Amphenol RF AUTOMATE® Mini-FAKRA Type-C Connectors - Coming Soon

Amphenol RF AUTOMATE® Mini-FAKRA Type-C Connectors are a space-conscious, high-performance solution for demanding industrial applications. These connectors feature a ruggedized RF interface that supports high-frequency signal transmission. AUTOMATE connectors are suitable for infrastructure that requires robust mechanical retention under vibration, error-proof assembly in high-volume manufacturing, and scalable port density for multi-channel RF systems. Additional features include an environmentally sealed design for outdoor and wash-down conditions, providing another layer of protection in non-optimal conditions.

A variety of multi-port configurations with straight and right-angle options are available for PCB and cable-mount designs. Mechanical mismating is avoided through mechanical and visual keying, while the integrated locking design ensures reliable connection integrity throughout the system's life. Amphenol RF AUTOMATE Mini-FAKRA Type-C Connectors are ideal for smart agriculture, industrial automation, material handling, autonomous mobile robots (AMRs), and remote sensing systems.

Features

  • Compact interface optimized for high-density RF layouts up to 9GHz
  • 50Ω impedance supports various industrial RF applications
  • Sealed connector interfaces are IP67 and IP69K in the mated condition
  • Rugged housings designed to withstand vibration and mechanical shock
  • Mechanically and visually keyed designs to reduce installation errors
  • Terminal Position Assurance (TPA) prevents accidental disengagement
  • Connector Position Assurance (CPA) for a secondary locking feature
  • Single- and quad-port configurations for scalable RF channel integration
  • PCB-mount and cable-mount options support flexible system design

Applications

  • Smart agriculture
  • Industrial automation
  • Material handling
  • AMRs
  • Drones
  • Remote sensing systems

Options

Infographic - Amphenol RF AUTOMATE® Mini-FAKRA Type-C Connectors
Publicado: 2026-03-25 | Actualizado: 2026-03-25