South Dakota Power Cooperative Chooses Exalt

Reliable, High-Speed Microwave Radio System Supports Power Management Network


CAMPBELL, CA--(Marketwire - June 16, 2009) - Exalt Communications, the company that is reinventing microwave backhaul, announced today that the East River Electric Power Cooperative, a wholesale electric power cooperative serving a 36,000-square mile area in South Dakota and western Minnesota, has deployed its EX-2.4i and EX-2.4i-16 microwave radio systems. The new Exalt systems are being used to upgrade legacy radio links of up to 30 miles between remote substations and other facilities and the cooperative's SONET fiber ring.

"Some of our older microwave radio links had reliability problems and we wanted to add bandwidth, so we evaluated a number of systems," said Scott Seitz, microwave foreman for the East River Electric Power Cooperative. "We chose Exalt radios for their superior performance and reliability, and because the web-based management system allows us to remotely configure the radios and save the cost of rolling a truck."

The EX-2.4i microwave radio systems can support up to 200 megabits per second (Mbps) of Ethernet data and either four (EX-2.4i) or sixteen (EX-2.4i-16) T1 lines with the company's exclusive CarrierTDD™ technology, which provides 99.999% throughput availability. In the East River Electric Power Cooperative network, the links carry substation and power management data as well as the company's 800 MHz voice radio system, which is used for communications by maintenance personnel.

"Power utilities need scalable and reliable radio links that work over long distances in even the harshest weather conditions," said Amir Zoufonoun, CEO of Exalt. "By upgrading to our EX-2.4i microwave radio systems, utilities such as the East River Electric Power Cooperative gain better control over widely distributed assets while reducing maintenance costs."

All Exalt radio systems -- licensed and license-exempt -- are carrier-class systems offering guaranteed link availability, guaranteed throughput availability and low, constant latency. Designed to enable a smooth transition to IP, they offer native support for both TDM and Ethernet and are fully software configurable and upgradeable. For easy and secure management using third-party network management systems, Exalt systems support SNMP v1, v2c and v3. Data security is provided by available FIPS-197 compliant AES 128-bit and 256-bit encryption that adds zero latency to the transmission. To simplify installation and maintenance, all Exalt systems feature an embedded manual and most include a built-in spectrum analyzer.

About Exalt Communications

Exalt Communications provides next generation licensed and license-exempt microwave systems to service providers, government organizations and enterprises worldwide. Exalt products are designed to solve the network bottlenecks associated with the growing demand for IP-based voice, data and video applications, and the resulting migration from TDM to IP-based networks. With a flexible architecture and technology-agnostic product platform covering multiple market segments, Exalt provides a full range of carrier-class microwave radio systems that meet the demand for cost-effective and flexible alternatives to fiber and leased lines. For more information, please visit www.exaltcom.com.

Contact Information: Media Contacts: Pamela Valentine VP, Marketing Communications & Channel Marketing Exalt Communications pvalentine@exaltcom.com 408-871-1804 x351 Michael Schoolnik Story Public Relations michael@storypr.com 415-674-3816

East River Electric Power Cooperative, a wholesale electric power cooperative serving a 36,000-square mile area in South Dakota and western Minnesota, has deployed its EX-2.4i and EX-2.4i-16 microwave radio systems. The new Exalt systems are being used to upgrade legacy radio links of up to 30 miles between remote substations and other facilities and the cooperative's SONET fiber ring. Shown here: East River Power Cooperative substation with Exalt's microwave radio systems deployed.