![]() What you're doing, here in the future, is just what the software companies of years past were terrified you would be trying to do: make multiple, potentially unlimited copies of the software on a floppy disk they sold you. There is no recommended drive for reading flippy disks at this time. Please note: even the recommended TEAC FD-55GFR drive cannot read both sides of flippy disks. When you flip the disk over to read the other side, the drive will not send any data to the FC5025, and the FC5025 will not be able to read that side. ![]() If you have one of these drives, the FC5025 will be able to read from the first side of the disk only. Many drives won't read from the disk unless they can see the index hole. (The index hole has other purposes also.) The problem with flippy disks is that when the disk is inserted upside-down, the drive cannot see the index hole. 5.25" disks have a hole, called the index hole, that lets the drive know if the disk is rotating. Disks used this way are called "flippy" disks. So, people would fill one side of the disk and then flip it over to store more on the other side. Many older computers recorded on only one side of the disk. We'll use the FC5025 description of the issue here: Spend enough time with floppy disk nerds, and eventually you will hear weeping about the "Flippy Disk" situation. In all cases, try and avoid throwing out the original disks after doing transfer, as you might find that the transfer you've done is missing information, or that technology might have shifted in the meantime, allowing better extraction of the data. We're going to assume you're just trying to take a pile of disks from however far back and transfer the data onto something more recent. Storage could make a huge difference in the lifespan of Floppies, and a pile of disks put inside a box that was stored in a low humidity, non-extreme-temperature environment could last a lot longer than a floppy used constantly that was left on top of a computer monitor for weeks. Some aspects changed - where 8" and 5 1/4" discs had no built-in protection for the magnetic face of the disc except a paper cover, the 3 1/2" versions had a small spring-loaded door that was opened by the disk drive. In the late 1980s, 3 1/2" overtook 5 1/4" as the dominant format, but a lot of machines, such as the Commodore 64, Atari 810, IBM PC, Kaypro, Apple II and II, and a range of others all supported the 5 1/4" primarily.Īll floppies work on the same principle: a magnetic disc with a hole in the middle is inside a case, and a disk drive reads the magnetic data off the disc. There are three different main sizes of floppy disks that had the most traction:Ĩ" floppies fell out of favor relatively quickly in favor of the 5 1/4" versions. None of these options should be considered endorsements, and Archive Team does not earn commission from the sale of these items. If any of these options seem daunting, a number of people have offered to accept floppy disks and pull the data using these tools. ![]() This page is meant to be a clearinghouse for various options that a person or group of reasonable technical ability could use to rescue data from floppy disks. ![]() That said, a situation now exists where there are millions of these things out in the world, some of them containing rare or unusual pieces of history, and so there's a lot of benefit to getting all that old data off that medium. The USB stick, wireless access, the use of the internet, and a whole other range of options have rendered this medium obsolete. While they were cool-looking, convenient and even somewhat inexpensive after a while, Floppy Disks are out as a medium to store data on home computers.
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