Molex Brad Micro-Change CAT6A Connector System

Molex Brad Micro-Change CAT6A Connector System withstands harsh and high-vibration applications while delivering speeds of up to 10Gbps Ethernet. These connectors offer superior signal integrity through a 360° shielded X-code interface that allows for blind mating while an anti-scoop proof design prevents pin damage during mating. Receptacle PCB stand-offs attach securely to PCB to prevent connector rotation, and these receptacles can be mounted using through-hole reflow (THR) technology to allow for an automated assembly process. Molex Brad Micro-Change CAT6A Connector System is rated IP67 with external and internal o-ring seals, nickel-plated brass housings and M12 coupling nuts, and 26AWG wire. Ideal applications include military, industrial automation, and commercial vehicles and railways.

Features

  • Robust, compact M12 CAT6A X-code connector design
  • Transmission performance meets TIA-568 and ISO/IEC 11801 Cat6A specification up to 500Mhz for 10Gbps Ethernet
  • Recessed male pins within a diecast-metal X-code shield
  • X-code keying alignment allows for blind-mating
  • Anti-scoop proof design to prevent pin damage during mating
  • Complete 360° shielded design with 4 twisted-cable pairs that are individually shielded and protected with a braided metal shield
  • Factory overmolded and tested cable assemblies in 26AWG wire gauge
  • Nickel-plated brass housings and coupling nuts
  • Uses standard M12 threaded coupling nuts to mate
  • External and internal o-ring seals
  • Receptacle PCB stand-offs attach securely to PCB to prevent connector rotation
  • Receptacles can be mounted using through-hole reflow (THR) technology to allow for an automated assembly process
  • IP67 protection from dust and water
  • Conforms to IEC 61076-2-10

Applications

  • Commercial vehicle
    • GPS
    • Telematics
    • Mobile data acquisition
    • Railway data networks
    • Video protection systems
  • Industrial automation
    • Robotic welding
    • Food and beverage production
  • Military
    • Vision systems
    • High-speed video communication
    • Vehicle open-system architecture
    • Mobile data acquisition
    • Sensor networks
    • Unmanned vehicles
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