Ubiquiti Nanostation M5 NSM5 Wireless CPE Access point

Ubiquiti Nanostation M5 NSM5 Wireless CPE Access point

Nanostation M5 NSM5 Wireless CPE features a compact indoor/outdoor design and an interface, it is so intuitive even the most technically challenged can instantly become experts.

Nanostation M5  outdoor CPE is as powerful as it is simple. NanoStation packs some phenomenal performance with a revolutionary design combining a high gain antenna system, Nanostation M5  advanced radio architecture and highly researched and developed firmware technology allowing throughput, stability and capacity performance rivaling even the highest-end WiMax networks.

NanoStation M5 makes a perfect CPE device when pared with the Ubiquiti Rocket M5 and AirMax Sector or a Dish Antenna. NanoStation M5 150+ Mbps real outdoor throughput and up to 15km+ range. Typical range is 2-4 miles from a LOS tower running airMAX sector antenna’s and Rocket M5’s.

NanoStation M5  Dual Ethernet Connectivity: A secondary Ethernet port with software enabled POE output for seamless IP Video integration. NanoStation M5  802.3af 48V Compliant – Easily becomes 802.3af 48V compliant through use of Ubiquiti Instant 802.3af adapter.

The adapter sold separately (SKU#I8023AF-OD or I8023AF-ID) NanoStation M5  CPE Easily mountable to a pole/mast with mounting straps provided. In addition, the NanoStation M5 can be mounted and adjusted in any direction in a 90-degree angle through the use the NanoBracket. The NanoBracket is sold separately (SKU#MT-NANO U)

Key Features

• Ideal for Point-to-MultiPoint (PtMP) applications requiring high-performance CPE devices with a sleek form factor
• Plug and play installation
• Time Division Multiple Access, integrated airMAX™ (MIMO TDMA protocol) technology
• Dual Ethernet, 4 LED signal strength indicator, Intelligent POE, Capable of high-speed, carrier-class links
• Frequency Range: 5.745-5.825 Ghz, Gain 16 dBi, Max Power Consumption 8W
• Access (TDMA) airMAX protocol allows each client to send and receive data using pre-designated time slots scheduled by an intelligent AP controller