µCom-10Gb+ Series

By Amphenol PCD 137

µCom-10Gb+ Series

µCom-10Gb+ series (pronounced Microcom) is the latest connector offering from Amphenol focused on the latest market trends of the industry: miniaturization and high speed. µCom-10Gb+'s design of four twisted data pairs insulated throughout the entire connector results in a performance that exceeds IEEE 802.3an-2006 specifications for 10GBASE-T Ethernet and TIA/EIA-568-C.2 Cat.6A standards. Designed to be in conformance with MIL-DTL-810F environmental requirements, µCom-10Gb+ 15 mm shell size and 2000 mating-cycle coupling provide end users with one of the most rugged and micro-sized interconnect solutions on the market.

Video:  Rugged Solutions Series I, Episode 6/7: MicroCom

Features and Benefits
  • 10Gb+ exceeds 10 GB/s Ethernet following IEEE 802.3an-2006: 10GBase-T
  • Cat.6A connector according to TIA568C.2 and ISO/IEC11801 standard
  • Environmental testing based on MIL-DTL-38999 series III military specifications
  • Miniature: 15 mm (.59 ̋) max external diameter
  • Four pairs totally insulated throughout the connector
    • Minimum cross-talk between the four pairs
  • Patent-pending special interfacial shapes
    • Minimum perturbation at the interface of each pair
  • Thread-coupling mechanism
    • 2000 mating cycles and high vibration resistance
  • Machined brass shells and RoHS compliant plating
    • Shell-to-shell continuity and 500h salt spray resistance
  • Machined and gold-plated solder and crimp contacts
    • Design and performance according to the innercontact of M39029/77-429#16 M39029/76-425#16 38999 contact
  • Solder contact : max AWG24
  • Crimp contact : AWG 24 to 26
  • P68 sealing mated and unmated for receptacles
  • 1500 VRMS dielectric withstanding voltage
  • Temperature range: -55°C / +125°C
  • Defense
    • C4|SR
    • Battlefield communications
    • Shipboard
    • Ground vehicle vetronics
  • Aeronautical
    • In-flight entertainment
    • Avionics
    • Communication systems
  • Rail mass transit
    • Passenger information systems
    • Communication systems