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Extron announces the immediate availability of the TLP 1000MV and TLP 1000TV 10" high resolution TouchLink Touchpanels. The TLP 1000MV and TLP 1000TV are fully configurable and feature a sleek, contemporary look and thin bezels to complement any decor. The large, 1024 x 600 resolution touchscreen surface provides ample room for sophisticated controls and graphics. The new touchpanels incorporate an MTP – Twisted Pair receiver, which accepts either S-video or composite video input over standard CAT 5 type cable, enhancing connectivity and streamlining cable management. Power over Ethernet – PoE, allows the touchpanels to receive power via the Ethernet connector, eliminating the need for a local power supply. The TLP 1000MV mounts on a wall, lectern, or other flat surface, while the TLP 1000TV sits on a tabletop or installs on a VESA mount. Both are ideal for control environments where a larger control surface within an elegant touchpanel design is needed.
 
Extron continues our commitment to configurable control for easy and quick installations," says Casey Hall, Vice President of Sales and Marketing for Extron. "These new 10 inch touchpanels, in conjunction with our new IPCP 505 control processor, will let integrators design and deploy larger, more complex AV control systems."

GUI Configurator software makes configuration of the touchpanel easy, with no graphic design skills required. This software offers ready-to-use templates for single display rooms, dual display rooms, divisible rooms, multi-image systems and video conference suites. These designs may be used as is, or customized for the application by simply changing individual graphic elements.

The TLP 1000MV and TLP 1000TV work in conjunction with any Extron IP Link® Control Processor, such as the Extron IPCP 505 Control Processor. They are designed for use in AV system applications that require complete, interactive control of conferencing systems, displays, switchers, and source devices. The touchpanels and IP Link Control Processors communicate using a standard Ethernet network, allowing utilization of existing infrastructure.