Apantac T# Multiviewer Wins Product Innovation Award

	T# Multiviewers at TV Nova in Czech Republic

Apantac, provider of cost-effective multiviewers, video walls, extenders, and signal processing solutions announces that it has been honored with a Product Innovation Award for its T# Multiviewers.

The T# Multiviewers are considered one of the most flexible and versatile Multiviewers on the market today. With the T#, a user can build the Multiviewer that they need by choosing from a selection of input and output boards, or from a selection of pre-configured models. T# offers I/O boards supporting all the latest standards including 12G and Video over IP.

The flexibility of T# goes far beyond simply choosing input and outputs. Users can mix and match a variety of signal types (SDI, HDMI, IP, fiber, etc.) for multi-image display processing and monitoring on a single, or multiple displays, without any external conversion.

T#'s unique and high bandwidth universal mid-plane architecture allows any type of future format to be added by simply plugging in a new hot swappable input board, making it truly future-proof.

"We are thrilled to receive this award and be recognized by the Product Innovation Awards team," said Thomas Tang, president of Apantac. "This award underscores our commitment to providing innovative Multiviewer and signal processing solutions and we have worked hard to bring the T# Multiviewer to market with the features and price-point that our customers and partners are asking for.

Apantac will be showcasing its T# Multiviewers at upcoming events including CABSAT in the Middle East, ISE - Integrated Systems Europe, NAB, Broadcast Asia, and numerous other shows around the world.

Now celebrating its fifth anniversary, NewBay's Product Innovation Award recognizes excellence in manufacturing of products to serve the TV/pro video and radio/online audio industries. Winners are selected by a panel of professional users and evaluation criteria include innovation of concept and design, creative use of technology, price value, and suitability for use in a broadcast TV/pro video or broadcast/online radio environment.