Amphenol SFP-DD DAC Cable Assemblies

Amphenol SFP-DD DAC Cable Assemblies provide a passive copper interconnect option for 100G Ethernet links in compact SFP-based designs. These assemblies are built for aggregate 100G operation and target high-performance systems that need reliable high-speed connectivity in switches, routers, storage arrays, and HPC clusters. SFP-DD assemblies utilize a two-lane interface that supports 56Gb/s per lane for 100G Ethernet. Supported design elements include low crosstalk cabling with SkewClear® Pair Wire, stamped EMI grounding for full-shield coverage, EEPROM support for industry memory map compliance or custom programming, and compatibility with Amphenol 56G board connectors, cages, and other industry-standard connector systems. Suitable applications include adapter cards, wireless BBU equipment, data centers, servers, storage, and switches.

Features

  • Supports 100G Ethernet over 2 lanes at 56Gb/s per lane
  • Passive DAC design for cable lengths from 0.5m to 3.5m
  • Cable size options from 32AWG to 26AWG
  • Low crosstalk design with SkewClear Pair Wire
  • Stamped EMI ground finger for 360° shielding effectiveness
  • EEPROM in the cable assembly for industry memory map compliance or customization
  • Compatible with Amphenol 56G board connectors and cages, plus industry-standard connector systems

Applications

  • Data center switches and routers
  • Servers and storage arrays
  • High-performance computing clusters
  • Adapter cards and wireless BBU equipment

Specifications

  • 100Ω ±10Ω differential impedance
  • 50 cycles of durability
  • 18N maximum mating force
  • 180N minimum latch strength axial load
  • 90N minimum cable axial strain relief
  • Cable flex 180° flex, 15 cycles per EIA 364-41
  • Thermal shock 25 cycles from -55°C to +85°C per EIA 364-32, Condition 1
  • Temperature life 500 hours at +70°C per EIA 364-17, Method A, Condition 2, Time Condition C
  • Applicable IEEE802.3cd and SFF-8431 references
  • RoHS 2 compliant
发布日期: 2026-06-11 | 更新日期: 2026-06-11