Hardware Connectivity
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HPE QSFP28 to 4x25Gb SFP28 7m Active Optical Cable - 22.97 ft Fiber Optic Network Cable for Network Device - First End: QSFP28 Network - Second End: 4 x SFP28 Network - 25 Gbit/s
The HPE Active Optical Cables (AOCs) provide the bandwidth to meet the exponential data growth in Telco, e-Commerce and high performance computing (HPC). The HPE Active Optical Cables (AOCs) are much lighter and consume less power than traditional copper cables. They are ideal cable solutions for high-density data center and high performance computing applications.
Features
Cost-effective alternative to transceivers for short distance fiber optic connection.
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Smaller bend radius, lower power consumption and lower weight compared to DAC. -
HPE Synergy 300Gb Interconnect Link 3m Active Optical Cable - 9.84 ft Fiber Optic Network Cable for Network Device - 300 Gbit/s
What if you could connect HPE Synergy master and satellite interconnect modules with the flexibility to use either copper or optical cables? The HPE Synergy Interconnect Link Cable is designed for the HPE Synergy composable fabric which connects pools of compute resources. It links multiple frames through connecting the master module to the satellite module. It gives you the flexibility to choose either direct attached copper cable (DAC) or active optical cable (AOC) with different length.
Features
Facilitates Reduction of Fixed Ratios of Interconnects to Decrease Cost and Complexity
The HPE Synergy Interconnect Link Cable is specially designed for HPE Synergy Composable Infrastructure. These cables enable the HPE composable fabric to extend connectivity from a master frame to satellite frames.
The master/satellite architecture enabled by HPE Synergy Interconnect Link Cable offers better ROI due to consolidation and aggregation of all traffic, reducing the number of interconnect and corresponding cables/options.
Both AOC and DAC Options for Connecting HPE Synergy Master Modules to Satellite Modules
The HPE Synergy Interconnect Link Cable provides 120 Gb connection for HPE master satellite architecture.
The AOC cables deliver low weight, small bend radius, lower power consumption and ease of installation and can be used up to 15m.
The DAC cables provide low-cost solution for short distance connectivity up to 2.1m.
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HPE Synergy 300Gb Interconnect Link 5m Active Optical Cable - 16.40 ft Fiber Optic Network Cable for Network Device - 300 Gbit/s
What if you could connect HPE Synergy master and satellite interconnect modules with the flexibility to use either copper or optical cables? The HPE Synergy Interconnect Link Cable is designed for the HPE Synergy composable fabric which connects pools of compute resources. It links multiple frames through connecting the master module to the satellite module. It gives you the flexibility to choose either direct attached copper cable (DAC) or active optical cable (AOC) with different length.
Features
Facilitates Reduction of Fixed Ratios of Interconnects to Decrease Cost and Complexity
The HPE Synergy Interconnect Link Cable is specially designed for HPE Synergy Composable Infrastructure. These cables enable the HPE composable fabric to extend connectivity from a master frame to satellite frames.
The master/satellite architecture enabled by HPE Synergy Interconnect Link Cable offers better ROI due to consolidation and aggregation of all traffic, reducing the number of interconnect and corresponding cables/options.
Both AOC and DAC Options for Connecting HPE Synergy Master Modules to Satellite Modules
The HPE Synergy Interconnect Link Cable provides 120 Gb connection for HPE master satellite architecture.
The AOC cables deliver low weight, small bend radius, lower power consumption and ease of installation and can be used up to 15m.
The DAC cables provide low-cost solution for short distance connectivity up to 2.1m.
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HPE Synergy 300Gb Interconnect Link 15m Active Optical Cable - 49.21 ft Fiber Optic Network Cable for Network Device - 300 Gbit/s
What if you could connect HPE Synergy master and satellite interconnect modules with the flexibility to use either copper or optical cables? The HPE Synergy Interconnect Link Cable is designed for the HPE Synergy composable fabric which connects pools of compute resources. It links multiple frames through connecting the master module to the satellite module. It gives you the flexibility to choose either direct attached copper cable (DAC) or active optical cable (AOC) with different length.
Features
Facilitates Reduction of Fixed Ratios of Interconnects to Decrease Cost and Complexity
The HPE Synergy Interconnect Link Cable is specially designed for HPE Synergy Composable Infrastructure. These cables enable the HPE composable fabric to extend connectivity from a master frame to satellite frames.
The master/satellite architecture enabled by HPE Synergy Interconnect Link Cable offers better ROI due to consolidation and aggregation of all traffic, reducing the number of interconnect and corresponding cables/options.
Both AOC and DAC Options for Connecting HPE Synergy Master Modules to Satellite Modules
The HPE Synergy Interconnect Link Cable provides 120 Gb connection for HPE master satellite architecture.
The AOC cables deliver low weight, small bend radius, lower power consumption and ease of installation and can be used up to 15m.
The DAC cables provide low-cost solution for short distance connectivity up to 2.1m.
Learn More -
HPE X2A0 100G QSFP28 to QSFP28 20m Active Optical Cable - 65.62 ft Fiber Optic Network Cable for Network Device, Switch - First End: 1 x QSFP28 Network - Male - Second End: 1 x QSFP28 Network - Male - 100 Gbit/s - Black - 1
HPE X2A0 100G QSFP28 to QSFP28 20m Active Optical Cable for use with selected HPE products
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HPE Infiband HDR 200GB QSFP56 TO QSFP56 3 m Active Optical Cable - 9.84 ft Fiber Optic Network Cable for Network Device - First End: QSFP56 Network - Second End: QSFP56 Network - 200 Gbit/s
HPE Infiband HDR 200GB QSFP56 TO QSFP56 3 m Active Optical Cable - 9.84 ft Fiber Optic Network Cable for Network Device - First End: QSFP56 Network - Second End: QSFP56 Network - 200 Gbit/s Learn More
