Commodore Amiga 500+ Replace Keyboard Membrane
Commodore Amiga 500+ Replace Keyboard Membrane
Defect:
- 50% of the keyboard keys are totally dead.
Replaced parts:
- 1 x Keyboard Membrane.
Gallery of work that was done:
Commodore Amiga 500+ Replace Keyboard Membrane
Defect:
Replaced parts:
Gallery of work that was done:
Conversion Amiga 500 REV 8A (512k Chip RAM) to 500+ (1MB CHIP Ram)
Some Amiga 500 sold at the end of 1991/beginning of 1992 have a motherboard of an Amiga 500+ but limited to the capabilities of a regular Amiga 500 with 512k of Chip RAM.
These motherboards can be converted to 500+ simply installing the missing pieces; RAM section and REALTIME CLOCK.
What i did is add a 512K to have 1MB of Chip RAM like the amiga 500+.
Gallery of work that was done:
Chinon FB-354 ReCAP (Amiga Floppy Drive)
Defect:
Replaced parts:
Gallery of work that was done:
Panasonic JU-253-043P ReCAP (Amiga Floppy Drive) #1
Defect:
Replaced parts:
Gallery of work that was done:
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Panasonic JU-253-043P Replace Micro Switch (Amiga Floppy Drive) #2
Defect:
Replaced parts:
Gallery of work that was done:
Teac FD-235F ReCAP (Amiga Floppy Drive)
Defect:
Replaced parts:
Gallery of work that was done:
Commodore 16 Repair
Defect:
Replaced parts:
Texas Instruments TI-99-/4A Empty PCB
This is what remained after the recovery. Some components (all TTL) are not been recovered, others were are already recovered some times ago for spare parts.
Gallery:
Some new games or tools (Cracked / Trained or Unrealeased) for Commodore 64 have been released from your favorites groups.
Titles:
Download: All Games in One Archive (4350)
source: csdb.dk
Hyperkin Supaboy S – RGB/Svideo HACK
I have decided to make this hack because the native video output of the Hyperkin Supaboy S is really bad, uses the composite video.
The photos with the LCD monitor use the SVIDEO output while the photos with the Sony CRT monitor use the RGB output.
The photos and the schematic describe very well the work that needs to be done, the hack is not complex but you always have to be makes particularly attention to the SMD (CXA 1645M) side welds.
RGB/Svideo Schematics:
Gallery of the work that was done:
Forth, the Language.
Forth is a different language. It’s aged and a little weird.
What’s cool about it? It’s a very low-level and minimal language without any automatic memory management. At the same time, it easily scales to become a very high-level and domain-specific language, much like Lisp. Compared to C64 Basic, Forth is more attractive in almost every way.
It is a lot more fast, memory effective and powerful. Compared to C, specifically cc65, the story is a little different. It’s hard to make a fair comparison. Theoretically Forth code can be very memory efficient, and it’s possible to make Forth code that is leaner than C code. But it is also true that cc65 code is generally much faster than Forth code.
Download: durexForth v1.6.2 (D64/CRT) + Manual (774)
source: csdb.dk
Jean-François DEL NERO (who’s behind the HxC SD Floppy Emulator) recently has released a version of the HxC emulator firmware that is compatible with the STM32 chip used in the Gotek floppy emulators.
This means that the great functionality of the HxC SD emulator is now available on cheaper and more widely available hardware.
The bootloader to convert the Gotek floppy drive in HxC compatible must be purchased on the website HXC 2001 by sending an email to Jean-François DEL NERO. The price of the bootloader is one-off 10 Euro per Gotek that you want to update. Future updates of the software are free and can be made from a USB stick
The HXC Usb (Gotek) firmware supports: + many more….
Release notes Firmware USB HxCFloppyEmulator v3.0.20.1a:
Download: USB Stick STM32 (Gotek) HxC Firmware v3.0.20.1a (1213)
source: hxc2001.com
Jean-François DEL NERO (who’s behind the HxC SD Floppy Emulator) recently has released a version of the HxC emulator firmware that is compatible with the STM32 chip used in the Gotek floppy emulators.
This means that the great functionality of the HxC SD emulator is now available on cheaper and more widely available hardware.
The bootloader to convert the Gotek floppy drive in HxC compatible must be purchased on the website HXC 2001 by sending an email to Jean-François DEL NERO. The price of the bootloader is one-off 10 Euro per Gotek that you want to update. Future updates of the software are free and can be made from a USB stick
The HXC Usb (Gotek) firmware supports: + many more….
Release notes Firmware USB HxCFloppyEmulator v3.0.19.2a:
Current direct images support:
Selector software:
Converter / HxC Software:
Download: USB Stick STM32 (Gotek) HxC Firmware v3.0.19.2a (1370)
source: hxc2001.com
Philips Videopac+ G7400 RGB/Composite Hack – Repair – Recap
I have received a gift from my dear friend Andrea Pierdomenico a Videopac+ G7400 console with the BASIC Microsoft module and some cartridges that go into my collection of videopac cartridges.
This console running smoothly but with some problems.
The works that have been made:
Videopac+ G7400 RGB/Composite Hack (components that need to be added):
All the works that have been made are documented in the photos below:
source: g7400 guide rgb mod
Texas Instruments Magic Wand Speak & Learn Fixed
Defect:
Fix:
Note:
Gallery:
Cartridge shell for FinalGROM 99 – TI-99/4A
I have fit in a best way the pcb of the FinalGROM 99 inside a standard cartridge shell of a TI-99/4a game.
As you can see from the photos the final result is good, there are still some minor imperfections but i’m very satisfied.
I have made three cartridges shells, one for me and two for my friends Ciro Barile of TI-99 Italian User Club, Andrea Pierdomenico.
Some things about the FinalGROM 99:
The FinalGROM 99 supports ROM images, GROM images, and mixed images of up to 1 MB in size that use the write-to-ROM bank switching scheme. The cartridge does not require the Peripheral Expansion Box and runs on both PAL and NTSC consoles, including modified consoles with an F18A. It will also run on v2.2 consoles and enables those to run ROM-only programs.
The cartridge offers some advanced modes that provide RAM and GRAM to programs. It also allows a running program to reload another program from SD card or to dump its state to SD card. All firmware of the FinalGROM 99 can be updated by SD card.
FinalGROM 99 is released as Open Source Hardware under the CERN OHL license and the GNU GPL license. Both hardware design files and firmware sources are available on GitHub.
For more information about this project please visit the project homepage hosted at GitHub.
Gallery of the works that have been made:
Download:
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