7.2G FV10000 10W Analog FPV Video Transmitter
FV10000 combines a dedicated 6110–7210MHz analog video transmitter platform with five selectable RF power settings up to 10W, 64 preset channels, IRC Tramp control and active cooling. Source the finished transmitter with its antenna and wiring harness, or work with UltroNiu on custom RF PCB design, PCBA assembly and OEM volume supply.
One dedicated frequency platform. Five selectable RF power settings.
The FV10000 is a 10W-class analog FPV video transmitter for OEMs and system integrators selecting the 6110–7210MHz frequency range. It combines a 64-channel PLL platform, IRC Tramp control, active fan cooling and a mechanically defined 66 × 37 × 16mm housing.
Buy the finished FV10000
Source complete modules with the standard antenna and wiring harness for integration into compatible platforms. Provide your receiving-system frequency requirements and expected purchase volume to start a quotation.
Request OEM QuoteBuild your own RF electronics
Request RF PCB development, stack-up and RF layout review, component sourcing, PCBA manufacturing, test-planning support and controlled production for a separate custom project.
Engineering Review
Why choose FV10000 for a 6.1–7.2GHz system?
FV10000 is a frequency-specific OEM option—not simply a higher-power replacement for a 5.8GHz module. Confirm receiver frequency coverage first, then evaluate RF output, power architecture, thermal clearance and mechanical fit.
Dedicated band
64 presets from 6110 to 7210MHz across eight bands.
Power choice
PIT plus selectable 1W, 2.5W, 5W, 7.5W and 10W modes.
Controller integration
IRC Tramp data interface and onboard RGB LED/button settings.
Active thermal design
Finned aluminum housing and rear fan for continuous 10W operation, subject to system cooling conditions.
Choose the output setting appropriate for your RF system
The transmitter provides five selectable RF power levels plus PIT mode. PIT is a distinct low-output operating mode rather than an additional watt-level power setting.
6110–7210MHz frequency reference
Eight bands of eight channels provide 64 selectable frequency presets. The FV10000 provides 64 preset channels across eight frequency bands. All frequencies are listed in MHz. All values are in MHz.
| Band | CH1 | CH2 | CH3 | CH4 | CH5 | CH6 | CH7 | CH8 |
|---|---|---|---|---|---|---|---|---|
| A | 6110 | 6130 | 6150 | 6170 | 6190 | 6210 | 6230 | 6250 |
| B | 6270 | 6290 | 6310 | 6330 | 6350 | 6370 | 6390 | 6410 |
| E | 6430 | 6450 | 6470 | 6490 | 6510 | 6530 | 6550 | 6570 |
| F | 6590 | 6610 | 6630 | 6650 | 6670 | 6690 | 6710 | 6730 |
| R | 6750 | 6770 | 6790 | 6810 | 6830 | 6850 | 6870 | 6890 |
| P | 6910 | 6930 | 6950 | 6970 | 6990 | 7010 | 7030 | 7050 |
| H | 7070 | 7090 | 7110 | 7130 | 7150 | 7170 | 7190 | 7210 |
| U | 6115 | 6265 | 6425 | 6585 | 6745 | 6905 | 7065 | 7185 |
Channel programming and receiver compatibility must be checked at system level. The use of these frequencies and power levels depends on the requirements and radio regulations of the destination country.
Plan the RF interface, wiring and installation before release
RF connection: SMA, nominal 50Ω.
DC input: 7–36V DC.
Control: IRC Tramp via DATA.
Harness: SH1.0 8Pin supplied with standard kit.
Envelope: 66 × 37 × 16mm.
Mounting: 20 × 20mm mounting pattern.
Use the approved 8-pin production harness and verify connector orientation against the assembly drawing before making power or signal connections.
SH1.0 8Pin functional wiring reference
| Signal | Connections | Function |
|---|---|---|
| DC-IN | 2 | 7–36V DC positive supply |
| GND | 3 | Ground and power return |
| DATA | 1 | IRC Tramp control data |
| 5V-OUT | 1 | Auxiliary output; confirm allowable load before connection |
| VIDEO | 1 | Analog video input |
This is a signal-function reference, not a physical pin-number diagram. Verify Pin 1 and connector orientation against the production harness drawing before wiring.
High RF power requires a real thermal integration review
The FV10000 supports continuous operation at its 10W output setting The FV10000 supports continuous operation at the 10W RF output setting when integrated with suitable power delivery and cooling airflow. A finned aluminum enclosure provides a heat-transfer path and the integrated rear fan supports active cooling.
When integrating into an airframe or sealed system, review fan intake clearance, exhaust routing, ambient temperature, mounting contact, power delivery and operating duration before release.
