Parade Technologies Enters USB 3.0 Market with Lowest Power Repeater/Redriver Chip
Posted 8 11 月, 2010
Parade First to Incorporate Automatic Adaptive Equalization into USB 3.0 Repeater/Redriver
San Jose, Calif.—8 November 2010—Parade Technologies Ltd. (www.paradetech.com), a leading video display and interface IC supplier, today announced the world’s lowest power USB 3.0 Repeater/Redriver IC. Parade’s new PS8710A/B device is the also the first USB 3.0 Repeater/Redriver to incorporate automatic adaptive equalization, which enhances signal integrity in system designs.
“Parade has developed advanced ICs for high-speed SATA, HDMI and DisplayPort™ standards. It was natural that we would extend our product line to USB 3.0 as well,” explains Jimmy Chiu, VP of Marketing at Parade Technologies. “We were able to leverage many of our existing technologies for adaptive equalization and power efficiency in designing our new USB device.”
At 5 Gb/s, USB 3.0–also known as “SuperSpeed” USB–represents a ten-fold speed increase over the widely adopted USB 2.0 “HighSpeed” standard. This transition to 5Gb/s challenges system designers to maintain signal integrity in notebook, docking station and other system designs. PC board traces longer than about 5 inches (127mm) from the USB host controller will require USB Repeater/Redrivers for signal reconditioning. System boards might require multiple Repeater/Redriver ICs in order to position USB ports at convenient locations on the system’s external interface.
Lowest Power USB 3.0 Repeater/Redriver Available
Parade is offering two versions of its bi-directional USB 3.0 Repeater/Redriver. The PS8710A uses a single 1.5V power supply; the PS8710B uses a single 3.3V power supply. The low-voltage PS8710A uses 30% less power in active mode than the most power efficient competing device. Both Parade Repeater/Redrivers support all USB 3.0 power management modes, which allow for standby and sleep modes when the device is not active.
The PS8710A/B is also the only USB 3.0 Repeater/Redriver available that incorporates adaptive equalization. This feature simplifies board design by enabling the devices to automatically compensate for signal losses due to variations in FR4 PC board traces and USB cable length. Competing devices on the market require manual equalizer settings, which do not allow the device to compensate for differences between various external cables or PCB boards.
USB 3.0 is the Newest Version of the Most Widely Used Interface
USB has been widely adopted in computers, peripherals and consumer electronics. Leading market research firms estimate that more than three billion USB-enabled systems will be sold this year, increasing to more than four billion per year by 2012. The USB 3.0 interface is now incorporated into some personal computer chip sets, and wide chip set adoption is expected within the next twelve months.
Price and Availability
The PS8710A/B is sampling now, and production volumes will be available January 2011. Both devices are available in a 4x4mm 24-pin TQFN package, and are pin-compatible with other USB 3.0 Repeater/Redrivers on the market.
The PS8710A/B will be available for $1.50 /ea. in high volume.
About Parade Technologies, Ltd. and Parade Technologies, Inc.
Parade Technologies, Ltd. is a privately held fabless semiconductor company that specializes in developing video display and high-speed interface ICs. The company leverages high-speed analog, mixed-signal and digital design expertise with system level knowledge to elevate product performance, power efficiency and customer satisfaction to new heights. Parade recently delivered its 100 millionth IC. The company was chosen by the Global Semiconductor Alliance as a finalist in both 2009 and 2010 for the ‘Startup to Watch’ Award.
Parade Technologies, Inc., a wholly owned subsidiary of Parade Technologies, Ltd, is located in San Jose, California. As Parade Technologies, Ltd’s marketing representative in the United States, Parade Technologies, Inc. can be reached at (408) 329-5540, or on the Internet at http://www.paradetech.com.