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The Foundation for a More Connected World

CPS Metal Matrix Composites combine the strength of metals with the durability of ceramics, delivering high-reliability systems that keep the world connected.

Communications

Mission critical satellite components connecting the world.

Interstellar

High reliability components, for when failure is not an option.

Cellular

Ensuring the efficiency of mobile base stations.

Advancing Materials for a More Reliable Network Infrastructure.

In modern communications infrastructure, every watt and every degree matter.

CPS Technologies designs advanced Metal Matrix Composites that solve the thermal and mechanical challenges of today’s high-power systems. By precisely matching the coefficient of thermal expansion of semiconductor substrates, our materials eliminate fatigue and delamination, extending the life of power modules used in base stations, data centers, and satellite communications.

The result: smaller, lighter, more efficient systems that stay online longer, even under extreme conditions.

CPS MMCs Improving Telecommunication Reliability

| Telecommunications | No Comments
Telecommunication systems are vital to modern life. As systems have become more complex, so have the requirements to…
Metal Matrix Composites for Avionics and Structural Components - Mars Rover

AlSiC MMC Housings and Hermetic Packaging for Space

| Aerospace/Defense, Telecommunications | No Comments
Space exploration is a costly endeavor, with budgets ranging from hundreds of millions to upwards of billions of…
Advanced Thermal Management in Power Electronics: The Role of AlSiC Composites

Advanced Thermal Management in Power Electronics: The Role of AlSiC Composites

| Aerospace/Defense, CPS Innovation, Energy, Telecommunications, Transportation | 4 Comments
CPS Technologies is an international leader in advanced thermal management solutions for power electronics. Our expertise is working with…

AlSiC Housing

We have invested heavily in research and development to support our clients. Consider a recent project with an electronics and communications company in need of new machined aluminum housing replacements. These existing housing components had poor heat transfer capabilities and created a mismatch in the product/substrate coefficients of thermal expansion (CTE) – a critical defect for product reliability.

CPS enhanced their products with our proprietary AlSiC housing composites, allowing more efficient heat transfer throughout the thermal cycling process. This approach better aligned the housing and component CTEs, ensuring that thermal cycling was consistent across housing, substrates, epoxies, and internal components.

Armed with this innovative technology, the client improved product reliability, reduced costs, and provided a better thermal solution across the board.

CPS Telecom Solutions Make Communication Easy

Our engineers are ready to take on the next technical challenge. Contact us to go over your project today.

James Cavoli
Board Member
Mr. Cavoli served as the President of Swagelok Company from 2021 through 2024, after being appointed COO in 2020. Joining Swagelok Company in 2010, he served as Director, Strategic Sales; he was named Vice President and CFO in 2014. Prior to this, Mr. Cavoli served as a captain in the U.S. Army, Finance Manager for Ford Motor Company, General Manager for Progressive Insurance, and founded LS Insights, a national brokerage firm. Mr. Cavoli has a B.S. from Georgetown and an M.B.A. from Harvard Business School.

Joe Englin
Director of Business Development
Mr. Englin joined CPS in April of 2023. Prior to joining CPS, his work experience includes positions in business development, with a focus on composite materials and aerospace markets. Mr. Englin received a BSE in mechanical engineering from Calvin University and an MSE in Engineering Management and Leadership.