//=======================  		
// PAGE_8   		
//======================= 		
0x800	0x9020d010	
0x804	0x080112e0	
0x808	0x0e028277 // cck_en=0  ofdm_en=0	
0x80c	0x00000077 	
0x810	0x20101263	
0x814	0x020c3d10	
0x818	0x03a00385	
0x820	0x00000000	
0x824	0x00030fe0	
0x828	0x00000000	
0x82c	0x57757178	
0x830	0xa79cea8B	
0x834	0x0400c485	
0x838	0x87aa4330	
0x83c	0x479747b9	
0x840	0x037750e0	
0x844	0x45bcfcde	
0x848	0x5bd07f8b	
0x84c	0x6cfdffb5	
0x850	0x28876706	
0x854	0x0001520c	
0x858	0x4060c000	
0x85c	0x74210368	
0x860	0x6929c321	
0x864	0x79727432	
0x868	0x8ca7a314	
0x86c	0x438c2878	
0x870	0x04444444	
0x874	0x31612c2e	
0x878	0x00003153	
0x87c	0x000fc000	
0x8a0	0x00000013	
0x8a4	0x7f7f7f7f	
0x8a8	0xa202013e	
0x8ac	0xf00f000a	
0x8b0	0x00000600	
0x8b4	0x000fc080	
0x8b8	0xec0057ff	
0x8bc	0x8ca520c3	
0x8c0	0x27f00020	
0x8c4	0x48c00000	
0x8c8	0x80024569	
0x8cc	0x08248492	
0x8d0	0x0000b800	
0x8d4	0x940008a0	
0x8d8	0x290b5612	
0x8dc	0x00000000	
0x8e0	0x32316400	
0x8e4	0x49092925	
0x8e8	0xffffc42c	
0x8ec	0x99999999	
0x8f0	0x00009999	
0x8f4	0x00f80fa1 //modified by Jason	
0x8f8	0x400002c0  // RF: RLE442C format (30-bit)	
//0x8f8	0x400000c0  // RF: z2 format (16-bit)	
0x8fc	0x00000000 	
//=======================		
// PAGE_9   		
//=======================  		
0x900	0x00000700	
0x90c	0x00000000	
0x910	0x0000fc00	
0x914	0x00000404	
//0x914	0x06000404 //ADC-backoff for MP chip	
0x918	0x1c1028c0	
0x91c	0x64b11a1c	
0x920	0xe0767233	
0x924	0x055aa500	
0x928	0x480000e4	
0x92c	0xfffe0000	
0x930	0xfffffffe	
0x934	0x001fffff	
0x938	0x00008400	
0x93c	0x001c0642	
0x940	0x02470430	
0x950	0x02010080	
0x954	0x07fd0080	
0x960	0x00000000	
0x964	0x00000000	
0x968	0x00000000	
0x96c	0x00000000	
0x970	0x801fffff	
0x978	0x00000000	
0x97c	0x00000000	
0x980	0x00000000	
0x984	0x00000000	
0x988	0x00000000	
0x990	0x27100000	
0x994	0xffff0100		
0x998	0xffffff5c		
0x99c	0xffffffff		
0x9a0	0x000000ff	
0x9a4	0x00080080 //0x00000080	
0x9a8	0x00000000	
0x9ac	0x00000000	
0x9b0	0x81081008 //0x30000000	
0x9b4	0x00000000	
0x9b8	0x01081008	
0x9bc	0x01081008	
0x9d0	0x00000000	
0x9d4	0x00000000	
0x9d8	0x00000000	
0x9dc	0x00000000	
0x9e4	0x00000002	
0x9e8	0x000002d5 //0x000002d4	
//=======================  		
// PAGE_a   		
//=======================		
0xa00	0x00d047c8	
0xa04	0x81ff000c	
0xa08	0x8c838300	
0xa0c	0x2e7f000f	
0xa10	0x9500bb78	
0xa14	0x11144028	
0xa18	0x00881117	
0xa1c	0x89140f00	
0xa20	0x1a1b0000	
0xa24	0x090e1317	
0xa28	0x00000204	
0xa2c	0x00900000	
0xa70	0x101fff00	
0xa74	0x00000008	
0xa78	0x00000900	
0xa7c	0x225b0606	
0xa80	0x218075b2	
0xa84	0x801f8c00	
//=======================  		
// PAGE_b   		
//=======================		
//0xb00	0xe3100100 // PMC mode  0xb00[8]=1	
0xb00	0xe3100000 // TMAC mode 0xb00[8]=0	
0xb04	0x0000b000	
// the following marked reg are needed to be set to specificed value for PMAC allplication in ASIC verification		
//0xb08	0xae0201eb	
//0xb0c	0x01eaa006	
//0xb10	0x0000ee70	
//0xb14	0x0060000d	
//0xb18	0x00000002	
//0xb1c	0x00000002	
//0xb20	0xa800001f	
//0xb24	0x4e660300	
//0xb28	0x03020100	
//0xb2c	0x07060504	
//0xb30	0x0b0a0908	
//0xb34	0x0f0e0d0c	
//0xb38	0x13121110	
//0xb3c	0x0000003a	
//0xb40	0x00000000	
//0xb44	0x00000000	
//0xb48	0x13000032	
//0xb4c	0x48080000	
//0xb50	0x00000000	
//0xb54	0x00000000	
//0xb58	0x00000000	
0xb5c	0x00100000	
//=======================  		
// PAGE_C : Path_A setting   		
//=======================		
//0xc00	0x00000003 // RF: RLE442C/D format with SI	
0xc00	0x00000007 // RF: RLE442C/D format with PI	
