High-capacity Point-to-point / Point-to-multi-point / Infrastructure Mesh
Firetide HotPort 5020 outdoor infrastructure nodes provide low-cost, high-capacity connectivity. HotPort 5020 utilizes the MIMO technology to provide increased throughput and performance for a backhaul link. The convenient form-factor and cost effectiveness of this product makes it an ideal candidate to serve data offloading needs of wireless internet service providers and telecom operators.
Reliable Connectivity Anywhere™
Designed for seamless indoor and outdoor operation, the HotPort mesh network securely handles concurrent video, voice, and data applications, making it ideal for transportation, municipal, public safety, and service providers. The mesh’s self-forming and self-healing properties enable rapid deployment and dependable operation. Firetide’s AutoMesh™ routing protocol manages network load and traffic congestion to optimize mesh-wide performance and capacity. Firetide’s end-to-end solution includes HotPort nodes for mesh infrastructure, HotPoint® access points for wireless access, HotView Pro™ software for a complete management system, and Mobility Controller™ to enable complete infrastructure mobility.
Metro-scale Deployments
Firetide's network easily scales up to several hundreds of mesh nodes for city-wide deployment. Advanced features like Gigabit EthernetDirect™ support mesh connectivity across multiple locations. Firetide’s noise-aware data path and noise filtering algorithms enable mesh to handle interference from other wireless devices, as well as from adjacent frequency bands taken up by cellular and 3G traffic.
Complete Infrastructure Solution
HotPort 5020 product is a natural expansion of Firetide’s core wireless infrastructure technology. Firetide’s expertise in large scale wireless mesh networks for video, data and voice applications in harsh environments ensures that its infrastructure nodes are optimized to provide the best-in-class performance, security and reliability wrapped together in a cost-effective solution.
