Difference between revisions of "F3"
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H-PLL post-coast: 4 | H-PLL post-coast: 4 | ||
| − | Games running on this PCB use 240p with | + | Games running on this PCB use 240p with constant ''even'' field indicator. OSSC's video digitizer chip does not recognize it properly, but there are a couple different workarounds: |
* If the board is connected to AV1, select the input on OSSC before starting up the game and do not change it during game play. Alternatively hook up another 240p source to AV2, and switch from AV2 to AV1 while both sources are active. | * If the board is connected to AV1, select the input on OSSC before starting up the game and do not change it during game play. Alternatively hook up another 240p source to AV2, and switch from AV2 to AV1 while both sources are active. | ||
* A more robust method is to hook up the board/Supergun to AV3 RGBS input (TTL-level csync to pin 13 of DE-15 connector) which has slightly different sync processing than AV1/2 analog sync inputs. | * A more robust method is to hook up the board/Supergun to AV3 RGBS input (TTL-level csync to pin 13 of DE-15 connector) which has slightly different sync processing than AV1/2 analog sync inputs. | ||
| + | * AV1 connection can be used reliably with a small [[OSSC AV3 use AV1 RGB mod|HW modification]] together with above H-PLL settings | ||
== Games Tested == | == Games Tested == | ||
Revision as of 19:01, 2 September 2019
Taito F3 is an arcade PCB.
Contents
Models
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Models tested
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XRGB-2 Specific settings
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XRGB-3 Specific settings
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XRGB-Mini Specific settings
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OSSC Specific settings
H-PLL pre-coast: 4
H-PLL post-coast: 4
Games running on this PCB use 240p with constant even field indicator. OSSC's video digitizer chip does not recognize it properly, but there are a couple different workarounds:
- If the board is connected to AV1, select the input on OSSC before starting up the game and do not change it during game play. Alternatively hook up another 240p source to AV2, and switch from AV2 to AV1 while both sources are active.
- A more robust method is to hook up the board/Supergun to AV3 RGBS input (TTL-level csync to pin 13 of DE-15 connector) which has slightly different sync processing than AV1/2 analog sync inputs.
- AV1 connection can be used reliably with a small HW modification together with above H-PLL settings
Games Tested
Grid Seeker (tested on OSSC)
