You're right I forgot to mention that 😅
Was more focussed on the soft that the hardware it seems 🙈
Yeah in my opinion it's absolutely mandatory. Writing to this Chips is at ease afterwards. I only had one Chip that had totally corrupted blocks and could not surpass this.
Before it were like...
Legendary ikari you're talking about just prepared his GitHub repo to commit his latest changes ^^
https://github.com/mrehkopf/VTXCart/blob/enhancement/CHANGES-ikari.md
It's a more or less complete rebuild of the original programmer with a lot QoL features (like open line detection, short...
I just saw found that on OMO:
F0095H0 : 256MX32 NOR Flash
https://www.omo-ic.com/chip/75d/f0095h0-1190.html
F0096H0: 64MX16 NOR Flash
https://www.omo-ic.com/chip/f08/f0096h0-1190.html
It also states, that the F0095H0 has an alternative number:
BK58F0095H0T010A
MT28HL08GNBB3EBK-0GCT
I know...
Meh... I don't want to believe you but it seems like it...
I was curious as the GBAMultiCartMenu claims, there is a 56in1 cart with a F0095H0 on board, therefore it would've made sense the 369 has a bigger memory... Sad life 🥲
Hey Guys...
it's been a while and i got something i want @ack and @Vortex to ask:
there ar 2GB Variants of the F0095H0 out there: F0088H0 and they reside in GBA Carts: https://gbatemp.net/threads/china-2gb-bootleg-can-be-crafted-as-flashcart.633704/post-10340152
I dont know if they are BGA as...
I'm currently testing the BIOS patches with my QuadBios Adapter (Switching between the Pick'n'Mix and Back to Menü BIOS with a dip switch).
I'll test your issues the next days 👌
I Just tinkered a little bit and this should be as close as i can get.
Well not exactly as i mapped the dimensions to be in 0.4mm steps so my printer can print it.
it should work but i couldn't test it by now.
Thanks for pointing this out!
I had the datasheet but absolutely missed that part.
Fdm might still work. Even though the cover looks very thin it should still work at even 0.8mm wall thickness I guess 🤔
And the little dents should also be big enough I hope.
I already have a few findings:
It seems the pins on the PROM are bent a bit too wide for the spring contacts to fully engage.
Therefore the IC contacts need to be bent a little.
Afterwards I was able to make contact with all springs.
Not I need to come up with a lock-mechanism, which will push...
Short Feedback regarding the SMD adapter:
It seems there usually would be a clamp, which is "missing".
I'll try to design something to push the chip down... As it is now it's not really usable.
I just finished my work on the P-ROM Dumper/Programmer Board.
I redesigned it in KiCad to be able to mount an "smd test socket" [IC306-070-110 0]: https://aliexpress.com/item/4000823686216.html
I don't know if everything fits, but in theory it looks just perfect ^^
Attached the kicad files...