WHERE INNOVATION MEETS SUPERIOR DEFENSE
Defense Solutions
Radar Applications
Commercial Systems
March 10 -13, 2025 | Washington , DCWalter E. Washington Convention CenterBooth #2623

Mi-Wave

Mi-Wave: Pioneering Advanced Technology, Research & Mission Support

Mi-Wave is a small business (SB) with three decades of experience, specializing in mission support, research, and advanced technology development for U.S. national defense. As a global leader in RF, electromagnetic, and advanced sensing technologies, we provide cutting-edge solutions to both government and commercial clients. Our expertise spans the entire electromagnetic spectrum, offering innovative research, analysis, design, development, modeling, testing, and system integration to solve complex challenges.

Comprehensive Research & Development for Defense & Industry

We specialize in high-power RF and directed energy systems for manned and unmanned platforms, as well as next-generation defense and commercial applications. Our research and development (R&D) efforts drive innovation in telecommunications, aerospace, defense, automotive, scientific research, medical technology, and industrial sectors. With expertise in frequencies spanning 7GHz to 500GHz, we provide both custom-engineered solutions and high-volume production to meet the evolving demands of these industries.

Precision Manufacturing & Global Reach

All our products are designed and manufactured in-house at our state-of-the-art R&D and production facility, ensuring the highest level of quality, performance, and reliability. From prototype development to full-scale production, we offer tailored solutions that adhere to stringent industry standards and support projects of all sizes.

Why Choose Mi-Wave?

  • Industry-Leading Expertise: Decades of experience in RF, electromagnetic, and sensing technologies
  • Innovative R&D: Continuous investment in research and development to advance next-generation technologies
  • Millimeter and Microwave Technology: Specialized solutions in high-frequency systems, spanning 7GHz to 500GHz for cutting-edge applications
  • Custom Engineering: Tailored solutions for specific system requirements
  • End-to-End Manufacturing: In-house design, fabrication, testing, and assembly
  • Scalable Production: From single-unit prototypes to high-volume production
  • Global Support: Serving clients across multiple industries worldwide

At Mi-Wave, research and development are at the core of our innovation, driving next-generation technologies that address the nation’s most pressing security and technological challenges. Partner with us to develop cutting-edge solutions that redefine industry standards. Contact us today to discuss how our expertise can support your technology needs.

View Products

View our line of products, components, available.

From amplifiers, antennas, isolators and more.

Custom Products

We offer custom needs when standard products don’t fit your needs.

See how our design and manufacturing team can help.

Tour Our Facility

We have high volume manufacturing capabilities.

When you’re ready to scale an order we are ready.

Global Reach

We are trusted by over 4000 companies and organizations around the world

Technical Articles & Resources

From white papers, FAQ’s, Wiki Guides, Videos, Blogs and more. Tap into our valuable resources.

Trihedral Reflectors for Radar Applications

A corner reflector is a passive device used to reflect radio waves back toward the emission source directly. Therefore, corner reflector is a useful device for Radar system…Read more

Bi-Directional Digital Attenuator for 5G Radio Field Testing

Digitally controlled attenuators are the key components in communication, radar, instrumentation, and automatic test systems.

Phase Locked Oscillators

Mi-Wave’s 957 Series Phase Locked Oscillators uses fixed frequency low noise synthesizer technology…Read More

Waveguide Dimensions Chart

View a chart of waveguide sizes, bands, dimensions and more…

Harmonics, Distortion and Power Measurement

Harmonics are unwanted frequencies generated by system nonlinearities. They are multiples of the fundamental test frequency…

Power Measurement Errors

Power level is frequently the critical factor in the design, evaluation, purchase and ultimately, the performance of almost all RF products…