//*********************************************** // SoC TNETW1251 EEPROM DATA // // NOTE: File Format // 1) all comments must begin with '/' // 2) maximum of 100 characters per line // 3) do not use tabs // 4) blank lines should only contain '\n' // with no leading space // 5) eeprom read/write utility interprets // a space at the beginning of a line // as denoting a line of valid data // // 09/09/05 BRK updated poly coeff. and b band cal values using fibbed chip info // 10/21/05 BRK 1. changed to version 2 // 2. Added DIE ID table (re-use of table #2) // 3. Added Absolute power entries in table #11 // 4. added comment on SCR_PAD7 second byte (no_fib/fib select) // 5. Added A band DC offsets in unused part of table #4 (future provision) // 10/28/05 MH 1. Minor changes in comments // 2. Made Die ID table support longer 1251 die IDs (table #2) // 11/15/05 BRK 1. changed to version 3 // 2. expanded table #4 to include DC offsets for 4 sub-bands in A band // 3. added temp sensor cal info (offset and gain) to Table #4 // 4. Minor changes to some comments // 02/08/06 BRK use bits 16-17 of SCR_PAD7 to pass AFE chip config // 05/22/06 NGI Updated Polifit coeff for 1251FE PG 3.0 to 0xDED // 05/28/06 NGI Update Polifit Coeff For B band according to Platform // When using HDK1251 or HDK1253 with only 1251FE mounted, use 0x2328. // When using HDK1253 with both FE mounted, use 0x594. // 05/30/06 ROIE Added External clock settling time (0xa4/32.768 = 5ms) // 08/16/06 ROIE Added PA Bias table. and add RSSI table // 09/04/06 ROIE Added Constellation add-on // 09/06/06 ROIE Added reserved table // 01/22/07 YAKI Change defaults to support PG1.2, default temprature settings // NOTE: This version has 1251FE poyfit coefficients set along with appropriate cal data for this chip //*********************************************** // Length // LSB start reg addr // MSB start reg addr // LSB data reg_addr + 0 // byte data reg_addr + 1 // byte data reg_addr + 2 // MSB data reg_addr + 3 // Length (repeat) // etc, for all data // // For MEMORY addresses, bit 0 is always 0 // For REGISTER address, bit 0 is always 1 // // Addr Data Write Description // (hex) (hex) //////////////////////////////////////////////////////////////////////////////// 000 02 // length - beginning of burst read 001 11 // SCR_PAD2 Register Address (0x305610) 002 56 // //////////////////////////////////////////////////////////////////////////////// 003 06 // Host Bus Interface: 6 SDIO 004 1c // Radio ID: 1c // SoC TNETW1251 005 06 // EEPROM Major Ver: 6 006 01 // Support for b/g only -> 0; a/b/g -> 1 007 16 // Ref Dsn ID: 166 008 60 // 009 03 // EEPROM minor ver: 3 00a 07 // EEPROM default data ver: 7 //////////////////////////////////////////////////////////////////////////////// 00b 01 //length 00c 09 //SCR_PAD0 Register Address (0x305608) 00d 56 // 00e 12 // Ptr to Firmware NVS Data 00f 00 // 010 00 // 011 00 // 012 01 //length 013 0d //SCR_PAD1 Register Address (0x30560c) 014 56 // 015 40 //Offset to NVS Pointer Table 016 00 // 017 00 // 018 00 // 019 02 //length 01a 6d //STA_ADDR_L Register Address. (STA MAC Address) 01b 54 // 01c 00 //STA_ADDR_L Register 01d 00 // 01e 32 // 01f 28 // 020 00 //STA_ADDR_H Register Data. 021 08 // 022 00 // 023 00 // //////////////////////////////////////////////////////////////////////////////// 024 01 //length 025 15 // CLK_REQ Register Address (0x305814) 026 58 // 027 a4 // External clock settling time (LSB) 028 00 // (16 bits) (MSB) 029 00 // 02a 00 // //////////////////////////////////////////////////////////////////////////////// 02b 01 //length 02c 31 //SCR_PAD6 Register Address (0x305630) 02d 56 // 02e 02 //Ref Freq [MHz]: 0->19.2, 1->26, 2->38.4 02f 02 //Clk Source Type: 0->IO Buffer, 1-> Reserved; 2->Ref Clock, 3-> Crystal 030 00 //Ref Freq Offset: Max is +/- 50ppm (LSB) 031 00 //Format: 2's complement in 0.1ppm units => -500 to +500 (MSB) //////////////////////////////////////////////////////////////////////////////// 032 01 //length 033 35 //SCR_PAD7 Register Address (0x305634) 034 56 // 035 04 // 0 - DVPS, 1 - HDK, 2 - DVPC, 3 - DVPC_LIGHT, 4 - HDK_V2 036 D1 // Bit0 ->0 not used,1 - PD Cal on/off default(on),PG1.2:Bit4-Bin offset,Bit5-Toggle(off),Bit6-ADC bias,Bit7-LNB 037 13 // Bit0 : B band FE chip sel (0 - PG 1.0 & 2.0, 1 - PG 3.0), Bit1: A band FE chip sel (0 - PG 1.0, 1 - PG 2.0) 038 00 // 0 - VCO default 1.55,1- VCO 1.35, 2- VCO 1.45, 3- VCO 1.55 //////////////////////////////////////////////////////////////////////////////// 039 00 //length=0 - end of burst read 03a 00 //Required 0 - Do not Delete. 03b 00 //Required 0 - Do not Delete. 03c 00 //Required 0 - Do not Delete. 03d 00 //Required 0 - Do not Delete. 03e 00 //Required 0 - Do not Delete. 03f 00 //Required 0 - Do not Delete. ///////////////////////////////End of burst read /////////////////////////////// // //////////////////////////// Beginning of data table ///////////////////////////// 040 10 //Number of entries in Offset Pointer Table (block #3) 041 00 //Reserved 042 62 //Offset pointer to Table-1. Null Table (LSB) 043 00 //Offset pointer to Table-1. Null Table (MSB) 044 64 //Offset pointer to Table-2. Die Id Table (LSB) 045 00 //Offset pointer to Table-2. Die Id Table (MSB) 046 76 //Offset pointer to Table-3. VGA Calibration Table (LSB) 047 00 //Offset pointer to Table-3. VGA Calibration Table (MSB) 048 ae //Offset pointer to Table-4. Register Calibration Data. (LSB) 049 00 //Offset pointer to Table-4. Register Calibration Data. (MSB) 04a d4 //Offset pointer to Table-5. Non Register Calibration Data. (LSB) 04b 00 //Offset pointer to Table-5. Non Register Calibration Data. (MSB) 04c 2a //Offset pointer to Table-6. Radio Miscellaneous. (LSB) 04d 01 //Offset pointer to Table-6. Radio Miscellaneous. (MSB) 04e 33 //Offset pointer to Table-7. Null Table (LSB) 04f 01 //Offset pointer to Table-7. Null Table (MSB) 050 35 //Offset pointer to Table-8. Power Level table (LSB) 051 01 //Offset pointer to Table-8. Power Level table (MSB) 052 4B //Offset pointer to Table-9. Power Limit table (LSB) 053 01 //Offset pointer to Table-9. Power Limit table (MSB) 054 0d //Offset pointer to Table-10. Channel Gain Adjustment table (LSB) 055 02 //Offset pointer to Table-10. Channel Gain Adjustment table (MSB) 056 3f //Offset pointer to Table-11. Calibration Configuration table (LSB) 057 02 //Offset pointer to Table-11. Calibration Configuration table (MSB) 058 5b //Offset pointer to Table-12. PA Bias Table. (LSB) 059 02 //Offset pointer to Table-12. PA Bias Data. (MSB) 05a 6d //Offset pointer to Table-13. RSSI Table. (LSB) 05b 02 //Offset pointer to Table-13. RSSI Data. (MSB) 05c 79 //Offset pointer to Table-14. Constellation add-on Table.(LSB) 05d 02 //Offset pointer to Table-14. Constellation add-on Data.(MSB) 05e a3 //Offset pointer to Table-15. Reserved Table (#15). (LSB) 05f 02 //Offset pointer to Table-15. Reserved Table. (MSB) 060 ae //Offset pointer to Table-16. Vendor Specific Data Table. (LSB) 061 02 //Offset pointer to Table-16. Vendor Specific Data. (MSB) //==================================================================================== 062 00 //Null table (#1) - Number of entries 063 00 //Size of each entry in table //==================================================================================== 064 01 //Die ID Table (#2) - Number of Entries 065 10 //Size of each entry in table 066 00 // Die ID L1, BYTE 0 067 00 // Die ID L1, BYTE 1 068 00 // Die ID L1, BYTE 2 069 00 // Die ID L1, BYTE 3 // 06a 00 // Die ID L2, BYTE 0 06b 00 // Die ID L2, BYTE 1 06c 00 // Die ID L2, BYTE 2 06d 00 // Die ID L2, BYTE 3 // 06e 00 // Die ID H1, BYTE 0 06f 00 // Die ID H1, BYTE 1 070 00 // Die ID H1, BYTE 2 071 00 // Die ID H1, BYTE 3 // 072 00 // Die ID H2, BYTE 0 073 00 // Die ID H2, BYTE 1 074 00 // Die ID H2, BYTE 2 075 00 // Die ID H2, BYTE 3 //==================================================================================== 076 1b //VGA Calibration Table (#3) - Number of Entries 077 02 //Size of each entry in table // 11b-band (channels 1 - 14) (2412-2483) 078 00 // 0 dB (LSB) 079 00 // (MSB) 07a 3c // at most 6 dB (LSB) 07b 00 // (MSB) 07c 78 // at most 12 dB (LSB) 07d 00 // (MSB) 07e b4 // at most 18 dB (LSB) 07f 00 // (MSB) 080 c8 // at most 20 dB (LSB) 081 00 // (MSB) 082 dc // at most 22 dB (LSB) 083 00 // (MSB) 084 f0 // at most 24 dB (LSB) 085 00 // (MSB) // 11a UNI lower/mid Cal Data (channels -16 to -4,J1-J4) (4920-4980). 