Below is our 10G DAC cable selection, which includes 10G SFP+ for factor DAC cables with distances ranging from 0. Furthermore, because the cable is already welded to the interfaces at both ends, installation is simple.

Programmed, tested and serialized to ensure compliance and functionality, Black Box Direct Attach Cables are the ideal solution for 10-Gbps Ethernet, fiber channel applications and more.e. 10G SFP + passive copper core high-speed cable (DAC), 10G SFP + active copper core high-speed cable (ACC), 10G SFP + active optical cable (AOC). However, the maximum distance a signal can be transmitted via a DAC cable changes depending on the data rate.

The family of DAC cables includes the AXC761, AXC763, AXC765, AXC767 and AXC7610 Passive or Active versions in 1-meter, 3-meter, 5-meter, 7-meter and 10-meter lengths.Offers may be changed without notice and are subject to product availability, eligibility, credit approval and execution of documentation provided by and acceptable to DFS. Which makes them universally usable throughout network equipment which requires no special coding protection – are compatible with MSA equipment.

The main difference between an active DAC cable and a passive DAC cable is whether the signal processing is done or not. Which makes them compatible throughout network equipment which requires no special coding protection – are compatible with MSA equipment. Volex offers a full line of active and passive direct attach copper cables from 10Gbps SFP+ to 800Gbps OSFP and QSFP-DD800 designed to meet the requirements of the most demanding data centres with industry leading quality and reliability. The term “DAC Cable” refers to a high-speed copper cable assembly that is welded directly into a form-factor housing without the use of optical lasers.Supporting 10G transmission, this cable is also able to offer backward compatibility to 1G data rates that use the SFP+/SFP interface. Generally speaking, we are moving into an era as we move above 100GbE speeds where DACs will be limited to 5m runs and shorter runs.