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Direct Attach Cables
Direct attach cables (DAC) can achieve interconnection up to 15m via twinaxial copper cable, and reach 100m over active optical cable at 10Gbps, 40Gbps, 100Gbps or beyond with varying gauges from 24 to 30AWG.
Direct Attach Cables
Direct Attach Cables
Showing 25 to 34 (of 34 results)
The Active DAC design has a signal amplification and a class 10G Clock and Data Recovery(CDR) or Equalizer technology to support longer distances than standard passive SFP+ DAC...
The Active DAC design has a signal amplification and a class 10G Clock and Data Recovery(CDR) or Equalizer technology to support longer distances than standard passive SFP+ DAC...
The Active DAC design has a signal amplification and a class 10G Clock and Data Recovery(CDR) or Equalizer technology to support longer distances than standard passive SFP+ DAC...
The 10G SFP+ cable offers the highest density, lowest cost, and lowest power 10 Gigabit Ethernet solution commercially available today. SFP+ 10GBASE-Cu (direct attached copper...
The 10G SFP+ cable offers the highest density, lowest cost, and lowest power 10 Gigabit Ethernet solution commercially available today. SFP+ 10GBASE-Cu (direct attached copper...
The 10G SFP+ cable offers the highest density, lowest cost, and lowest power 10 Gigabit Ethernet solution commercially available today. SFP+ 10GBASE-Cu (direct attached copper...
The 10G SFP+ cable offers the highest density, lowest cost, and lowest power 10 Gigabit Ethernet solution commercially available today. SFP+ 10GBASE-Cu (direct attached copper...
The Active DAC design has a signal amplification and a class 10G Clock and Data Recovery(CDR) or Equalizer technology to support longer distances than standard passive SFP+ DAC...
The Active DAC design has a signal amplification and a class 10G Clock and Data Recovery(CDR) or Equalizer technology to support longer distances than standard passive SFP+ DAC...
The Active DAC design has a signal amplification and a class 10G Clock and Data Recovery(CDR) or Equalizer technology to support longer distances than standard passive SFP+ DAC...
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