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Wireless Networking

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  1. Ubiquiti 802.11a/b/g hi-power radio PCMCIA ubnt (SRC)

    Ubiquiti SuperRangeC 2.4 Ghz 300mW wifi hi-power PCMCIA Cardbus (SRC)

    The first ever hi-power 802.11a/b/g Cardbus MMCX card. The SuperRange Cardbus adapter is a hi-performance, hi-power FCC-compliant client solution specifically designed for long distance links normally impossible to achieve with standard a/b/g cards. Learn More

    Model Number (MPN): SRC


  2. Ubiquiti 3.5GHz Rocket MIMO, AIRMAX (RocketM3)

    Ubiquiti 3.5GHz Rocket MIMO AIRMAX 802.11N World Version (RocketM3)

    ROCKET M3: 3.3-3.7GHz Hi Power 2x2 MIMO AirMax TDMA BaseStation. The Rocket is a rugged, hi-power, very linear 2x2 MIMO radio with enhanced receiver performance. It features incredible range performance (50+km) and breakthrough speed (150+Mbps real TCPI/IP). Learn More

    Model Number (MPN): RocketM3


  3. Juiced Systems Micro USB 4 in 1 Adapter Connection Kit: USB /SD Card/Micro SD/Micro USB Inputs

    Juiced Systems Micro USB 4 in 1 Adapter Connection Kit: USB /SD Card/Micro SD/Micro USB Inputs

    The Micro USB 4 in 1 adapter is a special multi-functional card reader for Samsung Galaxy S2, S3, Galaxy Note, Galaxy Note 2, S2 HD LTE, Nokia N8 and SE Xperia Arc, Galaxy Nexus devices. Learn More

    Model Number (MPN): 4in1-s2


    Juiced Systems
  4. Netgear AC750 Wireless Range Extender 11ac Dual Band (EX6100-100NAS)

    Netgear AC750 Wireless Range Extender 11ac Dual Band (EX6100-100NAS)

    NETGEAR AC750 Wi-Fi range extender boosts your existing Wi-Fi by increasing your range and speed. It works with any standard Wi-Fi router to deliver AC750 dual band Wi-Fi with up to 750 Mbps. A Gigabit Ethernet port provides Wi-Fi connectivity to a wired device like Blu-ray players, game consoles, smart TVs or streaming players over your existing Wi-Fi network. Learn More

    Model Number (MPN): EX6100-100NAS


  5. Ubiquiti 2.4GHz 28dB PicoStation Access Point (Pico2MHP-US) US Version

    Ubiquiti 2.4GHz 28dB PicoStation Access Point (Pico2MHP-US) US Version

    US Version, Newest member of PicoStation Family, AirMax Technology, Pico Firmware support Learn More

    Model Number (MPN): PICO2M-HP-US


  6. Ubiquiti 3.5GHz Nano MIMO, AIRMAX EXPORT ONLY (NSM3)

    Ubiquiti AirMax NanoStationM3 3.5GHz MIMO PtP Bridge/Access Point NSM3

    NanoStation M3: 3.3-3.7GHz 2x2 MIMO AirMax TDMA Station. 150+ Mpbs real outdoor throughput and up to 15km+ range. Featuring 2x2 MIMO technology, the new NanoStation links significantly faster and farther than ever before. Learn More

    Model Number (MPN): NSM3


  7. Ubiquiti 1000mW USB WiFi Client adapter Longest Range  (WifiStation)

    Ubiquiti 1000mW USB WiFi Client adapter Longest Range (WifiStation)

    Introducing WifiStation, powerful and versatile tools that are capable of connecting to WiFi networks 100+ meters away at 150+ Mbps speeds. Learn More

    Model Number (MPN): WifiStation


  8. Ubiquiti XR5 5GHz 600mW radio 802.11a card ubnt (XR5)

    Ubiquiti XtremeRange5 5GHz 600mW radio 802.11a MINI-PCI card (XR5)

    The XtremeRange5 represents the first true carrierclass 802.11a based 5GHz radio module specifically designed for mesh, bridging, and infrastructure applications requiring the highest levels of performance and reliability without compromise. Learn More

    Model Number (MPN): XR5


  9. Ubiquiti 3-port Router 512MB DDR2 2GB 802.1q VLAN (ERLite-3)

    Ubiquiti 3-port Router 512 MB DDR2 2GB 802.1q VLAN (ERLite-3)

    Introducing the EdgeRouter Lite from Ubiquiti Networks, part of the EdgeMAX series. Housed in a compact, fanless form factor, the EdgeRouter Lite operates quietly as it delivers the powerful routing, security, and management features you require to efficiently run your network. Learn More

    Model Number (MPN): ERLite-3


  10. Global Cache iTach Flex IP Range Extender (iTachFlexIP)

    Global Cache iTach Flex IP Range Extender (iTachFlexIP)

    The Global Cache iTach Flex IP instantly enables IP control for electronic devices, allowing you to automate almost any device, system, or protocol. Remotely control the connected device using an app on a smartphone, tablet, or any other user interface. By adding intelligence to the enabled device, events and tasks can be automatically triggered, adding convenience to the electronics you use every day. Learn More

    Model Number (MPN): iTachFlexIP


    Global Cache
  11. Ubiquiti Rocketrm5-Gps, Wireless Ap, Outdoor 802.11A/N 1 (RM5-GPS)

    Ubiquiti Rocketrm5-Gps, Wireless Ap, Outdoor 802.11A/N 1 (RM5-GPS)

