AzureWave Press News Releases
 
 
News Releases
2009/05/29

AzureWave 2009 COMPUTEX Highlights
Lead Android and Bluetooth 3.0 High Speed into Diverse Digital Lifestyles


This year at the 2009 Computex Taipei (June 2~6, 2009), the leading micro-sized wireless module IC provider, AzureWave will showcase its latest wireless module solutions supporting Android and the Bluetooth 3.0 High Speed transmission. It will be the first time AzureWave unveils the Android device equipped with Bluetooth and Wi-Fi combo module IC. Also, from the live-demo of Bluetooth 3.0 transmission, you could witness the convenience and impeccable high-speed transmission.

“Nowadays, the market has shifted to a micro and diversified economy from the economy of scale and mass-production. The diversity aroused by the open platform, Android, is just the right trend,” said Ted Lee, the CEO of AzureWave. The demand for open platforms in consumer electronic products is promising in the future, so AzureWave announces the first micro-sized wireless module IC which supports Android and it’s available for Android cell phones, MIDs, and Netbooks with complete software support to minimize time to market.

Foreseeing the inevitable trend of new Bluetooth 3.0 standard, AzureWave guarantees to excite Mobility users with modules supporting the highly renowned Bluetooth 3.0 in the 2009 Computex. Visitors could compare the significant difference in transferring large amounts of data between Bluetooth 2.0 and 3.0. According to Ted Lee, with faster overall wireless transmission speeds and higher throughputs, Bluetooth devices enable the data transfer of large multimedia files, such as music, videos, and pictures without wires within short distance.

On top of Android and BT 3.0 applications, Wireless Entertainment, including Wireless Robot, Remote USB Hub, and Baby Cam will be unveiled for the first time during Computex 2009. Especially the Wireless Robot co-developed with Thunder Tiger, the top three radio control model manufacturer, can be wirelessly controlled and transmitting real time images via cell phones and notebooks.