Intellinet - 10GBase direct attach cable - SFP+ (M) to SFP+ (M) - 2 m - twinaxial - passive, low latency, 10 Gigabit ethernet, up to 10 Gbps data transfer rate - black | 508421

Product Features

• Close to zero power consumption and a wide temperature range
  SFP+ DAC is comprised of a twinax copper cable terminated with SFP+ connectors on both ends, which can provide an electrical connection directly into active equipment. Consuming less than 0.15 W due to its thermal design, this passive cable helps decrease your operating expenses. Its zero-heat production during operation makes it more versatile and usable in wider temperature ranges up to 70°C (158°F), which is particularly valuable in data centers.
• Lower cost and simpler to deploy than fiber optics
  DAC cabling has a relatively simple internal structure with fewer components than fiber cables. This cable structure helps lower the purchase price for applications in high-bandwidth data transmission and saves you from having to buy separate transceivers. This, in turn, makes DAC cables a lot simpler to deploy since there are fewer parts to match to complete setup. Used versions of this cable are also more convenient to keep on hand because you do not have to clean and inspect them before plugging them in again. When you make upgrades or replacements to your network, the cable's seamless Hot Swapping capability makes quick work of connecting new equipment.
• Lower latency than RJ45 twisted-pair patch cables
  Like "regular" Cat6a and Cat7 copper cables, this Direct Attach Copper twinax cable supports data transfer rates up 10 Gbps, but its unique structure and signal transmission offers lower latency.

Special Fetures

• Passive Direct Attach Copper (DAC) twinax cable for cost-effective, low-latency, power-saving connections
• Compatible with switches and routers from HPE (Hewlett Packard Enterprise)
• Two SFP+ connectors for data transfer rates up to 10 Gbps
• Equivalent to the HPE X242 DAC cable series
• Significantly lower power consumption and price point than fiber optic cables
• Lower signal latency than RJ45 connections
• Simpler deployment than cables in optical transceivers with fewer components having to match
• Passive DAC as an ideal option in structured cabling for many short-distance applications up to 7 m (23 feet)
• Produces zero heat and can be used in high operating temperatures up 70°C (158°F)
• Hot-swappable for seamless network upgrades or replacements

Product Specification