AzureWave Technologies, Inc., a global leading wireless solution provider, has rolled out a complete product line of 11n and Bluetooth 3.0 + High Speed (HS) wireless module IC for mobile devices, such as smartphones, mobile gaming devices, e-book readers and portable media players (PMPs), all of which require high bandwidth and efficient power management. AzureWave will showcase the latest 11n + Bluetooth 3.0 technology at MWC in Hall 2, Booth #2C09.
What makes AzureWave's wireless module IC outstanding is its small footprint, cutting edge wireless performance, flexible power management and diverse OS support for multitasking smartphones and mobile devices. The coexistence of Wi-Fi and Bluetooth in one module guarantees seamless and smooth data transfer. Combined with the latest Bluetooth 3.0 technology + HS, the wireless Module IC enables a wide variety of mobile devices to quickly and easily transfer rich media contents. In addition, it facilitates high speed synchronization with other BT 3.0 + HS enabled devices.
According to ABI Research, 802.11n is making its official debut in higher-end smartphones in 2010 and will have at least 87 percent bundle rate by 2014. The quick growth of 802.11n is triggered by consumers' demand for higher bandwidth to transfer big data across different devices and download advanced applications via network. Especially the increasing demand to easily and quickly connect consumers' different devices and share information is far larger than ever, an easy peer to peer connection such as Wi-Fi Direct and Bluetooth 3.0 + HS featured in AzureWave's wireless modules will help consumers' dream come true.
Consumers are looking for smartphones with more powerful processors, better battery life, richer web experience and multitasking capabilities. As a result, combo solutions are growing in popularity among mobile gaming and portable CE to allow consumers to benefit from the outstanding wireless experience. AzureWave will launch the latest 11n high speed solutions in the upcoming MWC at booth #2C09 during February 15-18.