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MG880FM Pinout & Integration Documentation

MG880FM reference pinout: 6-pin power and UART mapping, 4-pin Ethernet adapter, SSC338Q/OpenIPC specifications and RF installation safety.

These notes summarize a manufacturer-provided specification dated 11 Nov 2026. Verify PCB silkscreen, hardware revision, firmware version and all electrical connections before installation.

Reference configuration

ProcessorSSC338Q (reference model)
Software platformOpenIPC
Sensor optionsGC8613 / IMX415 / IMX335; by configuration
Frame-rate modes1080p 60/90 fps, 720p 120 fps; configuration-dependent
Video encodingH.265 / H.264; high-frame-rate limitations apply
Input power9–22 V DC, up to 15 W peak (document value)
Antenna connectors2 × IPEX, 5.8 GHz
Board dimensions30.6 × 33 mm (document value)
Mounting / lens25.1 × 25.1 mm / M12
Interfaces6-pin power/UART, camera MIPI, Ethernet adapter

Published parameters are transcribed from the supplied manufacturer document and are subject to configuration and verification. The stated 16 km unobstructed-range figure is not an independently verified guarantee and is deliberately excluded from headline claims. Regulatory requirements vary by country.

6-pin power & UART assignment

The manufacturer states that the external 6-pin connector combines power and UART. The Ethernet adapter uses a separate 4-pin connector to an HR911105A-type magnetics RJ45 board.

PinMarkSignalNotes
1VPower +DC 9–22 V
2GGroundSupply return
3RDevice RXTo flight-controller TX
4TDevice TXTo flight-controller RX
5NNot connectedUnused, NC
6NNot connectedUnused, NC

Ethernet adapter (4-pin)

Differential pairs must remain properly matched and routed. Wire colors may change between batches; follow the actual PCB markings and a verified adapter pinout.

PinSignalDescription
1TX+Ethernet transmit positive
2TX−Ethernet transmit negative
3RX+Ethernet receive positive
4RX−Ethernet receive negative

Electrical and RF warnings

Never transmit without connected antennas. Never hot-plug the MIPI camera flex or RF connectors. Confirm pinout from the exact PCB silkscreen rather than cable colors. Do not apply more than 22 V or reverse power polarity.

Integration checklist

  1. Confirm exact SoC and sensor for your shipped sample.
  2. Use regulated 9–22 V DC with sufficient current capacity.
  3. Connect the device R (receive) pin to flight-controller TX, and device T (transmit) pin to flight-controller RX.
  4. The two N pins are marked NC in the supplied documentation.
  5. Attach the required 5.8 GHz antennas before enabling radio transmission.
  6. Provide unobstructed airflow for the active cooling fan.
  7. Confirm local EIRP and radio usage limits before outdoor testing.

These notes summarize a manufacturer-provided specification dated 11 Nov 2026. Verify PCB silkscreen, hardware revision, firmware version and all electrical connections before installation.