Inc. (NYSE: TER), the market leader in wireless device test,
introduced its latest wireless test solution for the UltraFLEX test
platform. This release expands on Teradyne's market-leading position by
introducing a new RF instrument, the UltraWave24, a new DSP Processor,
the UltraDSP1, and the latest version of the Enhanced Signal Analyzer
(ESA) Toolkit. These products continue to enhance the UltraFLEX's
industry-leading performance while reducing program development time,
shortening time-to-market and driving down the cost-of-test. Teradyne
has received orders from multiple customers for this next generation
wireless test solution and it is currently in production at multiple
The UltraWave24 is Teradyne's sixth generation RF instrument.
Each new generation has expanded performance capability while continuing
to drive down the cost-of-test. The resource density of the UltraWave24
was increased to enable higher parallelism for next-generation devices.
Parallelism was also increased by a factor of two for most critical
functions including RF receivers, modulated sources and multi-tone
sources. In addition, the modulation bandwidth of the UltraWave24 was
expanded to enable full specification testing of emerging wireless
standards, including 802.11ac and LTE-A. The UltraWave24 is fully
self-contained when sourcing and capturing modulated waveforms since no
other tester resources are used. The phase noise and amplitude accuracy
performance ofthe instrument is uniquely capable of achieving the test
quality requirements for future LTE-A devices.
The UltraDSP1 expands the native background DSP processing
capability of the UltraFLEX by providing up to 32 dedicated processing
cores. LTE-A and testing of Error Vector magnitude, combined with the
increase in available frequency bands and higher test parallelism, is
increasing the volume of test by a factor of 10 or more per generation.
UltraDSP1 provides the computational horsepower to handle this rapid
growth without increasing test times. The UltraFLEX offers a dedicated,
scalable processing solution for background data analysis of RF tests
while moving data automatically, with no user intervention, resulting in
less test code, faster test times and shorter time-to-market.
The ESA Toolkit leverages Agilent's 89600VSA Version 17.22
software to get the latest support for the most challenging
communications standards. It integrates Agilent's industry-standard
algorithms and debug tools with Teradyne's Signal Definition Editor into
the IG-XL test environment to make test development and debug simple and
fast. The ESA Toolkit allows users to program complicated modulation and
demodulation tests with fewer lines of code, making the ESA Toolkit the
premier modulation test environment. Whether it is the most complicated
802.11ac MU-MIMO modulation scheme, multi-channel intra-band Carrier
Aggregation testing for LTE-Advanced or any other Agilent VSA standard,
the ESA Toolkit is equipped to give customers an easy way to implement,
debug and correlate the most difficult tests.
"The combination of the UltraWave24 instrument, UltraDSP1 computer, and
ESA Toolkit builds on the strong position that the UltraFLEX has
achieved in the test of leading edge LTE Advanced transceivers and
802.11ac radios," said Stephen Pruitt, RF Segment Manager at Teradyne.
"The continued expansion of the LTE-A and 802.11ac standards require
production test equipment with bench level measurement performance and
the infrastructure to handle the enormous amounts of measurement data.
The UltraFLEX Wireless Test Solution provides the solution to that
Teradyne (NYSE:TER) is a leading supplier of Automatic Test Equipment
used to test semiconductors, wireless products, data storage and complex
electronic systems which serve consumer, communications, industrial and
government customers. In 2013, Teradyne had sales of $1.43 billion and
employs approximately 3,800 people worldwide. For more information,
Safe Harbor Statement
This release contains forward-looking statements regarding Teradyne's
future performance and business prospects. Such statements are based on
the current assumptions and expectations of Teradyne's management and
are neither promises nor guarantees of future performance. Teradyne
anticipates that subsequent events and developments may cause
management's views to change. However, while Teradyne may elect to
update these forward-looking statements at some point in the future,
Teradyne specifically disclaims any obligation to do so.
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