Razor Beam™ LP Ultra-Micro Blade & Beam Fine Pitch Connectors

Samtec’s 0.40 mm and 0.50 mm Pitch Micro Blade & Beam Ultra Slim, Ultra-Low Profile Connectors

Samtec’s Razor Beam™ LP products are ultra-low profile, ultra-fine pitch, two piece systems. Razor Beam™ LP products save space on the X, Y, and Z axes. They are very fine pitch, have slim body designs, and are low profile. These connectors are available on 0.40 mm and 0.50 mm pitches with stack heights as low as 2 mm. With speeds from 28 Gbps (SLH/TLH, SS4/ST4) to 56 Gbps PAM4 (SS5/ST5), these connectors are ideal for small and fast applications.

Samtec’s Signal Integrity Engineers address the challenges of Next Gen system design with industry-leading expertise in high-performance interconnect systems. Their expertise can be utilized at both the component level and system level to ensure full system optimization. The best part, Samtec’s SIG support is complimatary to all customers!

Features

  • Ultra-fine 0.40 mm and 0.50 mm pitch
  • Ultra-low stack heights down to 2.00 mm
  • Slim body design for increased board space savings
  • Performance up to 28 Gbps (SLH/TLH, SS4/ST4) and 56 Gbps PAM4 (SS5/ST5)
  • 20 – 160 I/Os

Industries

  • 5G Networking
  • Industrial
  • Military/Aerospace
  • Test Connectivity
  • Medical
  • Broadcast Video
  • Automotive
  • AI/Machine Learning
  • Instrumentation

Literature

SS4/ST4 0.40 mm Ultra Fine Pitch Connectors

Features

  • Ultra fine 0.40 mm pitch
  • 28 Gbps performance
  • Stack heights from 4 mm - 6 mm
  • Slim footprint
  • Up to 100 I/Os

SS5/ST5 0.50 mm Ultra Fine Pitch Connectors

  • Ultra fine 0.50 mm pitch
  • 56 Gbps PAM4 performance
  • Slim body design for increased board space savings
  • Ultra low mated stack heights down to 4 mm
  • Up to 160 I/Os

SLH/TLH 0.50 mm Ultra Low Profile Connectors

  • Ultra low mated stack heights down to 2 mm
  • Slim body design for increased board space savings
  • Ultra fine 0.50 mm pitch
  • 28 Gbps performance
  • Up to 60 I/Os
  • Optional alignment pin
  • For applications requiring two or more connectors per board, please see Multiple XLH Connector Applications