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Tag: semiconductor

Quantum sensing on a chip

MIT researchers have, for the first time, fabricated a diamond-based quantum sensor on a silicon chip. The advance could pave...

Does Your Memory Stack Up? Xilinx Adds 16 GB High-Bandwidth Memory FPGAs

When you think of processing performance, storage is not the first thing that comes to mind. But, if you’re handling massive amounts...

Download Automotive IQ’s Semiconductors in the Autonomous Age report

Download Your Copy We respect your privacy, by clicking "Download Your Copy" you will receive...

Semiconductor OEMs Experience Spending Declines Worldwide

Softening market conditions and rising uncertainty in global trade and economy have impacted semiconductor spending from the world’s top OEMs, currently facing the steepest decline in over a decade. Worldwide spending from semiconductor OEMs will amount to just $316.6 billion in 2019, which is down 7% from 2018. The recent decline came after two years […]

The post Semiconductor OEMs Experience Spending Declines Worldwide appeared first on Shin-Etsu MicroSi.

Why can’t the Semiconductor Industry afford to take its Eyes off SerDes?

In this era of pervasive connectivity, everything needs to communicate with each other and everything around them by means of the internet. There...

Xilinx ML Suite Adds “Award-Winning” to its Name

By Dale Hitt, Director of Strategic Market Development at Xilinx We are honored that Xilinx ML Suite received the 2018 Vision Product of...

Tiny Alveo U50 Accelerator Card Makes a Big Splash

Last week was an exciting one at Xilinx with the launch of the Alveo U50 accelerator card, the industry's first low-profile adaptable...

The innovation business

“What we’re trying to do is impossible,” says Paulo Dimas, VP of Product Innovation at Unbabel. The crowded room of engineers, designers and...

In the NIC of Time: Solarflare SmartNIC Now Part of Xilinx

When Xilinx determined that a key focus of the company moving forward would be enabling data center acceleration and that we would...

Ultra-Thin Transistors Enable Faster Computer Chips

For many years now, transistors on our microchips have gotten smaller, faster, and cheaper over time. Every two years, the number of transistors on commercial chips has doubled — with this phenomenon becoming widely known as “Moore’s Law.” For several years in the recent past, Moore’s Law does not seem to hold true any longer. […]

The post Ultra-Thin Transistors Enable Faster Computer Chips appeared first on Shin-Etsu MicroSi.

The Cat’s Meow: Mouser Stocks Xilinx Products for Faster Shipping and Global Support Worldwide

Access to Xilinx technology just got a little easier for our customers around the world with Mouser Electronics now stocking one of...

AI Design Forum 2019 Key Takeaways: Moore’s Law Is Dead; Long Live Adaptable Architecture!

A central theme at Tuesday’s AI Design Forum, part of SEMICON West held in San Francisco this week, was how the semiconductor...

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