Software Support > GroovyMAME
Does CRT Emudriver/GroovyMAME support AMD Vega APUs (CPU)? (re: AMD 200GE)
sofakng:
Does CRT Emudriver work with a system like this? (ASRock DESKMINI A300W AMD Socket AM4). It's a AMD mini/barebones PC that supports an AMD Socket AM4 CPU and it also has a VGA connector on the back.
If this is supported by CRT Emudriver it seems like the absolute perfect box for GroovyMAME?
I think I'd want this CPU: AMD Athlon 200GE 2-Core 4-Thread AM4 Socket Desktop Processor with Radeon Vega Graphics
It shows "Includes Radeon Vega 3 Graphics" graphics but the motherboard has a VGA connector and CRT Emudriver 2.0 says it supports VEGA graphics?
sofakng:
OK - It looks like Calamity just added support for these newer APUs in beta 15?
I'm not sure how well it's working though compared to the older HD 6450, etc, cards? What's the difference between support for these?
If I use Windows 10 it sounds like you need to use super resolutions anyways so support for both should be the same?
Calamity:
Hi sofakng,
Please check this.
Believe it or not, this path is still unexplored. I wish I had more time to do experiments. But yes, it *should* work to some extent.
Anyway I have my eyes more on the Ryzen 5 2400g, way more expensive but you can also do more stuff with it.
sofakng:
Thanks Calamity.
Is the minimum supported dot clock still important on Windows 10?
If I understand correctly, Windows 10 requires super resolutions (40 MHz?) for CRT Emudriver / GroovyMAME and so it can't use 15 kHz modes anyways? I'm probably misunderstanding something though.
Calamity:
--- Quote from: sofakng on March 18, 2019, 09:50:00 am ---Thanks Calamity.
Is the minimum supported dot clock still important on Windows 10?
If I understand correctly, Windows 10 requires super resolutions (40 MHz?) for CRT Emudriver / GroovyMAME and so it can't use 15 kHz modes anyways? I'm probably misunderstanding something though.
--- End quote ---
Windows 10 doesn't require super resolutions, they're just convenient (same as 7, etc.). 15 kHz is perfectly possible with super resolutions. You're mixing up the dotclock (Mhz) with the horizontal frequency (kHz).
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