EB™ Mesh (EB-Mesh)

Dual Radio Outdoor Wireless Mesh Router

The EB™ Mesh is the most cost-effective solution for delivering broadband wireless applications in outdoor environments. The EB™ Mesh combines 802.11a mesh networking with 802.11b/g access points for maximum range and interoperability with WiFi enabled devices.

Designed For Outdoor Applications

The dual-radio EB™ Mesh serves as a WiFi access point with a dedicated 802.11b/g radio, an intra-network repeater and router with a dedicated 802.11a mesh enabled radio, and as a gateway via Ethernet to an Internet point of presence (POP).

Backhaul Control

Carlson's patented technology separating the client access (in the crowded 2.4 GHz ISM band) from the mesh backhaul channel allows explicit control of the backhaul and enables an extremely reliable high throughput solution.

Lowest Total Cost of Ownership

The EB™ Mesh product family provides the lowest total cost of ownership (TCO) by leveraging omni-directional radio links providing a highly scalable network deployment, a self-forming network topology that reduces installation costs by simplifying the installation procedures, and a self-healing network ensuring the best possible and most reliable connectivity.

Advanced Quality of Service

An advanced quality of service (QoS) mechanism is employed to provide priority to VoIP and other high priority traffic, and fairly distribute network bandwidth to connected clients.

WirelessFabric™ Network Software

  • Self-assembles upon power-up, eliminating field configuration or human intervention.
  • Self-heals to maintain optimal connectivity due to changes in the environment.
  • Intelligently repeats and routes data to extend network range beyond the radio range and provides redundant routing paths for network reliability in intermittent environments.
  • Prioritizes traffic with an advanced QoS for VoIP, video, and data.
  • Supports secure Virtual Private Networks (VPN).
  • Supports multiple user classes with four ESSIDs.
  • Supports roaming clients throughout the network.