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Hprobe, Leader in Magnetic Field Testing Creates Subsidiary in Germany and Receives First Order from Fraunhofer IPMS

Hprobe, a provider of turnkey semiconductor Automatic Test Equipment (ATE) for magnetic devices, today announced the establishment of a subsidiary company, Hprobe GmbH located in Cologne, Germany.

What’s in the November/December Issue…

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Outlook for 2021: Executive Viewpoints

Each year, Semiconductor Digest turns to industry leaders and analysts to get their viewpoints on what they expect to see in the coming year in terms of critical tech and business trends.

Refreshing Material Advances for Logic, Memory, and Packaging

How to keep semiconductor fabs supplied with critical materials despite a pandemic and trade wars was discussed by >250 industry experts gathered in virtual space October 21-22 during the 5th annual Critical Materials Council (CMC) Conference.

Developing a UHF RFID Reader RF Front End

Two implementations showing how engineers can trade off receiver sensitivity for reduced design complexity, component count, and board space in UHF RFID applications.

How COVID-19 is Impacting the Memory Industry

Heading into 2020 both the DRAM and NAND industries were projected to have turn-around years after suffering through much of 2018 and 2019. However, with the global lockdown triggered by the COVID-19 pandemic the outlook for the industry has changed considerably, and not all the change is for the worse. In this article we explore the impact on memory demand, how suppliers are expected to react to the pandemic, and the likely impact to pricing over the near-to-midterm.

Sensing and Computing for ADAS Vehicles: Forecasts and Expectations

ADAS sensor market will reach more than $22B in 2025 with radar and camera leading the market.

Four Tips on The Uses of Electronic Loads

Bill Griffith, Power Product Manager, Keysight Technologies, Santa Rosa, CA Electronic loads began as a…

Trapping and Controlling Light at the Interface of Atomically Thin Nanomaterials

Scientists at Cornell University propose a new method to confine light in an atomically thin graphene layer by leveraging topological phenomena that occur at the interface of specially designed nanomaterials.

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