x68000:internal_scsi_and_cf_card_mod
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x68000:internal_scsi_and_cf_card_mod [2011/12/10 12:07] – eidis | x68000:internal_scsi_and_cf_card_mod [2019/08/27 20:45] (current) – external edit 127.0.0.1 | ||
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- | The following information was kindly contributed by our forum member Caius. Thank you for the excellent tutorial and keep up the good work ! | ||
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===== X68000 CompactXVI and Compact Flash card: a successful story! ===== | ===== X68000 CompactXVI and Compact Flash card: a successful story! ===== | ||
- | First of all | + | The following information was kindly contributed by our forum member **Caius**. Thank you for the excellent tutorial and keep up the good work ! |
+ | |||
+ | First of all I must say that this kind of mod is more difficult | ||
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- | These 30 solder pads are connected PIN to PIN with the near SCSI connector so, first of all, we have to install sockets on this 30 pads. In my case I used this sockets but you can use different ones. | + | These 30 solder pads are connected PIN to PIN with the external |
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+ | Black circles are GROUND, | ||
+ | I took the pinout ( and some pictures) from Painkilla blog, all credits goes to him! Look at his tutorial (in korean) here: | ||
+ | http:// | ||
- | {{:x68000: | + | Now that we have the pinouts, we have two choices: building a custom SCSI cable which connects the installed sockets to SCSI to IDE converter (In my case a Yamaha |
- | Black circles are GROUND, | + | |{{: |
- | I took the pinout ( and some pictures) from Painkilla blog, all credits goes to him!Look at his tutorial (in korean) here: | + | |{{:x68000: |
- | http://kpark.co.kr/2665922 | + | Here is the layout: |
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+ | {{: | ||
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+ | And here is the layout in ExpressPCB format: | ||
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+ | [[http://nfggames.com/X68000/ | ||
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+ | Obviously you have to put the pin headers soldering them on the top layer of the board ( the 30 pin headers downward and the 50 ones faced up) then you have to piggyback the board on the previously installed sockets. Connect a SCSI 50 pin cable from piggyback board to SCSI to IDE adapter and then connect it to the CF to IDE adapter. Click on the following images to enlarge. | ||
- | Now that we have the pinout, we have two choices: building a custom cable SCSI which connects the installed sockets to your SCSI to IDE converter (In my case a Yamaha | + | |{{:x68000: |
- | This the layout | + | |{{:x68000: |
- | {{: | + | For my test I used the great Eidis HD image which I restored onto a 1GB Sandisk Compact Flash. I set the jumpers on my SCSI to IDE adapter to SCSI ID 3. Regarding other settings |
- | Obviously you have to put the pin headers soldering them on the top layer of the board ( the 30 pin headers | + | {{: |
- | For my test I use the great Eidis HD image which I restore onto a 1GB Sandisk Compact Flash. | + | |
- | Set the jumper of your SCSI to IDE adapter to SCSI ID 3. | + | |
- | Regarding other settings | + | |
- | That's all.If you have any question, feel free to ask, I will be glad to answer! | + | That's all. If you have any question, feel free to ask, I will be glad to answer! |
- | Special thanks go to Painkilla, Eidis and Damphird | + | Special thanks go to Painkilla, Eidis and Dhampird |
x68000/internal_scsi_and_cf_card_mod.1323482844.txt.gz · Last modified: 2019/08/27 20:44 (external edit)