Finished FV10000, antenna and harness in one supply configuration
The standard kit includes the FV10000 transmitter module, antenna and SH1.0 8-pin wiring harness.antenna and matching 8Pin wiring harness. The product images below show the module housing, integrated fan and assembly architecture for integration review.
From complete modules to custom RF PCB and PCBA manufacturing
UltroNiu's B2B offering includes the ready-to-integrate FV10000 module and separate engineering-led hardware projects. For custom analog VTX designs, support may cover RF PCB stack-up and impedance review, DFM/NPI, component sourcing, SMT assembly, inspection planning and controlled batch production.
Manufacturing and inspection examples
Representative PCB/PCBA assembly and inspection processes are shown. Product-specific inspection and testing requirements are reviewed for each OEM project.
Two routes for OEM purchasing and customization
Finished VTX module supply
- FV10000 module with antenna and harness
- Sample and volume purchasing inquiries
- Project-defined packaging and labeling review
- Commercial quotation based on quantity and delivery terms
Custom hardware manufacturing
- RF PCB design/development and DFM review
- Controlled PCB manufacturing and PCBA assembly
- Component sourcing and build documentation
- Project-specific inspection/test planning and OEM configuration
Share target frequency plan, system supply, quantity, installation envelope, harness requirements and destination market when requesting a quotation.
Built for compatible UAV and specialized analog video platforms
The FV10000 can be evaluated in professional unmanned systems, OEM UAV video links and other systems specifically designed for operation in its frequency range. Application suitability depends on receiver and antenna coverage, control interface, thermal integration and applicable local spectrum authorization.
UAV OEMs
Integrate a complete transmitter in a compatible airframe and power architecture.
System integrators
Assess receiver, frequency-plan, data-control and antenna compatibility before system release.
VTX developers
Discuss project-specific RF PCB, PCBA and enclosure manufacturing requirements.
Questions OEM buyers ask before integrating FV10000
Is FV10000 a fixed 7.2GHz transmitter?
No. It provides 64 discrete preset frequencies across 6110–7210MHz. The 7.2G name identifies the high end of the supported range.
Which RF power levels are available?
PIT mode, plus selectable 1W, 2.5W, 5W, 7.5W and 10W settings.
Can FV10000 operate continuously at 10W?
Yes. The FV10000 supports continuous 10W output operation. Provide adequate airflow and power delivery, and verify thermal performance in the final installation.
What is the approved DC input range?
FV10000 uses 7–36V DC input. Confirm the system supply design and harness installation before use.
Which cable connector does the production model use?
SH1.0 8Pin. Verify the production cable orientation and connector mating side before installation.
Does the standard kit include an antenna and cable harness?
Yes. The standard configuration includes the FV10000 transmitter module, antenna and wiring harness.
Does FV10000 support IRC Tramp?
Yes. IRC Tramp is specified for compatible controller integration; verify the host-side implementation and harness orientation before use.
Can I use a 5.8GHz receiver?
Not without verifying that the specific receiver supports the intended FV10000 transmit frequencies, modulation and channel selection. A receiver labeled 5.8GHz should not be assumed compatible.
What technical documentation is available for OEM evaluation?
The product specifications include channel frequencies, selectable RF power settings and operating-temperature limits. Tell us your RF and thermal qualification requirements so the available documentation and applicable test scope can be reviewed.
Can UltroNiu develop or manufacture a different VTX PCB/PCBA?
Yes. PCB design/development, RF manufacturing engineering, component sourcing, SMT/PCBA and assembly can be reviewed as a separate custom project.
What are the MOQ and lead time?
Please provide the required quantity, destination and accessory configuration. MOQ, sample availability and delivery schedule are confirmed in the commercial quotation.
Can FV10000 be used in every country?
No blanket regional authorization is claimed. Spectrum and transmitter-power permissions depend on the destination market and application; compliance must be verified before deployment.
Request an FV10000 quotation or engineering review
Tell us your target frequency range, sample or volume quantity, DC supply configuration, region of use and any custom PCB/PCBA requirements. We can direct the inquiry to the relevant supply or engineering path.
Request FV10000 QuoteWhatsAppRF PCB / PCBA Engineering ReviewRelated product family: FV3000 3W · FV5000 5W · FV8000 8W. These are 5.8GHz products, not substitutes for the 6.1–7.2GHz frequency requirement.
Related Products
5.8GHz 8W FV8000 Analog FPV Video Transmitter
8W RF output, 96 channels and SmartAudio in a compact 36 × 36mm format. SMA interface and active cooling for OEM applications.
5.8G 16W MAX High-Power FPV VTX
16W maximum RF output, 96 channels and 19–28V DC input. Active cooling for high-power UAV system integration.
5.8G 10W MAX Adjustable-Power FPV VTX
Selectable 1W/3W/5W/10W output, 80 channels and SmartAudio. Actively cooled for high-power OEM video transmission systems.
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