Rigid boardAmphenol Printed Circuits is uniquely positioned to support high speed and high reliability rigid printed wiring boards. By matching materials with the most advanced processes to meet our customer's expectations, we continue to be a supplier?of leading-edge interconnect technology. With production capabilities well beyond the industry standard for panel size, thickness, speed and technology, we are providing solutions to the most rigorous system demands of our customers. Collaborative relationships with our suppliers assures our ability to offer the experience necessary to remain current with laminates, processes and equipment while defining the path to the future. ?


28 GHz Signals with line lengths in excess of 24

  • Low Loss, Low Dk, Smooth Copper
  • 5% Tolerance Possible (Impedance)
  • Precision+ Backdrill
  • Small Drill Diameter/Thick Boards
  • Laminates
  • Impedance Control
  • 1 Dielectric Max Stub Length
  • High Aspect Ratio Plating
  • Networking
  • Server Systems
  • Data Management and Strorage



High reliability, performance targeted applications utilizing leading-edge technology and processes.

  • Polyimide, Epoxy, LCP, BT, PPO, Teflon and Hybrid Constructions
  • High Aspect Ratio Plating (> 25:1)
  • 5% Tolerance Possible (Impedance)
  • 60 Layers +
  • Laminates
  • Plating
  • Impedance Control
  • Multilayer Constructions
  • Satellite
  • Communications Systems
  • Munitions Control
  • Navigation



High-density designs incorporating blind vias, buried vias, sequential lamination, via-in-pad, high aspect ratio plating

  • Thin dielectric materials (</=0.002")
  • HASL, ENIG, Immersion Tin, Immersion Silver
  • Up to 5X Lamination (material dependent)
  • Blind, buried and micro vias control stub length enhancing overall signal integrity
  • Laminates
  • Surface Finish
  • Sequential Lamination
  • Impedance Control
  • Digital Controls
  • High Density Digital Applications
  • 91 Northeastern Blvd
    ? ? Nashua, NH 03062
  • (603) 324-4500
  • This email address is being protected from spambots. You need JavaScript enabled to view it.

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