)
SBP_DATA_DEF_END
/****** SBP Document BEGIN ************************************************************************
<SBP title="SBP_AT_URC_REPORT_MODE - Control the AT URC report mode">
<DESCRIPTION>
<PARAG>
This SBP controls the AT URC report mode.
0: Block all URCs until MD receives any AT commands.(still need to satisfy other report condition)
1: As long as the report condition is met, the URC will be reported.
2: Block all the URCs except +EIND:128 until MD receives any AT commands.(still need to satisfy other report condition)
Default is 1.
</PARAG>
</DESCRIPTION>
<CATEGORY>L5</CATEGORY>
<CONFIG>
<VALUE value="0x00">0</VALUE>
<VALUE value="0x01">1</VALUE>
<VALUE value="0x02">2</VALUE>
</CONFIG>
<DEFAULT>0x01</DEFAULT>
<OP>N/A</OP>
<DEPENDENCY>N/A</DEPENDENCY>
<NOTE>
IS_VIOLATE_STANDARD=N
</NOTE>
<AUTHOR>mtk14954</AUTHOR>
</SBP>
******* SBP Document END **************************************************************************/
SBP_DATA_DEF(162, SBP_AT_URC_REPORT_MODE, SBP_ATTR_NONE, "Control the AT URC report mode")
SBP_DATA_DEF_VAL(0x00, "Block all URCs until MD receives any AT commands")
SBP_DATA_DEF_VAL(0x01, "As long as the report condition is met, the URC will be reported")
SBP_DATA_DEF_VAL(0x02, "Block all the URCs except +EIND:128 until MD receives any AT commands.")
#if defined(__MTK_TARGET__) && defined(MT6297) && defined(__MODEM_CARD__)
SBP_DATA_DEFAULT_VAL(0x00)
#else
SBP_DATA_DEFAULT_VAL(0x01)
#endif /* defined(__MTK_TARGET__) && defined(MT6297) && defined(__MODEM_CARD__) */
SBP_DATA_DEF_END
#undef SBP_DATA_DEF
#undef SBP_DATA_DEFAULT_VAL
#undef SBP_DATA_DEF_VAL
#undef SBP_DATA_DEF_END
#undef SBP_DATA_DEF_BIT_VAL
#undef SBP_DATA_DEF_BIT
#undef SBP_DATA_DEF_BIT_END