CEVA
LSE : CVA
NASDAQ : CEVA

CEVA

December 14, 2009 07:00 ET

CEVA and Gennum's Snowbush IP Group Partner to Deliver Complete SAS 2.0 IP Solution for Embedded Storage Applications

Combined offering delivers industry's most mature, feature-rich SAS 2.0 IP solution

SAN JOSE, CALIFORNIA--(Marketwire - Dec. 14, 2009) - CEVA, Inc. (NASDAQ:CEVA)(LSE:CVA), a leading licensor of silicon intellectual property (SIP) platform solutions and DSP cores, and Gennum Corporation's (TSX:GND) Snowbush IP Group (Snowbush) today announced that they have partnered to deliver a complete Serial Attached SCSI (SAS) 2.0 IP solution optimized for embedded storage applications. The integrated offering combines Snowbush silicon-proven 6.0Gbps PHY IP integrated with CEVA's SAS 2.0 Controller IP, offering the industry's most mature and feature rich SAS 2.0 IP solution.

With ever-increasing requirements for higher performance and higher reliability, the enterprise storage industry is rapidly evolving from parallel SCSI to Serial Attached SCSI. SAS 2.0, which doubles the line rate to 6Gbps compared to the previous generation, has now become the preferred choice for new SAS products designs. By offering a complete, licensable SAS 2.0 solution, CEVA and Snowbush are uniquely positioned to exploit the growing demand for embeddable SAS 2.0 IP, particularly for Solid State Drive (SSD) applications, where CEVA and Snowbush have extensive experience.

"Since the inception of the SATA and SAS standards, both CEVA and Snowbush have been industry leaders in serial storage IP, offering customers the best solutions available. Snowbush is excited to partner with CEVA to deliver a leading-edge SAS 2.0 solution," said Ewald Liess, General Manager of the Snowbush IP Group for Gennum. "By integrating best-of-breed technologies from both companies, we can offer a complete PHY plus Controller SAS 2.0 IP solution to our customers, further shortening the time to market for SAS 2.0 products."

"SAS-enabled storage solutions are one of the biggest drivers for the enterprise storage industry and we have worked closely with Snowbush's Storage IP Group to ensure our customers have access to a complete and fully integrated SAS 2.0 IP solution," said Aviv Malinovitch, vice president, operations at CEVA. "In particular, the rich feature suite and flexibility of our complete SAS offering is ideal for deployment in embedded SSD controllers, removing the need for discrete bridge chips and thereby increasing performance and reducing overall cost for SAS-enabled SSD designs."

The CEVA-SAS 2.0 Controller IP provides both Target and Initiator functionality. Suitable for narrow or wide port implementations for 6.0/3.0/1.5Gbps data rates, it supports many enterprise level features including SCSI SBC-2 End-to-End Protection (DIF) and high performance, full duplex DMA with IEEE 1212.1 Scatter/Gather. Reflecting the system complexities of SAS, it provides a comprehensive configuration, control and alarm / status monitoring interface with extensive metric counters and error injection facilities. With complete programmable control for Vendor Specific features, the CEVA-SAS 2.0 Controller IP enables customers to create highly differentiated and robust SAS 2.0 products.

The Snowbush-SAS PHY IP is designed for easy integration into SoC designs for storage applications in process geometries ranging from 130nm down to 40nm. The Snowbush-SAS PHY's programmable high-swing transmit driver can produce 1.8V p-p output swings, exceeding the SAS-2 specification requirements for maximum peak-to-peak voltage. The advanced TX equalization provides up to 12dB of pre-emphasis, and includes independent control of pre-cursor and post-cursor levels. Built-in spread spectrum clock (SSC) generation supports down-spreading and center-spreading for maximum flexibility without the need for an external SSC clock source. Enhanced receiver equalization, including an auto-calibrating continuous time linear equalizer (CTLE) and decision feedback equalization (DFE), are included to meet the demands of lossy SAS-2 backplanes. Snowbush-SAS PHY is silicon proven in volume production and Snowbush offers expert integration support enabling customers to meet their market and product differentiation goals.

Information and further details of about each part of the SAS Controller to SAS PHY solution are available from the respective vendors. Contact CEVA at sales@ceva-dsp.com. Contact Snowbush IP at sales@snowbush.com.

About CEVA, Inc.

Headquartered in San Jose, Calif., CEVA is a leading licensor of silicon intellectual property (SIP) DSP Cores and platform solutions for the mobile handset, portable and consumer electronics markets. CEVA's IP portfolio includes comprehensive solutions for multimedia, audio, voice over packet (VoP), Bluetooth and SATA/SAS serial storage, and a wide range of programmable DSP cores and subsystems with different price/performance metrics serving multiple markets. In 2008, CEVA's IP was shipped in over 300 million devices. For more information, visit www.ceva-dsp.com

About the Gennum Snowbush IP Group

The Gennum Snowbush IP group offers a team of interconnect specialists to design and deliver silicon-proven, high-speed serial interface IP. Comprising one of the industry's most robust, widely-deployed, production-tested and customizable family of IP cores, the Snowbush IP portfolio satisfies the needs of today's most demanding high-speed serial communication protocols and applications. Snowbush IP offers integrated PHY and Controller solutions for standards like USB, PCI Express(R) and Serial ATA (SATA), and single and multistandard SerDes for applications with data rates from 1 Gb/s to over 10 Gb/s. Gennum's Snowbush IP group is committed to supporting customers with diverse foundry and process requirements, offering IP cores for TSMC, UMC, Common Platform, and Fujitsu processes. For more information visit www.snowbush.com.

Snowbush IP, Gennum and related logos are trademarks of Gennum Corporation. All other product or service names are the property of their respective owners. (C) Gennum Corporation, 2009.

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