    Many situations require the use of multiple airMAX M series devices on the same tower. The new Rocket M GPS products are designed to eliminate colocation interference by using synchronized transmission times. With AirSync, the basestations make use of a common clock source using the built-in GPS receiver. Learn More

    Model Number (MPN): RM5-GPS


  12. Ubiquiti NBM3 and NB-OD3 complete system (NBM3-KIT)

    Ubiquiti NanoBridge M3 and NB-OD3 3GHz Bridge Solution (NBM3-KIT)

    NanoBridge M: Cost-Effective MIMO Bridging Solution, Carrier Class Performance. This product consists of a Wireless Bridge and Outdoor MIMO 3 (3.3-3.7 GHz) + Offset Dish. Learn More

    Model Number (MPN): NBM3-KIT


  13. Ubiquiti 5GHz PowerBridge MIMO, AIRMAX USA (PBM-5-US)

    Ubiquiti 5GHz PowerBridge MIMO, AIRMAX US version 25 dbi (PBM-5-US)

    Featuring a leading edge hi-gain MIMO panel antenna array in a robust and compact design, the PowerBridge M series provide 150+Mbps of real outdoor throughput and up to 20km+ range. Learn More

    Model Number (MPN): PBM-5-US


  14. Ubiquiti SR2 2.4Ghz 400mW radio 802.11b/g card (SR2)

    Ubiquiti SuperRange2 2.4Ghz 400mW radio 802.11b/g MINI-PCI card (SR2)

    MINI-PCI ADAPTER 802.11b/g 400mW. The first ever hi-power 802.11b/g mini-PCI card. Learn More

    Model Number (MPN): SR2


  15. Ubiquiti 2 GHz Rocket 24 dBi AirMax 2x2 PtP Bridge Antenna (RD-2G24)

    Ubiquiti 2 GHz Rocket 24 dBi AirMax 2x2 PtP Bridge Antenna (RD-2G24)

    RocketDish 2G-24: 2.4GHz airMAX 2x2 PtP Bridge Dish Antenna Learn More

    Model Number (MPN): RD-2G24



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In today’s world, ‘connecting’ has taken on an entirely new meaning. With Quantum’s supply of data and networking devices, you can stay connected to your family or business with cutting-edge systems that direct Internet traffic and give your network the protection it needs. Home-based routers such as the Cradlepoint MBR95 Wireless N Home Router can connect your desktop, laptop, printer and PDAs to a single 3G/4G-based network for easy, affordable Internet access. Business Class Routers provide connectivity on a larger scale, whether inside enterprises, between enterprises and the Internet, and even inside Internet Service Providers (ISP). For wireless interconnectivity on the go, try mobile hotspots such as the MiFi 2200 Mobile Hotspot from Novatel. No matter where you are, the data and networking systems offered on Quantum allow you ideal Internet connectivity minus the hassle or security concerns.

A great majority of homes and offices rely on a router to simplify the way they manage their information. Whereas peer-to-peer networks focus on the connection between two devices, a wireless network links many devices on a single network. This enables all computers on the network to share resources and an Internet connection.

To create this network, the router must first be configured. This is a simple process and once done, will make your life much easier. Configuring the router mainly consists of choosing a name and security setting for the network. To setup a router on a PC, the process can be started by clicking on the “connect to network” options. On a Mac, click on the Wi-Fi menu and then click on the network that corresponds to your new wireless router. Once your Wi-Fi router is setup in your home or office, you can begin surfing the web and sharing files and documents with others on your wireless network.

There are numerous reasons why it is advantageous for a user to create a peer-to-peer connection. Although the term peer-to-peer may sound daunting, creating a peer-to-peer network is actually very simple. A peer-to-peer network is just two devices that share resources such as files, printers, or the Internet. This connection can be formed using wireless technologies, but Bluetooth or Wi-Fi routers are among the most common approaches.

To pair a device using Bluetooth, first make sure that the device is on discoverable. From there, use the other device to find the first device and initiate a connection (a code may be needed depending on the type of Bluetooth you are using). Once the connection is bridged, you are now able to share information over Bluetooth technology.

Using a Wi-Fi connection to create a peer-to-peer network is a little more complicated, though it is by no means difficult. A peer-to-peer connection over a wireless network is referred to as an Ad-Hoc network. Ad-Hoc networks are sometimes preferred to Bluetooth peer-to-peer networks because they offer heightened security and higher speeds. For more information on how to set up your Ad-Hoc network, please consult with customer service experts at 1.877.259.4629.

Home or business owners who are looking to set up their network have numerous choices when they create a Wi-Fi network. One of the first decisions to make is to decide what protocol you want your communication to run on. All wireless networking communication is structured on a standard protocol technology called the the 802 standard. 802.11 is the standard for installing a local area network that operates on either a 2.4 GHz frequency band or a 5.0 GHz frequency band. There have been six different versions of the 802.11 standard: 802.11a, 802.11b, 802.11g, 802.11n, 802.11ac, and 802.11ad.

With each new version of the 802.11 standard, advancements in speed and the bandwidth were introduced. 802.11n improved upon the previous 802.11g by utilizing multiple wireless signals which gives the user better bandwidth. Also, whereas the older 802.11 standards operated on both the the 2.4 Ghz and 5.0 Ghz spectrum, the 802.11n operates solely on the 2.4 Ghz spectrum. As a rule of thumb, newer 802.11 protocols will work on older hardware, however, older hardware is not generally designed to work with the new protocols.