mirror of https://github.com/zxdos/zxuno.git
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| A2601 | ||
| A6500 | ||
| A6532/src | ||
| CtrlModule | ||
| TIA/src | ||
| zxuno | ||
| CORE20.ZX1 | ||
| LICENSE.txt | ||
| README.txt | ||
| version.txt | ||
README.txt
Port of the A2601 FPGA implementation for the ZXUNO --------------------------------------------------------------------------------- Limitations: - Needs a PS/2 keyboard to access the menu (Esc key) and load roms - supports only player one controller All zxuno related files including the Quartus project files are in the 'zxuno' subdirectory. 2016 DistWave Original readmes: Port of the A2601 FPGA implementation for the MiST --------------------------------------------------------------------------------- Buttons: - right MiST button -> Start - Keyboard 1 -> Select - Keyboard 2 -> BW/Color (yellow led on = Color) - Keyboard F12 -> OSD to select roms from the sd card (needs extension .a26) Current limitations: - supports only the common Atari bank switching schemes - no illegal opcodes All MiST related files including the Quartus project files are in the 'mist' subdirectory. Homepage: http://ws0.org/tag/ma2601/ Original readme below :) Port of the A2601 FPGA implementation for the Turbo Chameleon --------------------------------------------------------------------------------- The ROM cartridge is the GPL licensed game Hunchy, see http://www.atariage.com/forums/topic/67953-hunchy-my-first-2600-homebrew-game/ converted to hex file format with http://www.ht-lab.com/freeutils/bin2hex/bin2hex.html Copyright 2012 Frank Buss Original readme: A2601: An FPGA-based clone of the Atari 2600 video game console (Release 0.1.0) --------------------------------------------------------------------------------- This archive contains source code for VHDL implementation and Python script utilities for the A2601 video game console project. VHDL source code provided includes implementation of the 6502(7) CPU, the TIA, the 6532 RIOT, additional audio/video/joypad circuitry and bankswitching schemes plus additional RAM used by some game cartridges. Test benches are supplied for all main components (although they may be slightly out of date). The 6502 CPU core has been developed from scratch for this project. It contains hand-crafted finite state machine and controls that implement all documented 6502 opcodes. It synthesizes quickly and has good performance in the simulator. The TIA implementation digitally synthesizes NTSC composite video signal via a lookup table that contains a sequence of values that signifies a sine wave at correct phase for each one of the 16 chrominance values selectable in the TIA. You should be able to synthesize the A2601 in Xilinx ISE without any major problems. No project files are included, but it is best to create these yourself, anyway. Two top level entities are provided: One reads cartridge ROM data from on-board flash memory, the other stores the ROM data in the FPGA built-in SRAM. It is also possible to run A2601 sources in a VHDL simulator. Some helper utilities and a test bench are provided for this purpose in the A2601/util directory. For more information, visit the project website at <http://retromaster.wordpress.com/a2601>. All source code and other content found in this archive is subject to GNU General Public License Version 3. See the included LICENSE.TXT file for details. Copyright 2006, 2007, 2010 Retromaster.