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Statmon Technologies Corp. Ships Its First Order of the New Neuro Software Embedded Interface Unit -the ''EIF-32''- to Harris Broadcast Communications LOS ANGELES
Statmon Technologies Corp. Geoffrey P. Talbot, 310-288-4580 Fax: 310-288-4381 gtalbot@statmon.com
Statmon Technologies Corp. (OTCBB:STCA) announced today that it had shipped its first order of its EIF-32 embedded interface unit to Harris Corporation. The EIF-32 is an intelligent, "standalone" remote control and monitoring interface with a built-in CPU, providing automated monitoring and control of remote equipment and sites. Using the 1 RU EIF-32 it is now possible to remotely control devices and equipment situated out in the field, retrieve critical data and make adjustments without actually visiting the site.
Paired with Statmon's "Neuro" application software, the embedded software engine and database, the EIF-32 provides real-time monitoring, control, alarm notification, and logging in a user-friendly, integrated solution. With a built-in CPU, temperature, humidity and voltage sensors and user assignable channels, the EIF-32 can be connected to multiple devices. Neuro Web, a free software utility program provided with the EIF-32, allows users to connect to remote sites via the Internet to monitor and control devices connected to the EIF-32.
"The EIF-32 is a new and exciting product and is expected to have wide appeal in the worldwide radio, low power television, and repeater and translator markets," said Geoffrey Talbot, the CEO of Statmon Technologies.
"Harris is pleased to extend its remote control solutions with the new Statmon EIF-32 embedded interface unit. With this product, our ReCon remote control solutions can be extended to transmitter sites requiring simpler and lower cost site management solutions," said Mr. Dale B. Mowry, Vice President/General Manager, Television Broadcast Systems, Harris Broadcast Communications.
About Statmon Technologies
Located in Los Angeles, CA, Statmon Technologies Corp. www.statmon.com is the leading software application and integration technologies development company providing Remote Facilities Management systems for the worldwide broadcast industry. Statmon Technologies has over 10 years experience in the provision of remote control, monitoring and automation for multiple-channel, Hub and Central-Casting operations for the broadcast industry. The Statmon technologies group specializes in developing business-to-business software applications and integration technologies for the passive and intelligent remote monitoring, automation, management, maintenance and integration of multiple analog and digital systems. This includes the integration of networks and electronic devices, sensors, computer networks and web servers with any number of different protocols, software and different programming languages across vertical markets.
About Harris Broadcast Communications Division
Harris Broadcast Communications Division is one of four divisions within Harris Corporation, an international communications equipment company focused on providing assured communications(TM) services for government and commercial customers in more than 150 countries. One of the world's leading suppliers of broadcast technology, Harris Broadcast Communications Division offers a full range of solutions that support the digital delivery, automation and management of audio, video and data. For more information, visit www.broadcast.harris.com.
This press release contains forward-looking statements. There are certain important factors that could cause results to differ materially from those anticipated by the statements made herein. These factors include, but are not limited to: the general performance of the economy, risks in technology and product development, customer acceptance of new products, the Company's ability to manage its growth, the risks associated with competition, the loss of key personnel and the loss of key customers. Statmon disclaims any obligation to update these forward-looking statements. Investors are urged to be cautious in assessing the impact of such "forward-looking" statements.
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