High-Gain 10–20 km PTP Links The 0.9 m RP-SMA dish 2-pack is a complete high-gain dish antenna solution built for long-range point-to-point (PTP) backhaul using RP-SMA connector radios from Ubiquiti, Cambium, and Mimosa and includes RP-SMA jumper cables. These antennas offer the appropriate gain for 10–20 km links and provide strong antenna performance with a narrow beamwidth to improve signal stability and throughput for rural broadband, enterprise connectivity, and other reliability-critical deployments. Narrow Beamwidth and SNR Advantage Engineered to provide ample gain for optimal signal quality in low-noise settings, it ensures robust link performance and consistent throughput across distances. Its narrow beamwidth minimizes noise interference, enhancing SNR and maintaining stable performance over longer links. Durable, Low-Maintenance Operation The dish’s sturdy design ensures stable alignment and consistent performance even in changing weather. When properly installed and routinely inspected, it provides reliable long-range point-to-point throughput for years, with minimal maintenance and a lower total cost of ownership. Direct RP-SMA Connection for Ubiquiti, Cambium, and Mimosa Radios RP-SMA connectors attach directly to compatible Ubiquiti, Cambium, and Mimosa radios to eliminate conversion loss. This direct attachment simplifies installation, reduces connection losses, and helps maintain stronger end-to-end link performance. Simplified Installation The RP-SMA interface connects directly to compatible Ubiquiti, Cambium, and Mimosa radios, making it a straightforward antenna option for RP-SMA connector deployments. Direct connection reduces unnecessary interconnects and potential points of failure, improving reliability and streamlining field deployment for WISPs and integrators. Direct 5 and 6 GHz Radio Compatibility Ubiquiti • Wave MLO6 • Wave MLO5 • airFiber 5XHD / AF-5XHD • airFiber X Series: AF-5X • LTU Rocket • airMAX Rocket Prism 5AC • airMAX Rocket AC Lite Cambium • ePMP Force 4600C • ePMP Force 400C • ePMP Force 300 CSM • ePMP Force 300 CSML • ePMP 4500L • ePMP 3000L Mimosa • C5c Radio Compatibility with RP-SMA to N Connector Jumper Cable Mimosa • B5c (4.9–6.2 GHz) Cambium Networks • PTP 650 Connectorized (4.9–6.05 GHz) • PTP 670 Connectorized (4.9–6.05 GHz) • PTP 700 Connectorized (4.4–5.925 GHz) • PTP 450b Connectorized / Radio Only (4.9–5.925 GHz) • PTP / PMP 450v 2x2 Connectorized (5.15–7.125 GHz) • PTP / PMP 450v 4x4 Connectorized (5.15–7.125 GHz) LigoWave / Deliberant • LigoPTP 5-N RapidFire (5 GHz) • LigoPTP 6-N RapidFire (5.9–6.4 GHz) • LigoPTP PRO 5-N (5 GHz) • LigoDLB 5 / LigoDLB 5ac (5 GHz) RADWIN • RADWIN 2000 E Connectorized (4.9–7.1 GHz) • RADWIN 2000 Alpha / Alpha PRO Connectorized (4.9–6.0 GHz) • RADWIN 2000 D-Plus Connectorized (5 GHz) • RADWIN 2000i (4.9–6.0 GHz) Proxim • Tsunami QuickBridge 10100L-EPA (4.9 / 5 GHz) • Tsunami QB-8200 (5 GHz) • Tsunami QB-8100 EPA (5 GHz) EnGenius • EOC655 (5 GHz) • EOC655-C18 (5 GHz) InfiNet Wireless • Quanta 5 Connectorized (5 GHz) • InfiLINK Evolution E5 / E6 Connectorized (4.9–6.425 GHz) • InfiLINK 2x2 / R5000 Connectorized variants (4.9–6.4 GHz) Ubiquiti • Bullet M5 HP / Bullet M5 Titanium (5 GHz) • Bullet AC / Bullet AC IP67 (5 GHz) MikroTik • Groove 52 / GrooveA 52 (5 GHz) Alvarion • BreezeNET B detached-antenna models (5 GHz) • BreezeNET B130 / B300 connectorized (5 GHz) Cisco • Aironet 1400 Series Wireless Bridge (5.8 GHz) Remote Relay Sites Featuring a high front-to-back ratio, the 0.9m dish reduces unwanted signal reception from behind, which is beneficial for remote relay sites and other less-crowded locations with cleaner RF environments. It does not include a shroud and isn’t a deep-dish design, so 90° side lobes can be more pronounced. Proper placement and adequate separation from nearby antennas help minimize interference, making this dish ideal for installations that aren’t densely co-located on crowded towers. Lightweight and Easy to Deploy Each package contains two 0.9m dishes, making shipping more cost-effective. The low-profile design, without a shroud or radome, keeps the antennas lightweight for easier handling and installation, supporting efficient backhaul deployments.