Control Concepts Partners with Biamp Systems to Deliver More to Integrators and End Users


Control Concepts

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Control Concepts Partners with Biamp Systems to Deliver More to Integrators and End Users

Crestron and AMX Module Development for Biamp Tesira® Product Platform by Control Concepts Development Team.

Fair Lawn, NJ—April 15, 2015 Led by Director of Product Development, Jeff Mackie, the Control Concepts development team worked with Biamp Systems to create and maintain AMX and Crestron interface modules for the AV manufacturer’s Tesira® and TesiraFORTÉ digital signal processors.

Both the Tesira and TesiraFORTÉ are designed for audio projects from the “large to super-scale.” The digital processors offer a variety of networking capabilities suitable for multiple integration environments and, as Biamp describes, the Tesira line has “networking capabilities [that] are among the most flexible and scalable on the market.”

Chris Flanagan, Biamo Systems Applications Engineer, says, “we developed a clear work process which enabled us to develop a strong relationship with Control Concepts. They have been a great resource and we value their expertise as we continue to support our customers.”

Read more about AMX and Crestron module development for the Biamp Systems Tesira® product platform.

Control Concepts, Inc. (CCI), based in Fair Lawn, NJ, is a leading independent provider of audiovisual control system solutions.  Its engineering and programming team creates high quality, intuitive control for complex AV systems.  Control Concepts provides custom AV technology solutions for end user technology managers, consultants, manufacturers, and integrators to reduce risks associated with complex projects.  Founded in 1997, Control Concepts builds client relationships through consultation, programming, custom development, implementation and support in higher education, pharmaceutical, legal, financial, entertainment and government markets.

Control Concepts custom development services deliver software solutions that tackle complex challenges and satisfy user and manufacturer needs not easily addressed within the confines of typical control system platforms.

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