Pheenet Wireless Mesh Network Outdoor Bridge

WCS-03NH Wireless Mesh Network Outdoor Bridge

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IEEE802.11abgn 2.4GHz/5GHz 2T2R Triple Radio Outdoor Wireless Mesh Bridge/AP for Wifi Mesh Networking (Output power: 23dBm, 6 N-type connectors)

PheeNet WCS-03NH delivers high-performance Wireless Mesh Network with high capacity. WCS-03NH consists of 3 independent 802.11abgn 2.4GHz/5GHz radios for flexible Wireless Mesh deployment.

Each radio is capable of providing a maximum output power 23dBm and 300Mbps data rate. Each radio may be configured to operate as a Wifi Access Point (AP) or as a PTP (Point-to-Point) or PTMP (Point to Multiple Point) or full Mesh.

A triple-radio architecture separates client access and mesh backbone data while optimizing radio resources for both types of traffic to ensure high throughput and low latency. Integrated with Intelligent Mesh OS, it automatically optimizes traffic routes between each Wireless Mesh node and creates a truly adaptive mesh infrastructure.

pheenetThe mesh infrastructure adjusts dynamically to traffic levels and RF signal strength to ensure high availability and optimal performance across multiple hops network; it allows Wifi clients to move between Wireless Mesh in less than 50 milliseconds, maintaining a seamless connection for latency-sensitivity applications, such as video and voice.

PheeNet Wireless Mesh allows WISP, System Integrator, Industrial Enterprises and Municipalities to establish reliable network connectivity almost anywhere. Intelligent Mesh delivers scalable, reliable networking services, and a multi-radio architecture delivers massive capacity.

With PheeNet Wireless Mesh, high quality Wifi Coverage, HD-quality video surveillance, and High-Speed Roaming for In-Vehicle Mobility are easier to be implemented.

Specifications:

  • Dual Band (5GHz / 2.4GHz)
  • Multiple Hopping Scenario
  • Keep 110Mbps until 10th hop
  • Intelligent Wireless Mesh

Features:

A. Low Latency and High throughput over Multiple Wireless hops

  • Dynamic Expansion Wireless Hot Zones
  • Reliable performance when deploying multiple nodes in bridged or routed environments
  • Bandwidth control module at subscriber level
  • IEEE802.1q Tag VLAN
  • IEEE802.1p VLAN Priority Based QoS

B. Bridge

  • Layer 2 Switching Learning
  • Store and Forward
  • DHCP Server / Client
  • Multicast / Broadcast Storm Limitation
  • IEEE802.1q Tag VLAN
  • IEEE802.1p VLAN Priority Based QoS
  • Q-in-Q VLAN

C. Router Mode

  • TCP/IP (IPv4)
  • Static Route / Dynamic Route
  • RIP (Routing Information Protocol) V1 & V2
  • DHCP Server / Client
  • NAT (Network Address Translation)
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