Newhaven Display POS FFC Cables

Newhaven Display Point-of-Sale (POS) Flat Flexible Cable (FFC) Assemblies are designed to support compact, low-profile interconnects commonly required in POS systems and display-driven electronic applications. These cables provide a flexible and space-efficient solution for connecting displays to control boards and other internal components. Engineered for reliability and ease of integration, Newhaven POS FFC Cables help simplify internal layouts while accommodating tight bends and limited enclosure space.

POS FFC Cable Solutions 

 Newhaven Display POS FFC Cables are optimized for applications where traditional wire harnesses or ribbon cables are impractical. Their flat construction enables clean routing and supports modern electronic designs that demand slim profiles and organized signal paths.

Designed for Display Integration 

Newhaven Display POS FFC Cables are developed to complement Newhaven display modules and related accessories. By offering flexible, low-profile interconnect options, these cables help reduce design complexity while enabling clean, reliable internal connections throughout the product lifecycle, from prototyping to production.

Features

  • Flat, flexible construction for low-profile applications
  • Designed for compact enclosures and constrained layouts 
  • Supports high-density signal routing
  • Compatible with standard FFC/FPC connectors
  • Suitable for dynamic applications requiring repeated flexing 

Applications

  • POS terminals 
  • Embedded display modules 
  • Display-to-controller connections
  • Portable and compact electronic devices 
  • Consumer and commercial electronics 

Specifications

  • FFC cable type
  • Multiple pitch configurations available (varies by part number)
  • Various conductor counts supported
  • Copper conductors
  • Flexible polymer insulation
  • Low-profile construction
  • Same-side or opposite-side contact types available
  • Intended for low-voltage signal applications
  • Suitable for typical commercial and industrial environments
  • Designed to accommodate repeated flexing
Veröffentlichungsdatum: 2026-04-20 | Aktualisiert: 2026-04-28