Razor Beam™ LP

Ultra slim, ultra low profile and ultra fine pitch interconnects.

FEATURES

  • Ultra fine pitch – 0.40 mm and 0.50 mm
  • Ultra low stack down to 2.00 mm
  • Slim body design for increased board space savings

SERIES

SLH

0.50 mm Razor Beam™ LP Ultra Low Profile Socket Strip

Features
  • Ultra low mated stack heights down to 2 mm
  • Ultra fine 0.50 mm pitch
  • Up to 100 I/Os
  • Slim body design for increased board space savings
  • Optional alignment pin
  • UL: File # E111594
0.50 mm Razor Beam™ LP Ultra Low Profile Socket Strip

SS4

0.40 mm Razor Beam™ LP Ultra Fine Pitch Socket Strip

Features
  • Samtec 28+ Gbps Solution
  • Ultra fine 0.40 mm pitch
  • Stack heights from 4 mm - 6 mm
  • Slim footprint
  • Up to 100 I/Os
0.40 mm Razor Beam™ LP Ultra Fine Pitch Socket Strip

SS5

0.50 mm Razor Beam™ LP Slim Socket Strip

Features
  • Ultra fine 0.50 mm pitch
  • Samtec 28+ Gbps Solution
  • Slim body design for increased board space savings
  • Ultra low mated stack heights down to 4 mm
  • Up to 160 I/Os
  • UL: File # E111594
0.50 mm Razor Beam™ LP Slim Socket Strip

ST4

0.40 mm Razor Beam™ LP Ultra Fine Pitch Terminal Strip

Features
  • Samtec 28+ Gbps Solution
  • Ultra fine 0.40 mm pitch
  • Stack heights from 4 mm - 6 mm
  • Slim footprint
  • Up to 100 I/Os
0.40 mm Razor Beam™ LP Ultra Fine Pitch Terminal Strip

ST5

0.50 mm Razor Beam™ LP Slim Terminal Strip

Features
  • Ultra fine 0.50 mm pitch
  • Samtec 28+ Gbps Solution
  • Slim body design for increased board space savings
  • Ultra low mated stack heights down to 4 mm
  • Up to 160 I/Os
  • UL: File # E111594
0.50 mm Razor Beam™ LP Slim Terminal Strip

TLH

0.50 mm Razor Beam™ LP Ultra Low Profile Terminal Strip

Features
  • Ultra low mated stack heights down to 2 mm
  • Ultra fine 0.50 mm pitch
  • Up to 100 I/Os
  • Slim body design for increased board space savings
  • Optional alignment pin
  • UL: File # E111594
0.50 mm Razor Beam™ LP Ultra Low Profile Terminal Strip

One of several demonstrations at DesignCon 2017 shows the variety of Samtec interconnects supporting the Xilinx® Virtex® UltraScale+ FPGA VCU118 Development Kit.  Included in the kit is an FMC+ Active Loopback Card, which carries Samtec’s direct attach Flyover™ QSFP28. In the Fly...
In this video, Kevin Burt of Samtec’s Optical Group explains one of Samtec’s product demonstrations at DesignCon 2017.  The demo features a disaggregated computing platform with PCIe® Gen 3 fabric enabled by the patented FireFly™ mid-board optical technology. PCIe® Over Fiber PCI...
At DesignCon 2017, Jim Nadolny, Samtec’s Principle SI and EMI Engineer, presented(1) a technical paper entitled “Design of Flyover QSFP28 (FQSFP Series) for 56+ Gbps Applications.” This white paper discusses the Flyover QSFP (FQSFP) approach for 56+ Gbps applications to overcome ...
In our previous web update post, we rolled out a new streamlined sampling feature for our Solutionator® parametric search tool, which gave users the capability to place a sample request very quickly by filling out all required sampling information on a single screen. This month, ...
As the demand for bandwidth increases, so does the demand for higher capacity products with faster transmission capabilities. In response to these demands, Samtec has expanded the FireFly™ Micro Flyover Optical product line to solve more complex design hurdles. Benefits such as c...
View Full Site