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About wilco2009

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  1. FYI, there is a new very accurate Videopac / Odyssey FPGA core, with "The Voice" module built in. The developer of this new core is Ramon Palomares (rampa). The core is a real delight. Available on: - MiSTer - MiST - SiDi - Neptuno - Unamiga Reloaded - ZxDOS - ZX Next (Soon) https://github.com/RW-FPGA-devel-Team/Videopac-G7000
  2. Yes, you are already in the waiting list.
  3. OK, you are now in the waiting list.
  4. Yes it is not necesary because the autobuild option is active by default (see user manual). If it is not active, after adding the files you have to rebuild the directory from the config menu. In general it is not necessary to modify "gamelist.ini" in any case. This file is just to add descriptions and to assign special pagination modes. The file is ready for all the known games.
  5. It is currently out of stock. I have to order parts to build more cars. It would take 30-40 days to arrive from China. If you want I can add you to the waiting list.
  6. In this post there is all necessary information. http://videopac.nl/forum/index.php?topic=3291.0
  7. Now I am waiting for more components. I think I will have everything in 20-30 days. I'll let you know when I have everything ready.
  8. Yes it works in both, PAL and NTSC systems. Ah, I forgot to say that uSD is not included in the price. I can include it by 4€ more.
  9. Hi everyone! I still having components and boards to assembly more uSD carts if you are interested. The price still being 45€ + shipping.
  10. Hi! Do you have any kind of technical information about "the voice"? I mean things like schematics or descriptions (at least the cartridge schematics).
  11. It could be a problem in a CMOS CPU, because it uses strong "1's". In this case if you force 0V while the data line is at 0V the power will be dreaned in the data pin generating a high current with possible damages in the data pin of the processor. The 6507 Atari's procesor uses NMOS technology. NMOS technology has strong 0's but weak 1's, then it is not dangerous to force a data pin to zero.
  12. Mmmmm, very interesting, seems to be easy to do. 😀 Thanks very much.
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