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RETRO Innovations ZoomFloppy Manual

Usb floppy adapter

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ZoomFloppy Manual
v1.0b – Jan 28 2011
This manual describes how to install and use the ZoomFloppy USB floppy adapter. The
ZoomFloppy connects your Commodore 1541/1571/1581 drives (and even serial printers) to a
Windows, Mac, or Linux computer. This allows you to read and write files or entire disk images
from the original media. Unprotected disks can be read to or written from D64 image files, say
for use with emulators. Protected disks can be read to or written from NIB or G64 files, provided
you have installed a parallel cable in your 1541 or 1571 drive.
PLEASE READ THE "WARNINGS" SECTION AT THE END OF THIS DOCUMENT
BEFORE PROCEEDING. IMPROPER USE OF THE ZOOMFLOPPY MAY DAMAGE
YOUR DRIVES OR THE ZOOMFLOPPY ITSELF.
Introduction to the ZoomFloppy
At a minimum, the ZoomFloppy must be connected to one or more floppy drives via the IEC
serial port (6-pin DIN) and to a computer via USB. It is powered over USB, so no external
supply is needed. This configuration gives basic access to read and write disks. OpenCBM
provides some faster serial transfer routines and defaults to auto-selecting the best one for your
configuration.
For higher performance and to copy protected disks, you may want to install a parallel cable in
your drive (not included). This cable was originally produced for Speed DOS and Burst Nibbler.
It is attached to one of the VIA chips (1541) or CIA chip (1571), either by removing the chip and
installing a socket or by soldering. It gives an 8-bit parallel channel to transfer raw GCR bytes at

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Summary of Contents for RETRO Innovations ZoomFloppy

  • Page 1 YOUR DRIVES OR THE ZOOMFLOPPY ITSELF. Introduction to the ZoomFloppy At a minimum, the ZoomFloppy must be connected to one or more floppy drives via the IEC serial port (6-pin DIN) and to a computer via USB. It is powered over USB, so no external supply is needed.
  • Page 2: Windows Installation

    PC. Once this is installed, the drive can be connected to the ZoomFloppy in one of three ways. If you already have a C64 cartridge plug to DB15-M cable, it attaches to the card edge at the bottom of the ZoomFloppy.
  • Page 3 B. Plug in the ZoomFloppy via USB and install the Windows driver Once you plug in the ZoomFloppy, you'll see a standard device driver installation prompt. We'll be installing a driver extracted from this zip file, located under the "windrv" folder. You do not need to reboot after installing the drivers.
  • Page 4 3. Select "Install from a list or specific location" 4. Click Next...
  • Page 5 5. Browse to the "windrv" folder extracted from the OpenCBM zip file 6. Click "OK" 7. Verify your screen looks like the above and click Next.
  • Page 6 1. Plug in your drive's power cord if it's not connected already. 2. Plug an IEC serial cable (round, 6-pin plug) into both the ZoomFloppy and your drive. 3. Optional: if you have installed a drive parallel cable, connect it also. The ZoomFloppy has three plugs for parallel devices: the 15-pin D-SUB connector, 16-pin rectangular header (Z3), and the card edge connector at the bottom (similar to the C64 cartridge port).
  • Page 7 Ports & Cables”, solderless options). http://ist.uwaterloo.ca/~schepers/cables.html Then you need a cable to connect the drive to the ZoomFloppy. The easiest route is to get a 15- pin D-SUB male-to-female cable. If you want to use your new parallel port with a C64 also, you should get the “C64 user port parallel cable”, also available from the above site.
  • Page 8: Troubleshooting

    Troubleshooting Here are some steps to help you solve common problems. The ZoomFloppy is pretty reliable and simple to use, so there aren’t many things that can go wrong. If you suspect a hardware problem, get help on the zoomfloppy-users mailing list or contact RETRO Innovations to make a return.
  • Page 9 Commodore computers. Do not attach more than 4 floppy drives to a single ZoomFloppy. If you need more drives, get another ZoomFloppy. The OpenCBM software allows you to use more than one ZoomFloppy at the same time (subject to PC performance limitations).
  • Page 10 Credits • Nate Lawson designed the ZoomFloppy over several years. He built the prototype boards and wrote the firmware, OpenCBM plugin, nibtools mods, and this manual. • Jim Brain at RETRO Innovations did the PCB design, manufacturing, and hardware sales and support.