UBIQUITI NANOSTATION M5, NSM5
Nanostation M5 description
WIRELESS CPE, OUTDOOR 2x2 MIMO 16BDI DUAL-POL 802.11a/n 500mW
NanoStation AirMax TDMA Station is the device designed to advance the Global Wireless ISP industry to the next level. Featuring a compact indoor/outdoor design and an interface, it is so intuitive even the most technically challenged can instantly become experts. But don't be fooled--it is as powerful as it is simple. NanoStation packs some phenomenal performance with a revolutionary design combining a high gain 4 antenna system, advanced radio architecture and highly researched and developed firmware technology allowing throughput, stability and capacity performance rivaling even the highest-end WiMax networks.
150+ Mpbs real outdoor throughput and up to 15km plus range. 2x2 MIMO technology in new NanoStation links significantly faster and farther than before. New antenna array designs featuring 16dBi dual-polarity gain at 5GHz and 11dBi dual-polarity 11dBi at 2.4GHz. Both with optimized cross-polarity isolation and in a compact form-factor. Secondary ethernet port with software enabled POE output for seamless IP Video integration.
Performance Breakthrough
150+ Mbps real outdoor throughput and up to 15km+ range. Featuring 2x2 MIMO technology, the new NanoStation links significantly faster and farther than ever before.
Next-Gen Antenna Design
New antenna array designs featuring 16dBi dual-polarity gain at 5GHz with optimized cross-polarity isolation in a compact form-factor.
Dual Ethernet Connectivity
The New NanoStation M provides a secondary ethernet port with software enabled POE output for seamless IP Video integration.
Intelligent POE
Remote hardware reset circuitry of NanoStation M allows for device to be reset remotely from power supply location. In addition, any NanoStation can easily become 802.3af 48V compliant through use of Ubiquiti's Instant 802.3af adapter.
• Power supply: 110-240VAC 24VDC 0.5A AUS-style plug
|
|
|
|
|
This product was added to our catalog on Wednesday 04 November, 2009. |
|
Follow us on Twitter