Cadence Design Systems ( News - Alert), Inc. provider of global electronic-design innovation, has selected Wipro-NewLogic, the semiconductor IP business unit of Wipro Technologies to license Wipro-NewLogic’s IEEE ( News - Alert) 802.11 a/b/g MAC and Modem for integration into its Low-Power Methodology Kit. With Wipro-NewLogic technology, Cadence will offer the Kit with a real-world representative design for 802.11 WLAN-enabled communication SoC solutions.
“Our WLAN IP enables Cadence to demonstrate that their Low-Power Methodology Kit is well suited for the development of complex SoC solutions that address low power wireless applications like VoWLAN and mobile multimedia clients”, said Mana Coste, Marketing Director at Wipro-NewLogic. “Our unique approach of an all-digital radio interface allows for a faster development time since the WLAN block will be free of any analog circuitry such as the ADC/DAC or even the WLAN PLL.”
The Cadence Low-Power Methodology Kit offers a comprehensive solution set specifically targeted at low-power designs. It helps engineers incorporate advanced low-power techniques into their design while reducing risk, cost and development time.
According to the news release, the Low-Power Methodology Kit comes with a wireless segment representative design for a chip that helps customers go through a real-world example of a low-power chip design, even if Wipro-NewLogic’s IP inside the Kit has been obscured and does not have the full functionality of the production version.
The Wipro-NewLogic IP solution includes support for the latest Wi-Fi specifications like WPA2TM and WMM. Customers can contact Wipro-NewLogic directly for production license information.
“We selected Wipro-NewLogic as supplier for the WLAN IP in our Low-Power Methodology Kit because we wanted a proven and mature solution that fully complies with the IEEE 802.11 a/b/g standards,” said Bruce Jewett, vice president, product marketing, vertical kits at Cadence. “We also value the fact that their expertise covers the whole spectrum of a wireless transceiver: from software to signal processing, digital design as well as RF.”
Niladri Sekhar Nath is a contributing writer for TMCnet covering telecommunications, service providers and networking
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