Initialization Routine for NPHYs

1. FIXME NPHY Table Init

2. Write 0 to PHYRegister 0xEC

3. Write 0 to PHYRegister 0x91

4. Write 0 to PHYRegister 0x92

5. Write 0 to PHYRegister 0x93

6. Write 0 to PHYRegister 0x94

7. Mask PHYRegister 0xA1 with mask 0xFFFC

8. Write 0 to PHYRegister 0xA5

9. MaskSet PHYRegister 0xDC with mask 0xFF00 and set with 0x40

10. Write 0x20 to PHYRegister 0x203

11. Write 0x20 to PHYRegister 0x201

12. Write 0xB8 to PHYRegister 0x20D

13. Write 0xC8 to PHYRegister 0x13A

14. Write 0x50 to PHYRegister 0x70

15. Write 0x30 to PHYRegister 0x1FF

16. Set the PHYRegister 0xED with the desired MIMO Config

17. If the PHY Revision is < 2

    1. Write 0xAA8 to PHYRegister 0x180

    2. Write 0x9A4 to PHYRegister 0x181

18. NPHY Workarounds

19. Set bit 0x20000 in sbtmstatelow

20. Backup the value of PHYRegister 0x1

21. Set bit 0x4000 in PHYRegister 0x1

22. Restore the value of PHYRegister 0x1

23. Unset bit 0x20000 in sbtmstatelow
24. FIXME Force RF Seq 0
25. FIXME Force RF Seq 2
26. FIXME PHY Classifier
27. FIXME PHY Clip Det
28. If we're currently operating in the 2GHz band

    1. Write 0x1E1F to 1 by 0x202 to PHYRegisters 0xC88 - 0xC96

    2. Write 0x3F3F to 0x1E1F by 0x202 to PHYRegisters 0xC97 - 0xCA7

    3. Write 0x668 to PHYRegister 0xC38

29. FIXME TX Power Control
30. FIXME TX Power Fix
31. FIXME NRSSI Calibration
32. FIXME TX IQ LO Calibration

33. If the PHY Revision is < 2

    1. FIXME PHY TX IQ Workaround
34. FIXME RX IQ Cal
35. FIXME TX Power Control Setup
36. FIXME TX Power Control Enable PHY
37. FIXME Superswitch Control