//0xc00	0x00040003 // RF: z2 format	
0xc04	0x00042020	
0xc08	0x80410231 // RF: RLE442C format	
//0xc08	0x80410121 // RF: z2 format	
0xc0c	0x00000000	
//0xc10	0x01000000 // RF: RX IQ is switched for RLE442C	
//0xc14	0x00000100 // RF: RX IQ is switched for RLE442C	
0xc10	0x00000100 // RF: RX IQ is correct	
0xc14	0x01000000 // RF: RX IQ is correct	
0xc1c	0x40000043	
0xc20	0x12121212 // TXAGC codeword (H-byte->L-byte)={11M 5.5M 2M 1M}	
0xc24	0x12121212 // TXAGC codeword (H-byte->L-byte)={8M 12M 9M 6M}	
0xc28	0x12121212 // TXAGC codeword (H-byte->L-byte)={54M 48M 36M 24M}	
0xc2c	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS3 MCS2 MCS1 MCS0}	
0xc30	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS7 MCS6 MCS5 MCS4}	
0xc34	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS11 MCS10 MCS9 MCS8}	
0xc38	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS15 MCS14 MCS13 MCS12}	
0xc3c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS3 MCS2 MCS1 MCS0}	
0xc40	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS7 MCS6 MCS5 MCS4}	
0xc44	0x12121212 // TXAGC codeword (H-byte->L-byte)={VHT2SS{MCS1 MCS0} VHT1SS_{MC9	MCS8}}
0xc48	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS5 MCS4 MCS3 MCS2}	
0xc4c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS9 MCS8 MCS7 MCS6}	
0xc50	0x00000020	
0xc54	0x00000000	
0xc58	0x3e020c14 //0x30020c1c	
0xc5c	0x00000058	
0xc60	0x34347473	
0xc64	0x07003333	
0xc68	0x00794079	
0xc6c	0x00798079	
0xc70	0x80798079	
0xc74	0x40798079	
0xc78	0x40794079	
0xc7c	0x00794079	
0xc80	0x00790079	
0xc84	0x00790079	
0xc94	0x0100025c //  for testchip TXDFIR	
0xc98	0x00088000	
//0xc9c	0x00000000	
0xca0	0x00002915 // TRSW mapping table	
0xca4	0x08040201	
0xca8	0x80402010	
0xcac	0x00000000	
0xcb0	0x54775477	
0xcb4	0x54775477	
0xcb8	0x00500000	
0xcbc	0x07700000	
0xcc0	0x00000010	
0xcc8	0x00000010	
0xcd8	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS19 MCS18 MCS17 MCS16}	
0xcdc	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS23 MCS22 MCS21 MCS20}	
0xce0	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS3 MCS2 MCS1 MCS0}	
0xce4	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS7 MCS6 MCS5 MCS4}	
0xce8	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{NA NA MCS9 MCS8}	
//=======================  		
// PAGE_E : Path_B setting   		
//=======================		
//0xe00	0x00000003 // RF: RLE442C/D format with SI	
0xe00	0x00000007 // RF: RLE442C/D format with PI	
//0xe00	0x00040003 // RF: z2 format	
0xe04	0x00042020	
0xe08	0x80410231 // RF: RLE442C format	
//0xe08	0x80410121 // RF: z2 format	
0xe0c	0x00000000	
//0xe10	0x01000000 // RF: RX IQ is switched for RLE442C	
//0xe14	0x00000100 // RF: RX IQ is switched for RLE442C	
0xe10	0x00000100 // RF: RX IQ is correct	
0xe14	0x01000000 // RF: RX IQ is correct	
0xe1c	0x40000043	
0xe20	0x12121212 // TXAGC codeword (H-byte->L-byte)={11M 5.5M 2M 1M}                     	
0xe24	0x12121212 // TXAGC codeword (H-byte->L-byte)={8M 12M 9M 6M}                       	
0xe28	0x12121212 // TXAGC codeword (H-byte->L-byte)={54M 48M 36M 24M}                    	
0xe2c	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS3 MCS2 MCS1 MCS0}             	
0xe30	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS7 MCS6 MCS5 MCS4}             	
0xe34	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS11 MCS10 MCS9 MCS8}           	
0xe38	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS15 MCS14 MCS13 MCS12}         	
