Nyxvision

The first-generation Nyxvision platform operates in the license-free 2.4 GHz ISM band, making it suitable for civil and commercial applications worldwide. A future-generation platform is planned with wideband RF hardware supporting frequencies from approximately 100 MHz to 2.4 GHz. This version is intended for professional users operating under licensed spectrum allocations and will provide flexible frequency selection capabilities.

At present, there are no plans to support 5.8 GHz or higher frequency bands. For long-range video transmission and fleet operations, lower frequencies generally offer superior propagation characteristics, improved obstacle penetration, reduced free-space path loss, and greater tolerance to platform movement and Doppler effects. As a result, we believe lower-frequency operation provides a more practical solution for the majority of professional UAV applications.

Range depends on many factors, including antenna gain, terrain, regulatory power limits, interference environment, and installation quality. In early field testing, Nyxvision achieved video transmission distances exceeding 25 km using only 100 mW transmit power and a high-gain ground station antenna. Direct comparisons with analog, huge transmit power FPV systems can be misleading, as Nyxvision utilizes advanced forward error correction (FEC), multipath-resistant transmission techniques, and packet recovery mechanisms.

Nyxvision supports multiple receiver paths operating simultaneously. The system continuously evaluates signal quality from all available receiver inputs and dynamically selects or combines the best available data stream. This approach improves reliability in difficult RF environments and helps mitigate multipath interference, fading, and temporary signal blockages.

The target price for a single transmitter module is less than €200. Final pricing may vary depending on production volume and hardware configuration.