Tensilica's Xtensa processors have been designed into wireless products by Atheros, DesignArt Networks, NuFront, and SiBEAM,. You can now buy several products with Xtensa-based design inside:
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Lenovo ThinkPad T61/T61p
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Dell Inspiron 1720
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D-Link Wireless USB hubs and adapters
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Belkin's Wireless USB hubs and adapters
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Atheros is also using Xtensa processors in their AR6XXX line of ROCm WLAN for mobile solutions, including the AR6001XL and AR6001GL. An Atheros chip with a Tensilica core is performing the WiFi functions in the new Nitendo DSi game.
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Atheros is using Tensilica's Xtensa processor in the AR3011 Radio-on-Chip for Mobile (ROCm) product. The Atheros AR3011 is a highly integrated, all-CMOS, single-chip Bluetooth 2.1 + EDR solution specifically designed for both laptop and desktop PCs. Designed for the smallest form factor, the AR3011 has a very power efficient architecture.

Atheros' AR3011 Radio-on-Chip Module for Bluetooth
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Multiple Xtensa DPUs are used by DesignArt Networks in their DAN2400 Femtocell processor. Four Xtensa DPUs are used for dataplane DSP and embedded control in the Network Processing and MAC part of this design. One Xtensa DPU is used as the powerful DSP core in the MIMO-OFDMA PHY part of this design. The Xtensa DPU is used as a wide SIMD OFDM engine. DesignArt Networks was able to use Xtensa DPUs to replace RTL state machines with a high-performance software-based approach. |
Using Tensilica’s configurable processor technology, NuFront developed, and has gone into mass production with, a T-MMB (terrestrial-mobile multimedia broadcasting) mobile baseband DSP (digital signal processor). By watching mobile TV on a T-MMB phone, visitors at IIC China 2008 were able to experience NuFront’s technology in action. See press release.
SiBEAM, Inc., a leading innovator of millimeter wave (mmWave) solutions and developer of high-speed wireless communications platforms, is using Tensilica’s Xtensa® configurable processor for a baseband DSP in the wireless link for consumer electronics and display applications, such as HDTV. These applications demand high data rate transmission to multiple devices within an indoor wireless environment using conventional CMOS silicon. By optimizing the Xtensa processor into a tailored processor core, their products can attain the multi-gigabit performance these wireless applications demand.