POYNTING ANTENNAS Solutions

POYNTING ANTENNAS designs high-performance antennas around three core principles: wideband element integration, active thermal regulation, and environmental hardening for deployment zones where consumer-grade enclosures fail. Target environments span maritime vessels, coastal infrastructure, and mobile IoT installations — each demanding sustained RF performance under saltwater exposure, UV radiation, and mechanical vibration. The SWIRL product line illustrates this approach with an innovative heat sink design for improved temperature regulation, UV and saltwater protection, and an IP69K-rated enclosure. The A-RIPL-0016 reinforces the same engineering logic with an operating temperature range of -40°C to +80°C and operating relative humidity tolerance up to 98%, ensuring signal integrity in tropical and arctic conditions alike. These design choices matter because antenna failure in remote deployments means router failure — and router failure means site isolation. POYNTING ANTENNAS addresses this by specifying enclosure flammability ratings (UL 94-HB) and impact resistance (IK 08 for the A-RIPL-0016) alongside RF parameters, treating physical survivability as a primary specification rather than an afterthought.

The Poynting marine antennas portfolio spans four distinct series—WaveHunter, OMNI marine, SWIRL, and RIP Line—each engineered for specific vessel and coastal deployment scenarios. The WaveHunter series (A-WHUNTER-001-V3-101 Poynting) combines 6× 4×4 MIMO LTE/5G with 4×4 MIMO Wi-Fi 6E and 2×2 GPS/Glonass in a single IP65 enclosure, using RA-(RP)-SMA (m) connectors. A dedicated pedestal bracket (A-BRKT-063-V1-01) supports deck and mast mounting. The OMNI marine line includes the A-OMNI-0914 MPN for 5G/LTE with N-Type connectors, plus the A-OMNI-0494-V1-01, a dual-band Wi-Fi antenna delivering 9.8 dBi gain across 2.4 GHz/5 GHz in a 4×4 MIMO configuration. The SWIRL series covers 617 to 6000 MHz with up to 4×4 MIMO in an X-polarised omni-directional pattern. The RIP Line (A-RIPL-0016-V1-01) provides 4× 4×4 MIMO LTE/5G via 16× SMA (F) connectors in an IP65 housing.

The A-OMNI-0600-V2-01 Uni-Direktionale ANTENNAS' ultra-wide omni-directional LTE antenna built specifically for M2M and IoT installations where compact form factors matter. The unit measures gain at 6.2 dBi and terminates in an SMA (M) connector with a 5 m SMA-M cable, allowing direct integration into industrial gateways, vending telemetry, and smart-city enclosures without external cable assemblies. Unlike the marine OMNI series or the mast-mounted EPNT range, the OMNI-0600 housing is sized for surface-mount deployment on equipment cabinets and kiosks where radome height and wind load are secondary constraints. Poynting M2M IoT antennas target deployments that need wideband LTE reception across a single radome rather than multi-element MIMO arrays. The white enclosure suits both indoor and outdoor M2M cabinets, and the ultra-wide frequency response covers contemporary LTE bands without swapping antennas when operators reassign spectrum.

The A-EPNT-0004-V1-17 and A-OMNI-0298-V1-01 cover the two primary Poynting mast wall antennas for fixed outdoor installations. The A-EPNT-0004-V1-17 is a white omni-directional 5G/LTE antenna terminating in SMA (F) connectors, designed for mast or wall mounting where a single enclosure must serve cellular bands across a wide frequency range. The A-OMNI-0298-V1-01 complements the cellular layer with dual-band Wi-Fi coverage at 2.4 GHz and 5 GHz, delivering 10 dBi gain through a 2 m cable run. Deploying both antennas on a shared mast gives fixed sites a combined 5G/LTE plus Wi-Fi access layer without separate enclosure mounting. POYNTING ANTENNAS positions the EPNT series for cellular backhaul on buildings, poles, and rooftop structures, while the OMNI-0298 handles point-to-multipoint Wi-Fi distribution from the same physical mounting point. ASCEND supplies both models as Peplink Certified Gold Partner, Peplink Authorized E-Tailer, and Ekahau Reseller Partner.

Ascend Poynting support operates through three vendor-authorised channels: Peplink Authorized E-Tailer status, Peplink Certified Gold Partner tier, and Ekahau Reseller Partner accreditation. These credentials mean ASCEND engineers configure and supply Poynting antenna systems with direct access to Peplink firmware roadmaps, Ekahau survey tooling, and vendor-level escalation paths — not just catalogue ordering. When a deployment pairs a Poynting A-RIPL-0016 with a Peplink Balance router, the Gold Partner channel provides configuration validation across the 16× SMA (F) connector matrix. When an integrator needs site survey data before mounting a Poynting omni-directional antenna, the Ekahau Reseller Partner credential supplies the predictive modelling tools. ASCEND's support extends to matching antenna enclosure ratings to environmental conditions — for example, confirming that the A-RIPL-0016 carries an IK 08 impact resistance rating and UL 94-HB enclosure flammability classification before specifying the antenna for industrial or coastal deployments where physical exposure is a factor. The Peplink Authorized E-Tailer status additionally ensures that bundled configurations — such as Teltonika RUTC 50 routers paired with Poynting A-MIMO-0004 multifunction antennas — ship with validated compatibility rather than ad-hoc pairing.

Poynting connector types divide into four families — SMA male, SMA female, RP-SMA male, and N-Type female — and each maps to a specific router port gender without mixing. SMA male is the dominant cellular interface on Peplink routers; the A-OMNI-0600-V2-01 ships with SMA-M on a 5 m cable for M2M enclosures where the antenna sits remote from the modem. SMA female appears on high-port-count designs like the A-RIPL-0016-V1-01, which terminates 16x SMA (F) connectors to feed four independent 4×4 MIMO LTE/5G layers. RP-SMA (reverse polarity) physically separates Wi-Fi from cellular — the A-WHUNTER-001-V3-101 uses RA-(RP)-SMA (m) for its 4×4 Wi-Fi 6E elements, preventing accidental cross-connection to LTE ports. N-Type female is reserved for marine omni-directional antennas where connector robustness and longer cable runs matter: the A-OMNI-0904-V1-01 Uni-Direktionale both ship with 2 m N-Type (F) cables. Cable length directly trades against signal margin — every additional metre of coax at sub-6 GHz frequencies introduces insertion loss that compounds across MIMO layers, so runs exceeding 5 m require low-loss cable or active amplification to preserve antenna gain.