Play! Git (2014/04/24) is complied. Play! is an attempt at creating an emulator for the PlayStation 2 (PS2) console on the Windows platform. It is currently written in C/C++. It uses an instruction caching/recompilation scheme to achieve better performance while emulating the CPU.
2014-04-24
Play! Git (2014/04/24)
Play! Git (2014/04/24) is complied. Play! is an attempt at creating an emulator for the PlayStation 2 (PS2) console on the Windows platform. It is currently written in C/C++. It uses an instruction caching/recompilation scheme to achieve better performance while emulating the CPU.
rpcs3 Git (2014/04/24)
rpcs3 Git (2014/04/24) is compiled. rpcs3 is an open source PlayStation 3 (PS3) emulator for the Microsoft Windows. Current versions can run only small homebrew for PS3. Developers are planning to make it to emulate PS3 on its speed in the near future.
MAME SVN r29934
MESS SVN r29931
WinUAE v2.7.1 Beta 17
WinUAE v2.7.1 Beta 17 is released. WinUAE is the commodore amiga emulator for Windows. WinUAE is a mostly complete software emulation of the hardware of the Commodore Amiga 500/1000/2000. A Commodore Amiga, for those who don’t know, is a 16/32 bit computer system based on the Motorola 680×0 CPU and a few specially designed custom chips that provide very good graphics and sound capabilities. Its first incarnation, the A1000, appeared in 1985, followed by the highly successful A500 and A2000 models. WinUAE is a port of the originally written for Unixish systems UAE; but over time, it seems the Windows port, WinUAE has become the best version available on any platform. WinUAE is free software: you are welcome to distribute copies of it and/or modify it, under certain conditions. There is no warranty of any kind for UAE. For more details concerning these issues, please read the GNU General Public License, which describes the terms under which WinUAE is distributed.
DICE v0.9
DICE v0.9 is released. DICE is a Discrete Integrated Circuit Emulator. It emulates computer systems that lack any type of CPU, consisting only of discrete logic components.