Digital ICs/DSPs: PCI-Express PHYs Deliver Data Whether It's 1 Or 32 Lanes

Area- and power-efficient design is the strength behind a new family of PCI-Express physical layers (PHYs). The PHYs come in all lane configurations, including x1, x2, x4, x8, x12, x16, and x32, suiting implementation on TSMC's 130-nm process. They...
July 5, 2004

Area- and power-efficient design is the strength behind a new family of PCI-Express physical layers (PHYs). The PHYs come in all lane configurations, including x1, x2, x4, x8, x12, x16, and x32, suiting implementation on TSMC's 130-nm process. They offer a two-tiered approach toward the highly scalable PCI-Express interface technology. The first is a true x1 lane configuration that minimizes area and power to achieve the most efficient design possible. For multilane configurations, the family uses its x4 lane design as a building block for wider designs. The x4 core employs the company's proprietary silicon-proven TriDL (Digital Dynamic Deskewing Logic) architecture to attain highly reliable data-transmission across the link. The PHYs are PIPE 1.0a-compliant hard macros, and they include the serializer/deserializer, the PIPE logic, and the I/Os.

TriCN Inc. www.tricn.com

About the Author

Dave Bursky

Technologist

Dave Bursky, the founder of New Ideas in Communications, a publication website featuring the blog column Chipnastics – the Art and Science of Chip Design. He is also president of PRN Engineering, a technical writing and market consulting company. Prior to these organizations, he spent about a dozen years as a contributing editor to Chip Design magazine. Concurrent with Chip Design, he was also the technical editorial manager at Maxim Integrated Products, and prior to Maxim, Dave spent over 35 years working as an engineer for the U.S. Army Electronics Command and an editor with Electronic Design Magazine.

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