Ted Fried's MicroCore Labs Projects
My blog which has some details on these projects: www.MicroCoreLabs.Wordpress.com
My YouTube Channel with some videos of the stuff in action: www.youtube.com/channel/UC9B3TaEUon-araO2j7tp9jg/videos
Boards:
MCLZ8 - Zilog Z80 emulator which runs on a Teensy 4.1 and can be used as a drop-in replacment
MCL86+ - Intel 8088 emulator which runs on a Teensy 4.1 and can be used as a drop-in replacment
MCL86jr - IBMPCjr Accelerator which boosts performance to IBM PC/AT speed
MCL65+ - MOS 6502 emulator which runs on a Teensy 4.1 and can be used as a 6502 drop-in replacment
MCL64 - MOS 6510 emulator which runs on a Teensy 4.1 and can be used as a drop-in replacment in the Commodore 64
Emulated Processors:
MCL68 - Motorola 68000 Emulator written in C
RISCV - Simple and compact RISC-V RS32I implementation written in C
MCL65 - MOS 6502 written in C
Microsequencer-based processors:
MCL65 - MOS 6502
MCL51 - Intel 8051
MCL86 - Intel 8086/8088
Other processors:
MCLR5 - Quad-Issue Superscalar RISCV
Lockstep Quad Modular Redundant System
Misc:
Wheelwriter - FPGA based Printer Option for the IBM Wheelwriter 5
Wheelwriter2 - Arduino Leonardo based Printer Option for the IBM Wheelwriter 5
Brother Typewriter - Arduino Leonardo converts Serial RX to a Brother Word Processor
EPROM Emulator - Small PCB which uses Teensy 4.0 to emulate up a 64KB 27C512 EPROM
MCL64_Tester - Extensive, menu-based, tests for the Commodore 64 motherboard
MCLZ8 TRS-80 Emulator - Emulates a TRS-80 Model 1 inside of a Teensy microcontroller board
MCL_TRS_NABU - Emulates a TRS-80 Model 1 using the MCLZ8 which runs inside of a NABU Personal Computer
Turbo NABU - Uses the MCLZ8 to run simple C code on the Teensy to control the motherboard resources of the NABU Computer
MDA Video - Project which uses an Arty Z7-20 SOC FPGA board to diaplay BMP images to an MDA display
IBMPC_68000 - Uses the MCL86+ board to emulate a Motorola 68000 which runs inside of an IBM PC as-if they selected this processor in 1981
MCL65_Apple1 - Converts an Apple II into an Appke 1 by emulating the BIOS PROMs, system memory, and performing some I/O conversion
For questions email me at www.MicroCoreLabs.com