Blog List

Blog List

  • Jan 09
    WiFi Extender

    Tired of Wi-Fi deadspots?

    We all know how frustrating it is to run out of Wi-Fi with wireless devices, so you can’t browse the internet, stream videos, send/receive e-mails… on your iPad®, Android® tablet, smartphone, TV, media player, etc. Now you can turn any power socket into a Wi-Fi hotspot by extending your Router’s Wi-Fi range by up to 2x the distance, all in a compact, portable and easy-to-use device.

    Next Generation AC Wireless

    Using the latest 802.11ac technology to enable super fast, lag-free data transfer speeds of up to 750Mbps with AC compatible devices.

    Instant Set up

    By pressing the WPS button on the TM-750 AC and your Router, they will automatically connect to each other and share the same Wi-Fi name and password.

    Smart Wi-Fi Positioning

    With the intelligent signal identifier, you can quickly find the best location to place the TM-750 AC to get the best Wi-Fi coverage around your property.

    Dual Band Wireless

    Most range extenders only work on the congested and slow 2.4Ghz band which suffers interference from microwaves, Bluetooth, wireless devices, ovens, cordless phones, etc, reducing and even disrupting the wireless signal.

    5Ghz has more bandwidth and less interference providing you with a faster signal and better connection without interruption.

    Built in QoS traffic prioritisation technology is designed to deliver your time-sensitive Internet traffic efficiently so you can enjoy smooth video, music streaming, and gaming performance.

    The advanced security solutions of 128-bit AES, WEP, WPA, WPA2 & EAP encryptions are included for that extra peace-of-mind.

    Access Point

    Out of your Router’s Wi-Fi range? You can create a dual band Wi-Fi hotspot by connecting an Ethernet cable from your Router or Switch directly to the TM-750 AC.

    Ethernet Bridge

    It can also act as a wireless ethernet bridge if you wish to convert a wireless signal to an ethernet cable, so that an ethernet device can connect to your wireless network.

    Secure

    The advanced security solutions of 128-bit AES, WEP, WPA, WPA2 & EAP encryptions are included for that extra peace-of-mind.

    *750Mbps is the maximum theoretical Powerline data rate. Actual throughput will vary depending on environment.

  • Jan 08

    Turn any electrical outlet into a high-speed network connection

    With the TM-600 HP you can extend your home network by using electrical sockets. Forget about drilling and rewiring cable throughout your house, with the TM-600 HP you can have internet anywhere in the house (on the same circuit) in a simple and convenient plug ‘n’ play system with no set up required.

    Complying with the latest HomePlug AV2 standard, the TM-600 HP gives you a data transmission speed of up to 600Mbps, together with the built-in QoS that gives bandwidth intensive and sensitive applications a higher priority to remain stable and fast.

    Forget Wireless

    No need to worry about wireless signal strength and walls reducing signal quality.

    Simply Plug ‘n’ Play

    Connect your router into one adapter and plug the second adapter into another power outlet and you are ready to go!

    HD Multimedia Streaming

    Connect your Internet-ready TV, Blu-ray™ player, IPTV set-top box or gaming console through any power outlet in your property for super-fast HD transfer speeds.

    Secure

    With its powerful 128-bit AES encryption, your network is secure and protected. Simply press the Pair button on each unit to securely connect to each other.

    *600Mbps is the maximum theoretical Powerline data rate. Actual throughput will vary depending on environment.

  • Dec 19

    What you’ll require

    Setup of a basic wireless bridge for a CCTV system

    You need two NanoBeams
    You need a laptop/computer with an ethernet port (to connect the LAN cable)
    You need two patch cables (one goes from NanoBeam to PoE injector port labled “PoE” and the other goes from PoE injector port labled “LAN” to computer)

    We assume the IP address of the device that connects to the internet to be “192.168.0.1” with a subnet mask of “255.255.255.0”.
    This device is normally provided by your internet service provider.
    It is called a router or modem and is a “gateway”.

    Place both NanoBeams beside laptop/computer.

    SETTING UP DEVICE A

    Connect first NanoBeam (A) to the computers ethernet port with a patch cable from it’s PoE injector device port labled “LAN”

    Change the IP address of the computers ethernet port to “192.168.1.1” and subnetmask “255.255.255.0”
    open a web browser and go to “http://192.168.1.20”
    Enter as follows: username: admin password: ubnt and press enter

    Click on the “wireless” tab and the following for each;
    Wireless Mode: Access Point
    WDS: no enable
    SSID: A (This can be whatever you like eg:  Videplus Access Point)
    Channel width: 20 Mhz
    Channel Shifting: Disable
    Frequency, MHz: auto
    Frequency List, MHz: no enable
    Auto Adjust EIRP Limit: enable
    Security: WPA-AES
    WPA Authentication: PSK
    WPA Preshared Key: 123456789

    Click “change” at the bottom right and then “apply” at the top.

    Wait a few seconds for device to reboot.
    You may have to log back in with the username:admin password:ubnt

    Next click on “Network” tab and enter for each:
    Network Mode: Bridge
    Disable Network: None
    Managment Interface: BRIDGE0
    Managment IP Address: Static
    IP address: 192.168.0.100
    Netmask: 255.255.255.0
    Gateway: 192.168.0.1
    Primary DNS IP: 8.8.4.4
    Secondary DNS IP:

    Click “change” bottom right and then “apply” at the top.

    Wait 30 seconds or so for device to reboot.
    Now unplug the patch cable from the PoE injector devices port labled “LAN”.
    Check that the lights on the radio/device (A) are still on and that the device is powered.

    SETTING UP DEVICE B

    Connect second NanoBeam (B) to the computers ethernet port with the patch cable from the SECOND PoE injector device port labled “LAN”
    open your web browser and go to “http://192.168.1.20”
    enter username: admin and password: ubnt and press enter

    Click on “wireless” tab and enter for each:
    Wireless Mode: Station
    SSID: click on “Select” and wait for device “B” to scan for device “A” which has SSID name “A” as configured in above step.
    In pop-up windows select the device “A” and then select “Lock to AP”
    Channel Width: 20 MHz
    Channel Shifting: Disable
    Frequency, MHz: auto
    Frequency List, MHz: no enable
    Auto Adjust EIRP Limit: enable
    Security: WPA-AES
    WPA Authentication: PSK
    WPA Preshared Key: 123456789

    Click “change” bottom right and then “apply” at the top.
    Wait a few seconds for device to reboot.
    Again you may have to log back in with username:admin password:ubnt

    Next click on “Network” tab and enter for each:
    Network Mode: Bridge
    Disable Network: None
    Managment Interface: BRIDGE0
    Managment IP Address: Static
    IP address: 192.168.0.101
    Netmask: 255.255.255.0
    Gateway: 192.168.0.1
    Primary DNS IP: 8.8.4.4
    Secondary DNS IP:

    Click “change” bottom right and then “apply” at the top.
    Wait a few seconds for device to reboot.

    Both devices/radios are now configured and can be moved to permanent location.
    The ethernet port of the computer can now be changed back to IP address “192.168.0.2” and subnet mask “255.255.255.0” or DHCP.

    You now have a wireless bridge set up.

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