Contact our application engineering experts. We’ll connect you with a product specialist who can help you find the answers to your specific application questions.
This site uses cookies and other website monitoring technologies to assist with website functions and with our promotional and marketing efforts. By clicking Accept, you consent to the terms in our recently updated Privacy Notice and Policy Manual.
AcceptDecline
Board-to-board mezzanine connectors, strips, and systems to 28+ Gbps performance featuring integral ground planes, rugged Edge Rate® contacts, slim body and low profile stack heights.
AcceleRate® HDAcceleRate® HD Ultra-Dense Multi-Row Mezzanine Strips
These 0.635 mm pitch high-density multi-row mezzanine strips feature up to 240 high-speed Edge Rate® contacts in a slim, low-profile design.
Features
Incredibly dense with up to 240 total I/Os
Low profile 5 mm stack height
Slim 5 mm width
4-row design; 10 - 60 positions per row (40 - 240 total positions)
Edge Rate® contact system optimized for signal integrity performance
Supports 56 Gbps PAM4 (28 Gbps NRZ) applications
Solder ball technology for simplified processing and self aligning
Additional stack heights and higher pin counts in development
Featuring an integral ground plane, Samtec Q Strip® high speed mezzanine connectors are designed for high-speed board-to-board applications where signal integrity is essential.
Features
Performance: Up to 14.0 GHz /28 Gbps
Integral ground/power plane
Connector to connector retention options
Vertical, perpendicular, and coplanar applications
Contacts: Up to 180 I/Os
Stack height: 5.00 mm - 25.00 mm
Series
QSE
QSH
QSS
QTE
QTH
QTS
QSS-RA
QTS-RA
QSE-EM
QTH-RA
QSH-RA
QSE
0.80 mm Q Strip® High-Speed Ground Plane Socket Strip
loading...
QSH
0.50 mm Q Strip® High-Speed Ground Plane Socket Strip
loading...
QSS
0.635 mm Q Strip® High-Speed Ground Plane Socket Strip
loading...
QTE
0.80 mm Q Strip® High-Speed Ground Plane Terminal Strip
loading...
QTH
0.50 mm Q Strip® High-Speed Ground Plane Terminal Strip
loading...
QTS
0.635 mm Q Strip® High-Speed Ground Plane Terminal Strip
loading...
QSS-RA
0.635 mm Q Strip® High-Speed Ground Plane Socket Strip, Right-Angle
loading...
QTS-RA
0.635 mm Q Strip® High-Speed Ground Plane Terminal Strip, Right-Angle
loading...
QSE-EM
0.80 mm Q Strip® High-Speed Ground Plane Socket Strip, Edge Mount
loading...
QTH-RA
0.50 mm Q Strip® High-Speed Ground Plane Terminal Strip, Right-Angle
loading...
QSH-RA
0.50 mm Q Strip® High-Speed Ground Plane Socket Strip, Right-Angle
Edge Rate® rugged high cycle connectors feature contact systems optimized for signal integrity performance.
Features
Edge Rate® contacts optimized for signal integrity performance
1.5 mm contact wipe
Robust when "zippered" during unmating
Up to 56 Gbps PAM4 performance
0.50 mm, 0.635 mm or 0.80 mm pitch systems
Stack heights from 5 mm to 18 mm
Extremely slim 2.5 mm body width on 0.635 mm pitch system
0.50 mm pitch system for up to 40% PCB space savings vs 0.80 mm pitch system
Series
ERM8
ERF8
ERM8-RA
ERF8-RA
ERM8-EM
ERF8-EM
ERM5
ERF5
ERF5-RA
ERF6
ERM6
ERM8
0.80 mm Edge Rate® Rugged High-Speed Terminal Strip
loading...
ERF8
0.80 mm Edge Rate® Rugged High-Speed Socket Strip
loading...
ERM8-RA
0.80 mm Edge Rate® Rugged High-Speed Terminal Strip, Right-Angle
loading...
ERF8-RA
0.80 mm Edge Rate® Rugged High-Speed Socket Strip, Right-Angle
loading...
ERM8-EM
0.80 mm Edge Rate® Rugged High-Speed Terminal Strip, Edge Mount
loading...
ERF8-EM
0.80 mm Edge Rate® Rugged High-Speed Socket Strip, Edge Mount
loading...
ERM5
0.50 mm Edge Rate® Rugged High-Speed Terminal Strip
loading...
ERF5
0.50 mm Edge Rate® Rugged High-Speed Socket Strip
loading...
ERF5-RA
0.50 mm Edge Rate® Rugged High-Speed Socket Strip, Right-Angle
loading...
ERF6
0.635 mm Edge Rate® High-Density 2-Row Socket
loading...
ERM6
0.635 mm Edge Rate® High-Density 2-Row Header
loading...
Razor Beam™Razor Beam™ Fine Pitch Self-Mating Connectors
High-speed, high-density Razor Beam™ fine pitch self-mating connectors reduce inventory costs and are available in a variety of pitches and lead styles for increased flexibility.
Features
10 stack height options from 5 mm to 12 mm
Audible click when mated
Mating and unmating forces approximately 4-6x greater than typical micro pitch connectors
Up to 100 contacts
Series
LSHM
LSS
LSEM
JSO
LSHM
0.50 mm Razor Beam™ High-Speed Hermaphroditic Terminal/Socket Strip
loading...
LSS
0.635 mm Razor Beam™ High-Speed Hermaphroditic Terminal/Socket Strip
loading...
LSEM
0.80 mm Razor Beam™ High-Speed Hermaphroditic Terminal/Socket Strip
Many of our Samtec blogs focus on high-speed, high-bandwidth, cutting-edge connector applications. This makes sense because Signal Integrity is a critical issue for many of our customers, and because it’s a more flashy, attention-grabbing, sexy topic. And yes, I did just use the ...
Many electronics experience a wide range of climates while in operation and storage. Because of this fact, connector humidity testing is used to determine the ability of a product to withstand elevated humidity and cycling temperatures. Humidity testing is conducted in combinatio...
In this new video, Samtec’s Kevin Burt introduces Samtec Direct Connect™. Direct Connect gives the benefit of exiting a higher number of lanes at low loss from the chip package, which can be very useful in both high performance computing and network switching applications, especi...
This is the first release of a few phases of a new login system for Samtec.com. This replaces a system that was built in 2011 and has been running well ever since. But, technology changes over time, and it was time for an upgrade. Here are some additional details about the featur...
Modern electronic devices are getting smaller with every new generation, and as a result, they are becoming more portable. At the same time, the performance of these devices is growing as the demands of consumers become greater. We expect to be able to connect to the internet w...
Search Using
Search Using Parametric
Search Using A Valid Part Number
Search For Downloadable
Access Real-time High Speed
Run Full Channel
