SETTING THE BENCHMARK

Showing posts by category: Aerospace (3)

Designing and manufacturing RF filters is a complex process. There are thousands of variations of the component based on the customer's needs, the purpose of the system, and the environment in which it will be performing. It takes a team of engineers with deep experience in various applications to...

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Manufacturing RF/Microwave & mmWave Aerospace RF Filters & Components

Humanity's pursuit of the stars has evolved. After putting a man on the moon or discovering new worlds, space technology has come back home and is now critical to daily activity on Earth. New applications in high-speed communications, defense systems, and climate tracking drive demand for space...

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Defense Aerospace Precision Machining

The “Why Benchmark?” blogs are an ongoing blog feature highlighting the people, processes, and technologies that set Benchmark apart. Tune in every month to read the next installment in the series. This month features the unique relationship and communication styles that Benchmark employs to ensure...

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Manufacturing Medical Defense Aerospace Industrial Communications Computing

Benchmark's Kevin Walker sat down with Circuits Assembly Magazine Editor Mike Buetow for an episode of PCB Chat to discuss the value prop of our new state-of-the-art advanced electronics manufacturing facility in Phoenix. 

Listen to the complete podcast here.

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Defense RF/Microwave & mmWave Aerospace RF Filters & Components About Benchmark Communications Computing News

The Benchmark Site Profile is an ongoing blog feature highlighting one of our network of sites located around the world. Tune in regularly to read the next installment in the series. This month features the Tempe, Arizona, Benchmark Precision Technologies team. Next up: Penang, Malaysia. 

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Manufacturing Defense Aerospace Precision Machining Industrial

Benchmark Electronics Inc. is aiming to double its headcount at its recently revamped Phoenix manufacturing facility, which manufactures electronic systems and components in a wide range of market sectors, including aerospace and defense, advanced computing, complex industrial, medical, and...

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Manufacturing Defense RF/Microwave & mmWave Aerospace Industrial Design & Engineering About Benchmark News

Welcome to our new blog series, "Get to Know a Benchmark Site." This series will introduce all of Benchmark's 26 global locations. Next up: Benchmark Precision Technologies Tempe, Arizona.

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Manufacturing Defense Aerospace Communications

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...

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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...

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

Benchmark is proud to have Lauren Nickle, senior vice president of aerospace and defense, join the team. Lauren was also featured in The Phoenix Business Journal's People on the Move section. 

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Defense Aerospace About Benchmark News

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...

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Manufacturing Defense RF/Microwave & mmWave Miniaturization Aerospace Microelectronics Communications