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todo | todo | ||
* search for pinouts | * search for pinouts | ||
* search for parts | * search for parts (got a DIP28 zif socket \o/) | ||
It turns out a lot of DIP28 chips on VGA cards I own are of the EPROM kind, some of them aren't even windowed so no chance of erasing them using a UV eraser (which I don't have anyway). | It turns out a lot of DIP28 chips on VGA cards I own are of the EPROM kind, some of them aren't even windowed so no chance of erasing them using a UV eraser (which I don't have anyway). I obtained 2 DIP28 Atmel AT28C256-15PC EEPROMs for testing. | ||
Revision as of 20:16, 23 January 2012
| NURDspace Project | |
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| Participants | Dennis |
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| Niche | |
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{{{Name}}}Property "Tool Name" (as page type) with input value "{{{Name}}}" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. Property "Tool Image" (as page type) with input value "File:{{{Picture}}}" contains invalid characters or is incomplete and therefore can cause unexpected results during a query or annotation process. {{{Picture}}} {{#if:{{{Tool}}} | [[Tool Owner::User:The_Niz | }} {{#if:{{{Tool}}} | [[Tool Cost::{{{Cost}}} | }}
I'm currently using a Silicon Image PCI IDE controller for programming DIP32 chips using flashrom. It would be nice to be able to use this setup for programming DIP28 chips (for instance for use as nic bootroms). It should be a fairly simple rewiring job.
todo
- search for pinouts
- search for parts (got a DIP28 zif socket \o/)
It turns out a lot of DIP28 chips on VGA cards I own are of the EPROM kind, some of them aren't even windowed so no chance of erasing them using a UV eraser (which I don't have anyway). I obtained 2 DIP28 Atmel AT28C256-15PC EEPROMs for testing.