SETTING THE BENCHMARK

Showing posts by category: Miniaturization (2)

While watching the 2018 Winter Olympics opening ceremonies a few years back, I remember my youngest son asking why they were showing fake pictures of snowboarders above the stadium. He thought they were similar to the digitally enhanced fireworks displays sometimes shown on NFL broadcasts. The...

READ MORE

Manufacturing Defense Miniaturization Microelectronics Design & Engineering UAV

The medical device industry isunparalleled, where innovation in technology meets the understanding of the human body to treat diseases and disorders. Medical devices vary greatly, from simple diagnostic tools to complex and life-saving equipment such aspacemakers and ventilatorsThese te...

READ MORE

Medical Miniaturization Design & Engineering About Benchmark

When we describe our new Benchmark Phoenix facility, we often list the vertically-integrated engineering and design, microelectronic assembly, surface mount technology (SMT) assembly, and functional test capabilities housed there. Or we talk about the kinds of technology problems we help our...

READ MORE

Manufacturing Defense RF/Microwave & mmWave Miniaturization Aerospace About Benchmark Communications

Applications relying on RF systems—everything from unmanned aerial vehicles (UAVs) to radar systems—have evolved towards lighter, high-performance designs but are frequently constrained by lump-element RF components. Benchmark's new filter product lines were designed to give RF engineers new...

READ MORE

Defense RF/Microwave & mmWave Miniaturization Aerospace RF Filters & Components Communications UAV

Optimizing size, weight, and power (SWaP) is the latest technology in electronics manufacturing. Be it medical, aerospace and defense, communications, or the consumer market, the need of the hour is a miniaturized product without any compromise of computing capability and efficiency.

READ MORE

Manufacturing Miniaturization RF Filters & Components

How Big is a Micron?

February 7, 2020

Benchmark offers microelectronics assembly with placement tolerances of 1-2 microns semi-automated and 7 microns automated. So what the heck does that mean? How big (or small) is a micron, really?

Since 40-50 micron objects are the smallest things visible to the naked human eye, these extremely...

READ MORE

Manufacturing Defense RF/Microwave & mmWave Miniaturization Aerospace Microelectronics Communications

The Benchmark Engineering Profile is an ongoing blog feature highlighting the engineering teams located around the world. Tune in every month to read the next installment in the series. This month features the engineers of Benchmark Lark Technology in Phoenix, Arizona. Next up: Benchmark Design...

READ MORE

RF/Microwave & mmWave Miniaturization Design & Engineering

Miniaturization: Why Size Plays a Major Role in Product Design and How We Achieve It

The evolution of the electronic and computing industry has two aspects: size, weight and computing power (speed/frequency). Seventy years ago the first computer was built occupying an area of 1800 sq. ft. and...

READ MORE

RF/Microwave & mmWave Miniaturization Design & Engineering