DesignCon East Will Premiere New BERTScope S

Menlo Park, CA -- SyntheSys Research will present the new BERTScope S for the first time at DesignCon East, Sept 19-21, at the DCU Center in Worcester, Massachusetts. The latest, more rigorous compliance testing standards for computer, storage, enterprise and telecommunications markets require new test and measurement capability up to 10Gbps. The BERTScope S addresses test needs for higher speed (excess of 1Gbps) electrical components, serial links, and interfaces for computer memory, busses and back planes, including the FB DIMM, Serial ATA, and PCI Express II standards. BERTScope S also addresses test needs for electrical and optical storage, enterprise and telecommunications components, transceivers and network equipment, including OIFCEI and the new 4X Fiber Channel and 10G Ethernet standards.

The new BERTScope S features a Compliance Contour, using built-in masks for fast and easy compliance tests, as specified by XFP/XFI and OIF CEI for BER contours of 10(-12). "We are working closely with our customers to bring critical test functionality to market, even before these new standards are fully ratified. BERTScope S gives our customers the competitive edge they need to test their devices and network equipment with confidence in minutes rather than hours or days using older approaches to test," said Lutz Henckels, CEO of SyntheSys Research.

BERTScope S also includes several optional features now standard in this new product release including stressed eye generation, physical layer testing with jitter peak and Q factor analysis, 2-D error mapping and error correction emulation.

BERTScope 12500A is the flagship product and a new instrument class, combining the pattern generation and error detection of a bit error tester (BERT) with the essential eye diagram of a sampling oscilloscope. Henckels added, "The visual feedback of BERTScope Compliance Contour gives our customers a fast way to not only measure the impact of jitter in their device under test, but also see the performance limits of their device."

SOURCE: SyntheSys Research, Inc.