Articles Tagged with ''high-speed''

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Analog Devices Inc. announced that it has acquired Multigig Inc., a small, privately-held San Jose, California, company specializing in highly innovative high-performance clocking technology. The acquisition will enhance ADI’s clocking capabilities in stand-alone and embedded applications, and will strengthen ADI’s industry-leading position in delivering high-speed data converters and signal processing solutions for our customers.

Achieve your best design with the new 24/7 Agilent High-Speed Digital (HSD) videos page. The site is designed to give more information about the intricacies of high-speed digital design from Agilent, and much more.

Agilent Technologies Inc. and Centellax announced they have signed a definitive agreement for Agilent to acquire the assets of Centellax’s test and measurement business. Centellax, a privately held company, designs and manufactures key technology and products such as bit-error ratio testers and signal generators used for testing high-speed digital communication systems and components.

Agilent Technologies announced that ADATA Technology has selected Agilent’s Advanced Design System software for developing memory modules for the high-speed digital market.

Analog Devices Inc. introduced the AD9250 dual-channel, 14-bit, 250 MSPS, A/D converter featuring the JEDEC JESD204B serial output data interface standard. The AD9250 A/D converter is the first-to-market with full JESD204B Subclass 1 deterministic latency at 250 MSPS. This functionality accommodates the precise synchronization of multiple data-conversion channels through a serial interface.

EDI CON 2013 (March 12-14, Beijing, China) has announced a special workshop focusing on connectivity challenges and innovations for high-frequency systems and instrumentation equipment to be held on March 14th at the Beijing International Convention Center.

Agilent Technologies Inc. introduced the latest addition to its repeater model library for quickly and accurately solving the challenge posed by signal distortion in the multigigabit-per-second regime.