086 00 // 0 dB (LSB) 087 00 // (MSB) 088 3c // at most 6 dB (LSB) 089 00 // (MSB) 08a 78 // at most 12 dB (LSB) 08b 00 // (MSB) 08c b4 // at most 18 dB (LSB) 08d 00 // (MSB) 08e f0 // at most 24 dB (LSB) 08f 00 // (MSB) // 11a UNI lower/mid Cal Data (channels J8-J12, 36-64) (5040-5320) 090 00 // 0 dB (LSB) 091 00 // (MSB) 092 3c // at most 6 dB (LSB) 093 00 // (MSB) 094 78 // at most 12 dB (LSB) 095 00 // (MSB) 096 b4 // at most 18 dB (LSB) 097 00 // (MSB) 098 f0 // at most 24 dB (LSB) 099 00 // (MSB) // 11a UNI upper Cal Data (channels 100-116) (5500-5580) 09a 00 // 0 dB (LSB) 09b 00 // (MSB) 09c 3c // at most 6 dB (LSB) 09d 00 // (MSB) 09e 78 // at most 12 dB (LSB) 09f 00 // (MSB) 0a0 b4 // at most 18 dB (LSB) 0a1 00 // (MSB) 0a2 f0 // at most 24 dB (LSB) 0a3 00 // (MSB) // 11a UNI upper 2 Cal Data (channels 120-161) (5600-5805) 0a4 00 // 0 dB (LSB) 0a5 00 // (MSB) 0a6 3c // at most 6 dB (LSB) 0a7 00 // (MSB) 0a8 78 // at most 12 dB (LSB) 0a9 00 // (MSB) 0aa b4 // at most 18 dB (LSB) 0ab 00 // (MSB) 0ac f0 // at most 24 dB (LSB) 0ad 00 // (MSB) //==================================================================================== 0ae 09 //PHY Register Calibration Table (#4) - Number of Entries 0af 04 //Size of each entry in table 0b0 44 //(addr LSB) Tx I DC offset Reg. Address (B Band ) 0b1 10 //(addr MSB) 0b2 00 //(data LSB) Tx I DC offset Value 0b3 00 //(data MSB) 0b4 45 //(addr LSB) Tx Q DC offset Reg. Address (B Band) 0b5 10 //(addr MSB) 0b6 00 //(data LSB) Tx Q DC offset Value 0b7 00 //(data MSB) // The 4 A band entries that follow are in a more compact format than the (original) B band ones above 0b8 00 //(data LSB) TX I DC offset Value (A Band) - Japanese (4.9Ghz band) 0b9 00 //(data MSB) 0ba 00 //(data LSB) TX Q DC offset value (A Band) 0bb 00 //(data MSB) 0bc 00 //(data LSB) TX I DC offset Value (A Band) - Lower UNI 0bd 00 //(data MSB) 0be 00 //(data LSB) TX Q DC offset value (A Band) 0bf 00 //(data MSB) 0c0 00 //(data LSB) TX I DC offset Value (A Band) - Middle UNI 0c1 00 //(data MSB) 0c2 00 //(data LSB) TX Q DC offset value (A Band) 0c3 00 //(data MSB) 0c4 00 //(data LSB) TX I DC offset Value (A Band) - Upper UNI 0c5 00 //(data MSB) 0c6 00 //(data LSB) TX Q DC offset value (A Band) 0c7 00 //(data MSB) // 0c8 00 //(data LSB) Temperature sensor offset 0c9 00 //(data MSB) 0ca 00 //(data LSB) Temperature sensor gain 0cb 00 //(data MSB) // 0cc 00 //(data LSB) // Reserved // Future Use 0cd 00 //(data MSB) 0CE 00 //(data LSB) 0CF 00 //(data MSB) 0D0 00 //(data LSB) 0D1 00 //(data MSB) 0D2 00 //(data LSB) 0D3 00 //(data MSB) //================================================================================== 0D4 06 //Non Register Calibration Table (#5) - Number of Entries 0D5 0e //Size of each entry in table //////// .11g Cal data (1-14 OFDM) 0D6 B5 // MAX Baseband Gain (LSB) 0D7 00 // (MSB) 0D8 50 // Tx Gain in dB (120=>12) (LSB) 0D9 00 // (16 bits) (MSB) 0DA 24 // Bias (LSB) 0DB 00 // (MSB) 0dc 60 // Power Detect (CLPC) (LSB) 0dd 04 // (16 bits) (MSB) 0de 32 // Ref Tx Gain in 10x dB (LSB) 0df 00 // (16 bits) (MSB) 0e0 C7 // Ref Power Detect (LSB) - Ref. Temperature 0e1 06 // (16 bits) (MSB) 0e2 85 // Reference Channel Freq (LSB) 0e3 09 // (MSB) /////// 11a UNI lower/mid Cal Data (channels -16 to -4,J1-J4) (4920-4980). /////// Not supported by all reference designs 0e4 a0 // MAX Baseband Gain (LSB) 0e5 00 // (MSB) 0e6 3c // Tx Gain in dB (120=>12) (LSB) 0e7 00 // (16 bits) (MSB) 0e8 24 // Bias (LSB) 0e9 00 // (MSB) 0ea CA // Power Detect (CLPC) (LSB) 0eb 04 // (16 bits) (MSB) 0ec 50 // Ref Tx Gain in 10x dB (LSB) 0ed 00 // (16 bits) (MSB) 0ee c7 // Ref Power Detect (LSB) - Ref. Temperature 0ef 06 // (16 bits) (MSB) 0f0 60 // Reference Channel Freq (LSB) 0f1 13 // (MSB) /////// 11a UNI lower/mid Cal Data (channels J8-J12, 36-64) (5040-5320) 0f2 d0 // MAX Baseband Gain (LSB) In HWPC, this determins the nominal BB gain 0f3 00 // (MSB) Used in Band A 0f4 3c // Tx Gain in dB (120=>12) (LSB) 0f5 00 // (16 bits) (MSB) 0f6 24 // Bias (LSB) 0f7 00 // (MSB) 0f8 CA // Power Detect (CLPC) (LSB) 0f9 04 // (16 bits) (MSB) 0fa 50 // Ref Tx Gain in 10x dB (LSB) 0fb 00 // (16 bits) (MSB) 0fc c7 // Ref Power Detect (LSB) - Ref. Temperature 0fd 06 // (16 bits) (MSB) 0fe 8c // Reference Channel Freq (LSB) 0ff 14 // (MSB) //////// 11a UNI upper Cal Data (channels 100-116) (5500-5580) 100 08 // MAX Baseband Gain (LSB) 101 01 // (MSB) 102 3c // Tx Gain in dB (120=>12) (LSB) 103 00 // (16 bits) (MSB) 104 24 // Bias (LSB) 105 00 // (MSB) 106 CA // Power Detect (CLPC) (LSB) 107 04 // (16 bits) (MSB) 108 50 // Ref Tx Gain in 10x dB (LSB) 109 00 // (16 bits) (MSB) 10a c7 // Ref Power Detect (LSB) - Ref. Temperature 10b 06 // (16 bits) (MSB) 10c b8 // Reference Channel Freq (LSB) 10d 15 // (MSB) //////// 11a UNI upper 2 Cal Data (channels 120-161) (5600-5805) 10e 08 // MAX Baseband Gain (LSB) 10f 01 // (MSB) 110 3c // Tx Gain in dB (120=>12) (LSB) 111 00 // (16 bits) (MSB) 112 24 // Bias (LSB) 113 00 // (MSB) 114 CA // Power Detect (CLPC) (LSB) 115 04 // (16 bits) (MSB) 116 50 // Ref Tx Gain in 10x dB (LSB) 117 00 // (16 bits) (MSB) 118 c7 // Ref Power Detect (LSB) - Ref. Temperature 119 06 // (16 bits) (MSB) 11a 44 // Reference Channel Freq (LSB) 11b 16 // (MSB) /////// 11b Cal Data (1-14 11b) 11c b5 // MAX Baseband Gain (LSB) In HWPC this is used to equalize the BB power 11d 00 // (MSB) between OFDM and CCK. 11e 52 // Tx Gain in dB (120=>12) (LSB) 11f 00 // (16 bits) (MSB) 120 24 // Bias (LSB) 121 00 // (MSB) 122 60 // Power Detect (CLPC) (LSB) 123 04 // (16 bits) (MSB) 124 64 // Ref Tx Gain in 10x dB (LSB) 125 00 // (16 bits) (MSB) 126 c7 // Ref Power Detect (LSB) - Ref. Temperature 127 06 // (16 bits) (MSB) 128 85 // Reference Channel Freq (LSB) 129 09 // (MSB) //================================================================================== 12a 01 //MISC Table (#6). Number of Entries 12b 07 //MISC Table. Size of each Entry 12c 10 //Orange Init LED on GPIO[12] 12d 00 // 12e 00 //Green Activity LED on GPIO[6] 12f 40 // 130 00 //LED - DIAGNOSTIC bit in GPIO_OUT. (LSB) 131 00 //LED - DIAGNOSTIC bit in GPIO_OUT. (MSB) 132 01 //WatchDog Enabled (boolean 1=yes, 0=no) //================================================================================== 133 00 // Null table for backwards compatibility (#7). Number of Entries 134 00 // Size of each Entry //================================================================================== 135 05 // Power Level Table (#8). Number of Entries 136 04 // Power Level Table. Size of each Entry // B/G Band 137 00 //Level 1 for HW power control at b/g mode (Highest) 138 fd //Level 2 for HW power control at b/g mode 139 fa //Level 3 for HW power control at b/g mode 13a f7 //Level 4 for HW power control at b/g mode (Lowest) // N\A 13b 00 // N\A 13c 00 // N\A 13d 00 // N\A 13e ff // N\A // N\A 13f ff // N\A 140 ff // N\A 141 ff // N\A 142 fd // N\A // N\A 143 fd // N\A 144 fd // N\A 145 fd // N\A 146 fb // N\A // A Band 147 00 //Level 1 for HW power control at a mode (Highest) 148 fd //Level 2 for HW power control at a mode 149 fa //Level 3 for HW power control at a mode 14a f7 //Level 4 for HW power control at a mode (Lowest) //================================================================================== 14b 30 // Power LimitTable (#9). Number of Entries 