uyjulian . Joined Apr 11, 2024 Messages 18 Likes 10 Today at 8:51 PM #21 Other than the omitted 16 bit support, looks OK Since the pins are there, you might as well hook up the 16 bit stuff, and mux BYTE# and Q15 accordingly to /BYTE. That will allow faster accesses with custom drivers
Other than the omitted 16 bit support, looks OK Since the pins are there, you might as well hook up the 16 bit stuff, and mux BYTE# and Q15 accordingly to /BYTE. That will allow faster accesses with custom drivers
roberts7531 . Joined Sep 30, 2026 Messages 15 Likes 22 Today at 8:53 PM #22 uyjulian said: Other than the omitted 16 bit support, looks OK Click to expand... As far as I understand, 16 bit is not used for booting the rom0, right? I guess it would allow faster reprogramming, but that is not really necessary
uyjulian said: Other than the omitted 16 bit support, looks OK Click to expand... As far as I understand, 16 bit is not used for booting the rom0, right? I guess it would allow faster reprogramming, but that is not really necessary
uyjulian . Joined Apr 11, 2024 Messages 18 Likes 10 Today at 8:55 PM #23 roberts7531 said: As far as I understand, 16 bit is not used for booting the rom0, right? I guess it would allow faster reprogramming, but that is not really necessary Click to expand... 16 bit is not used in the process of booting. But it will allow faster access r/w with custom drivers. It may be possible that some chips can only be flashed if the full address/data range is available, but not too sure about this
roberts7531 said: As far as I understand, 16 bit is not used for booting the rom0, right? I guess it would allow faster reprogramming, but that is not really necessary Click to expand... 16 bit is not used in the process of booting. But it will allow faster access r/w with custom drivers. It may be possible that some chips can only be flashed if the full address/data range is available, but not too sure about this
roberts7531 . Joined Sep 30, 2026 Messages 15 Likes 22 Today at 8:58 PM #24 uyjulian said: 16 bit is not used in the process of booting. But it will allow faster access r/w with custom drivers. It may be possible that some chips can only be flashed if the full address/data range is available, but not too sure about this Click to expand... Looks like this chip can be programmed in byte mode, so looks fine! Thanks for the quick reply. Not really concerned with R/W access, at least not yet
uyjulian said: 16 bit is not used in the process of booting. But it will allow faster access r/w with custom drivers. It may be possible that some chips can only be flashed if the full address/data range is available, but not too sure about this Click to expand... Looks like this chip can be programmed in byte mode, so looks fine! Thanks for the quick reply. Not really concerned with R/W access, at least not yet