Not my problem, do some one elses project instead. and that is simply what it is! if this is something you cannot accept: There are no warranty or guarantee! there might be issues with board, it might need future patches etc. More discussions can be done on facebook: The Amiga community had it with closed shit. I would hope more is inspired doing replacement PCBs etc and LET IT BE OPEN!. I will also do some replacement PCBs for other harware. and most important: I am NOT doing this for the money so ALL files of the ReAmiga project is open! I try to have most of my files open for the public with small exceptions. I usually use 3.2 metric, but thats with other PCB fabs. Email them if you are not sure which drill options in Sprint-Layout to use. I do SMALL slight changes of the original concept but it IS for replacements and NOT overengineering. The GTL and GBL etc extensions they ask for are just their naming convention, so you just need to rename the Gerber file output from Sprint-Layout to match their requirements. SO What the ReAmiga project is? SIMPLY put: it is a way to get replacement PCBs for our beloved Amigas. I am NOT a electronic engineer I have NOT gone to any school or anything!) and did small changes. changed the composite output etc using a friends design. the ReAmiga was “invented” not overengineering etc. anyone have issues with it? then it is THEIR issue… I get shit done. but the ability to have a scanned picture as a background to draw traces on is INCREDIBLE nice for reverse jobs)Īs I am of the nature of simple: If I want it. USUALLY in Sprint Layout as it is a simple program for reverse engineering (BUT! TERRIBlE for editing, especially advanced boards, THAT is another thing. Things is simple: First I do a 1:1 copy of the board. Then tbtorro told me that a good name for this would be “ReAmiga” I liked it so I adapted it. For some high-density small-size boards, you can also try 8/18Mil. For example, for 6-10 layer memory module PCB design, 10/20Mil (drill/pad) vias are better. And as I very often spend atleast 1 week a time at a hotel in Gothenburg for work. From the perspective of cost and signal quality, choose a reasonable size of the via size. This I then later developed to the A3660, where I just “simply” added the 68040->68060 adapter into that board and showed at Amiga32. The first file I did was not possible to do on a PCB, but later a boored day I cleaned it up and actially DID a testorder of a PCB. At first I replicated the pcb just to be able to have a way to see what pin goes where. It started with the A3640 68040 card for the Amiga 4000 (and at rev 3.1 also the A3000) that usually died, this due to leakage of the capacitors damaging traces and VIAs. Technically the project never intended to make new machines, it is more to try to salvage what is possible from the old machine. The ReAmiga project is simply put a project I started to get replacement PCBs for broken Amiga Computers.
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