Microelectronics

Powering American defense with smaller, smarter technology.

Mighty Power in the Microscopic

From superconducting and astrophysics to all the electronic charges in between, microelectronics are foundational to all advanced electronic systems. Northrop Grumman's microelectronics power advanced mission-critical systems, ensuring America leads in global military strength and innovation.

Northrop Grumman’s government accredited United States facilities consist of microelectronics experts that continue to out-invent themselves. Our microelectronics team is breaking through the laws of physics and chemistry to develop powerful next-generation systems that strengthen our national defense infrastructure.

microelectronics component in clean room

Homegrown U.S. Technology

Crafted end-to-end in the USA, our next generation microelectronics ensure secure, reliable technology with unmatched precision.

microelectronics lab technician in clean room

Specialized Dual-Use Solutions

Our advanced packaging enables more functionality and power for fully customizable end products, while reducing size, weight and power consumption (SWaP).  

lab technician holding microelectronics component in lab

Mastering High-Performance Crystal Growth

We specialize in molecular beam epitaxy, an advanced method to grow extremely pure and precisely controlled semiconductor crystals, essential for high-frequency electronic applications.

close-up of wafer containing hundreds of microchips

Unleashing Superconducting Superpowers

Our superconducting digital logic family allows our solutions extremely low operating temperatures for high-speed and energy-efficient computation. Using streamlined, precise fabrication processes ensures top-notch quality and rapid production, for high-performance defense microelectronics.

gloved hands handling 4-inch wafers in lab

Revolutionizing Radio Frequency with SLCFET

Our Super-Lattice Castellated Field Effect Transistor (SLCFET), invented at our Advanced Technology Lab, is a world-record, groundbreaking radio frequency (RF) switch. The change in traditional model led to a 3D layered structure which can handle a wider range of frequencies with minimal power loss, addressing a 30-year gap in RF switch advancement.

Explore Our National Legacy in Microelectronics

Discover key locations across the United States that are integral to Northrop Grumman's storied history and lasting impact in microelectronics. This interactive map showcases our commitment to innovation and excellence nationwide.

Built with Precision. Inspired by Innovation.

Northrop Grumman’s government-Trusted American foundries and advanced packaging facilities offer limitless possibilities. Our team of world-class chemists, physicists, and engineering experts are pioneering revolutionary technologies right here in the USA.

employee working in microelectronics lab

Foundry Services

Located in Linthicum, MD, Advanced Technology Lab brings over 50 years of experience in foundry services, split evenly between research and development to meet diverse customer needs.

lab facility for semiconductor wafer post-processing

Micro-Line

Situated in Apopka, FL, our Micro-Line facility specializes in back-end wafer post-processing, providing versatile solutions for various applications.

female in clean suit working on cryocooler

E-Band, W-Band, and Amplifiers

Based in Redondo Beach, CA, our Space Park Foundry focuses on E-Band wireless communication, W-Band applications, and high-power amplifier products.

Mighty Microelectronics Team

With over 80 U.S. patents and 49 innovation awards, our strength lies in our people, not just our tools. Our purpose-driven culture empowers employees to create groundbreaking solutions, drive continuous improvement and embrace a digital-first approach. 

Mighty Microelectronics Team
digital illustration of stacked colored microchips

Paving the Way in Stacking and Packaging

Northrop Grumman, led by the Texas Institute for Electronics is strengthening U.S. semiconductor manufacturing using unique packaging and stacking techniques for microchips.

Person in white suit holding a circle chip

Small Components, Big Impact

At the microelectronics foundry, engineers hover over wafers that enable a range of missions, from advanced satellite communications to complex astrophysics systems.

Close up photo of microelectronic component

Leading U.S. Innovation with Powerful Microchips

Reviving U.S. leadership in cutting-edge technologies begins with the smallest element: the microchip.

Man closely examines cactus outdoors.

Prickly Progress

The prickly cactus plant sparked an idea to fine-tune high-tech avionics for one of the most advanced aircraft in the sky.

Contact the Microelectronics Team

Have questions about how Northrop Grumman’s Microelectronics Centers can solve your toughest problems?  We are here to answer them.

Telephone: 310-814-5000