Samtec Q Pairs® differential pair mezzanine connectors are designed for high-speed board-to-board applications where signal integrity is essential.

FEATURES

  • Performance: Up to 10.5 GHz / 21 Gbps
  • Optimized for 100 ohm systems
  • Integral ground/power plane
  • Stack height: 5.00-25.00 mm
  • Contacts: Up to 100 pairs

VIDEOS

Q Series® High Speed Interconnects

Samtec Advanced Interconnect Design Tech Center

Products

QSH-DP

0.50 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair

Features
  • Low profile 5 mm stack height
  • Up to 80 differential pairs
  • Up to 9.5 GHz / 19 Gbps
  • 0.50 mm (.0197") pitch
0.50 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair

QTH-DP

0.50 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair

Features
  • 0.50 mm (.0197") pitch
  • Up to 9.5 GHz / 19 Gbps
  • Up to 80 differential pairs
  • Low profile 5 mm stack height
0.50 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair

QSS-DP

0.635 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair

Features
  • Low profile 5 mm stack height
  • Up to 64 differential pairs
  • Up to 8.5 GHz / 17 Gbps
  • 0.635 mm (.025") pitch
0.635 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair

QTS-DP

0.635 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair

Features
  • 0.635 mm (.025") pitch
  • Low profile 5 mm stack height
  • Up to 64 differential pairs
  • Up to 8.5 GHz / 17 Gbps
0.635 mm Q Pairs®  High-Speed Ground Plane Terminal Strip, Differential Pair

QSE-DP

0.80 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair

Features
  • 0.80 mm (.0315") pitch
  • Up to 8.5 GHz / 17 Gbps
  • Up to 56 differential pairs
  • Low profile 5 mm stack height
0.80 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair

QTE-DP

0.80 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair

Features
  • 0.80 mm (.0315") pitch
  • Up to 8.5 GHz / 17 Gbps
  • Up to 56 differential pairs
  • Low profile 5 mm stack height
0.80 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair

QSH-DP-RA

0.50 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair, Right-Angle

Features
  • 0.50 mm (.0197") pitch
  • Guide post
0.50 mm Q Pairs® High-Speed Ground Plane Socket Strip, Differential Pair, Right-Angle

QTH-DP-RA

0.50 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair, Right-Angle

Features
  • 0.50 mm (.0197") pitch
  • Guide post
0.50 mm Q Pairs® High-Speed Ground Plane Terminal Strip, Differential Pair, Right-Angle

CONTACT SALES

First Name
Last Name
Email
Company
Industry
Estimate Annual Usage
Family
Message

Don't want to fill out a form?
Chat with a product expert directly.

.

More High Speed Mezzanine Connectors

We’re thrilled to announce that our newest digital tool, the Discrete Wire Cable Solutionator®, is now fully released on Samtec.com. This tool is similar to our other cable builder tools […] The post Build Discrete Wire Cables With Samtec’s New Discrete Wire Cable Solutionator® a...
Specifying interconnects is not always easy. With that in mind, the engineers at Samtec continue to create a wealth of technical information in the form of white papers, case studies, […] The post Technical Resources Help with Interconnect Design appeared first on The Samtec Blog...
I get dizzy when I think about the changes that took place in the connector industry in the last decade or so. New technologies, industries, processes, markets, products, and systems, […] The post Bishop and Associates: The Impact of China and COVID-19 appeared first on The Sam...
56. 112. 224. SI/PI! For a lot of Americans, that sounds like the pre-snap play call or audible of a quarterback in North American-style football games. After watching football Thursday, […] The post Samtec Updates SI/PI Capabilities/Resource Landing Page appeared first on The Sa...
Next month, two Samtec engineers will participate in EDI CON ONLINE, a free annual online training event from the publisher of Microwave Journal and Signal Integrity Journal. In separate talks, […] The post Tips on Power Distribution and Breakout Region Design appeared first on T...