This metal box has 3 different i2c addresses inside it. I am trying to properly structure the driver for it.The FusionHDTV 5 card uses an TDVS-H062F. I have a hack that works, but I must clean it up. Yes, I have a version of the FusionHDTV 5 driver that works and has been tested with 8-VSB signals. QAM should work, but is not tested. I will release a patch after I get the code cleaned up. The LG Innotek TDVS-H062F NIM tuner is a more sensitive version of the TDVS-H061F. The main differences between them is power consumption and noise specifications. They both program the same way. These are designed for USA and South Korea in that they handle NTSC and 8-VSB ATSC. They also support cable with QAM-64 and QAM256. There are three different parts inside that use three different i2c addresses. TUA6034 Tuner at i2c address 0xC2 (0x61) NTSC IF Demodulator at i2c address 0x86 (0x43) LGDT3303 VSB/QAM Demodulator at address 0x1C (0x0e) TUA6034 is a 3 band tuner that is controlled by a 4 byte i2c message. There is a small wart in that an additional setting can be made by setting a constant pattern into byte 3 to affect the meaning of byte 4. This was cleanly handled by testing the tuner type to see if it has this capability. NTSC IF Demodulator needs some help. I did some bad things to make this work. I grabbed the i2c-adapter from the TUA6034 and used a different i2c message address to twiddle the bits of the NTSC IF Demodulator. It is a hack that works but... NTSC IF Demodulator gets programmed differently from the TUA6034 tuner. It is on a different i2c address. It uses pairs of bytes in an address, value combination to set the program. It must be in one state for digital TV and another state for analog TV. It does not change when channel frequencies are changed. Should I create a new device for the NTSC IF Demodulator? LGDT3303 is a complex chip that has its own driver. The driver also supports LGDT3302. The chips are pin compatible, but many of the i2c addresses and data vary. Basic operation is very similar. This works well as a single driver for both chips. -- Mac
