Poynting Antennas introduces its all-new antenna enclosure range, the WaveHunter™ series. The WaveHunter™ enclosure is designed to fit a variety of
router and networking modules, transforming the antenna enclosure into a CPE (Customer Premises Equipment) – just add your own LTE/5G routers
and networking equipment. The WaveHunter™ enclosure can accommodate two routers up to the size of 250 x 150 x 50 mm³ mounted directly to the
base. Additional equipment can be added within a stacked customised user-supplied frame. The WaveHunter™ antenna enclosure uses our world-renowned Artificial Magnetic Conductor (AMC) technology from our XPOL-2-5G antenna. The antenna array consists of 12 cross-polarised, high gain,
2x2 MIMO directional antennas arranged in two stacked arrays offset at 60° increments. This provides 360° wideband coverage from 617 to 960 MHz
and 1710 to 4200 MHz, with a peak gain of 11 dBi, making it ideal for Multi-router LTE & 5G bonded and aggregated deployments. The enclosure was
also designed to withstand adverse weather conditions, making the antenna weatherproof and waterproof with an IP65 rating.
Features
• Ultra-wideband coverage from 617- 960 & 1710 - 4200 MHz
• High gain directional antennas, with a peak gain of 11 dBi
• Can accommodate up to 6 routers for optimal throughput
• Purpose-built antenna for marine and coastal applications
• Weatherproof and water-resistant enclosure (IP65)
• UV and saltwater resistant
• Aluminium base with excellent thermal properties for devices integrated within the WaveHunter™
Application Area
• Marine applications: Superyachts, commercial vessels, cruise ships, ferries, private yachts, and towing vessels
• Harsh environments such as harbour buildings, and buoys
• Enhanced LTE/4G and 5G reception
• Increase system transmission reliability
• High-end industrial grade router applications
Comment from Trade customer Steve, that took two Wavehunters for his install
"It works splendid. We coupled it to a commercial Peplink EPX and BR2s and the antennas can cater for more than they can handle."