2 layers19.4 × 30 mm
Vacuum Tweezers LED holder
ARENARobotics/MiniPic
Open-source benchtop vacuum tweezer engineered for SMD soldering, rework, and precision part handling
8 parts3CERN-OHL-S-2.0
Cern ohl
59 boardsKiCad boards from 19 GitHub repositories tagged “cern-ohl”, the most starred first; open any of them in PCBKit.
- 2 layers70 × 70 mm
2x1 as
PE1RGU/hf-antenna-switch
Remote HF antenna switch: 3 radios x 4 antennas (path to 8), outdoor relay unit with a hardware safety chain, controlled over Cat6 from a shack interface. KiCad 10, open hardware, designed together with an AI.
16 parts2CERN-OHL-S-2.0 - 6 layers340 × 126 mm
Backplane
PE1RGU/hf-antenna-switch
Remote HF antenna switch: 3 radios x 4 antennas (path to 8), outdoor relay unit with a hardware safety chain, controlled over Cat6 from a shack interface. KiCad 10, open hardware, designed together with an AI.
24 parts2CERN-OHL-S-2.0 - 4 layers152 × 122.5 mm
Controller board
PE1RGU/hf-antenna-switch
Remote HF antenna switch: 3 radios x 4 antennas (path to 8), outdoor relay unit with a hardware safety chain, controlled over Cat6 from a shack interface. KiCad 10, open hardware, designed together with an AI.
93 parts2CERN-OHL-S-2.0 - 4 layers60 × 107 mm
Rf iso backplane
PE1RGU/hf-antenna-switch
Remote HF antenna switch: 3 radios x 4 antennas (path to 8), outdoor relay unit with a hardware safety chain, controlled over Cat6 from a shack interface. KiCad 10, open hardware, designed together with an AI.
4 parts2CERN-OHL-S-2.0 - 4 layers100 × 50 mm
Rf iso card
PE1RGU/hf-antenna-switch
Remote HF antenna switch: 3 radios x 4 antennas (path to 8), outdoor relay unit with a hardware safety chain, controlled over Cat6 from a shack interface. KiCad 10, open hardware, designed together with an AI.
4 parts2CERN-OHL-S-2.0 - 4 layers159.6 × 161 mm
Shack interface
PE1RGU/hf-antenna-switch
Remote HF antenna switch: 3 radios x 4 antennas (path to 8), outdoor relay unit with a hardware safety chain, controlled over Cat6 from a shack interface. KiCad 10, open hardware, designed together with an AI.
290 parts2CERN-OHL-S-2.0 - 4 layers28.8 × 60.2 mm
Whistler motherboard
ccc909/Whistler
Open-source 16-channel USB MEMS microphone array: KiCad PCB design, XMOS XU316 (xcore.ai) USB Audio Class 2 firmware with DFU, BOM and JLCPCB-ready production files. CERN-OHL-S.
76 parts1CERN-OHL-S-2.0 - 4 layers45 × 69 mm
OpenVault
NoctaLabs-Sh/Nocta-One-Hardware
Open hardware for the Nocta vault: an offline password manager with a 2.7 inch e-ink screen. KiCad schematic, board layout, gerbers and BOM. CERN-OHL-S v2.
54 parts1CERN-OHL-S-2.0 - 2 layers75 × 65 mm
Dimmer4
Meo98/picostack
Stackable, contract-driven module system for the Raspberry Pi Pico — open hardware, built by code
55 partsGPL-3.0 - 2 layers64 × 60 mm
Sockelplatine
Meo98/picostack
Stackable, contract-driven module system for the Raspberry Pi Pico — open hardware, built by code
16 partsGPL-3.0