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I say we didn’t have those problems because in the end we almost always got stuff working. With such old drives (and sometimes old motherboards) the autodetect did not always work right so we sometimes entered a drives sectors, heads, etc… all manually.Īnyway. They sold them at the local universities campus book store. In our shop we had this little reference book that was probably only about 3″ x 4″ yet a whole inch thick with tiny writing and tons of archaic computer parts info. With the older drives, positions were not always labeled, you needed a reference to look them up. I write position, singular, but often two or more jumpers were actually required for a given setting. Some had a second master position, if the drive doesn’t like the slave you are putting it with or vice versa try the second master position and things usually would get better. That being said, most drives did not have two jumper positions, master & slave… most had at least 3. I made a lot of PCs from old parts from different eras and manufacturers that were never expected to work together. I mixed and matched a whole lot of drives back in the day. Posted in classic hacks, Raspberry Pi, Slider Tagged cdrom, ide, raspberry pi, Raspi, scsi, X68000 Post navigation If your retrocomputer doesn’t need a SCSI drive, and you’re feeling left out of the drive-emulation club, the good news is there’s a Raspberry Pi solution for that, too: this Hackaday Prize entry turns a Pi into an IDE hard drive. SCSI was extraordinarily popular for computers from the 70s through the 90s, though, and since SCSI was a standard this build should work with all of them. While these are popular machines for retrocomputing aficionados in Japan, they’re exceptionally rare elsewhere - although got his mitts on one for a teardown. Officially, built this SCSI hard drive emulator for the 圆8000 computer, developed by Sharp in the late 80s. There’s also the option of putting Ethernet on the SCSI chain, a helpful addition since Ethernet to SCSI conversion devices are usually rare and expensive.
X68000 EMULATOR REDDIT SOFTWARE
The software allows for virtual disk devices – either a hard drive, magneto-optical drive, or a CDROM – to be presented from the Raspberry Pi. The 40-pin GPIO connector on the Pi is attached to the 50-pin SCSI connector through a few 74LS641 transceivers with a few resistor packs for pullups and pulldowns. It turns a Raspberry Pi into a SCSI hard drive, magneto-optical drive, CDROM, or an Ethernet adapter using only some glue logic and a bit of code.Īs far as the hardware goes, this is a pretty simple build. It’s a SCSI device emulator for the Raspberry Pi (original link dead, here’s the new location of this writeup). While this device does exactly what it says it’ll do - turn an SD card into a drive on a SCSI chain - it’s fairly expensive at $70.
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Currently, the best method of preserving these computers with SCSI drives is the SCSI2SD device designed by. These hard drives and CDROMs are slowly dying, and with that goes an entire generation of technology down the drain.
X68000 EMULATOR REDDIT ANDROID
RetroArch is definitely one of the most fully featured and useful Android emulators to have on your device. Different cores basically correspond to different emulators that the frontend supports. You need to select cores that you'd like to use after installing the emulator. RetroArch has advanced features like shaders, netplay, rewinding, next-frame response times, and more! This version of RetroArch is for Android. Settings are also unified so configuration is done once and for all.
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It enables you to run classic games on a wide range of computers and consoles through its slick graphical interface. RetroArch is a frontend for emulators, game engines and media players.