Low Profile One-Piece Compression Arrays

High-speed low profile one-piece compression arrays with body height as low as 1.27 mm and dual or single compression contacts.

FEATURES

  • 1.27 mm and 2 mm standard body heights
  • 1.00 mm pitch
  • Dual compression or single compression with solder balls
  • 100 – 400 total pins
  • Ideal for low cost board stacking, module-to-board and LGA interfaces
  • Minimizes thermal expansion issues

SERIES

GMI

1.00 mm Low Profile One-Piece Array

Features
  • Dual compression or single compression with solder balls
  • Up to 400 I/Os
  • Low profile - 1.27 mm and 2 mm standard heights
1.00 mm Low Profile One-Piece Array

It seems FPGAs are getting bigger and faster all the time. FPGA vendors continue to integrate more transceivers running at higher speeds in their newest ICs.  As an example, the Xilinx Virtex UltraScale+ VU13P FPGA contains 128 GTY transceivers running data rates up to 32.75 Gbps...
Every year Samtec releases a new catalog showcasing our full line of products and 2017 was no exception. The latest F-217 Full Line Catalog features new products and technology that enable us to provide overall system optimization from Silicon-to-Silicon. The combination of Samte...
The growth in high-speed serial channel data rates has no end in sight.  28 Gbps design starts abound across the industry.  56 Gbps PAM-4 solutions are coming down the road, whether silicon, interconnect or high-speed copper and optical cables. On the optical front, the front-pan...
In last month’s update, we brought you an updated way to order your samples from our Solutionator parametric search tool. In February, we rolled that out on an even larger scale, with this feature being added to a new full-part technical specifications page experience (more about...
OFC 2017, The Optical Networking and Communication Conference & Exhibition, is a global forum and exhibition for optical communications and networking possibilities. Samtec will showcase the latest FireFly™ Optical Cable Systems, including new PCIe® Over Fiber, extended temperatu...
View Full Site