Ubiquiti airMAX LiteAP AC Point-to-Multipoint Access Point with GPS Sync (LAP-GPS)

Description

The Ubiquiti airMAX LiteAP AC (LAP-GPS) is designed to provide reliable and high-speed wireless connectivity for outdoor environments. Operating on the 5 GHz frequency, it supports data throughput of up to 450+ Mbps, making it ideal for applications like broadband internet delivery and wireless backhaul.

A standout feature of the LAP-GPS is its integrated GPS synchronization. This technology enables precise timing across multiple access points, which helps to reduce interference and improve network scalability. By syncing the units, the system can efficiently reuse frequencies in dense deployments, improving overall performance.

The access point features a 90-degree sector antenna with a gain of 17 dBi, offering broad coverage. With a compact and lightweight design (361 x 124.6 x 71.3 mm, 752 g), installation is simple, and the unit is built to endure harsh outdoor conditions, with wind survivability of up to 200 km/h and ESD/EMP protection of ±24 kV.

Key Features:

• GPS Synchronization: Enables precise timing across multiple units, reducing interference and improving network stability.

• High Throughput: Supports up to 450+ Mbps data rates for demanding applications.

• Wide Coverage: 90° sector antenna with 17 dBi gain for extensive coverage.

• Durable Design: Built to withstand outdoor conditions, with wind survivability up to 200 km/h.

• Easy Installation: Lightweight and compact for easy mounting.

Technical Specifications:

• Frequency Range: 5.15–5.85 GHz

• Max. Throughput: 450+ Mbps

• Antenna Gain: 17 dBi

• Power Supply: 24V, 0.3A PoE (included)

• Power Consumption: Max. 7.1W

• Networking Interface: 1 × 10/100/1000 Ethernet Port

• Dimensions: 361 x 124.6 x 71.3 mm

• Weight: 752 g

The Ubiquiti airMAX LiteAP AC (LAP-GPS) is a reliable and cost-effective solution for deploying scalable wireless networks. Its combination of high throughput, GPS synchronization, and durability makes it perfect for point-to-multipoint deployments in outdoor environments.