Cool 
Also, how is the MP3 player software?
Ok, thanks very much for your work 
Really GREAT news!! I will order 2 cards as soon as they are available!
I was already dreaming about a MP3 player for the CPC since years, but now it's great that it will come for the MSX.
I am very interested in supporting it in SymAmp (SymbOS), so I have a few questions:
- for the performance: How many OUTs (or LDs if memory mapped) do I need for sending one byte? (I hope one 
)
- what is the size of the internal buffer? (I am just wondering, how many times per second I need to re-fill the buffer)
- is the buffer divided into two parts (one part will be played, the other one has to be filled with new data), which are flipping? Or is it a rotating FIFO buffer?
I made a calculation, how much CPU usage a MP3 player would have on the CPC, when playing 128kbit MP3s from hard disc, and I came to a value of 25%, so it should be similiar or even faster on a normal MSX
Apart from the odd coolness factor, an area where I see potential is as a modern 'SCC' for games. So, a game's music comes from some chip containing this MP3 player and another chip of several megabytes (32?) in size holds all the music. Then the only thing a programmer has to do is send some command to let the mp3-chip play/stop, additional commands for bass/treble/volume. This way there's no overhead for the games.
Looping music might be an issue tho, as mp3 can't loop without hickup iirc. For that I'd choose OGG instead.
Wolf, maybe i add an SD card holder on it.
Then you can make MP3 sound/music cards and use them 4 games/aps etc.
Prodatron:
We need 7x256 out's (OTIR). There is an interupt when the MP3 decoder needs more data
More data about will come this week.