I found my third Red Card, it was under the first pile of papers I moved from my desk to start cleaning up and organizing . . .
. . . so that activity ended abruptly. :lol:
As I thought, the RPCP_24X was cocooned in its zip-locking anti-static bag with the, free ranging, extra ADC_24AC ROM. It does, indeed, have the same 14.3181MHz crystal as the Apple version.
Now I'm sorely tempted to swap the Crystal Cans of the two experimental cards along with the ROMs. [}
] ]'>
Meanwhile, bbraun let me know that the timings for video card resolutions appear to be conveniently stored in the card's Declaration ROM. The method is outlined in DCaDftMFH, so I'm back to hitting the books again.
edit: looking over the error screenshots above, I noticed the vertical shift of the Menu Bar at 1152x870 resolution when the bit depth is changed from 8bit (Grauscale in this instance) to 24bit. The fields for the images appear to be complete, but overlapped.
I'm going to procrastinate on the book learnin' and go with the hardware testing flow . . . it's time to warm up the irons! :approve:
. . . so that activity ended abruptly. :lol:
As I thought, the RPCP_24X was cocooned in its zip-locking anti-static bag with the, free ranging, extra ADC_24AC ROM. It does, indeed, have the same 14.3181MHz crystal as the Apple version.
Now I'm sorely tempted to swap the Crystal Cans of the two experimental cards along with the ROMs. [}
] ]'>Meanwhile, bbraun let me know that the timings for video card resolutions appear to be conveniently stored in the card's Declaration ROM. The method is outlined in DCaDftMFH, so I'm back to hitting the books again.
edit: looking over the error screenshots above, I noticed the vertical shift of the Menu Bar at 1152x870 resolution when the bit depth is changed from 8bit (Grauscale in this instance) to 24bit. The fields for the images appear to be complete, but overlapped.
I'm going to procrastinate on the book learnin' and go with the hardware testing flow . . . it's time to warm up the irons! :approve: