TZero Demonstrates World's First Commercially Viable 1080p60 Wireless HDMI Solution

Second Generation TZero Ultra Wideband Video Solution to be Unveiled at Japan Developer Conference


SANTA CLARA, Calif.--(BUSINESS WIRE)--TZero Technologies, the leader in Ultra Wideband (UWB) technology and wireless video solutions, today announced that it will publicly demonstrate its second generation ZeroWireTM product at a developer's conference in Tokyo this week. The new ZeroWireTM solution, with an expected bill of material cost below $50 per device, is the world's first and only commercially viable Wireless HDMI product that supports full 1080p60 high-definition video streaming and the sub-frame latency required for high-definition wireless gaming applications. This public demonstration reinforces the fact that Ultra Wideband is emerging as the only wireless technology capable of reliably streaming the richest and most dynamic high-definition multimedia content, a key requirement for new consumer electronics devices being launched in 2009. "Wireless HDMI over UWB will be a critical technology for the Japanese consumer electronics industry in 2009 and beyond as they launch new products with support for the latest high definition capabilities," said Rajeev Krishnamoorthy, CEO of TZero Technologies. "TZero is capitalizing on the unique properties of Ultra Wideband technology including its high bandwidth, extreme signal reliability, low power consumption, and immunity to interference from other wireless devices. We're excited about the interest level from Japanese CE manufacturers, and we look forward to commercializing an array of products with them in the coming quarters." At the heart of the ZeroWireTM 2.0 solution is TZero's TZC7200 Ultra Wideband chipset. With its patented UltraMIMOTM signal processing technology the TZC7200 delivers a peak link rate of 480Mbps, maintains wireless HDMI connections at ranges greater than 20 meters, and supports hours of error-free wireless 1080p60 video with 7.1 surround sound digital audio. The ZeroWireTM 2.0 solution includes a standards-compliant H.264 video CODEC with support for sub-frame latency, making it ideal for the most demanding interactive consumer video applications such as gaming, content navigation and device control. ZeroWireTM 2.0 is WiMedia® Alliance compliant, HDMI version 1.3a compliant, it supports Consumer Electronics Control (CEC) functionality in addition to legacy IR control, and it is DCP certified as a "Hollywood Approved" wireless transmission technology. TZero's Ultra Wideband solution has also passed regulatory compliance testing in the United States, Europe, and Japan. TZero will be hosting a conference and private meetings in Japan this week, where the company will present business and technical seminars on the UWB protocol, wireless high-definition video, UWB regulatory certification, digital content protection, and other related topics. Attendees will also view a live demonstration of ZeroWireTM 2.0 wireless 1080p60 streaming video and have an opportunity to experience the true potential of sub-frame latency by playing 1080p60 video games over an Ultra Wideband connection. "TZero is committed to the Japanese market and is building a strong presence here to support the growing number of Japanese CE vendors interested in our Wireless HDMI solution," said Yoshioki Hamasaki, General Manager, TZero Japan Branch Office. "This conference, held in the heart of Japan's consumer electronics manufacturing zones, highlights TZero's commitment to educating the market and building partnerships with the leading Japanese consumer electronics manufacturers." About TZero Technologies TZero Technologies is the leading provider of Ultra Wideband chipsets for high definition wireless video applications. The company's wireless high-definition video distribution solutions are designed into display and A/V component products from top tier OEMs around the world. Founded in 2003, TZero is headquartered in Santa Clara, California. For more information, visit TZero online at www.tzerotech.com.