14c 04 // Power Limit Table. Size of each Entry // Channel 1 14d 0f // OFDM constellation add on limit in 1/2 dB resolution 14e 00 // NA 14f 00 // NA 150 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 2 151 0f // OFDM constellation add on limit in 1/2 dB resolution 152 00 // NA 153 00 // NA 154 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 3 155 0f // OFDM constellation add on limit in 1/2 dB resolution 156 00 // NA 157 00 // NA 158 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 4 159 0f // OFDM constellation add on limit in 1/2 dB resolution 15a 00 // NA 15b 00 // NA 15c 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 5 15d 0f // OFDM constellation add on limit in 1/2 dB resolution 15e 00 // NA 15f 00 // NA 160 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 6 161 0f // OFDM constellation add on limit in 1/2 dB resolution 162 00 // NA 163 00 // NA 164 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 7 165 0f // OFDM constellation add on limit in 1/2 dB resolution 166 00 // NA 167 00 // NA 168 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 8 169 0f // OFDM constellation add on limit in 1/2 dB resolution 16a 00 // NA 16b 00 // NA 16c 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 9 16d 0f // OFDM constellation add on limit in 1/2 dB resolution 16e 00 // NA 16f 00 // NA 170 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 10 171 0f // OFDM constellation add on limit in 1/2 dB resolution 172 00 // NA 173 00 // NA 174 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 11 175 0f // OFDM constellation add on limit in 1/2 dB resolution 176 00 // NA 177 00 // NA 178 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 12 179 0f // OFDM constellation add on limit in 1/2 dB resolution 17a 00 // NA 17b 00 // NA 17c 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 13 17d 0f // OFDM constellation add on limit in 1/2 dB resolution 17e 00 // NA 17f 00 // NA 180 0f // CCK constellation add on limit in 1/2 dB resolution // Channel 14 181 0f // OFDM constellation add on limit in 1/2 dB resolution 182 00 // NA 183 00 // NA 184 0f // CCK constellation add on limit in 1/2 dB resolution /////////////// 4920MHz to 4980MHz // Channel J1 // 4920 MHz 185 0f // OFDM constellation add on limit in 1/2 dB resolution 186 00 // NA 187 00 // NA 188 00 // NA // Channel J2 //4940 MHz 189 0f // OFDM constellation add on limit in 1/2 dB resolution 18a 00 // NA 18b 00 // NA 18c 00 // NA // Channel J3 //4960 MHz 18d 0f // OFDM constellation add on limit in 1/2 dB resolution 18e 00 // NA 18f 00 // NA 190 00 // NA // Channel J4 //4980 MHz 191 0f // OFDM constellation add on limit in 1/2 dB resolution 192 00 // NA 193 00 // NA 194 00 // NA /////////////// J-band // Channel 8 // 5040 MHz 195 0f // OFDM constellation add on limit in 1/2 dB resolution 196 00 // NA 197 00 // NA 198 00 // NA // Channel 12 // 5060 MHz 199 0f // OFDM constellation add on limit in 1/2 dB resolution 19a 00 // NA 19b 00 // NA 19c 00 // NA // Channel 16 // 5080 MHz 19d 0f // OFDM constellation add on limit in 1/2 dB resolution 19e 00 // NA 19f 00 // NA 1a0 00 // NA // Channel 34 // 5170 MHz 1a1 0f // OFDM constellation add on limit in 1/2 dB resolution 1a2 00 // NA 1a3 00 // NA 1a4 00 // NA // Channel 36 // 5180 MHz 1a5 0f // OFDM constellation add on limit in 1/2 dB resolution 1a6 00 // NA 1a7 00 // NA 1a8 00 // NA // Channel 38 // 5190 MHz 1a9 0f // OFDM constellation add on limit in 1/2 dB resolution 1aa 00 // NA 1ab 00 // NA 1ac 00 // NA // Channel 40 // 5200 MHz 1ad 0f // OFDM constellation add on limit in 1/2 dB resolution 1ae 00 // NA 1af 00 // NA 1b0 00 // NA // Channel 42 // 5210 MHz 1b1 0f // OFDM constellation add on limit in 1/2 dB resolution 1b2 00 // NA 1b3 00 // NA 1b4 00 // NA // Channel 44 // 5220 MHz 1b5 0f // OFDM constellation add on limit in 1/2 dB resolution 1b6 00 // NA 1b7 00 // NA 1b8 00 // NA // Channel 46 // 5230 MHz 1b9 0f // OFDM constellation