Molex Impel Plus Backplane Connector System

Molex Impel Plus Backplane Connector System achieves high signal integrity, high density, and data rates up to 56Gbps. The connectors deliver optimal signal integrity with a grounding tail aligner that minimizes impedance discontinuities and reduces crosstalk. The signal interface improves insertion loss over in-line beams, pushing frequencies past 30GHz. Molex Impel Plus applications include telecommunications/networking, data center solutions, and medical.

Features

  • Compact, compliant-pin 56Gbps backplane connector
    • Enables backward and forward compatibility with various high-end copper and cable architectures
  • 92Ω nominal impendence
    • Minimizes impedance discontinuities in the channel
  • Innovative signal beam interface
    • Improves insertion loss compared to in-line signal beams Pushes interface resonance frequency past 30GHz
  • Small compliant pin (0.31mm ± -0.05)
    • Reduces crosstalk by enabling optimized routing or use of pinning
  • Molex patent-pending Impel Connector technology with tightly coupled differential-pair structure
    • Provides optimal signal integrity and mechanical isolation through the connector system
  • Option for short compliant pin allowing 0.65mm backdrill and access to top layers for high-speed routing
    • Offers better signal integrity performance due to a shallow PCB hole. Lowers PCB costs by reducing layers
  • Molex patent-pending Impel Connector technology with tightly coupled differential-pair structure
    • Provides optimal signal integrity and mechanical isolation through the connector system
  • IEEE 10GBASE-KR and Optical Internetworking Forum (OIF) Stat Eye Compliant Channel
    • Demonstrates end-to-end channel performance compliance

Applications

  • Telecommunications/Networking
    • Servers
    • Switches
    • Routers
  • Data Center Solutions
    • Servers
    • Storage Systems
  • Medical patient monitoring

Specifications

  • Voltage (max):150VAC RMS
  • Current (max): 0.75A
  • Contact Resistance: 100mA; 20mV
  • Dielectric Withstanding Voltage: 500VAC
  • Insulation Resistance: 500V
Publicado: 2018-09-24 | Actualizado: 2022-09-09