MediaTek Extends Wi-Fi plus Bluetooth Combo Leadership.

 
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MediaTek Inc.,Hsinchu, Taiwan, a leading fabless semiconductor company for wireless communications and digital multimedia solutions, has announced availability of its MT7650, the world's first and only 802.11ac plus Bluetooth 4.0+HS combo chip designed for mobile consumer platforms. The MediaTek MT7650 combines the latest IEEE 802.11ac technology, Bluetooth 4.0 LE functionality, and the company's unprecedented Wi- Fi/Bluetooth coexistence algorithm onto a single die to support high quality voice, data and video transmissions up to 433 Mbps, while enabling ultra low power Bluetooth Low Energy connectivity with health, fitness and other sensors. Moreover, with the complete 802.11ac system (MAC/Baseband/Radio) integrated, customers adopting the MediaTek MT7650 also benefit from easier implementation, faster time to market and reduced manufacturing costs.

The MediaTek MT7650 is compliant with the new 802.11ac standard and leverages the strengths of MediaTek's industry leading Wi-Fi plus Bluetooth combo chip technologies that are currently shipping in laptops and smartphones. It dramatically improves user experience with 2.8x data rate increase from 150Mbps of single stream 802.11n. This highly integrated chip supports dual band 2.4/5GHz configuration with 80 MHz channel bandwidth, 256-QAM modulation scheme for increased data transfer efficiency, receive beam forming for extended range and capacity, and Space-Time Block Codes (STBC) coding technologies for better wireless coverage. This chip also supports Wi-Fi Display, Wi-Fi Direct and TDLS for full peer-to-peer functionalities between mobile and home consumer products.

"With this advanced combo chip supporting dual band 11ac and dual mode Bluetooth Low Energy, we have further extended our technology leadership in the industry," said SR Tsai, General Manager of MediaTek's Wireless Connectivity & Networking Business Unit. "The demand of high quality digital-content streaming and sharing has increased rapidly. At the same time, peer-to-peer data communication is shifting from wired to wireless connections. Therefore, mobile devices are relying heavily on...

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