Not yet, although there very well might be in the future.
This is not because we simply decided so, it's because the NTSC version already uses the maximum bandwidth over USB currently supported by the hosts. That extra frame and the few extra lines kinda push it such that we could have to sacrifice some lines(letterbox) in order to make a PAL version with the current USB speeds.
Another point that many people don't realize, however, is that once you're working with Andromeda, there isn't really any NTSC/PAL since what you get are 24 uncompressed images per second. The difference is that you would get 25 images per second with the PAL version.
With PAL chips there are also some extra lines vertically, however, our tests of the NTSC DVX100 version show it resolving over 800 lines horizontally and about 750 vertically using a standard EIA resolution chart. Considering the output frame size is about 1540x984, there is plenty of room to mold the footage to target just about any distribution format.
Cheers,
Juan
This is not because we simply decided so, it's because the NTSC version already uses the maximum bandwidth over USB currently supported by the hosts. That extra frame and the few extra lines kinda push it such that we could have to sacrifice some lines(letterbox) in order to make a PAL version with the current USB speeds.
Another point that many people don't realize, however, is that once you're working with Andromeda, there isn't really any NTSC/PAL since what you get are 24 uncompressed images per second. The difference is that you would get 25 images per second with the PAL version.
With PAL chips there are also some extra lines vertically, however, our tests of the NTSC DVX100 version show it resolving over 800 lines horizontally and about 750 vertically using a standard EIA resolution chart. Considering the output frame size is about 1540x984, there is plenty of room to mold the footage to target just about any distribution format.
Cheers,
Juan