Aruba MSR2000 Wireless Outdoor Mesh Routers

BOKSBURG, South Africa - Aug. 1, 2014 - PRLog -- Ruggedized and hardened to withstand extreme environmental conditions, the MSR2000 is ideal for deployment in metropolitan and industrial areas, oilfields, mines, and shipping ports.

A multi-radio, multi-frequency architecture and adaptive Layer 3 routing using the Aruba MeshOS™ operating system make the MSR2000 unique. Together, they provide unparalleled speed, reliability, low latency and seamless handoffs for voice, HD-quality video and other real-time applications across long-distance outdoor wireless mesh networks.

Flexible, high-capacity architecture
The MSR2000 consists of two independent 802.11n radios for flexible outdoor wireless mesh deployments using the 2.4-GHz, 5-GHz and 4.9-GHz band. Each radio may be configured to operate as a Wi-Fi access point (AP) or as a point-to-point, point-to-multipoint and full mesh backhaul.

This dual-radio architecture separates Wi-Fi client access and mesh backbone data while optimizing radio resources for both types of traffic to ensure the highest throughput and lowest latency.

Intelligent wireless mesh routing
Integrated with Aruba MeshOS, Adaptive Wireless Routing™ (AWR™) technology automatically optimizes traffic routes between wireless mesh routers and creates a truly adaptive mesh infrastructure. With AWR, the mesh infrastructure adjusts dynamically to traffic levels and RF signal strength to ensure high availability and optimal performance.

Seamless mobility
Aruba’s MobileMatrix™, another key MeshOS Layer 3 technology, allows Wi-Fi clients to move between wireless mesh routers in less than 50 milliseconds, maintaining a seamless connection for latency-sensitive applications, such as video and voice.

HD-quality video
For HD-quality video from mobile and fixed surveillance cameras, monitors and recording systems, the Active Video Transport™ (AVT™) technology in MeshOS provides traffic management and adaptive video jitter removal to deliver enhanced video at up to 30 frames per second across the distributed wireless mesh.