The SDrive-MAX software is still in active development. The SDrive-MAX can load executable XEX files as if they were on read-only bootable disks, and can match the timing of both the 8 floppy disk drives, allowing it to load ATX flux copied disks with copy protection still in place. The SDrive-MAX allows you to read and write ATR and CAS files on real Atari hardware as though they were real disks and cassettes. Ian Lindsay has updated the project titled Lux Turpis.The SDrive-MAX is an Arduino based floppy disk and cassette drive emulator for the Atari 8-bit range of computers.

Hulk has added details to IR Remote Tester and Decoder.

Hulk has updated the project titled IR Remote Tester and Decoder.

Ian Lindsay has updated components for the project titled Lux Turpis.

zakqwy has updated the project titled Supercon 2022 Badge Optical Card Reader.

Ian Lindsay has added a new log for Lux Turpis.

vlk liked ArmaLamp - Armageddon resistant night lamp.

Guido has updated details to 30MHz spectrum and SDR in a FPGA.

Joseph Eoff on Conducting Plastic Can Replace Metal.

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Tarmin Detzko on Conducting Plastic Can Replace Metal.Michael Black on Identify That Antenna By Sight.ChrE on Recycled Chairs Bring The Subway To Your Living Room.Posted in Arduino Hacks, classic hacks Tagged 6502, basic, c64, commodore, EHBasic, emulator Post navigation

It’s not even limited to Commodore machines, either: the POKEY chips found in Atari 8-bit micros are seriously underutilized in the chiptune and demoscene, and having modern hardware to play with these chips couldn’t hurt in the slightest. If you’re feeling fancy, you can connect a TFT display for all the vintage goodness of PETSCII graphics, all while running a faster BASIC than the very stripped down EHBASIC.īecause the emulator is using software to talk to the outside world, it should be possible to use this project to interface with the cooler chips found in Commodore machines – SIDs for one, but also the cartridge port for some vintage Ethernet goodness. ’s code isn’t limited to the DUE, and can be used with any chip with enough memory. Arduino works on a lot of different chips, though, and after a few months, turned an Arduino Due into a Commodore 64 emulator. The chip inside the Uno isn’t a powerhouse by any means, and with only 2KB of RAM it’s far less capable than just about any computer from the 70s. Almost a year ago, started a thread on the Arduino forums telling everyone about a 6502 emulator and BASIC interpreter he wrote for an Arduino Uno.

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