Strix's Innovations in Fast-Roaming

Powered by Strix Access/One Edge OS 2.1, Strix's innovations in fast roaming and high-speed broadband connectivity makes the MWS 100 the highest performance CPE for Mobile WiFi connectivity in the industry. The small, durable and portable MWS is designed for any vehicle type and works in concert with Strix's Access/One Outdoor Wireless Systems (OWS) to create an end-to-end mobile broadband wireless experience that achieves the longest reach and instant mesh hand-off compared to any other mobile wireless device on the market.

The MWS 100 utilizes industry leading Strix Access/One Edge capabilities to achieve the continuous high throughput and low latency via intelligent radio algorithms with optimized channel selection, dual diversity, significantly enhanced roaming algorithms, and maximized signal strength via the highest power output. The MWS quickly detects new and alternate wireless nodes while traversing the larger wireless mesh network and instantaneously establishing best network path criteria for seamless transitions maintaining any video, voice and data sessions.

The MWS 100 is packed with a unique set of innovations including 802.11a and high power (DSRC-C) 4.9 GHz for public safety applications or optionally 802.11g for unlicensed client access. The MWS also includes an Ethernet port for wired connectivity to in-vehicle laptops and on-board systems. The easily configured and installed MWS yields superior high receive sensitivity, high-speed forwarding between radios and the Ethernet port and Layer 2 Network Address Translation (NAT) and VLAN mapping with preserved Quality of Service.

"Strix MWS 100 achieves what no other in-vehicle mobility products can - broadband throughput and high-speed mobile hand-off from node to node with zero packet loss resulting in a seamless network experience," said Steve Coffelt, Director of Product Management for Strix Systems. "This is the mobility product the wireless broadband mobile market has been missing."

Strix Shares the Concept of Mobile Wireless Broadband Networks with "SuperCloud"

Strix is also introducing Strix Mesh OS 3.1 with revolutionary innovations in mesh networking for transportation systems. Strix has completely shattered the concept of dynamic large-scale and long-distance mobile mesh networks with its new " SuperCloud fleet management " capabilities. Current railway deployments with Strix Systems Access/One products enable unparalleled range and performance for track-side-to-train and in-train multi-car mesh networking.

With Strix's new "SuperCloud" capability, locomotives and passenger or freight cars (carriages) can be changed without the need for configuration/reconfiguration. Any locomotive can connect to any carriage and all Strix Access/One nodes, including the MWS and OWS are fully visually managed from a centralized or other remote location. Other significant enhancements to Strix Mesh â„¢ OS 3.1 includes the latest in fast roaming algorithms for wireless mesh networks, Intelligent background scanning, Dynamic Host Configuration Protocol, high-speed mobile fast authentication services, multi-VLAN enhancements, Mesh and Edge management and more.

"Think about the possibilities enabled by a wireless mesh itself becoming mobile," said Craig Mathias, a Principal with the wireless and mobile advisory firm Farpoint Group. "Transportation and public safety applications are only the beginning. The Strix Access/One MWS 100 is re-defining broadband mobility, and will enable the next generation of innovative and indeed remarkable wide-area wireless solutions."

"Strix Systems is showing once again why they are a market leader," said Daryl Schoolar, Senior Analyst for In-Stat. " The MWS is just another example of Strix's ability to deliver a uniquely valuable product that ' s critical to a number of vertical markets."

Keywords: public safety applications, client connectivity, seamless transitions, intelligent radio, mesh network, wireless mesh networking, high throughput, mobile extension, strix systems, voice over ip, wireless experience, access one, network path, mesh networks