Power and cooling
Check power polarity at the actual connector before connecting a battery. The documented input range is 9–22 V; a regulated supply and adequate current headroom are recommended. Keep the fan and heatsink airflow unobstructed.
MG880FM / OPENIPC REFERENCE HARDWARE
MG880FM OpenIPC Digital Video Link
SSC338Q reference configuration for FPV, UAV and embedded camera projects.
MG880FM combines a fan-cooled video transmitter mainboard with a separate M12 camera module. The published reference configuration uses an SSC338Q controller, OpenIPC firmware, dual 5.8 GHz IPEX antenna connectors and a shared six-pin power/UART interface. Exact SoC, sensor, antenna and firmware options must be confirmed for each supplied sample.
SPECIFICATIONS / MG880FM
Documented reference parameters
These are manufacturer-document values, not results of independent Telewoo qualification tests.
Main controllerSSC338Q reference (verify shipped revision)
Operating platformOpenIPC open-source firmware
Camera/sensor optionsGC8613 / IMX415 / IMX335 (configuration-dependent)
Video encodingH.264 / H.265; high frame-rate limits apply
Video modes1080p at 60/90 fps or 720p at 120 fps (by firmware/sensor mode)
Wireless band5.8 GHz; 2 × IPEX antenna connectors
Supply and peak power9–22 V DC; up to 15 W peak (manufacturer data)
Mainboard / mounting30.6 × 33 mm / 25.1 × 25.1 mm hole pattern
Camera / ribbonM12 module, approx. 130 mm MIPI ribbon in reference sheet
External interfaces6-pin power/UART, 4-pin Ethernet adapter connector
Thermal solutionAluminum heatsink and active fan
Reference massApprox. 30 g with fan (manufacturer data)
OpenIPC is a third-party open-source project. Product compatibility and radio permissions must be verified for the exact supplied configuration.
INTEGRATION
Hardware integration essentials
UART and MAVLink
The six-pin external harness shares power and UART lines. On the module, R is the RX input (connect to flight-controller TX) and T is the TX output (connect to flight-controller RX). A serial connection alone does not establish end-to-end bidirectional MAVLink; validate the installed firmware, ground-side routing, baud rate and link configuration.
Camera and RF selection
Confirm the exact camera CMOS, M12 lens, MIPI ribbon orientation, antenna connector and radio configuration before purchasing. Frame-rate and encoding combinations depend on the selected image sensor and firmware build.
Performance claims and deployment conditions
The supplied specification mentions a 16 km line-of-sight figure under favorable conditions. Telewoo has not independently established that range, end-to-end latency or field reliability. We therefore do not advertise a guaranteed range or latency. RF power and use of 5.8 GHz channels must comply with the regulations of the intended operating country; the document is not proof of CE/FCC certification.
What to include in an evaluation request
Describe the target aircraft or robotic platform, sensor choice, camera orientation, antenna requirements, flight controller, desired telemetry workflow and sample quantity. The exact BOM, quote, delivery and test criteria can then be agreed.
RESOURCES