Advantest Targets Advanced SerDes Device Testing with T2000 Test Module

Date : 07/11/2005 @ 12:20PM
Source : PR Newswire
Stock : Advantest (Kab) Ads (ATE)
Quote : 22.74  -0.69 (-2.94%) @ 5:32PM
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Advantest Targets Advanced SerDes Device Testing with T2000 Test Module

Advantest Targets Advanced SerDes Device Testing with T2000 Test Module New 6.5Gbps Digital Module Broadens Solution Space Addressed by T2000 Platform

SANTA CLARA, Calif., July 11 /PRNewswire-FirstCall/ -- Advantest Corporation (NYSE:ATE)(TSE:6857), the world's largest supplier of semiconductor test equipment, today introduced a revolutionary new digital module designed to enable low-cost, flexible testing of systems-on-chip (SoCs) incorporating advanced serializer/deserializer (SerDes) communications interfaces. The new Advantest 6.5Gbps digital module (DM) for the T2000 open- architecture test platform is the industry's first affordable test solution that can accommodate SoCs employing a variety of SerDes standards (e.g., PCI Express, SATA, XAUI and FBDIMM*), as well as source-synchronous devices such as microprocessors.

Semiconductor manufacturers are rapidly increasing chip-to-chip communications through the use of high-speed SerDes links, which facilitate the transmission of parallel data between two points over serial streams. By reducing the number of data paths and thus the number of pins required, SerDes devices deliver increased bandwidth and reduced printed-circuit board routing and footprint, making them ideal for cell phones and other communications devices. Previous automated test equipment (ATE) has been unable to provide true at-speed testing of these complex devices, being costly and ill-equipped to cope with their associated frequency, crosstalk, clocking, logic and other issues. Designers are thus seeking new test solutions that can help ensure testability of their SerDes chip designs.

Advantest's new 6.5GDM delivers the capabilities and flexibility necessary for both characterization and production testing of advanced SerDes interfaces. The module is designed to seamlessly address the test requirements associated with interfaces that utilize a wide range of clock types -- embedded, forwarded, source-synchronous and common clocks -- in a single highly integrated 8-lane/32-pin card. The result is a cost-effective, high-speed SerDes test solution delivered on Advantest's industry-leading T2000 open-test platform.

"In the future, every type of communications chip is going to require high-speed serial links due to the cost and bandwidth advantages they provide.

However, with the challenges these devices pose for the test function, the ATE industry has a plethora of new parameters to consider in designing next- generation test products," said G. Dan Hutcheson, CEO of VLSI Research Inc. "As an industry leader, Advantest has taken an important step by bringing to market test modules designed to address these challenges. As these modules are available for the OPENSTAR(R)-compliant T2000 platform, Advantest is following through on its promise to promote open SoC test solutions."

Modules Offer Unmatched Technical Capabilities

Designed to address the industry's most aggressive testing requirements for SerDes devices, the 6.5GDM provides advanced capabilities traditionally found only on high-end, bit-error-rate test box solutions. Examples include the ability to handle interfaces like FBDIMM with uneven numbers of Tx and Rx channels, which can't be tested on loopback-only ATE systems, and the ability to replace low-jitter clocks due to its high performance.

The module includes a novel header-hunt feature, which allows the tester to track the most demanding data, and the ability to change data rates on-the- fly, further increasing the modules' ease of use. Robust comparator logic allows the user to measure all traditional Tx parameters with ease, while integrated clock data recovery allows the tester to track drifting signals. The 6.5GDM also features deep pattern depth with compression and sequencer capabilities to facilitate effective encoding of the data stream.

Key specifications include:

-- 8 differential inputs and 8 differential outputs per module -- 2 time domains per module (64 maximum per system) -- 8x and 10x mode data (8-bit/10-bit encoding) -- +/-30ps edge-placement accuracy -- Up to 2V voltage swings -- +/-1 UI jitter injection (Rx) -- 2 integrated PMUs per channel (shared by driver and receiver)

Masao Shimizu, general manager of Advantest Corporation's 1st SoC Test Business Division, noted that the new module was designed from the ground up to deal with the testing challenges associated with these new interface standards. "Advantest's vision for the future of test precisely coincides with the testing needs and challenges posed by the SerDes device market," said Shimizu. "The competitive offerings that have attempted to address today's market have typically failed to deliver acceptable results in an enduring, cost-effective or timely manner. We specifically developed our new 6.5Gbps digital module to offer capabilities significantly superior to those of currently available products, with an eye on tomorrow's needs along with a reasonable price tag -- and, most importantly, as the next milestone along the industry's open-test roadmap."

About Advantest

Advantest Corporation is the world's leading automatic test equipment supplier to the semiconductor industry, and also produces electronic and optoelectronic instruments and systems. A global company, Advantest has long offered total ATE solutions, and serves the industry in every component of semiconductor test: tester, handler, mechanical and electrical interfaces, and software. Its SoC, logic, memory, mixed-signal and RF testers and device handlers are integrated into the most advanced semiconductor fabrication lines in the world.

Founded in Tokyo in 1954, Advantest established its North American subsidiary in 1982. Advantest America, Inc. and Advantest America R&D Center, Inc. are based in Santa Clara, Calif. More information is available at http://www.advantest.com/

* Editors' Note -- Standards acronyms are defined as follows:

SATA = Serial Advanced Technology Attachment XAUI = Xilinx 10-Gigabit Attachment Unit Interface FBDIMM = Fully Buffered Dual Inline Memory Module

NOTE: OPENSTAR is a registered trademark of the Semiconductor Test Consortium.

DATASOURCE: Advantest Corporation

CONTACT: Amy Gold of Advantest America, Inc., +1-212-850-6670, or

; or Ellen Van Etten of MCA, +1-650-968-8900, or

, for Advantest America, Inc.

Web site: http://www.advantest.com/

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