DesignArt Networks Announces Fully Integrated WiMAX Femtocell SoC.

WiMAX SoC based on DesignArt's Open 4G SoC Architecture Shatters Femtocell Cost Barrier

CHICAGO -- DesignArt Networks (DAN), a fabless semiconductor company, unveils the DAN2200 WiMAX femtocell SoC at WiMAX World 2008. The industry's only complete single-chip femtocell SoC, the DAN2200 allows equipment vendors to shatter the unit price barrier of $100. Complete femtocell designs consume less than 5W of total power, while providing plenty of spare processing power to run embedded high-capacity networking and media streaming applications; they can easily be integrated with home gateway equipment to facilitate the delivery of high-definition media to fixed and mobile wireless broadband devices. This results in faster adoption of WiMAX femtocells in residential, business, and hot-spot applications.

"The $100 price point has been an elusive target for femtocell vendors, inhibiting mobile operators to effectively implement subsidized business models to serve the demand for indoor wireless broadband coverage," said Adlane Fellah, CEO and Founder, Maravedis. The DesignArt SoC platform integrates several application CPUs, a network processor, and robust synchronization options, thus eliminating costly components required for Femtocell and Home Gateway applications. "The resulting low design costs could accelerate deployment of affordable femtocells into small businesses and residential homes alike," added Fellah.

Certified for IEEE 802.16e Wave 2, the DAN2200 delivers non-blocking WiMAX performance for up to 25 simultaneous subscribers. The DAN2200 is the second SoC in a family of WiMAX infrastructure products from DesignArt Networks. Based on the company's open 4G SoC platform, the software-centric multi-core architecture features many advanced and patented capabilities, including plug-and-play installation, robust embedded synchronization options and fully automated installation and operation of WiMAX femtocell clusters.

"The industry is really gearing up for extensive deployment of femtocells in mobile broadband networks," said Oz Barak, CEO of DesignArt Networks. "But the lack of cost-effective solutions is slowing down initial adoption cycles. Our DAN2200 SoC is specifically designed to accelerate this process, overcoming critical barriers regarding cost, size and power consumption of WiMAX femtocells. Based on the DAN open 4G SoC architecture, the DAN2200 enables deployment of dense femtocell clusters, providing advanced self-organizing network mechanisms, generally eliminating interference between femtocells, as well as with the outdoor RAN infrastructure. Femtocell reference designs are available today, and we expect production shipment of the DAN2200 in the first quarter of 2009."

About DesignArt

DesignArt Networks LTD is the leading supplier of system-on-chip (SoC) solutions driving the evolution of the 4G radio network infrastructure, towards high-capacity, high-density deployments with ubiquitous outdoor and indoor coverage. Current DesignArt products are based on the mobile WiMAX standard, IEEE 802.16e-2005, offering single-chip solutions for any type and form factor of base and relay station. DesignArt is the first and only WiMAX silicon vendor to fully integrate all base station processing systems, enhanced with high-capacity backhaul, relay and cluster capabilities, on a single-chip SoC product. DesignArt offers the most compact and powerful design options to equipment manufacturers, enabling them to build the widest range of WiMAX femto, pico, micro and multi-sector macro base stations, including multi-hop relay and WiMAX cluster solutions. Zero-cost in-band backhaul solutions drastically lower the total cost of ownership (TCO) for operators, and are the catalyst to accelerated WiMAX and 4G deployments. www.designartnetworks.com