Antenova Launches Raptor – Ultra‑Precise GNSS Antenna for Centimetre‑Level Positioning

Antenova has begun shipping its latest precision positioning antenna, the Raptor, delivering centimetre‑level accuracy across GNSS bands.

Designed for high‑accuracy positioning, the Raptor is perfect for emerging autonomous vehicle, drone, and mobile device applications, enabling functions such as determining a vehicle’s exact lane placement—capabilities previously unattainable with conventional GNSS receivers.

Beyond autonomous systems, the Raptor excels in tracking, surveying, and mapping. It pairs with new high‑precision GNSS receivers, forming a complete RF solution. Operating on 1200 MHz and 1600 MHz bands, it supports all global constellations—GPS, GLONASS, Galileo, and BeiDou—while adding L2 1200 MHz alongside L1 and L5.

The Raptor is a single‑feed, compact SMD antenna, measuring only 16.0 × 8.0 × 1.7 mm, making it ideal for space‑constrained designs like wearables and portable devices.

Incorporating the L2 band delivers multi‑band signal reception and GNSS correction data, reducing position errors and enhancing accuracy, particularly in urban canyons.

Consistent with Antenova’s Design for Integration (DFI) philosophy, the Raptor is engineered for effortless PCB integration alongside other components. Antenova, a leader in SMD antenna design, also offers integration and testing support. The Raptor (part SR4G053) ships in tape‑and‑reel.