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📝 VRX 1.2GHz RX1264 SPI Video Receiver for FPV (1080–2200MHz, -95dBm)
VRX 1.2GHz RX1264 SPI Video Receiver for FPV (1080–2200MHz, -95dBm) is a high-sensitivity analog video receiver module designed for long-range FPV systems, ground stations, and specialized video receiving systems. The module operates in a wide frequency range of 1080–2200 MHz, allowing the use of non-standard frequencies, reducing interference, and increasing video signal reception range.
Due to the high receiver sensitivity of -95 dBm, the module is capable of receiving weak analog video signals at long distances with stable image quality. The SPI control interface allows integration into ground stations, FPV goggles, monitors, or custom systems with automatic channel switching and programmable frequency control.
🫡 We are a team of veterans
In long-range FPV systems, the most important factor is a stable video signal, because video allows the operator to control the drone at long distances. The 1.2 GHz frequency band has significantly better signal penetration compared to standard 5.8 GHz systems, which is especially important for long-range flights, low-altitude flights, and operation in interference environments.
From practical experience, a properly built ground station with a high-quality video receiver, directional antennas, and signal amplifiers can provide stable video at distances of tens of kilometers. That is why such modules are used in professional FPV systems, repeaters, and mobile ground stations.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Model | RX1264 |
| Device type | Video receiver (VRX) |
| Frequency range | 1080–2200 MHz |
| Sensitivity | -95 dBm |
| Control interface | SPI |
| Signal type | Analog video |
| Application | FPV systems |
| Form factor | Module (PCB) |
| Channel support | Programmable |
| Operating frequency | ~1.2 GHz |
| Compatibility | FPV video systems |
| Integration | Ground stations |
| Video type | Analog |
| Frequency control | Via SPI |
| Application | VRX module |
| Mounting type | PCB / enclosure |
💬 Comment / comments
The main advantage of the 1.2 GHz frequency band is significantly better signal penetration through obstacles such as trees, buildings, and uneven terrain. Compared to standard 5.8 GHz systems, a 1.2 GHz video link provides longer range, more stable signal, and less dependence on line-of-sight conditions.
The SPI interface allows programmable frequency switching and integration into custom systems, ground stations, receiving systems, or FPV goggles. This makes the module especially useful for engineering projects, custom video links, and specialized FPV systems.
🎯 Who is it for
Military UAV units, long-range FPV drone operators, reconnaissance units, and repeater operators working at long distances and using analog video systems in the 1.2 GHz band can use such video receivers to build ground stations with long-range video reception and stable video links.
Long-range FPV pilots, FPV system engineers, and ground station developers who build custom video receiving systems can use this module for integration into receivers, FPV monitors, or video systems with programmable frequency control and automatic channel switching.
Electronics developers, engineering laboratories, DIY projects, and FPV equipment manufacturers who design their own video receiving systems can use the RX1264 module as a base for building receivers, ground stations, or integrated FPV modules.
Ground FPV stations, mobile control posts, repeater systems, and stationary video receiving systems where signal stability, long reception range, and operation in complex radio environments are required can use such video receivers as the main receiving module.
Professional FPV systems, surveillance systems, experimental video links, and specialized unmanned systems where non-standard frequency ranges are used and flexible integration is required can use the VRX RX1264 as a universal video receiver module.