add on limit in 1/2 dB resolution 1ba 00 // NA 1bb 00 // NA 1bc 00 // NA // Channel 48 // 5240 MHz 1bd 0f // OFDM constellation add on limit in 1/2 dB resolution 1be 00 // NA 1bf 00 // NA 1c0 00 // NA // Channel 52 // 5260 MHz 1c1 0f // OFDM constellation add on limit in 1/2 dB resolution 1c2 00 // NA 1c3 00 // NA 1c4 00 // NA // Channel 56 // 5280 MHz 1c5 0f // OFDM constellation add on limit in 1/2 dB resolution 1c6 00 // NA 1c7 00 // NA 1c8 00 // NA // Channel 60 // 5300 MHz 1c9 0f // OFDM constellation add on limit in 1/2 dB resolution 1ca 00 // NA 1cb 00 // NA 1cc 00 // NA // Channel 64 // 5320 MHz 1cd 0f // OFDM constellation add on limit in 1/2 dB resolution 1ce 00 // NA 1cf 00 // NA 1d0 00 // NA // Channel 100 // 5500 MHz 1d1 0f // OFDM constellation add on limit in 1/2 dB resolution 1d2 00 // NA 1d3 00 // NA 1d4 00 // NA // Channel 104 // 5520 MHz 1d5 0f // OFDM constellation add on limit in 1/2 dB resolution 1d6 00 // NA 1d7 00 // NA 1d8 00 // NA // Channel 108 // 5540 MHz 1d9 0f // OFDM constellation add on limit in 1/2 dB resolution 1da 00 // NA 1db 00 // NA 1dc 00 // NA // Channel 112 // 5560 MHz 1dd 0f // OFDM constellation add on limit in 1/2 dB resolution 1de 00 // NA 1df 00 // NA 1e0 00 // NA // Channel 116 // 5580 MHz 1e1 0f // OFDM constellation add on limit in 1/2 dB resolution 1e2 00 // NA 1e3 00 // NA 1e4 00 // NA // Channel 120 // 5600 MHz 1e5 0f // OFDM constellation add on limit in 1/2 dB resolution 1e6 00 // NA 1e7 00 // NA 1e8 00 // NA // Channel 124 // 5620 MHz 1e9 0f // OFDM constellation add on limit in 1/2 dB resolution 1ea 00 // NA 1eb 00 // NA 1ec 00 // NA // Channel 128 // 5640 MHz 1ed 0f // OFDM constellation add on limit in 1/2 dB resolution 1ee 00 // NA 1ef 00 // NA 1f0 00 // NA // Channel 132 // 5660 MHz 1f1 0f // OFDM constellation add on limit in 1/2 dB resolution 1f2 00 // NA 1f3 00 // NA 1f4 00 // NA // Channel 136 // 5680 MHz 1f5 0f // OFDM constellation add on limit in 1/2 dB resolution 1f6 00 // NA 1f7 00 // NA 1f8 00 // NA // Channel 140 // 5700 MHz 1f9 0f // OFDM constellation add on limit in 1/2 dB resolution 1fa 00 // NA 1fb 00 // NA 1fc 00 // NA // Channel 149 // 5745 MHz 1fd 0f // OFDM constellation add on limit in 1/2 dB resolution 1fe 00 // NA 1ff 00 // NA 200 00 // NA // Channel 153 // 5765 MHz 201 0f // OFDM constellation add on limit in 1/2 dB resolution 202 00 // NA 203 00 // NA 204 00 // NA // Channel 157 // 5785 MHz 205 0f // OFDM constellation add on limit in 1/2 dB resolution 206 00 // NA 207 00 // NA 208 00 // NA // Channel 161 // 5805 MHz 209 0f // OFDM constellation add on limit in 1/2 dB resolution 20a 00 // NA 20b 00 // NA 20c 00 // NA //================================================================================== 20d 30 // Channel Gain Adjustment Table (#10). Number of Entries 20e 01 // Channel Gain Adjustment Table. Size of each Entry // Channel 1 // 2412 MHz 20f 00 // signed int8 // in 0.25dB steps // Channel 2 // 2417 MHz 210 00 // signed int8 // // Channel 3 // 2422 MHz 211 00 // signed int8 // // Channel 4 // 2427 MHz 212 00 // signed int8 // // Channel 5 // 2432 MHz 213 00 // signed int8 // // Channel 6 // 2437 MHz 214 00 // signed int8 // // Channel 7 // 2442 MHz 215 00 // signed int8 // // Channel 8 // 2447 MHz 216 00 // signed int8 // // Channel 9 // 2452 MHz 217 00 // signed int8 // // Channel 10 // 2457 MHz 218 00 // signed int8 // // Channel 11 // 2462 MHz 219 00 // signed int8 // // Channel 12 // 2467 MHz 21a 00 // signed int8 // // Channel 13 // 2472 MHz 21b 00 // signed int8 // // Channel 14 // 2484 MHz 21c 00 // signed int8 // /////////////// 4920MHz to 4980MHz // Channel J1 // 4920 MHz 21d 00 // signed int8 // // Channel J2 // 4940 MHz 21e 00 // signed int8 // // Channel J3 // 4960 MHz 21f 00 // signed int8 // // Channel J4 // 4980 MHz 220 00 // signed int8 // /////////////// J-band // Channel 8 // 5040 MHz 221 00 // signed int8 // // Channel 12 // 5060 MHz 222 00 // signed