Molex zQSFP+ 28Gbps Temp-Flex Cable Assemblies

Molex zQSFP+ 28Gbps Temp-Flex Cable Assemblies feature a fully integrated design with Temp-Flex technology for signal integrity (SI) and protection from electromagnetic interference (EMI). These assemblies transmit up to 28Gbps per serial lane in a wide -20°C to +85°C operating temperature range. Molex zQSFP+ 28Gbps Temp-Flex Cable Assemblies meet IEEE 802.3bj, InfiniBand EDR, and SAS 3.0 specifications.

Features

  • Fully integrated design incorporates all components (backshells, cable, populated PCBs) and ensures high-quality components are compiled into a comprehensive solution with a superior cost structure
  • TempFlex cable technology boosts electrical performance and provides excellent operational margin, short lead times, and minimal end-user cost via manufacturing efficiencies
  • RoHS compliant
  • Meets IEEE 802.3bj, InfiniBand EDR, and SAS 3.0 specifications, functioning across a wide variety of next-generation technologies and applications
  • Operating temperature range of -20°C to +85°C enables use in higher temperatures and low cooling-cost environments
  • 32AWG, 30AWG, and 26AWG cables fulfill industry application needs at lengths up to 5m, enhances cost structure and lead-time

Applications

  • Hubs
  • Servers
  • Storage
  • Routers
  • Switches
  • Central office
  • Cellular infrastructure
  • Multi-platform service systems

Specifications

  • Electrical
    • 10MHz to 25GHz frequency range
    • 1kHz IF bandwidth
    • 3.3VDC ±5% supply voltage
    • 0.03A maximum supply current at 3.135V
    • 0.125W maximum power consumption
  • Temperature ranges
    • -20°C to +85°C operating
    • -40°C to +85°C storage
  • 8pr, 100Ω differential CL2 cable
  • Durability
    • 50-cycle for performance level 1 (PL1) with 0.38µm Au, 5-year life (no FMG)
    • 250-cycles for performance level 2 (PL2) with 0.76µm Au, 10-year life (14-day FMG)
  • Materials
    • Zinc diecast backshells
    • Nylon pull
    • Stainless steel de-latch
Publicado: 2015-10-19 | Actualizado: 2022-03-11