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merge rusEFI wiki

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Hardware.md
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@ -8,7 +8,7 @@ As of May 2021 microRusEFI and Proteus are sold as ECU development boards. See [
| Board | Features | Connectors/Misc. Info | Released in | Maximum recommended engine |
| ----- | -------- | --------------------- | ----------- | ---------------------------|
| [Hellen](Hellen-One-Platform) | +knock detection<br/>+VR<br/>+Wideband Controller | Not an ECU, but a collection of modules that can be used to design an ECU. | 2020 | Board-specific |
| [Proteus](https://www.ebay.com/itm/rusEFI-Proteus-0-4-standalone-ECU/333841923141)| + rusEFI if you have lots of hardware or cylinders<br/>+ 4 layer PCB, 135mm x 82.5mm<br/>+ 16 low-side outputs, limited to 3 amps each (injectors, relays, check engine light, etc)<br/>+ 12x ignition outputs (or general purpose 5v, 100mA push-pull)<br/>+ Dual electronic throttles<br/>+ 4x High-side 12v drivers, 1 amp each<br/>+ 4 thermistor analog inputs (2.7k pull up resistor)<br/>+ 12 General purpose analog inputs<br/>+ Dual VR sensors (crank position, wheel speed)<br/>+knock detection<br/>+ 6 digital inputs (hall cam/crank position, wheel speed, clutch/brake switch, etc) | TE Ampseal connectors: 2x 35 pin, 1x 23 pin<br/>rusEFI's most fully-featured shield<br/>IP68 waterproof case | 2020 | 12 cylinder, dual electronic throttles |
| [Proteus](https://www.shop.rusefi.com/shop/p/spring-blade-cyy7n)| + rusEFI if you have lots of hardware or cylinders<br/>+ 4 layer PCB, 135mm x 82.5mm<br/>+ 16 low-side outputs, limited to 3 amps each (injectors, relays, check engine light, etc)<br/>+ 12x ignition outputs (or general purpose 5v, 100mA push-pull)<br/>+ Dual electronic throttles<br/>+ 4x High-side 12v drivers, 1 amp each<br/>+ 4 thermistor analog inputs (2.7k pull up resistor)<br/>+ 12 General purpose analog inputs<br/>+ Dual VR sensors (crank position, wheel speed)<br/>+knock detection<br/>+ 6 digital inputs (hall cam/crank position, wheel speed, clutch/brake switch, etc) | TE Ampseal connectors: 2x 35 pin, 1x 23 pin<br/>rusEFI's most fully-featured shield<br/>IP68 waterproof case | 2020 | 12 cylinder, dual electronic throttles |
| [microRusEFI](https://www.ebay.com/itm/333532119947) | + Available fully assembled!<br/>+ about 10 analog inputs<br/>+ One VR/Hall input channel for crank sensor<br/>+ One Hall input channel for crank sensor<br/>+ 4 injector output channels<br/>+ 4 logic level coil control channels (external igniters could be needed for some coils) | 48-pin connector<br/>On-board DBW<br/>USB, CAN<br/>open source hardware | 2019 | 4 cylinder, single electronic throttle |
| [Prometheus](https://rusefi.com/forum/viewtopic.php?f=4&t=1215) | + on-board wide band controller.<br/>+ compact 4-layer PCB smaller than 93 x 100 mm<br/>+ on-board power supply<br/>+ knock sensor chip<br/>+ stepper motor IAC controller chip<br/>+ stepper motor IAC controller chip<br/>+ onboard 4-channel "smart" protected ignition drivers<br/>+ bluetooth module<br/>+ supports two packages of on-board stm32 chips | no on-board connector (wired)<br/>SD card, USB/TTL, CAN | 2017 | 4 cylinder. No plans to offer assembled units. |
| [Frankenso](Hardware-Frankenso) retired| + Most customizable board<br/>+ larger 154x152mm 4-layer board requires a Medium Box shipping rate<br/>+ on-board power supply<br/>+ 20x4 LCD screen<br/>+ joystick<br/>+ works both with external brain boards and on-board stm32 chip<br/>+ knock sensor chip<br/>+ used Denso OEM cases available | on-board 64 pin connector<br/>SD card, USB/TTL, CAN<br/>open source hardware | 2014 | Flexible - probably 8 cylinder max recommended |
@ -36,7 +36,7 @@ A: [selecting-open-source-ecu-microcontroller](selecting-open-source-ecu-microco
A: At rusEFI we love cool new projects, but we are a really small team and only have so much time to work on rusEFI.
We already have lots of different hardware configurations and we would suggest using one of the existing wire in versions.
Nobody is stopping you from making your own board, but we cannot guarantee any support for that board or assistance with building it.
If you proceed then please consider making a P&P adapter board design based on Hellen, Proteus, or microRusEFI.
If you proceed then please consider making a P&P adapter board design based on Hellen, [Proteus](https://github.com/mck1117/proteus/), or microRusEFI.
## Q: What EDA are you guys using for your open source hardware?