Winncom’s Wireless Broadband Backhaul (aka Backbone and/or PCS backhaul) solution typically consists of high speed Ethernet Wireless broadband link between two locations, such as two buildings or towers. The following are examples of this solution: backhaul for wireless broadband ISP (WISP), wireless broadband campus building-to-building links, and last-mile wireless broadband ISP dedication.

• Cambium Networks 4.9 GHz PTP Wireless Backhaul Solution Overview
  Cambium's PTP 49400 Wireless Backhaul Solution is ideal for: Replacing T1 Links, Backhauling Video Surveillance Cameras on 4.9GHz, Connecting Remote Locations (public safety locations not easily reachable via wired connections), Backhauling a 4.9GHz MOTOMESH hot-spot or coverage network.
• Cambium Networks PTP600: Broadband Communications Building to Battlefield
  Cambium PTP 600 systems are our premier systems to deliver data, voice, and video over challenging paths and ultra-long distances. Built to overcome interference, path obstructions, and weather extremes, these systems routinely perform in environments where comparable systems cannot make a connection.
• BridgeWave Point-to-Point Solution for Healthcare organizations
  BridgeWave Communications produces ultra low cost gigabit speed wireless solutions from design to manufacturing, enabled by BridgeWave developed transceiver and modem technologies. BridgeWave solutions utilize high-frequency radio spectrum in the 60-90 GHz range, now being allocated by the FCC, enabling multi-gigabit per second wireless connectivity.
• BridgeWave Point-to-Point Solution for Education.
  BridgeWave Communications produces ultra low cost gigabit speed wireless solutions from design to manufacturing, enabled by BridgeWave developed transceiver and modem technologies. BridgeWave solutions utilize high-frequency radio spectrum in the 60-90 GHz range, now being allocated by the FCC, enabling multi-gigabit per second wireless connectivity.
• Exalt P25 Backhaul Using the 4.9 GHz Band
  Now, any potential interference issues that might arise between fixed links and mobile applications can be decided based on which application is considered more mission critical.
• Exalt License-Exempt 1+1 Monitored Hot Standby
  Mobile operators seeking to deploy carrier-class license-exempt radio systems for mobile backhaul need to ensure that such systems meet the latency, availability and reliability characteristics common to licensed band systems in order to meet service level expectations. Exalt license-exempt systems have proven their ability to meet stringent latency and availability requirements.
• Exalt Legacy 6 GHz Replacement Using 5 GHz CarrierTDD™ Systems
  Tens of thousands of 6 GHz FCC Part 101 links have been deployed in the U.S. A substantial portion of these systems - particularly those in the upper 6 GHz band - can no longer be readily and cost-effectively supported, nor can they deliver the higher capacities and multiple protocols now required by modern voice and data networks.
• Exalt Upgrading Legacy License-exempt Mobile Backhaul with CarrierTDD™ Systems
  Backhaul engineers need a means to upgrade backhaul capacity in license-exempt bands, while ensuring the integrity of TDM traffic and high link availability. Increasingly, they must also ensure that whatever approach they decide upon enables a smooth transition from TDM-based to Ethernet-based transport.
• RadWin Meeting the escalating demand for IP backhaul
  With the escalating demand for high bandwidth applications, service providers are focused on extending their networks to reach more subscribers and provide more bandwidth to each customer. Meanwhile, the steady rise of data traffic leads to exponentially increased need for IP backhaul capacity.
• RadWin Cost-Effective, High Capacity Wireless Cellular Backhaul for Rural Areas
  The demand for broadband communications in rural areas continues to grow rapidly. However, rural obstacles such as low user density, vast geography and the absence of affordable Telco infrastructures render such areas particularly problematic for cellular operators. As a result, a potentially enormous market is left underserved.
• RadWin Low Cost, Robust, Easy to Install Backhaul Solutions for Rural Areas
  The benefits that reliable communications can bring to rural areas are clear. However, such areas prove particularly challenging to cellular operators due to low user density, low ARPU, tough terrains, extreme weather conditions and poor or completely lacking Telco infrastructures.