Difference between revisions of "Minimig Ethernet"
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An I/O expansion could otherwise be done with an external fpga no#2 that communicates with the first one via a highspeed bus (~750 Mbps per lane or similar). | An I/O expansion could otherwise be done with an external fpga no#2 that communicates with the first one via a highspeed bus (~750 Mbps per lane or similar). | ||
| − | http://wwwuser.cs.rose-hulman.edu/~gunnbr/enetAmiga.html | + | [http://wwwuser.cs.rose-hulman.edu/~gunnbr/enetAmiga.html Ethernet on the Amiga rose-hulman.edu]<br> |
| − | http://www.faqs.org/faqs/amiga/networking-faq/part1/ | + | [http://www.faqs.org/faqs/amiga/networking-faq/part1/ Amiga networking-faq 1/2] [http://www.faqs.org/faqs/amiga/networking-faq/part2/ 2/2] |
| − | http://www.faqs.org/faqs/amiga/networking-faq/part2/ | ||
Revision as of 13:09, 24 August 2007
Advantages of Minimig with ethernet:
- Eliminating the need for swapping flashmemories
- Faster access time
- Allows direct connection to software archives etc..
- Faster development cycle (edit - test - crash ..)
- Handle decompression of disc images on a server
Relatively simple. Needs only an ethernet PHY in essence. Thoe only 4 user i/o is free = problem.
A cheapskate version is to use one pin per direction without protective magnetics for 10Base-T networking. 10Base-T use easy manchester encoding.
An I/O expansion could otherwise be done with an external fpga no#2 that communicates with the first one via a highspeed bus (~750 Mbps per lane or similar).
Ethernet on the Amiga rose-hulman.edu
Amiga networking-faq 1/2 2/2
