Firetide, a company focused on private wireless broadband networks, announced the availability of the HotPort 5020, a wireless infrastructure node. According to a release, the HotPort 5020 expands Firetide's proposition of redundancy and security to a range of data, video or voice applications, delivering a solution more traditional than point-to-point (PTP) and point-to-multipoint (PTMP), which expose the network to single points of failure.
In addition, Firetide noted:
Like all Firetide wireless infrastructure products, the HotPort 5020 delivers high reliability through its patented, self-healing AutoMesh technology, which ensures that the network remains available to high-bandwidth applications and always-on devices, even when the prevailing physical conditions are challenging. The 5020 wireless product line provides linear scalability when combined with the high-performance Firetide HotPort 7000 Series of wireless mesh nodes.
"The Internet of Things is driving demand for more edge connectivity. Network architects and systems integrators looking to build advanced public safety, industrial automation, and service provider applications need a way to reliably attach an increasingly wide array of IP devices and sensors to the edge of a network," said
"By adding the 5020 to its product line, Firetide is offering a fast, edge-of-network node in a hardened outdoor package that is easily deployed," said
Firetide AutoMesh reliability and security, now to the network's edge
A reliable and highly available service are two must-have attributes for critical applications, such as video, that current PTP/PTMP wireless network technologies generally cannot address. Further, the single-hop limitation associated with these approaches often results in the deployment of heterogeneous networks, often from different vendors, which bring additional integration and management complexities.
Additionally, because multi-vendor approaches cannot deliver the robust, end-to-end security of an integrated core network-to-edge solution, these alternate approaches are inherently less secure. With the HotPort 5020, Firetide extends its highly secure wireless technology to the very edge of the network for data, video or voice applications -- and at a cost-effective price point that brings it within reach of applications that include critical broadband Internet access, reliable utilities, wireless parking meters, smart grid communications, and asset security and surveillance.
Firetide HotPort 5020: Reliability in a rugged package at the edge of the network
-High network availability. The HotPort 5020 can be deployed as a dual-radio version, which allows a second radio to be dedicated as the backup link. In case of failure on the primary link, there is a failover to the backup, minimizing downtime, less than 2 milliseconds between hand-off.
-Scalability without compromising throughput. A system designed with a combination of 7000 Series and 5020 nodes with AutoMesh can be linearly deployed for 15 hops with no need for fiber. At the same time, up to 15 5020 nodes can be attached to a single 7020 mesh node.
-End-to-end security. The Firetide HotPort 5020 employs 256-bit AES encryption. A network that features a combination of 5020 and 7020 mesh nodes can be managed as an end-to-end network, rather than as a series of links. This means customers can provision end-to-end security, quality of service, and policies across network segments.
-Rugged. All Firetide 5020 devices are clad in an all-weather IP66-rated enclosure with sturdy, stainless steel mounting brackets.
-Flexible. The Firetide HotPort 5020 Series can be ordered preconfigured as an edge mesh node in a PTMP connection or as PTP link in conjunction with another 5020 device.
((Comments on this story may be sent to email@example.com))
Firetide, a company focused on private wireless broadband networks, announced the availability of the HotPort 5020, a wireless infrastructure node.
According to a release, the HotPort 5020 expands Firetide's proposition of redundancy and security to a range of data, video or voice applications, delivering a solution more traditional than point-to-point (PTP) and point-to-multipoint (PTMP), which expose the network to single points of failure.