Wireless Edge Networks offers an extensive range of Wi-Fi products that utilise the latest technologies from market-leading vendors. The breadth of our Wi-Fi portfolio and specialised knowledge allows us to offer turnkey solutions that can be tailored to your particular business context. Whether it's retail Wi-Fi for public use or enterprise-grade Wi-Fi solutions, we've got you covered.
Wireless Edge Networks offers an extensive range of licensed microwave link products. Licensed microwave links offer exclusive use of radio frequencies at a fraction of the cost of leased line services. Licensed microwave links are engineered to provide predictable network bandwidth and guaranteed network capacity. Licensed microwave links are becoming more popular as a result of noise interference in the unlicensed wireless spectrum, such as 2.4 and 5 GHz.
Unlicensed wireless links do not have recurring licence fees and can be deployed in a relatively short time frame. The low one-off cost and high availability makes it the preferred choice for backhaul communications. Wireless Edge Networks offers a variety of unlicensed wireless links from reputable brands and can advise you on the most suitable product to suit your business requirements.
The ever-increasing need for more network bandwidth has fuelled the demand for Gigabit network connectivity. Wireless Edge Networks offers a variety of licensed and unlicensed Gigabit wireless link products from leading vendors. Achieve multi-gigabit connectivity with carrier-grade reliability. Our gigabit wireless links are quick to deploy and can be easily relocated. Achieve total cost of ownership without recurring leased line costs.
Laser links or Free Space Optics (FSO) transmit modulated laser beams through the atmosphere to achieve network connectivity between two points. Unlike wireless and microwave links, FSO links do not add additional overheads to packet transmission so Gigabit full-duplex throughput is easily achievable. Laser links are not affected by radio interference, so they are an ideal solution for high-speed point-to-point connectivity in areas with known radio interference