MediaWiki:Sitenotice:
2024-03-02: The wiki ran out of disk space, so things were not working. This has been resolved by adding another 5GB of quota ;-) Thanks to Tim Lindner for reporting the issues. 2020-05-17: If a page gives you an error about some revision not being found, just EDIT the page and the old page should appear in the editor. If it does, just SAVE that and the page should be restored. OS-9 Al (talk) 12:22, 17 May 2020 (CDT)

CoCoSDC: Difference between revisions

From CoCopedia - The Tandy/Radio Shack Color Computer Wiki
Jump to navigation Jump to search
No edit summary
No edit summary
Line 14: Line 14:
Darren set out to alleviate the problem by designing a Color Computer Floppy Disk Emulator, based on an Atmega micro-controller. The CoCo SDC also provides 8 banks of flash RAM so users can program their favorite ROM or alternative OS as well. SDC-DOS and DECB reside in banks 0 and 1, respectfully, when shipped. The SDC was designed to fit into a FD-501 or 502 case, as shown below.
Darren set out to alleviate the problem by designing a Color Computer Floppy Disk Emulator, based on an Atmega micro-controller. The CoCo SDC also provides 8 banks of flash RAM so users can program their favorite ROM or alternative OS as well. SDC-DOS and DECB reside in banks 0 and 1, respectfully, when shipped. The SDC was designed to fit into a FD-501 or 502 case, as shown below.


Darren has a [http://cocosdc.blogspot.com/ blog] where some basic info is currently stored. A real user manual is available [http://tandycoco.com/forum/viewtopic.php?style=1&f=99&t=246 here].
Darren has a [http://cocosdc.blogspot.com/ blog] where some basic info is currently stored. A real user manual is available [http://www.tandycoco.com/forum/viewtopic.php?f=99&t=246 here].





Revision as of 12:40, 2 September 2015

WELCOME
Looking for CoCo help? If you are trying to do something with your old Color Computer, read this quick reference. Want to contribute to this wiki? Be sure to read this first. This CoCo wiki project was started on October 29, 2004. --OS-9 Al

See Recent Changes. | About this site. | Join the E-Mail List or Facebook Group. | Contact me with updates/questions.

This page was last updated on 09/2/2015. Total Pages: 744. Total Files: 994.


Home / Hardware - CoCoSDC


The CoCoSDC is a floppy drive controller replacement desined by Darren Atkinson. Instead of hooking up old floppy drives, it uses SD memory cards and disk image files. Since the CoCoSDC emulates the Western Digital 1774 floppy controller chip, it is basically 100% compatible with any CoCo software, including copy protected disks. You can connect a real floppy interface and the CoCoSDC at the same time using a Multi-Pak, then backup physical floppies to disk images on an SD card. Copy protected disks can be backed up using tools like Carl England's Defeater.

Ed "Zippster" Snider is now producing the CoCoSDC interfaces and sells them (as of 12/2014) for $30 as a kit or $40 assembled. They are designed to fit in an FD502 disk drive controller case, but Tim Lindner has been making plexiglass panels for $10.

Read more about CoCoSDC on the official site: http://cocosdc.blogspot.com/

Older information:

CoCo floppy disk replacement devices and software have one major shortcoming – the inability to use software in which the author wrote his or her own floppy disk access routines. All versions Drivewire and the SuperIDE; CoCoNet and the Micro SD Pak, Bluetooth Pak and RS-232 Pak all suffer from this problem.

Darren set out to alleviate the problem by designing a Color Computer Floppy Disk Emulator, based on an Atmega micro-controller. The CoCo SDC also provides 8 banks of flash RAM so users can program their favorite ROM or alternative OS as well. SDC-DOS and DECB reside in banks 0 and 1, respectfully, when shipped. The SDC was designed to fit into a FD-501 or 502 case, as shown below.

Darren has a blog where some basic info is currently stored. A real user manual is available here.



The device gives direct access to floppy disk images stored on and SDHC card, as well as images on a Drivewire server, while allowing use of real floppy hardware - so long as you have an MPI. Check here for a review the review.