UBIQUITI NSM2 NanoStation M2 Wi-Fi Hotspot

Description

UBIQUITI NSM2 NanoStation M2 Wi-Fi Access Point, Operating Frequency 2412-2462 MHz, Gain 10.4 - 11.2 dBi (NSM2(EU)) Ubiquiti NSM2 Access Point(EU) 10/100BASE-TX white Ubiquiti NanoStation M2 is an access point for laying wireless bridges at a distance of 10 kilometers or more. It can work in the mode of a radio bridge, access point, repeater. It is quickly configured using a set of proprietary AirOS utilities with a simple and intuitive Mac interface. Powerful (400 MW) radio frequency, integrated with a high-performance panel antenna with a sweep width of 55°. The Nanostation M2 access point is a 600 milliwatt 2.4Ghz Wi-Fi transmitter with an integrated MIMO 2x2 sector antenna with a gain of 11dBi: very impressive, especially considering its more than modest size and weight of only 400 grams. The access point is equipped with an Atheros MIPS 24KC processor with a clock frequency of 400 MHz and 32MB RAM. The device is equipped with a PoE injector, which will power the Nanostation M2 using a twisted pair, and a screed for mounting on a pipe. An interesting option is that there is an additional one under the cover in addition to the main LAN port. Since it supports the PoE power function, it will be very convenient to connect an IP network camera to the Nanostation M2. Like other Ubiquiti devices, the Nanostation M2 supports Airmax technology, which helps prevent collisions during wireless data transmission over a distance. The intelligent scheduler will make it possible to assign high priority to video and voice traffic, as well as assign priorities to individual clients. There are three main options for using the Nanostation M2 wireless access point. — As an access point, since the integrated antenna has a horizontal sector of 55 degrees, it would be very appropriate to use Ubiquiti Nanostation M2 as an access point. This will make it possible to connect wireless clients to it at a distance of up to 7 kilometers. The flexibility in configuration and impressive power of the device will help build an entire network using the same Nanostation M2 or their "younger brothers" — Nanostation Loco M2 access points. Such an infrastructure will be suitable for wireless access in populated areas or will allow remote branches to be connected to the central office. As a wireless client, if the task is to connect to an access point several kilometers away, it can be implemented using Nanostation M2. The compactness of the device and the ability to operate smoothly under various climatic conditions provide a wide range of possibilities for its installation on the client side. Its financial attractiveness makes the Nanostation M2 a very interesting contender for the role of an inexpensive and high-performance device for wireless network access. In Point-to-point mode, Nanostation M2 is also indispensable for organizing Wi-Fi bridges. What could be easier than to use two such devices to connect to the Internet in a country house in a small distance from the city. This mode will also be very useful for providers: if there are several clients in a small house who need to be connected to the network. With such an infrastructure, it is possible to organize a bridge on Nanostation M2, and further communications inside the building can be carried out by wire. In addition, the stability and outdoor performance of the device will be crucial factors in the construction of backbone wireless channels. Nanostation M2 operates under the control of the Air OS software product, a flexible tool for configuring Ubiquiti access points. The user-friendly interface and ease of configuration help to quickly and efficiently solve the problems of wireless access. Configuring the Nanostation M2 access point. Ubiquiti engineers have demonstrated how important it is to consistently maintain a price-quality balance these days. The Nanostation M2 access point combines a number of advantages — it has a powerful transmitter and a sensitive antenna with a small size, and it is also weatherproof, which will be indispensable for residents of harsh climatic zones. The financial accessibility of the device will also attract many potential consumers. Additional information: Processor: Atheros MIPS 24KC, 400 MHz RAM: 32 MB SDRAM, 8MB Flash Network interface: 2x10/100 BASE-TX (cat.5, RJ-45), Ethernet interface Certificate of Conformity: FCC 15.247, IC, CE Channel width: 5/10/20/40 MHz Operating range: 2412-2462 MHz (802.11b/g/n) Transmitter power: 26dBm, +/-2 dB RX Sensitivity: 97dBm +/-2 dB Antenna: 10.4~11.2 dBi dual polarization Coverage area: Up to 6 km (with minimum channel width) TCP/IP Bandwidth: up to 150 Mbit/s + Maximum power consumption: 8W Power supply: 24 V, 0.5 A (12 W). Supplied with an injector Power supply method: PoE. The voltage is supplied via Ethernet (pair 4 and 5 are positive, 7 and 8 are negative) Vibration tests: ETSI300-019-1.4 Humidity: 5 to 95% (with condensation) Operating temperature: -30 to +80 C Dimensions: 29.4cm x 8 cm x 3 cm Weight: 0.4 kg Specifications Wi-Fi Standard:Wi-Fi 4 (802.11n), Wi-Fi 3 (802.11g) Wi-Fi Bands:2.4GHz Installation: Outdoor PoE:yes Number of antennas:1 Set of MESH systems:1 Connection (WAN):LAN Ethernet Ports:2 Speed of Ethernet ports:10/100 MB/s USB port:No