total PCE/TG16 game number is about 436,so 512 is enough.
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PC-FX Localization for Team Innocent is released, a pre-Christmas gift!! In a twist, it feels like the NEC PC-FX got more attention in 2024 than any other time I can remember! Caveat: The localizers consider the "v0.9" patch a BETA as it still faces technical hurdles to eventually subtitle the FMV scenes, but they consider it very much playable. |
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Show posts MenuQuote from: TheClash603 on 03/08/2011, 10:06 PMI don't konw what to say.first I post this is not to make the friends all of the world jealous.second :this card havn't been a perfect card.If I make the SF2 run oK,and perhaps can add save Bram in this card. this card can share with friends who felling worth collecting.Quote from: woshizyt on 03/08/2011, 08:45 PMMake us jealous and then slam the door? Weak!Quote from: guest on 03/08/2011, 07:03 PMIs this project for anything other than personal amusement?This project is just a personal amusement,not a commercial project.
Quote from: guest on 03/08/2011, 07:03 PMIs this project for anything other than personal amusement?This project is just a personal amusement,not a commercial project.
Quote from: Duo_R on 03/08/2011, 12:54 AMIt's going to be something like this:yes ,THIS LCD screen is same with my mod.
There are tons of screens available to use. Just need to figure out the RGB to composite circuit.
Quote from: TurboXray on 03/07/2011, 12:01 PMwoshizyt: Is it going to be able to handle Populous as well? That includes 32k of ram on the card, right after the 4mbit range of the rom.THANKS ! I will continue research.THIS card don't include 32K of ram .so Polulous perhaps coundn't run.This card have a CPLD .and the mapper logic can add convenience.
The SF2 mapper is dead simple. If you're familiar with Famicom, it's not unlike unrom and other such simple mappers in it's simplicity. The game uses the whole lower 8mbit external address range (typical hucard range). The bottom 4mbit range is fixed to the first 4mbit of the rom, the upper 4mbit of the 8mbit hucard range is used for swapping in 512k(4mbit) banks. So it's a 4Mbit+16Mbit format. Writing any value to 'external' address range of $1ff0 to 1ff3 selects which 4Mbit segment of the 16Mbit segment gets mapped into the upper 4Mbit hucard area. So $1ff0 = bank 4Mbit #0, $1ff1 = bank 4Mbit #1, etc.