SuperDisk
en.wikipedia.org
en.wikipedia.org
https://www.youtube.com/channel/UCy0tKL1T7wFoYcxCe0xjN6Q
I found out about it a few weeks ago and am ridiculously happy I did. It immediately jumped in my top 3 favourite channels. Lots of deep dives into how last-century technologies worked, that neither talk down nor overwhelm. And the guy's really funny as well. Look at his videos and choose one you like, or start with one of his playlists such as the story of Laserdisc: https://www.youtube.com/watch?v=Eg8tK1LpLS8&list=PLv0jwu7G_D...
CD writers were available at the time, but typically you'd use a CD-R not CD-RW owing to expense, and it was something you'd need to do exclusively, as in not use the computer for anything else. If the machine was too busy multitasking, you'd get a buffer underrun, which would turn the CD-R into a coaster. Zip disks and equivalent were more like floppies in this respect.
Zip drives where already on the market for a couple of years with similar price and capacity and I remember them to be more popular.
Not to mention Zipdisks eventual click of death
My disappointment is that MO died out altogether. Because the discs are in a cartridge, they're mechanically robust, and because they use MO technology for recording, the storage is stable, making them really good for long-term storage.
Comparison photo: https://imgur.com/a/gpNk0SV
These are all safely being retired because of the efficacy of the HxC drive, which is a device that allows you to emulate physical characteristics of legacy media in a way where grumpy old computers reliant on such mechanisms can get over the storage-decay woes and use .. a USB Stick .. to access its library.
As a retro-nerd, with a rather extensive collection of these machines with new school storage solutions, I often am amused at the notion of, for example, a 6502-based machine with 64K of RAM, having an 8-gig storage device attached to it.
Literally every bit of software, ever written for such a machine onboard, plus what seems like absolutely infinite future storage ..
For old machines, where these floppy mechanisms have perished, the HxC drive is a godsend. I still hope to be able to use the Indy's weird floppies a bit more in the future, though, they're a neat oddity ..
I’d also add that on the other side, to image all the old floppies I found the Kryoflux a good solution - it allows you to record them at the magnetic flux transition level which helps with copy protection mechanisms and/or slightly corrupt discs.
It is really something how hard I had to think about storage in the early - mid '90s. I'm happy that it requires next-to-no mental energy from me now.
I thought for sure they would be the 'winner' as they were twice as fast as the Zip drives were.
Navigating standards, drivers, compatibility from the late 80s to probably 2000ish was at times enjoyable, at times frustrating. Heck, sometime around said purge, I gave up on having a server at home as well -- too much effort trying to keep iTunes and media organized (my own cds, etc). Until this last month, I hadn't owned a tower. Just laptops (primarily macbooks) and SBCs like the Pi or BeagleBone.
Iomega was working on the smaller Clik Drive but couldn't get it released before CF became the major player in cameras.
My personal feeling is that the Clik drive was not released because Iomega had just settled the "Click of Death" suit and they wanted the Clik Drive to have a very low, less than 1%, failure rate. It took around two years to bring the failure rate from around 1.5% to 1%.
The Zip drive did that reduction work while still shipping product.
Emailing files to yourself and Multi-sesion CD-Rs were popular for two or three years before suddenly everyone had USB drives.
Those rewritable CDRs never worked that well. The price of regular CDR blanks dropped so hard that it was easier to burn a new disc each time.
And I never successfully used a rewritable CD, something always seemed to go wrong. I wasn't quite rich enough to burn a fresh disk each time, instead I would append new files to regular CDRs until it was full or I lost it.
Then, of course, CD-R happened, and zip drives went the way of the dodo.
We used the larger disks for backups, but I don't think we ever bought any more than the first pack of five. And I didn't know anyone else with one, so I couldn't use it to transfer data.
SCSI interface and disk of 1GB spinning at 5400RPM!
It was awesome at the time and I remember ”multi booting” my Gateway 2000 with a jaz - RH Linux, Win95 & winNT on separate removable disks.
The "Click of Death" was actually not a single failure. The drive would click once when the head came out to read and then again when it parked. There were over 100 failure types that could cause the drive or disk to fail. When the drive did fail the drive would double click as the head came out, failed, then went back in.
The Zip drive failure rate was about 1.5% originally, then down below 1% by the settlement for "Click of Death".
Seemed to happen on a disk by disk basis for me, rather than on the drive as a whole. Guessing the failure rate was much higher than 1% for disks.
The jaz drive/discs were of much higher quality from what you could tell from touch as well as price. :p
https://en.m.wikipedia.org/wiki/SyQuest_Technology
Those were fun times, in part due to the heterogeneity of hardware and operating systems. It seemed like every day there was some odd new device to discover. Even with today’s explosion of consumer electronics, for some reason it feels much more samey-samey than the old days to me.
The biggest problem that I had was not getting it to work in Slackware. It was probably my inexperience and lack of knowledge though.