RF over Fiber
Frequency
3 MHz to 50 GHz models available
Suitable for antenna remoting and wireless backhaul/fronthaul
Low noise figure and high dynamic range
Bias controller modules for OEM applications also offered
RF over Fiber
High-performance fiber optic antenna remoting links that support RF frequencies from VHF to the millimeter wave band.
Products & Services
Peel & Stick Antennas
Octane Wireless
Octane Wireless’ peel and stick antennas are the ideal antenna solution for conformal antenna applications requiring an easy to install, high performance radiator. The adhesive backing allows for quick deployment on non-metallic, low-loss materials such as glass, fiberglass, polyethylene, polycarbonate, and other plastics.
Wearable Antennas
Octane Wireless
Octane Wireless has developed and manufactures the largest wearable antenna product offering in the industry. These wearable antennas are the most electromagnetically efficient wearable antennas available, featuring our patented wearable and Flextenna® technologies.
Spring Antennas
Octane Wireless
Octane Wireless’ spring antennas are the ideal antenna solutions for dismounted applications requiring a ruggedized, high performance antenna with a spring base. The spring base allows the antenna to return to the vertical position on a radio after impact.
Gooseneck Antennas
Octane Wireless
Octane Wireless’ gooseneck antennas are the ideal antenna solutions for dismounted applications requiring a ruggedized, high performance antenna with a flexible base. The orientation of the antenna can be easily adjusted to optimize link performance.
UAV and Drone Antennas
Octane Wireless
Octane Wireless’ UAV blade antennas are lightweight, aerodynamic blades that provide broadband operation over the UHF to C-band. The antennas incude an integrated groundplane and provide consistent omnidirectional performance independent of the aircraft fuselage material.
Directional Panel Antennas
Octane Wireless
Octane Wireless’ high performance panel antennas are the ideal antenna solution for applications requiring a compact, directive panel antenna. They can be used for distributed antenna systems, in-building wireless networks, or are small enough for covert direction finding applications.
Stub Antennas
Octane Wireless
Octane Wireless’ stub antennas have been designed as alternatives to common, low performing ‘rubber ducky’ and stub antennas. The Octane Wireless designed stub antennas provide high performance radiating apertures that attach to small, pocket sized radios and multi-rotorcopter drones and UAVs.
Covert Vehicle Antennas
Octane Wireless
Octane Wireless offers a variety of antennas for covert vehicle applications. Form factors for our covert antenna systems include radiators stealthily integrated into OEM and aftermarket roof racks, roof rails, shark fins, and side view mirrors. We also offer peel and stick radiators that can be mounted behind window tinting and plastic body molding facias.
Fixed Base Omni Antennas
Octane Wireless
Octane Wireless offers a large range of fixed based omni antennas with varying size and gain that provide superior wireless link performance in compact enclosures. Some models feature form factors small enough to be fixed to pocket sized radios while others offer high gain to maximize link performance when attached to fixed mounted radios.
Tactical Vehicle Antennas
Octane Wireless
Octane Wireless offers a variety of antennas for tactical vehicle applications, including vertically and horizontally polarized models. Mounting options include small mounting flanges, NATO mounts, rigid radiators, and mechanically decoupled spring bases that have been specifically designed and ruggedized for tactical vehicle missions.
Description
Octane Wireless’ high performance RF over Fiber products are the ideal solution for supporting the high dynamic range and low loss transport of RF signals over optical fiber links. They provide electrical-to-optical (E/O) and O/E conversion of wideband RF signals over operating bandwidths covering 3 MHz to 50 GHz. A range of packaging options are offered.
