TE Connectivity 1.25mm HPI Wire-to-Board Connectors

TE Connectivity's 1.25mm High Performance Interconnects (HPI) Wire-to-Board Connectors are single-row and dual-row post headers available in various colors to allow users to color code the systems. These HPI connectors offer vertical and horizontal (right-angle) connector mounting for versatility, and the square-peg technology enables mating with multiple products. The 1.25mm small-factor locking connectors can be used where signal or low power needs to be routed through a device. The reduced size of the connectors allows greater flexibility, and the external locking feature ensures secure mating retention. This helps to improve system reliability by helping to prevent accidental unmating. These connectors are suitable for smart locks, small appliances, smart lighting, smart meters, vending machines, drones, data communications, washers/dryers, automotive, industrial, and LED lighting.

The locking HPI solution addresses the needs of low-profile applications that require a reliable, secure wire-to-board signal or low-power connection. The wire-to-board HPI connector system is available in 1.0mm, 1.5mm, 2.0mm, and 2.5mm pitch.

Features

  • 1.25mm centerline pitch
  • Vertical and right-angle mount
  • Through hole (DIP) and Surface Mount Termination (SMT)
  • Polarized
  • Partially and fully shrouded
  • Square termination posts
  • 26AWG to 32AWG
  • Reach up to 3A
  • Provides design flexibility
  • Cost-effective wire-to-board
  • Ensures proper compatibility of both the header and the housing
  • Prevents stubbing contacts
  • Enables interchangeability with industry standard designs

Applications

  • Smart locks
  • Smart lighting
  • Smart meters
  • Vending machines and drones from the IoT sector
  • Data communications:
    • Servers
    • AI chips
  • Appliances sector:
    • Washers/dryers
    • Air conditioner
  • Automotive sector:
    • Steering wheel
    • Murros and infotainment systems
  • Industrial:
    • Security systems
    • Surveillance cameras
    • Factory automation
    • Robotics
  • LED lighting
Publicerad: 2025-06-09 | Uppdaterad: 2025-12-02