0xe3c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS3 MCS2 MCS1 MCS0}         	
0xe40	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS7 MCS6 MCS5 MCS4}         	
0xe44	0x12121212 // TXAGC codeword (H-byte->L-byte)={VHT2SS{MCS1 MCS0} VHT1SS_{MC9	MCS8}}
0xe48	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS5 MCS4 MCS3 MCS2}         	
0xe4c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS9 MCS8 MCS7 MCS6}         	
0xe50	0x00000020	
0xe54	0x00000000	
0xe58	0x3e000c14 //0x30020c1c	
0xe5c	0x00000058	
0xe60	0x34344443	
0xe64	0x07003333	
0xe68	0x80794079	
0xe6c	0x80798079	
0xe70	0x80798079	
0xe74	0x40798079	
0xe78	0x40794079	
0xe7c	0x00794079	
0xe80	0x00790079	
0xe84	0x00790079	
0xe94	0x0100025c // for testchip TXDFIR	
0xe98	0x00088000 	
//0xe9c	0x00000000	
0xea0	0x00002915 // TRSW mapping table	
0xea4	0x08040201	
0xea8	0x80402010	
0xeac	0x00000000	
0xeb0	0x54775477	
0xeb4	0x54775477	
0xeb8	0x00500000	
0xebc	0x07700000	
0xed8	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS19 MCS18 MCS17 MCS16} 	
0xedc	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS23 MCS22 MCS21 MCS20} 	
0xee0	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS3 MCS2 MCS1 MCS0} 	
0xee4	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS7 MCS6 MCS5 MCS4} 	
0xee8	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{NA NA MCS9 MCS8}     	
//=======================  		
// PAGE_18 : Path_C setting   		
//=======================		
//0x1800	0x00000003 // RF: RLE442C/D format with SI	
0x1800	0x00000007 // RF: RLE442C/D format with PI	
//0x1800	0x00040003 // RF: z2 format	
0x1804	0x00042020	
0x1808	0x80410231 // RF: RLE442C format	
//0x1808	0x80410121 // RF: z2 format	
0x180c	0x00000000	
//0x1810	0x01000000 // RF: RX IQ is switched for RLE442C	
//0x1814	0x00000100 // RF: RX IQ is switched for RLE442C	
0x1810	0x00000100 // RF: RX IQ is correct	
0x1814	0x01000000 // RF: RX IQ is correct	
0x181c	0x40000043	
0x1820	0x12121212 // TXAGC codeword (H-byte->L-byte)={11M 5.5M 2M 1M}                     	
0x1824	0x12121212 // TXAGC codeword (H-byte->L-byte)={8M 12M 9M 6M}                       	
0x1828	0x12121212 // TXAGC codeword (H-byte->L-byte)={54M 48M 36M 24M}                    	
0x182c	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS3 MCS2 MCS1 MCS0}             	
0x1830	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS7 MCS6 MCS5 MCS4}             	
0x1834	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS11 MCS10 MCS9 MCS8}           	
0x1838	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS15 MCS14 MCS13 MCS12}         	
0x183c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS3 MCS2 MCS1 MCS0}         	
0x1840	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS7 MCS6 MCS5 MCS4}         	
0x1844	0x12121212 // TXAGC codeword (H-byte->L-byte)={VHT2SS{MCS1 MCS0} VHT1SS_{MC9	MCS8}}
0x1848	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS5 MCS4 MCS3 MCS2}         	
0x184c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS9 MCS8 MCS7 MCS6}         	
0x1850	0x00000020	
0x1854	0x00000000	
0x1858	0x3e000c14 //0x30020c1c	
0x185c	0x00000058	
0x1860	0x34344443	
0x1864	0x07003333	
0x1868	0x80794079	
0x186c	0x80798079	
0x1870	0x80798079	
0x1874	0x40798079	
0x1878	0x40794079	
0x187c	0x00794079	
0x1880	0x00790079	
0x1884	0x00790079	
0x1894	0x0100025c // for testchip TXDFIR	
0x1898	0x00088000	
//0x189c	0x00000000	
0x18a0	0x00002915 // TRSW mapping table	
0x18a4	0x08040201	
0x18a8	0x80402010	
0x18ac	0x00000000	
