We don't just follow standards;
we understand the physics that define them.

Our company was born out of a desire to solve real problems in cutting-edge engineering research conducted within elite academic settings. For years, our founders operated at the forefront of electromagnetic inquiry, pushing the boundaries of what was physically possible in RF and microwave engineering applications. From quantum computing to MRI systems, we've been at the intersection of theory and practical implementation.

We are a Connecticut-based specialty firm offering top-tier boutique RF and microwave engineering solutions. We stand apart from the traditional gap between theoretical physics and practical application. By leveraging our roots in advanced academia, we bring the sharpest depth of as research laboratory to the fast-paced world of product development, giving our clients a unique advantage over competitors who understand the physics that define them.

The "Boutique" Difference

Being a "boutique" firm is a deliberate choice. It means we prioritize specialization over volume and precision over profits. When you work with us, you are engaging directly with the people who do the high-touch, personalized engineering. When you work with us, you are engaging directly with PhD-level engineers with decades of combined experience—not a sales team communicating through simulation, prototyping, design, and quantum infrastructure.

What boutique means for you:

• Direct access to technical decision-makers—no layers of project managers

• Fast, high-integrity execution—small team means tight communication and clear accountability

• Minimal administrative overhead—we focus on engineering, not bureaucracy

• Personalized solutions—every project gets expert attention, not cookie-cutter approaches

Our Team and Expertise

Over 40 years of combined experience

Qubit Microwave brings over 40 years of combined RF/microwave engineering experience to every project. That experience spans:

• Antenna design and electromagnetic field theory

• Microwave resonator development

• In-vivo exposure assessment and dosimetry

• Ultra-wideband switching hardware

• MRI magnet design and medical imaging systems

• Quantum computing infrastructure

PhD-level expertise, research-trained discipline

We bring PhD-level expertise and many years of research experience in academic environments, which influences how we approach both design validation and claims discipline.

In RF and microwave engineering, it is easy to overfit to a single simulation or a single measurement setup. Research-trained engineers tend to be more explicit about assumptions, calibration reference planes, uncertainty, and repeatability.

That mindset shows up in the way we document performance and in how we control variation across builds—especially important for customers who are selecting switching hardware for sensitive measurement chains or for systems where small discrepancies materially affect results.

Our Mission

Our mission is to solve the electromagnetic challenges that others see as "too complex," whether designing cryo-cooled switching architectures for quantum computers, optimizing MRI antenna arrays, or ensuring safety compliance through rigorous EM exposure assessment, we apply the same method to all technical problems.

We don't just build to specification—we engineer for performance

Rather than simply meeting a checklist of requirements, we ask: What are the physics at play? What are the edge cases? What can go wrong? This approach leads to designs that not only work but work reliably across real-world conditions.

Quality & Commitment

Benchmarked before departure

With quality in mind, every product leaving our facilities is benchmarked prior to departure to confirm that it meets the agreed performance expectations and to support customer satisfaction.

In practice, benchmarking means calibrated measurement against the product's intended requirements, with the goal of reducing avoidable integration surprises and giving customers confidence that what arrives matches what was ordered.

Our guarantee to you

• 60-day warranty on all products

• 30-day money-back guarantee

• Lead times vary based on configuration, customization scope, and inventory status

Designed & fabricated in the USA

All products are designed and fabricated in the United States. We made the deliberate choice to fabricate domestically to:

• Protect supply continuity and reduce geopolitical risk

• Shorten feedback cycles during builds

• Reduce exposure to tariff-related cost volatility

• Maintain tighter quality control throughout production

Rooted in Connecticut, Engineering for the Future

Located in the heart of Connecticut's technology corridor, we are proud to contribute to the region's rich engineering heritage. Connecticut has long been a hub for precision manufacturing and aerospace—and we carry that legacy forward into the quantum age.

We act as an extension of your internal R&D team, providing the specialized knowledge and agility needed to turn ambitious concepts into deployed, high-performance systems.