Miniature PCIe clock generators tout very small footprint, low power

Silicon Labs has expanded its PCI Express (PCIe) timing solution portfolio with new one- and two-output PCIe clock generators that are said to offer the smallest footprint and lowest power in the market. Designed to meet the stringent specifications of the PCIe Generation 1/2/3 standards, the Si52111 and Si52112 clock generator ICs target high-volume consumer, embedded, communications and enterprise applications where board space, power consumption and system cost are critical concerns. Addressing the small form factor requirements of these consumer applications, the Si5211x clocks are available in a 3-mm x 3-mm 10-pin TDFN package . These ultra-low-power clock generators offer up to eight times lower current consumption (less than 15 mA) than competing devices, according to the company, making it easier for designers to meet green power regulations while enhancing system reliability. The devices also meet PCIe jitter requirements with up to 50 percent margin, enabling a lower bit error rate to further improve reliability. The Si5211x clock generators use a special push-pull output buffer technology and integrate all termination and reference resistors on chip.

Silicon Laboratories, www.silabs.com

Silicon Labs, Inc. is a leading provider of networking, software and system solutions for the Internet of Things, Internet infrastructure, industrial control, consumer electronics and automotive markets. We solve the toughest problems in the electronics industry, providing customers with significant performance advantages, energy savings, connectivity and design simplicity. Backed by our world-class engineering team's expertise in software and mixed-signal design, Silicon Labs helps developers deliver the tools and technologies they need to move quickly and easily from initial ideas to final products.

Etikett: Computing Consumer Wireless Newsletters

Vorherige: Silicon Labs SNAP Enabled Programmable XCVR Development Tools

Nächste: Toshiba Develops Two New Process Technologies for Microcontrollers and Wireless Communication ICs