0x18b0	0x54775477	
0x18b4	0x54775477	
0x18b8	0x00500000	
0x18bc	0x07700000	
0x18d8	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS19 MCS18 MCS17 MCS16} 	
0x18dc	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS23 MCS22 MCS21 MCS20} 	
0x18e0	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS3 MCS2 MCS1 MCS0} 	
0x18e4	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS7 MCS6 MCS5 MCS4} 	
0x18e8	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{NA NA MCS9 MCS8}     	
//=======================  		
// PAGE_1a : Path_D setting   		
//=======================		
//0x1a00	0x00000003 // RF: RLE442C/D format with SI	
0x1a00	0x00000007 // RF: RLE442C/D format with PI	
//0x1a00	0x00040003 // RF: z2 format	
0x1a04	0x00042020	
0x1a08	0x80410231 // RF: RLE442C format	
//0x1a08	0x80410121 // RF: z2 format	
0x1a0c	0x00000000	
//0x1a10	0x01000000 // RF: RX IQ is switched for RLE442C	
//0x1a14	0x00000100 // RF: RX IQ is switched for RLE442C	
0x1a10	0x00000100 // RF: RX IQ is correct	
0x1a14	0x01000000 // RF: RX IQ is correct	
0x1a1c	0x40000043	
0x1a20	0x12121212 // TXAGC codeword (H-byte->L-byte)={11M 5.5M 2M 1M}                              	
0x1a24	0x12121212 // TXAGC codeword (H-byte->L-byte)={8M 12M 9M 6M}                                	
0x1a28	0x12121212 // TXAGC codeword (H-byte->L-byte)={54M 48M 36M 24M}                             	
0x1a2c	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS3 MCS2 MCS1 MCS0}                      	
0x1a30	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS7 MCS6 MCS5 MCS4}                      	
0x1a34	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS11 MCS10 MCS9 MCS8}                    	
0x1a38	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS15 MCS14 MCS13 MCS12}                  	
0x1a3c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS3 MCS2 MCS1 MCS0}                  	
0x1a40	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT1SS_{MCS7 MCS6 MCS5 MCS4}                  	
0x1a44	0x12121212 // TXAGC codeword (H-byte->L-byte)={VHT2SS{MCS1 MCS0} VHT1SS_{MC9	MCS8}}         
0x1a48	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS5 MCS4 MCS3 MCS2}                  	
0x1a4c	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT2SS_{MCS9 MCS8 MCS7 MCS6}                  	
0x1a50	0x00000020	
0x1a54	0x00000000	
0x1a58	0x3e000c14 //0x30020c1c	
0x1a5c	0x00000058	
0x1a60	0x34344443	
0x1a64	0x07003333	
0x1a68	0x80794079	
0x1a6c	0x80798079	
0x1a70	0x80798079	
0x1a74	0x40798079	
0x1a78	0x40794079	
0x1a7c	0x00794079	
0x1a80	0x00790079	
0x1a84	0x00790079	
0x1a94	0x0100025c //for testchip TXDFIR	
0x1a98	0x00088000	
//0x1a9c	0x00000000	
0x1aa0	0x00002915 // TRSW mapping table	
0x1aa4	0x08040201	
0x1aa8	0x80402010	
0x1aac	0x00000000	
0x1ab0	0x54775477	
0x1ab4	0x54775477	
0x1ab8	0x00500000	
0x1abc	0x07700000	
0x1ad8	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS19 MCS18 MCS17 MCS16} 	
0x1adc	0x12121212 // TXAGC codeword (H-byte->L-byte)=HT_{MCS23 MCS22 MCS21 MCS20} 	
0x1ae0	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS3 MCS2 MCS1 MCS0} 	
0x1ae4	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{MCS7 MCS6 MCS5 MCS4} 	
0x1ae8	0x12121212 // TXAGC codeword (H-byte->L-byte)=VHT3SS_{NA NA MCS9 MCS8}     	
//=======================  		
// PAGE_19 : common setting		
//=======================		
0x198c	0x00000007 // dbg clk gat	
0x1990	0xffaa5500	
0x1994	0x00000077	
0x19d4	0x88888888 // s_factor_QAM_ML	
0x19d8	0x00000888 // s_factor_QAM_ML	
0xffff 0xffff