This is a kit of emulators primarily focussed on the RC2014 environment and some of the Retrobrew (formerly N8VEM) systems. The emulators are focussed on software development and testing rather than cycle accurate simulation. They are designed to be easy to hack on when working on a problem, and simple to understand.
Device emulation varies in detail depending upon need. The device models should be easy to extend as required and currently reflect the focus on RC2014 and Fuzix.
- 1802 - initial model of 1802/4/5 processors
- 6303
- 6502 - NMOS part with no illegal models (Mike Chambers)
- 65C816 (uses a slightly modified lib65816)
- 6800
- 68000/10/EC020/020 (uses Musashi)
- 6803
- 6809 (vecX)
- 68HC11 - I/O model is very basic
- 8008
- 8085 - Extended from Mike Chambers 8080 emulation
- 8086 (from Hampa Hug's pcem)
- Z8 - initial model
- Z80 (libz80)
- Z180 - dervied from libz80
- Z80
- Z180 (only in linear memory mode at the moment)
- 1802
- 6303/6803
- 6502
- 65C816 (with banked RAM)
- 68008
- 6808
- 6809
- 68HC11
- 80C85
- 80C188
- Z8
- SC108
- SC114
- SC126
- Easy Z80
- Z80MB64
- Z80SBC64
- 512K ROM 512K RAM
- Compact Flash
- Dual serial SIO/2
- IDE (82C55 PPIDE)
- Pageable ROM
- Real Time Clock
- Switchable ROM
- 64K RAM
- 16x50
- CTC
- Floppy Disk
- Gluino/Z80 PIO with SD card
- PS/2 Keyboard
- TMS9918A (no sprites yet)
- W5100 (actual card not yet available)
- Z80 SIO
- ZXKey
- SBC v2
- Mark IV
- N8
- Amstrad NC100
- Amstrad NC150
- Amstrad NC200
- Flex (minimal Flex 6800 system)
- Grant Searle's 9 chip Z80
- Linc-80
- Micro80
- Retrobrew N8
- Rewtrobrew SBC v2
- Retrobrew Mark-IV
- SBC 2G
- Simple80
- Scelbi
- Small Z80
- Tiny68K
- TinyZ80
- Tom's SBC
- Z80Master
- Z80 Membership Card
- Z80 MBC2
- ZRCC
Google Groups: rc2014-z80. Note that the list owner's policy is that this list should be for discussing Z80 based RC2014 systems only.
Google Groups: retro-comp. RC2014 and BP80 based systems and other stuff. Created as a place to discuss things not suitable for rc2014-z80.
- RFC2795 Ltd: https://www.tindie.com/stores/semachthemonkey/
- Small Computer Central: https://www.tindie.com/stores/tindiescx/
- Etched Pixels: https://hackaday.io/projects/hacker/425483
- TMS9918A card: https://www.tindie.com/stores/mfkamprath/
- Z80 Base ROM images - https://github.com/RC2014Z80/RC2014/tree/master/ROMs/Factory
- Z80/180 Small Computer Monitor - https://smallcomputercentral.wordpress.com/small-computer-monitor/
- Z80/180 ROMWBW - https://github.com/wwarthen/RomWBW/releases
- Etched Pixels non Z80/180 cards - https://github.com/EtchedPixels/RC2014-ROM
https://github.com/RC2014Z80/RC2014/tree/master/CPM
ROM images, designs and board stocks etc and all to be found at https://retrobrewcomputers.org along with a forum. Most systems use the ROMWBW (see RC2014).
This site also hosts many of the other designs like the Tiny68K.
The ROM images for these machines are not redistributable, you will need an actual system to hand. nc100em has a small free ROM image if you just want to run ZCN, and it may work for Fuzix too.
Grant's website http://searle.wales/ contains full instructions on the design and building of this system. Also available are the needed BIOS, monitor and disk images. If you follow this design I strongly recommend you build it entirely using the equivalent CMOS parts (74HCTxx) and CMOS Zilog devices, as this makes the CF much more reliable and you can run far faster.
There are also designs for a lot of other systems that are not emulated.
This lives at retrobrewcomputers.org. The ROM images are available as HEX files. To generate the rom do
makebin 10-HEXFILES/SMON35.HEX > sbc2g.rom
Available from http://stack180.com/. ROM images are available on the site.
A PCB based design closely related to Grant Searle's. Some discussion on the retro-comp group. This platform can use the Grant Searle ROM and CF images. Fuzix runs directly from ROM.
https://easyeda.com/peabody1929/CPM_Z80_Board_REV_B_copy-76313012f79945d3b8b9d3047368abf7
https://hackaday.io/project/159973-z80-mbc2-a-4-ics-homebrew-z80-computer
including the files needed for the emulator. Note that the emulator emulates the Atmega API so no Atmega firmware is used or needed.
This kit is available from http://www.sunrise-ev.com/z80.htm. The emulation is of the full build, and does not emulate the LED display or keypad.
All needed emulation material is available from the site as well.