Ubiquiti Nanostation NSM5, 5GHz, 802.11a/n Hi-power 20 dBm Minimum, 2x2 MIMO AirMax TDMA PoE Station,White
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Ubiquiti Nanostation NSM5, 5GHz, 802.11a/n Hi-power 20 dBm Minimum, 2x2 MIMO AirMax TDMA PoE Station,White

4.3/5
Product ID: 12357262
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Details

  • Brand
    Ubiquiti
  • Model Name
    NSM5
  • Special Feature
    Access Point
  • Frequency Band Class
    Single-Band
  • Wireless Communication Standard
    5.8 GHz Radio
  • Compatible Devices
    UNIVERSAL
20 dBm Hi-Power output
📶5 GHz high-speed wireless
🔌PoE for seamless power & data

Description

🚀 Elevate your network game with next-level speed and power!

  • COMPACT SLEEK DESIGN - Blend high-tech performance with a minimalist white form factor that fits any professional environment.
  • HI POWER 20 D BM OUTPUT - Boost your signal strength and coverage with industry-leading transmission power.
  • ADVANCED AIR MAX TDMA PROTOCOL - Maximize network efficiency and reduce latency with intelligent time-slot scheduling.
  • CARRIER CLASS 5 G HZ PERFORMANCE - Experience ultra-reliable, interference-resistant connectivity with the 5.745-5.825 GHz frequency range.
  • DUAL ETHERNET INTELLIGENT PO E - Simplify installation and power management with dual Ethernet ports and Power-over-Ethernet support.

The Ubiquiti Nanostation NSM5 is a high-performance 5 GHz wireless access point featuring 20 dBm transmission power, dual Ethernet ports with PoE support, and advanced airMAX TDMA technology for optimized, low-latency connections. Designed for carrier-class reliability and professional deployments, it delivers robust, interference-resistant links in a sleek, compact design.

Specifications

RAM32 MB
Wireless Type5.8 GHz Radio Frequency
BrandUbiquiti Networks
SeriesNSM5
Item model numberNSM5
Operating SystemRouterOS
Item Weight14.1 ounces
Product Dimensions1.2 x 11.5 x 3.2 inches
Item Dimensions LxWxH1.2 x 11.5 x 3.2 inches
ColorWhite
Flash Memory Size8
Voltage24 Volts
ManufacturerUbiquiti Networks
ASINB00HXT8KJ4
Is Discontinued By ManufacturerNo
Date First AvailableMay 19, 2017

Have a Question? See What Others Asked

hello, how many concurrent clients connected supports?
I just need to buy two units to make a wireless bridge and have 2 routers, correct?, 1500ft distance with a weeping willow tree in way, still OK?
Can i use this to connect to a free wi-fi hotspot, which is 250 feet away and create a different wi-fi with a router in my house?
Can this unit works on cuba with the wifi_etecsa access points?

Reviews

4.3

All from verified purchases

J**.

Quality device that really works!

