You will get an IDE to USB bridge from all the standard sources, however it’s possible you’ll discover these fail on the older drives in your assortment– apparently they require drives utilizing logical block addressing, which didn’t change into commonplace till the mid-Nineteen Nineties. Some whereas some older drives received in on the LBA recreation early, you have been extra more likely to see Cylinder-Head-Sector (CHS) addressing. That’s why [JJ Dasher], a.okay.a [redruM0381] created ATABoy, an open-source IDE bridge that may deal with the oldest drives that match on the bus.
The center of the construct is an RP2350, which serves as each IDE and USB host controller. To pc, after slightly little bit of setup, the drive connected to ATABoy exhibits up as a daily USB mass storage gadget. Just a little little bit of setup is to be anticipated with drives of this classic, it’s possible you’ll bear in mind. Fortunately [JJ] included a useful BIOS-themed configuration utility that may be accessed by any serial console. He says you’ll often be capable of get away with “Auto Detect & Set Geometry,” but when it is advisable to plug within the CHS values your self, nicely, it’ll really feel identical to previous occasions. Seeing is believing, so test it out within the demo video embedded beneath.
Although the customized PCB has a USB-C connector, and the USB-C commonplace may present sufficient energy for ye olde spinning rust drives, [JJ] didn’t embody any energy supply with ATABoy. If you happen to’re utilizing it with a desktop, you need to use the PSU within the field; MOLEX hasn’t modified. If you happen to’re on a laptop computer, you’ll want one other energy provide– maybe this USB-C powered benchtop unit.
If you happen to’re utilizing a Raspberry Pi or related SBC, go forward and skip USB totally–the GIPO can do PATA IDE.
