These are some of the PCBs that have been designed by our team. The majority of them are Open Source and can be found on PCBWay’s shared projects.

The Amiga 500 CPLD RGBtoHDMI is a board for the Amiga 500 which takes the digital RGB signals from the video processor chip in an Amiga 500 and puts them into a Raspberry Pi Zero to output via the Pi's HDMI port. This is v2 of the board which has been made easier to assemble and supports Amiga 500 rev.3 motherboard.

The Amiga 500 CPLD RGBtoHDMI is a board for the Amiga 500 which takes the digital RGB signals from the video processor chip in an Amiga 500 and puts them into a Raspberry Pi Zero to output via the Pi's HDMI port. This is v2 of the board which has been made easier to assemble and supports Amiga 500 rev.3 motherboard.

The Amiga 2000 CPLD RGBtoHDMI works in a similar way to the Amiga 500 CPLD RGBtoHDMI but uses the signals on the video slot of the Amiga 2000. This is v2 of the board which is easier to build and we designed a limited edition version with a glowing logo.

The Amiga 2000 CPLD RGBtoHDMI works in a similar way to the Amiga 500 CPLD RGBtoHDMI but uses the signals on the video slot of the Amiga 2000. This is v2 of the board which is easier to build and we designed a limited edition version with a glowing logo.

The Amiga 100 CPLD RGBtoHDMI is again similar the Amiga 500 variant but with some differences unique to the Amiga 1000. This was designed purely from photos of am Amiga 1000 motherboard.

The Amiga 100 CPLD RGBtoHDMI is again similar the Amiga 500 variant but with some differences unique to the Amiga 1000. This was designed purely from photos of am Amiga 1000 motherboard.

The Amiga RGBtoHDMI Tester is design for RGBtoHDMI builders to test their boards without damaging an Amiga or Denise chip. It has an onboard microcontroller to generate a test image for the RGBtoHDMI board to process which is specifically designed to make it easy to spot common faults.

The Amiga RGBtoHDMI Tester is design for RGBtoHDMI builders to test their boards without damaging an Amiga or Denise chip. It has an onboard microcontroller to generate a test image for the RGBtoHDMI board to process which is specifically designed to make it easy to spot common faults.

A CPU relocator for the Amiga 500 with cutouts for a large capacitor that often gets in the way for two different motherboard revisions, as well as length adjusted traces and large power planes for improved stability of hardware such as the PiStorm

A CPU relocator for the Amiga 500 with cutouts for a large capacitor that often gets in the way for two different motherboard revisions, as well as length adjusted traces and large power planes for improved stability of hardware such as the PiStorm

A board that converts a logic chip from an Amiga 500+ to work in an Amiga 500 and provide extra 'Chip' memory.

A board that converts a logic chip from an Amiga 500+ to work in an Amiga 500 and provide extra 'Chip' memory.

RAMesses. Another board that converts a logic chip from an Amiga 500+ to work in an Amiga 500 and provide extra 'Chip' memory. This version does not require any modifications to the Amiga 500 to install and use.

RAMesses. Another board that converts a logic chip from an Amiga 500+ to work in an Amiga 500 and provide extra 'Chip' memory. This version does not require any modifications to the Amiga 500 to install and use.

A board designed for Retro Ready One to relocate the CPU on an Amiga 2000 to the co-processor slot for more space and ease of access.

A board designed for Retro Ready One to relocate the CPU on an Amiga 2000 to the co-processor slot for more space and ease of access.

A design for Retro Ready One which allows EPROMs to be used with early versions of the Amiga 500 and 2000. It has surface-mount decoupling capacitors and pull-up resistors on the underside.

A design for Retro Ready One which allows EPROMs to be used with early versions of the Amiga 500 and 2000. It has surface-mount decoupling capacitors and pull-up resistors on the underside.

Another design for Retro Ready One, this replaces the battery that often leaks on Amiga boards with a CR2032. It also contains a special charge protection circuit with a lower voltage drop than the diodes traditionally used.

Another design for Retro Ready One, this replaces the battery that often leaks on Amiga boards with a CR2032. It also contains a special charge protection circuit with a lower voltage drop than the diodes traditionally used.

A board to sit between an IDE SD card adapter and an Amiga to correct the voltage of the activity signal for use with LEDs.

A board to sit between an IDE SD card adapter and an Amiga to correct the voltage of the activity signal for use with LEDs.

Other Projects

68000 Flash Relocator Firmware / Software

Our team have taken the firmware for the Amiga 500 flash relocator designed by PR77 and improved the firmware to fix some bugs and allow two ROMs to be used. In addition our team wrote a GUI for Amiga OS 1.3 onwards to flash the ROMs from the Amiga. Details can be found on GitHub.

PiStorm Enhancements

We have contributed improvements to the PiStorm project in the form of bug fixes, a GUI to control the PiStorm using its API and are assisting the development of the next major firmware version. One of our team also writes the weekly “This Week in PiStorm” blog posts.