int8 // // Channel 16 // 5080 MHz 223 00 // signed int8 // /////////////// U-NII lower band // Channel 34 // 5170 MHz 224 00 // signed int8 // // Channel 36 // 5180 MHz 225 00 // signed int8 // // Channel 38 // 5190 MHz 226 00 // signed int8 // // Channel 40 // 5200 MHz 227 00 // signed int8 // // Channel 42 // 5210 MHz 228 00 // signed int8 // // Channel 44 // 5220 MHz 229 00 // signed int8 // // Channel 46 // 5230 MHz 22a 00 // signed int8 // // Channel 48 // 5240 MHz 22b 00 // signed int8 // /////////////// U-NII middle band // Channel 52 // 5260 MHz 22c 00 // signed int8 // // Channel 56 // 5280 MHz 22d 00 // signed int8 // // Channel 60 // 5300 MHz 22e 00 // signed int8 // // Channel 64 // 5320 MHz 22f 00 // signed int8 // /////////////// U-NII Upper Band I // Channel 100 // 5500 MHz 230 00 // signed int8 // // Channel 104 // 5520 MHz 231 00 // signed int8 // // Channel 108 // 5540 MHz 232 00 // signed int8 // // Channel 112 // 5560 MHz 233 00 // signed int8 // // Channel 116 // 5580 MHz 234 00 // signed int8 // // Channel 120 // 5600 MHz 235 00 // signed int8 // // Channel 124 // 5620 MHz 236 00 // signed int8 // // Channel 128 // 5640 MHz 237 00 // signed int8 // // Channel 132 // 5660 MHz 238 00 // signed int8 // // Channel 136 // 5680 MHz 239 00 // signed int8 // // Channel 140 // 5700 MHz 23a 00 // signed int8 // //////////////// U-NII Upper Band II // Channel 149 // 5745 MHz 23b 00 // signed int8 // // Channel 153 // 5765 MHz 23c 00 // signed int8 // // Channel 157 // 5785 MHz 23d 00 // signed int8 // // Channel 161 // 5805 MHz 23e 00 // signed int8 // //================================================================================== 23f 0d // Calibration Configuration Table (#11). Number of Entries 240 02 // Calibration Configuration. Size of each Entry // poly 1 - G band (PG 1.0, PG2.0) // 241 09 // uint16 (LSB) // B-Band // 242 26 // uint16 (MSB) // poly 1 - G band (PG 3.0) without 1253FE moutnted // 241 28 // uint16 (LSB) // B-Band // 242 23 // uint16 (MSB) // poly 1 - G band (PG 3.0) with 1253FE moutnted 241 94 // uint16 (LSB) // B-Band 242 05 // uint16 (MSB) // poly 2 Japanese (4.9Ghz band) 243 94 // uint16 (LSB) // A-Band 244 05 // uint16 (MSB) // poly 3 Lower UNI 245 94 // uint16 (LSB) // A-Band 246 05 // uint16 (MSB) // poly 4 Middle UNI 247 94 // uint16 (LSB) // A-Band 248 05 // uint16 (MSB) // poly 5 Upper UNI 249 95 // uint16 (LSB) // A-Band 24a 05 // uint16 (MSB) // poly 6 11B CCK (PG 1.0, PG2.0) // 24b 09 // uint16 (LSB) // B-Band // 24c 26 // uint16 (MSB) // poly 6 - 11B CCK (PG 3.0) without 1253FE moutnted // 24b 28 // uint16 (LSB) // B-Band // 24c 23 // uint16 (MSB) // poly 6 - 11B CCK (PG 3.0) with 1253FE moutnted 24b 94 // uint16 (LSB) // B-Band 24c 05 // uint16 (MSB) // "Absolute Power" Reference Table - Unused // // G - band 24d 9B // OFDM calibration target power (LSB) 24e 00 // OFDM calibration target power (MSB) // Japanese (4.9Ghz band) 24f 9B // OFDM calibration target power (LSB) 250 00 // OFDM calibration target power (MSB) // Lower UNI 251 9B // OFDM calibration target power (LSB) 252 00 // OFDM calibration target power (MSB) // Middle UNI 253 9B // OFDM calibration target power (LSB) 254 00 // OFDM calibration target power (MSB) // Upper UNI 255 9B // OFDM calibration target power (LSB) 256 00 // OFDM calibration target power (MSB) // 11B CCK 257 C3 // CCK calibration target power (LSB) 258 00 // CCK calibration target power (MSB) // // Table Enable Mask 259 01 // uint16 (LSB) // Only enable the power level table 25a 00 // uint16 (MSB) //================================================================================== 25b 10 // PA Bias Table (#12) Number of Entries 25c 01 // PA Bias Table Size of each Entry //================================================================================== 25d 1e // 9 - 6 B Band 25e 18 // 18 - 12 25f 18 // 36 - 24 260 18 // 54 - 48 261 00 // N\A 262 22 // 11B 263 00 // N\A 264 00 // N\A 