Tag: ide

Recreates an Atari 8-bit computer for an Atari 1050 case with integrated IDE storage, expanded memory, PS/2 input, video, stereo audio, MIDI, and expansion.

The maker publishes schematics, a BOM, firmware, panel files, and production Gerbers. The project page links to The Brewing Academy for boards and assembled systems; verify current stock on the seller page.

Adds 8 MB of Fast RAM and a bootable 44-pin IDE controller at the Amiga 500 CPU socket.

The assembled Lotharek revision exposed a login-or-register-to-buy path on 2026-07-27; the original Oleg Mishin design files, ROM, firmware, software, and four-layer PCB are public. The box contains only the board. Kickstart and Workbench 1.3 or newer can autoboot without a patched scsi.device. A socketed CPU makes installation simple, but an unsocketed CPU must be desoldered. Pin 1 must be observed when attaching CF or SD hardware because a reversed adapter can destroy the CPLD. The open repository documents the original A500 design, while the current seller alone claims A500 Plus support for its revised hardware.

Mounts a 44-pin SD-to-IDE adapter horizontally inside an Amiga 600 or 1200 and adds power, activity, and audible-access indicators.

The product page exposed a login-or-register-to-buy path on 2026-07-27. The box contains only the AmSider board; the SD-to-IDE adapter and SD card are separate. Pin 1 is marked beside the speaker and must be oriented correctly. The access buzzer can be disabled by opening its solder bridge.

Recreates the Gravis Ultrasound PnP ISA sound card around an AMD InterWave chip, with an optional IDE CD-ROM interface.

The maker has not fabricated or tested this board and has not generated a fabrication package. It also requires an AMD AM78C201 InterWave chip. Treat it as an experimental design and build at your own risk.

Open ISA controller that connects ATA or IDE drives to an XT-class computer.

Retro Electronics listed the bare Revision 4 PCB in stock on 2026-07-25. The builder must source the components, assemble the card, and follow the project instructions; no current kit or assembled-board availability was verified.

Buffers and expands an Amiga 600 or 1200 IDE interface for as many as four CompactFlash, SD, hard-disk, optical, or ZIP devices.

The product exposed a login-or-register-to-buy path on 2026-07-27 and includes the main and adapter boards, not storage media. Two CompactFlash or SD-to-CF devices can be unreliable: the seller says the master must be slower than the slave or a device may disappear and a partition may be damaged. Optical and ZIP operation requires IDEFix97, and some CF combinations are inherently incompatible.

Adds IDE hard-disk storage through cartridge, internal flash-OS, and original Atari 800 DIY implementations that predate MyIDE-II.

The official Atarimax page said the interfaces were in stock and extended its sale through 2026-07-31 when checked on 2026-07-27; verify that short-lived offer before ordering. The family has been superseded by MyIDE-II but remains functionally distinct because it accepts IDE devices rather than providing MyIDE-II's onboard CompactFlash and FAT32 loader. The cartridge requires a 64 KB XL or XE. Internal installation ranges from an OS-ROM socket plus three signal wires in an 800XL to extensive socket, jumper, MMU, BASIC, and wiring changes in a 1200XL. Mr. Atari's original 800 version is an advanced personal-use DIY design with schematic and firmware files but no complete build instructions or bill of materials.

Period CompactFlash and IDE mass-storage card that preceded the USB-capable CFFA3000.

The original CFFA production runs are sold out, so acquisition is through the used market. Verify the exact board and firmware revision, included cable or media, and CompactFlash compatibility. CFFA v1.2 runs 1 through 3 have an ATA timing bug that needs CPLD logic 1.4 and three jumper wires. The published Revision 2.0B schematic omits a 33K pullup from U5 pin 27 to Vcc that was added during assembly. These generations are ProDOS mass-storage cards and do not mount DOS 3.3 floppy images.

Emulates IDE hard disks and ATAPI CD-ROM drives from image files on a microSD card, with optional front-panel and Wi-Fi controls.

Crowd Supply was accepting orders from limited campaign inventory on 2026-07-24, but production was still underway and the original June 2026 shipment had slipped. A June update says production firmware will support two simultaneous devices; the current setup guide still labels the two-device jumper mode as future. The project describes the hardware and firmware as open source, but this pass did not verify a complete public fabrication package.

Connects 2.5-inch or 3.5-inch IDE storage to a suitably configured RC2014 through an Intel 8255 interface.

The vendor states that a standard RC2014 running BASIC cannot load or save files through this module. Use its documented RomWBW or z88dk software path.

Adds IDE mass storage to slotted Apple II computers with CompactFlash and external-drive options.

The current page exposed multiple selectable packages on 2026-07-24. User-supplied CompactFlash cards must comply with the original CF standard; the vendor warns that testing may be the only reliable compatibility check.

Adds CompactFlash storage to an RC2014 through a simple 8-bit IDE interface.

The project supplies a schematic, Gerbers, and build documentation, and lists kit and bare-PCB suppliers; an assembled version is not offered. The unbuffered IDE connection must remain short, not every CompactFlash card is compatible, and the maker says older cards tend to work better. Power the CompactFlash adapter directly from SC145 as documented.

Emulates IDE or ATAPI hard disks, CD-ROMs, Zip 100 drives, and removable media from image files on an SD card.

Rabbit Hole Computing marked its Compact and Hybrid V2 listings sold out on 2026-07-24. The project's official seller directory linked to AmigaKit, whose ZuluIDE V2 page still offered an Add to Cart path that day. Confirm the connector and DAC variant before ordering.