First let me say that I design and implement networks as part of my professional career and I have used Ubiquity’s products multiple times with great success. But, before you start reading my long review you should make sure that this type of product is a good fit for you. This device will create a wireless network bridge between 2 locations that are up to 10 miles apart as long as there is clear line of sight between the 2 locations. This means that you will need 2 of these devices in order to install one on each location. I say clear line of sight because if you have geographical line of sight but you also have trees full of leaves between these devices, you will find that the signal and connection will be bad until those trees drop their leaves and if you want good connections all year round you may have to mount these devices at higher locations like on a poll on your roof. To verify that you have good line of sight and hills or other obstacles are not in the way, Ubiquity offers a very useful tool at link.ubnt.com where you can select the locations on a map and it will tell you the distance, if line of sight is obscured and even what signal levels and network bandwidth capacity you should expect.If you still believe that this is the product you need for your network application let me tell you that these NanoStation M5 units are very cost effective and high quality that comes close to competitors that cost hundreds of dollars more. I have installed them between buildings and not only they have been working flawlessly and care free for years, but I even use them to connect IP phones from one building to another and there are no latency issues provided that signals are better than -80dBm (at -70dBm you are golden). These are so stable that we install them and almost forget about them. As a matter of fact, in the attached image, you can see that the up time of one of these is 400 days at the time of this review which means that winter weather did not affect it at all (2 winters in 400 days) and it is installed in the northeast region of the US. The reason I know that the connection is stable is because on the other side of it, it services 2 of our businesses where we have multiple PCs, a server, 3 wireless access points for the user laptops and 11 IP phones. Any connection issues and our IT department would have been getting a lot of calls immediately.Terminology:1) “Access Point” is the unit that is on the side of the existing network which we want to extend.2) “Station” is the unit that connects wirelessly to the Access Point and provides network service to the remote location.Features:1) They are easy to install as long as you have a shielded CAT 5 cable going from your router location to the location of the NanoStation M5.2) They are POE and you will not need to run power cables to them3) They have a “Settings Test” mode where you change settings and the device gives you 2 minutes to make them permanent. If you do not confirm that all is well in 2 minutes, they revert to the previous settings so you can regain access.4) You can reset them to factory defaults from their POE power injector so you do not have to go up on the roof or other hard to reach locations to find the physical device and reset it.5) The Station, can provide a POE connection to an IP camera or other device like a WiFi access point directly from the second LAN port.6) They are small, light and easy to mount with tie wraps7) The Access Point can also provide WiFi service at the location that it is installed.8) They support VLANsSet up:To set up a bridge, first set them both with a static IP on your network. You can use DHCP with a reservation on your DHCP server or even without reservation but using a static IP (still reserve the IP on your DHCP server) allows you to access them even if your DHCP server (typically your router for home users) is down. I will not go in the details of installation and setting up the IPs because you can get that from the installation guide that comes with the device. One thing I want to emphasize is that you need to use shielded CAT5 to protect your network equipment. Having said that I will attempt to guide you through the settings for getting the bridge up and running. To do so, I suggest that you get 2 of these devices in a fairly large room and point them at each other. Once you get them to communicate and work as a bridge, you can then mount them at their permanent locations and start working on improving signal levels if necessary. Note that in order to set up a bridge, we will have to make one the access point and the other the WDS station.The following steps assume that you were able to login to these devices already.1) Login to the one that will be the “Access Point”. This one will be on the side that your network already exists and functions properly. For example, if you are trying to expand your network from building A that already has Internet service to building B that you would like to provide Internet to it, the Access Point will be installed on building A.2) Go to the Network Tab and make the following adjustments:--- a) Network Mode: Bridge--- b) Disable Network: None--- c) Configuration Mode: Simple--- d) Management IP Address: Static (If you choose DHCP you can skip the rest but I suggest that you make a reservation in your DHCP server so you can always know the IP of your device (routers act as DHCP servers for home networks).--- e) IP Address: An available IP on the Network. Ex. 10.0.0.2--- f) Netmask: 255.255.255.0 (For networks that have 255 available IPs (Ex. 10.0.0.1 to 10.0.0.255). If your network has more IPs than that I assume you know the mask you need to use.--- g) Gateway IP: Your router’s IP (typically 10.0.0.1)--- h) Primary DNS: Check your router and provider--- i) Secondary DNS: Check your router and provider--- j) MTU 1500--- k) If you are not familiar with terms like VLAN, IP Aliasing and STP, just leave those check boxes unchecked.3) Go to the Advanced Tab and change the distance. This will adjust the output power of the unit and believe me this is not a muscle car so you really don’t want too much power. Excessive output power will actually degrade performance. Try setting it to the actual distance between the devices.4) Go to the Wireless tab and select the following:--- a) Wireless Mode: Access Point--- b) WDS (Transparent Bridge Mode): Enable--- c) SSID: Type an SSID like “MyBridge” and I suggest that you check the “Hide SSID” box--- d) Country Code: Select your country--- e) IEEE 802.11 Mode: A/N mixed--- f) Channel Width: 40MHz--- g) Channel Shifting: Disable--- h) Frequency: This is tricky. You can select Auto but I like to select a specific frequency depending on the spectrum analysis. You can get a spectrum analysis by going to the Main tab and select “Launch Air View” but for now you should leave it on Auto and run the Air View when the device is mounted on the permanent location.--- i) Under Wireless Security select Security: WPA2-AES, WPA: PSK and enter a WPA preshared key.5) Login to the other device that will be the Station. This will be mounted on Building B which is the building that has no network.6) Go to the Network tab and select the following:--- a. Network Mode: Bridge--- b. Disable Network: None--- c. Configuration Mode: Simple--- d. Management IP Address: Static (If you choose DHCP you can skip the rest but I suggest that you make a reservation in your DHCP server so you can always know the IP of your device (routers act as DHCP servers for home networks).--- e. IP Address: An available IP on the Network. Ex. 10.0.0.3 (different than the Access Point above)--- f. The rest of the settings are the same as the Access Point. See 2.f to 2k above7) Set the distance in the Advanced tab as you did in step 38) Go to the Wireless tab and select the following:--- a) Wireless Mode: Station--- b) WDS (Transparent Bridge Mode): Enable--- c) SSID: Type the same SSID you typed in step 4.c (“MyBridge”)--- d) Country Code: Select your country--- e) IEEE 802.11 Mode: A/N mixed--- f) Channel Width: Auto 20/40MHz--- g) Channel Shifting: Disable--- h) Under Wireless Security select Security: WPA2-AES, WPA: PSK and enter the same WPA preshared key that you entered on the Access Point.You are all set. To test, connect the Access Point to your network switch or an open router port and connect your computer to the LAN 0 of the Station (of course you need to use the POE injectors). Your computer should be able to get an IP and be part of the network that the Access Point is connected to.Finally I would like to say that I highly recommend the Ubiquity products and you should give this a try before looking elsewhere as long as it fits what you want to accomplish.

