Southwest Microwave at IMS 2022

June 16, 2022

Join Southwest Microwave at the International Microwave Symposium from June 21-23 in Booth #4080 in Denver, Colorado to learn how our industry-leading connectors can increase your efficiency, productivity, and performance as we help you solve tight board spacing and misalignment challenges while achieving the highest-performance levels with flexible configurations. We will be spotlighting our newest SSBB technology and superior mmWave solutions with the lowest VSWR, insertion loss and RF leakage.

Ask about our design and simulation assistance, including printed circuit board layout and connector part number recommendations, 3D models for mechanical layout, and HFSS models for EM simulations.

If you would like to schedule a meeting with us, please visit our contact page.

We look forward to seeing you in Denver!


Featured Technology at IMS


SSBB Multi-Pin Board-To-Board Connector

To 67 GHz

  • Freely configurable to meet PCB requirements
  • Available in surface or edge mount configurations for parallel and perpendicular board mating
  • Allows a high number of connections due to its lowest-in- the-industry mating and de-mating forces
  • Supports the engineering need for miniaturization without sacrificing performance

Learn more

Southwest Microwave's SSBB Multi-Pin Board-to-Board Connector


Solderless Vertical Launch Compression-Mount PCB Connectors

To 110 GHz

  • Reusable and solderless installation
  • Reduces board footprint without sacrificing performance
  • Suitable for various board materials and thicknesses

Learn more


Flexible Cable Assemblies & Harnesses

To 110 GHz

  • Delivers high performance between connectors
  • Available in custom lengths with small bend radius
  • Saves space and reduces panel weight and size

Learn more




End Launch Connectors

1 mm | 1.85 mm | 2.4 mm | 2.92 mm | SMA

  • Featuring narrow-body options for 1/3 less space
  • Unrivaled electrical and mechanical performance
  • Multiple launch configurations

Learn more