FOR IMMEDIATE RELEASE
November 30, 1999

Micronetics Introduces Equipment For Testing Home Wireless Networks
San Francisco, CA -- Micronetics Wireless, Inc. (Nasdaq/NOIZ) introduced its ICS-2000 Channel Simulator-uniquely designed to test indoor wireless networks-here at the CDG Test Forum sponsored by the CDMA Development Group.

The ICS-2000 Channel Simulator is designed specifically for testing wireless local area network (WLAN) systems, such as BluetoothTM and other indoor wireless networks, for the impact of multipath interference. Multipath interference consists of echoes from secondary signals that are reflected from obstacles in a signal's path that arrive slightly after the original signal. By simulating the indoor wireless environment using the ICS-2000 Channel Simulator, WLAN Systems can be tested under real world conditions to assure their reliability against this condition.

Ralph Marrone, Vice President of Micronetics/Equipment, stated: "The introduction of the ICS 2000 Channel Simulator is a continuation of our collaboration with Moeness Amin, PhD. of Villanova University. We believe this instrument is the first channel simulator designed especially for multipath fading in an internal or home environment, which has its own unique issues. With the anticipated growth of wireless home networks and their need for excellent reliability, we expect testing these products for multipath fading under the conditions of an indoor environment to be of increasing importance."

Based in Hudson, NH, Micronetics manufactures broadband test equipment and components used in the design, testing and manufacturing of cellular, PCS, wireless local loop, home networking and satellite communication equipment through its Micronetics/Equipment Group, and manufactures microwave components and subassemblies primarily used in test equipment, radar, electronic counter-intelligence, wireless communications and electronic simulation applications through its Micronetics/Components Group.

Statements in this press release contain forward looking material. Actual results may vary due to a number of risks and uncertainties and should be viewed in conjunction with Micronetics' Annual Report for its fiscal year ended March 31, 1999.

Contact
Micronetics
Richard S. Kalin, President
212-239-8900 x22