This 15KHz software you speak of probably only affects the timing of the VGA port. I assume so as well..., since it will "fool" the monitor that it is connected to an older device (i.e. Amiga, Atari, etc.)
As you know, if you connect a real Amiga to 1084S-D1 via S-Video it looks inferior compared to when you connect it using a DB 15-pin to DB 9-pin cable.
If I determine what is Amiga's native resolution/frequency when connected to 1084S-D1 via a 15pin to 9pin cable, then I might be able to buy a VGA to DB 9-pin, and in Windows environment somehow change reslution/frequency, so my MAME and other emulators, look as sharp as when a real Amiga is connected to my 1084S-D1 (again using a DB 15-pin to DB 9-pin).
Surely, 1084S-D1's RGB port, somehow must be able to receive a comparable signal from ThinkPad (or a modern computer for that matter), and convert this into something comparable to a real Amiga video signal. My issue with S-Video (from ThinkPad) to Y/C on 1084S-D1 is that it is NOT as sharp as when you connect a real Amiga to 1084S-D1 using a a DB 15-pin to DB 9-pin cable.
http://www.ambery.com/db9todbadca.htmlWell, what is through software in Windows (PowerStrip, 15Khz, etc.) I might be able to adjust this?
Someone is making a progress here:
http://nfggames.com/forum2/index.php?topic=4096.0http://www.ebay.co.uk/sch/i.html?_from=R40&_trksid=m570.l2736&_nkw=DB+9pin+vgaThere has to be a way...