LP PHY TxpwrtblIqlo Cal

1. Create an LP PHY table and a u32 data word
2. Create a target gains structure (lpphy_txgains)

3. Call LP PHY Get BBmult and save the result

4. Set the saved pa gain to zero
5. If the PHY revision is less than 2
   1. Set bb_mult to 0x96
   2. If the board flags AND 0x12000 is zero

      1. If the chip ID is 5354 AND the chip rev >= 3

         1. Set the gm_gain member of the target gains to 7
         2. Set the pga_gain member of the target gains to 0xF
         3. Set the pad_gain member of the target gains to 0xA
         4. Set the dac_gain member of the target gains to 0
         5. Set bb_mult to 0x40
      2. Otherwise
         1. Set the gm_gain member of the target gains to 7
         2. Set the pga_gain member of the target gains to 0xF
         3. Set the pad_gain member of the target gains to 0xE
         4. Set the dac_gain member of the target gains to 0
         5. Set bb_mult to 0x96
   3. Otherwise
      1. If the current band is 5 GHz
         1. Set the gm_gain member of the target gains to 7
         2. Set the pga_gain member of the target gains to 0xF
         3. Set the pad_gain member of the target gains to 0xE
         4. Set the dac_gain member of the target gains to 0
         5. Set bb_mult to 0x40
      2. Otherwise
         1. Set the gm_gain member of the target gains to 4
         2. Set the pga_gain member of the target gains to 0xE
         3. Set the pad_gain member of the target gains to 0x9
         4. Set the dac_gain member of the target gains to 0
         5. Set bb_mult to 0x40

      3. Call LP PHY Set BBmult with bb_mult as the argument

6. Otherwise

   1. If the PHY Revision >= 3

      1. If the current band is 2G
         1. Set pa_gain to 0x10
      2. Otherwise
         1. Set pa_gain to 0x30
   2. Otherwise
      1. If the current band is 2G
         1. Set pa_gain to 0x20
      2. Otherwise
         1. Set pa_gain to 0x40

   3. Call LP PHY Get PA Gain and save the result as save_pa_gain

   4. Call LP PHY Set PA Gain with pa_gain as argument

   5. If the currend band is 5 GHz
      1. Set the gm_gain member of the target gains to 0xFF
      2. Set the pga_gain member of the target gains to 0x3C
      3. If the PHY Revision is 2
         1. Set the pad_gain member of the target gains to 0xFF
      4. Otherwise
         1. Set the pad_gain member of the target gains to 0xF0
   6. Otherwise
      1. Set the gm_gain member of the target gains to 0x7
      2. Set the pga_gain member of the target gains to 0x3C
      3. Set the pad_gain member of the target gains to 0xF8
      4. Set the dac_gain member of the target gains to 0

7. LP PHY TX IQLO Cal with arguments ( &target_gains, 0, 0)

8. If the PHY revision equals 2

   1. Call LP PHY Get Radio Loft with arguments ( &ei0, &eq0, &fi0, &fq0)

   2. If fi0 equals 0xF AND fq0 equals 0xF
      1. Set the gm_gain member of the target gains to 0x7
      2. Set the pga_gain member of the target gains to 0x2D
      3. Set the pad_gain member of the target gains to 0xBA
      4. Set the dac_gain member of the target gains to 0

      5. Call LP PHY TX IQLO Cal with arguments ( &target_gains, 0, 0)

9. LP PHY Get TX IQCC with arguments ( &a, &b)

10. Call LP PHY Get TX LOCC and save the result as didq

11. If the PHY revision is less than 2
    1. Set the table ID to 0xA
12. Otherwise
    1. Set the table ID to 0x7
13. Loop on idx from 0 to 127 (inclusive) with a step of 1
    1. Set the table width to 32, the table length to 1, and the table offset to 0x140 + idx
    2. Set the table data pointer to a u32 variable val

    3. Read the LP table

    4. Bitwise AND val with 0xFF00000, OR with (a ANDed with 0x3FF rightshifted by 0xA), then OR with b ANDed with 0x3FF

    5. Write the LP table

    6. Replace the contents of the table data work with those of didq
    7. Set the table offset to 0x1C0 + idx

    8. Write the LP table

14. Call LP PHY Set BBMult with argument save_bb_mult

15. If the PHY revision is >= 2

    1. LP PHY Set PA Gain with argument save_pa_gain