265 24 // 9 - 6 A Band 266 25 // 18 - 12 267 26 // 36 - 24 268 27 // 54 - 48 269 00 // N\A 26a 00 // N\A 26b 00 // N\A 26c 00 // N\A //================================================================================== 26d 0a // RSSI Table (#13) Number of Entries 26e 01 // RSSI Table Size of each Entry //================================================================================== 26f 00 // RSSI offset OFDM in 2.4Ghz B/G band 270 00 // RSSI offset OFDM in 4.9Ghz (Japan) band 271 00 // RSSI offset OFDM in 5Ghz band UNII low 272 00 // RSSI offset OFDM in 5Ghz band UNII mid 273 00 // RSSI offset OFDM in 5Ghz band UNII high 274 00 // RSSI offset N\A 275 00 // RSSI offset N\A 276 00 // RSSI offset N\A 277 00 // RSSI offset N\A 278 00 // RSSI offset N\A //================================================================================== 279 08 // Constellation add-on table (#14) Number of Entries 27A 05 // Constellation add-on table Size of each Entry //================================================================================== //================================================================================== // 2.4 GHz / B Band //================================================================================== 27B 08 // power level 1 - BPSK 6/9 OFDM 27C 05 // power level 1 - QPSK 12/18 OFDM 27D 03 // power level 1 - QAM16 24/36 OFDM 27E 00 // power level 1 - QAM64 48/54 OFDM 27F 0a // power level 1 - 11B 1-11CCK 280 00 // power level 2 - BPSK 6/9 OFDM 281 00 // power level 2 - QPSK 12/18 OFDM 282 00 // power level 2 - QAM16 24/36 OFDM 283 00 // power level 2 - QAM64 48/54 OFDM 284 00 // power level 2 - 11B 1-11CCK 285 00 // power level 3 - BPSK 6/9 OFDM 286 00 // power level 3 - QPSK 12/18 OFDM 287 00 // power level 3 - QAM16 24/36 OFDM 288 00 // power level 3 - QAM64 48/54 OFDM 289 00 // power level 3 - 11B 1-11CCK 28A 00 // power level 4 - BPSK 6/9 OFDM 28B 00 // power level 4 - QPSK 12/18 OFDM 28C 00 // power level 4 - QAM16 24/36 OFDM 28D 00 // power level 4 - QAM64 48/54 OFDM 28E 00 // power level 4 - 11B 1-11CCK //================================================================================== // 5GHz Power Table //================================================================================== 28F 0a // power level 1 - BPSK 6/9 OFDM 290 06 // power level 1 - QPSK 12/18 OFDM 291 04 // power level 1 - QAM16 24/36 OFDM 292 00 // power level 1 - QAM64 48/54 OFDM 293 00 // power level 1 - N\A 294 00 // power level 2 - BPSK 6/9 OFDM 295 00 // power level 2 - QPSK 12/18 OFDM 296 00 // power level 2 - QAM16 24/36 OFDM 297 00 // power level 2 - QAM64 48/54 OFDM 298 00 // power level 2 - N\A 299 00 // power level 3 - BPSK 6/9 OFDM 29a 00 // power level 3 - QPSK 12/18 OFDM 29b 00 // power level 3 - QAM16 24/36 OFDM 29c 00 // power level 3 - QAM64 48/54 OFDM 29d 00 // power level 3 - N\A 29e 00 // power level 4 - BPSK 6/9 OFDM 29f 00 // power level 4 - QPSK 12/18 OFDM 2a0 00 // power level 4 - QAM16 24/36 OFDM 2a1 00 // power level 4 - QAM64 48/54 OFDM 2a2 00 // power level 4 - N\A //================================================================================== 2a3 09 // Reserved Table (#15) Number of Entries 2a4 01 // Reserved Table. Size of each Entry //================================================================================== 2a5 00 2a6 00 2a7 00 2a8 00 2a9 00 2aa 00 2ab 00 2ac 00 2ad 00 //================================================================================== 2ae 01 // Vendor Specific Table (#16) Number of Entries 2af 40 // Vendor Specific Table. Size of each Entry //================================================================================== 2b0 00 2b1 00 2b2 00 2b3 00 2b4 00 2b5 00 2b6 00 2b7 00 2b8 00 2b9 00 2ba 00 2bb 00 2bc 00 2bd 00 2be 00 2bf 00 2c0 00 2c1 00 2c2 00 2c3 00 2c4 00 2c5 00 2c6 00 2c7 00 2c8 00 2c9 00 2ca 00 2cb 00 2cc 00 2cd 00 2ce 00 2cf 00 2d0 00 2d1 00 2d2 00 2d3 00 2d4 00 2d5 00 2d6 00 2d7 00 2d8 00