01 · PLATFORM
OpenIPC at its core
A familiar open-source camera platform for configuration, firmware work and project-specific integration.
ENGINEERED FOR UAV & VISION SYSTEMSOpenIPC Digital Video Links
OpenIPC Digital Video Links
for FPV & UAV Systems.
Compact OpenIPC-based digital video transmission hardware designed for FPV aircraft, UAV development and embedded vision projects. Video transmission and bidirectional MAVLink data integration are designed to work together in compatible configurations.
✓OpenIPC platform✓5.8 GHz wireless✓Engineering evaluation
BUILT TO INTEGRATE
The essentials for your next build.
A product platform for developers who need access to hardware interfaces, configuration and integration—not just a closed video transmitter.
02 · IMAGING
Modular camera design
Separate M12 lens camera module; supported CMOS options vary by order and firmware.
03 · WIRELESS
Dual 5.8 GHz RF connections
Two IPEX antenna connections and configurable power options subject to local radio regulations.
04 · POWER
Wide DC input
Documented 9–22 V supply input with a combined power and serial interface.
05 · THERMAL
Cooling made visible
Aluminum fins and an active fan, with mounting space and airflow to be considered.
06 · INTEGRATION
MAVLink-ready integration
UART enables MAVLink connections to a flight controller; Ethernet supports local configuration and testing.
REAL PRODUCT PHOTOGRAPHY
PRODUCT FAMILY
MG880FM Digital Video Link
A compact fan-cooled transmitter module connected to a separate camera board. Presented with an SSC338Q-based reference configuration. Hardware and imaging combinations are confirmed when you request a sample.
OpenIPC / SSC338Q referencePlatform
5.8 GHzRF band
H.264 / H.265, mode-dependentVideo
M12 moduleCamera
From the supplied product specification, not an independent performance certification.
Choose the route that matches your project
DOCUMENTED REFERENCE
MG880FM · SSC338Q
Reference engineering configuration with active cooling, modular camera and digital video capability.
CONFIGURATION PENDING
Alternate chipset variant
A visually similar second hardware sample is available; controller identification and performance table pending confirmation.
REAL HARDWARE · ORIGINAL PHOTOS
A closer look at the actual sample.
These photographs show the unit as supplied. The cleaned studio image in the hero is illustrative; the gallery is unretouched hardware evidence.
From the supplied product specification, not an independent performance certification.
WHERE IT FITS
Built for practical experimentation.
From FPV prototypes to integrators evaluating camera and telemetry workflows.
FPV & DIY
Digital video platform for compact FPV builds and experimental aircraft.
Industrial UAV
An integration starting point for inspection and mission-specific UAV projects.
Robotics
Camera-to-ground connectivity for mobile robotic platforms.
Research & Labs
A configurable platform for prototyping, learning and comparative tests.
TECHNICAL OVERVIEWView documentation
The specifications that matter.
A transparent overview of the manufacturer-supplied reference sheet. Confirm the exact camera, software build and RF configuration before ordering.
25.1 × 25.1mm mounting pattern
9–22 VDC input range
5.8 GHzRF operating band
30 gwith fan, stated weight
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.
WORK WITH TELEWOO
Three ways to build together.
Start with a paid engineering sample, or discuss a tailored integration plan with the team.
01 / TELEWOO
Complete hardware
Evaluate an assembled unit with camera and relevant accessories; configuration and shipping quoted individually.
02 / TELEWOO
OEM module supply
Discuss board-level sourcing, camera options, harnesses and integration requirements.
03 / TELEWOO
Hardware + firmware services
Discuss OpenIPC integration, UART/MAVLink workflow, enclosures and project-specific changes.
Technical documentation, without the guesswork.
Pin assignments, power warnings, interface diagrams and configuration notes in English and Chinese.
ENGINEERING RESOURCES
Useful integration guides, not just specifications.
Review the documented hardware interfaces and the checks to make before integrating a video link into an aircraft or robotics platform.
MAVLink & UART wiring checklist
Understand RX/TX crossover, shared power pins and the checks required before live telemetry integration.
MAVLink & UART wiring checklist →Choosing an OpenIPC video module
Compare camera, encoder, RF, power and firmware requirements before requesting an engineering sample.
Choosing an OpenIPC video module →Explore MG880FM product details
A compact fan-cooled transmitter module connected to a separate camera board. Presented with an SSC338Q-based reference configuration. Hardware and imaging combinations are confirmed when you request a sample.
Explore MG880FM product details →ENGINEERING INQUIRY
Tell us what you are building.
Looking for paid evaluation units, an OEM option or custom development? Describe the application and the required configuration.
- ✓Paid evaluation sample requests
- ✓OEM supply and system integration
- ✓Engineering discussions for developers and research labs
Product features and regulatory eligibility require configuration-specific verification.
Send an inquiry
We review new inquiries and reply from [email protected].