Multisystem

@multisystemfpga.bsky.social

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Home of Multisystem gaming products and more. We design and manufacture a range of Retro Gaming, Classic Computer and Vintage Arcade products - Designed by Heber Ltd. (UK) https://shop.heber.co.uk/

New Dual port DE15 Enhanced SNAC Cartridge - For 2 Player games :)
At the moment test, packing and shipping is on an exponential curve, so any estimates we make will be out of date next week. At some point we will hit maximum capacity with everything, but that's not happened yet. When it does, we will be able to more accurately predict the month/week we should have higher pre-order numbers sent out. We know it's a little frustrating, but it would be more annoying if we provided inaccurate information while things are still speeding up. All that said, we have everything on order, in manufacturing or already built to complete all current pre-orders and we want to get them all shipped out as quickly as possible. More updates soon, and thank you all for supporting us.
A massive delivery of 360Kg of Polymaker PolyTerra PLA filament for our 3D print farm - keeping production of Multisystem2 going for pre-orders expected to start shipping in August 2025.
Part of Heber's 3D print farm, this section is dedicated to Multisystem 2 pre-order production of enclosures, parts and expansions. We are still expecting to start shipments of orders in August as planned.
1970's mini Arcade machine models Space Race and Computer Space. Replica machines for your desk, office or home Arcade.
Close up of the Computer Space Arcade cabinet miniature showing the 'Nebula blue' glitter 3D printing filament. Printed at high quality settings. Also with a custom sticker set from Retrofied applied to each 3D model
Multisystem2 prototype now fully running, here showing the Gameboy core on both HDMI and VGA (Analogue) output.
Bench testing of the Multisystem2 prototype PCB Issue 1 - Checking the PSU rails and current being drawn. Setting up clock generation and configuration of the FPGA. What happened next...?
Testing and configuration of the very first prototype Multisystem2 FPGA retro gaming console board. This image shows the engineering tests to configure and setup some power testing and clock generation on the Multisystem2 built electronics board from Heber Ltd.
Design files for the Multisystem & Multisystem2 cartridge interface. With these files you can design your own Cartridges in free open-source KiCAD PCB software. KiCad templates for cartridges for the Multisystem and Multisystem2 / Future Multisystems. Schematic includes the edge connector with appropriately labelled nets. PCB includes the edge connector and a board outline. The Multisystem cartridge also includes a micro USB 3.0 connector, which enables SNAC cartridges to be connected to other MiSTer FPGA systems. On the Multisystem/Multisystem2, the V_SNAC signal from the edge connector and power from the USB connector will be at 5V or 3.3V depending on the voltage setting on the Multisystem, but on other MiSTer systems, the voltage from the USB connector is always 5V even when a level shifter is used. VBUS on the edge connector is current-limited 5V from the USB current limiting IC whereas 5V on the edge connector is from the main power input protected only by the main polyfuse. Also note that the SSRX and SSTX pairs are swapped in the micro USB connector; this is because the SSRX pins at the USB end connect to SSTX at the micro USB end of the cable and vice versa. If you wish to make your own Cartridges for the Multisystem/Multisystem2, please use this template so they will be compatible. Signals include - USB 2.0 - GPIO Pins (3.3v) - Analogue input signals - +5V (2A max) - +3.3v (1A max) - GND - VBUS (Selectable voltage on the Multisystem board 3.3v or 5v) - Full SNAC/USER PORT - Digital Audio output - Analogue Audio output - RGBHV Analogue video output - various display modes & Standards. - Sync On Green signal
This is a bare PCB, designed for FPGA retro gaming - tracked and completed and ready for assembly of components - Multisystem2