Small on size. Big on performance. Introducing our next evolution in SMPM connectors

At HUBER+SUHNER, we are deeply familiar with these trends. We’re delighted to announce our latest expansion to our SMPM RF connector portfolio. This collection of connectors are designed specifically for high frequency and high density, space constrained environments, and deliver exceptional reliability and precision.

Our SMPM connector series operate at frequencies of up to 65 GHz, making them ideally suited to meet the needs of tomorrow’s high performance RF applications. Their compact, miniaturised design enables higher packing density, helping engineers optimise layouts where board space is limited and performance margins are tight.

They can be used in board to board or board to cable configurations, delivering flexibility across a wide range of system architectures. 

A key advantage of the new SMPM portfolio lies in its price to performance ratio. Through smart material and plating choices, HUBER+SUHNER has delivered a solution that balances cost effectiveness with high frequency performance, delivering the quality and precision customers expect. 

Building on a long standing heritage of MIL spec compliant SMPM solutions, HUBER+SUHNER has developed this new assortment to appeal to a broader range of high performance applications — particularly within Aerospace and Defense and Test and Measurement markets.

They are therefore highly effective within:

• Radar systems
• Satellite and space applications
• Handheld and ground equipment
• RF test instruments and assemblies

Designed with reliability at the forefront, these connectors are engineered to perform consistently in demanding operational environments where signal integrity is critical.

OUR SMPM connectors have customisable options and are fully backed by in house technical expertise. Designs can therefore be adapted to specific application requirements. 

With this portfolio, we are enabling engineers to push the limits of miniaturisation while maintaining confidence in connectors that deliver consistent performance and reliability.