B**N

WOW!!! These Things Will Amaze You!!!

What to do when the everyday household network/Wi-Fi range extenders won't do it? Well, the first thing is some research. Amazon is not a bad place to start. And, you may not have to go any further. I ran into this challenge recently. For years, I have been successfully using both the NETGEAR N300 Wi-Fi Range Extender - Wall Plug Version (WN3000RP) and the Netgear WN2000RPT Universal WiFi Range Extender - Refurbished, which can be accessed through their own "Genie" and can be daisy-chained off of each other to produce some incredible long-rage effects. There is a limit, however, to how far each of these can work. The goal was to bring the Internet from a residence to an old school building about a half block away. I was able to go from the residence to the garage and then to the school; however, not matter how I tried, one of the extenders was just out of range. They all recognized each other, but the signal was too weak for the next leg to work with. Instead of continuing to hope I would "get it right," I took a more sure approach based on Amazon research.I bought two of these NanoStations. The installation instructions are cryptic to say the least. Yet, there are enough secondary sources and forums to get that information that you'll need. For me, the best I found was Ubiquiti Networks Wiki, or wiki.ubnt.com/Beanstalk. There's a page there by Gene Greene that should help you install whatever configuration you need. I just needed something that was wireless and yet resembled and worked like a Cat-5 connection. His 4th configuration was called a Point to Point Direct Link (AirOS 5.5, Layer-2 Transparent Bridge) and it did just that. Just follow his simple instructions (plug an M5 into your router and when you access the IP Address, a wizard called AirOS will appear): configure the 1st M5 as an Access Point, enable Transparent Bridge Mode (WDS) and reset the IP Address to 192.168.1.2. Configure the 2nd M5 as a Station, with Transparent Bridge Mode (WDS) enabled and reset the IP Address to 192.168.1.3 (and don't forget to reserve these two IP Addresses in you router). At the other end, I installed/hardwired a Netgear WN2000RPT Universal WiFi Range Extender - Refurbished from the 2nd M5. This gave me a switch with 4-Ethernet ports and b/g/n wireless.Immediately, I had hard-wired Internet service and Wi-Fi to boot. I know nothing about adjusting these antennas. I just moved the 2nd M5 around until signal strength LEDs on the back of it went from the red and orange to the green. I plugged my Cat-5 into the computer and I immediately had access. And, it was LIGHTNING FAST!!! I was shocked! I never expected it. Yes, these are 5 GHz components. They are supposed to be fast. Yet, I was just amazed at the instantaneous performance.It all seemed very complicated when I opened the boxes. It didn't stay that way for long. It was cookbook! Well thanks to Gene Greene it was. Just like following a nice recipe.

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