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parallel port printer) with which to actually test the port. The vendor assured me that Windows 10 detected the parallel port and no errors were reported, but the vendor had no legacy devices (e.g. The price was very reasonable indeed, so I bought it in the hope that it would be usable. It also has plenty of USB 2.0 Type-A ports, convenient for the USB-to-barrel-plug cable I bought to power the Z100P2 drive. I searched eBay and found a second-hand Dell OptiPlex 780 SFF (Small Form Factor) with a legacy DB-25 parallel port (connected to the motherboard rather than to a card in one of its PCI slots), Intel Pentium E5800 CPU (3.20 GHz, 800 Mz FSB), 4 GB of PC3-10600U (1333 MHz) DDR3 DIMM memory and Windows 10 Pro installed with a valid licence. get a legacy computer with a PCI slot into which I could insert a legacy parallel printer PCI interface card (assuming I could get hold of one).get a legacy computer with a bidirectional parallel port with a DB-25 socket.get a parallel printer interface card for a PCIe slot in my modern desktop machines – and hope it would work with a Z100P2 drive.It wasn’t expensive, but I found out the hard way that these cable adapters usually work with parallel printers but definitely do not work with Iomega Zip 100 drives. No problem, I thought to myself, I’ll just buy a ‘USB to Printer DB25 25-Pin Parallel Port Cable Adapter’ – there are umpteen of these adapters available on eBay and Amazon. None of my laptops and desktop machines have the legacy DB-25 parallel port that the Z100P2 drive requires. If a computer happens to have USB Type-A ports, this turns out to be a much neater approach than having to use a 5 VDC PSU.ĥ Volts DC power socket on Z100P2 and barrel connector of the cable that is connected to the computer via USB Type-A at the other end.įailed first attempt: USB to legacy parallel port printer adapters do NOT work with parallel Zip drives! The LEDs on the drive lit up and the drive briefly made the expected noise when I connected the drive to a computer using this power cable, so I was making progress.
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So I purchased a ‘USB to 5V DC power cable compatible with the Iomega Z100P2 ZIP drive’ from Amazon. I decided to buy a USB-to-barrel-plug cable to power the Zip drive from a USB port on a computer. So my first job was to get a 5 VDC supply for the Zip 100 drive. However, I gave that away several years ago with an old 250 MB external USB HDD that required a 5 VDC power supply. When I purchased it in 1998, the Zip 100 drive was supplied with a chunky and rather heavy 240 VAC to 5 VDC PSU. I never experienced this problem with my Zip 100 drive and it is still working. I have not owned a parallel port printer for many years, so that port is of no interest to me.īy the way, the Iomega Zip 100 drive gained rather a bad reputation because of the so-called click of death, although Iomega stated that it affected less than 0.5 percent of all Jaz and Zip drives. That socket is to allow a legacy parallel port printer to be connected (‘daisy chained’) to the computer at the same time as the Zip 100 drive. Notice that the drive has a second DB-25 port with the icon of a printer above it. This is the story of how I managed to use the Zip 100 drive again after a hiatus of some nineteen years. The trouble was, I have not owned a computer with a legacy parallel port for many years. Now, I was fairly sure I had copied all the files off those Zip disks all those years ago, but recently I wanted to check the contents and then wipe the disks prior to disposing of them and the drive. When affordable CD drives and external hard disk drives started to appear I began using those for backups instead, and the Zip drive and a box full of Zip 100 MB disks had been gathering dust on a shelf at home since I stopped using them in 2002. I bought the external DB-25 IEEE 1284 parallel port model Z100P2. Over several years in the 1990s Iomega released various models of the Zip 100 MB drive: internal SCSI internal IDE internal ATAPI external DB-25 IEEE 1284 parallel port external USB 1.1. Until 2002 I backed up my important files on removable Zip 100 MB disks. Back in 1998 I purchased what was then a state-of-the-art storage medium: an external Iomega Zip 100 drive, which used removable 100 MB ‘SuperFloppy’ disks.