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1. Benefit of Active Optical Cable (AOC)

2. What is Active Optical Cable An AOC cable is built to help reach high data transfer rates between 1-300m for the purposes of short-range multi-lane data communication and interconnect applications. It does this by translating standard data signals into lasers light pulses. This light is carried over an optical fiber that is directly connected onto the AOC module and translated back into data on the other side. This helps us build communication systems that are still compatible with standard electrical interfaces and when compared to standard direct attach copper cables, the distance they can achieve is significantly greater. Active Optical Cables are being deployed extensively, especially in datacenters, helping them to continually evolve their interconnect capacities. Active Optical Cables consist of a range of connectors types. SFP+, SFP28, QSFP+, QSFP+ to SFP+, QSFP28 and QSFP28 Breakouts are available as well as QSFP-DD interface for 200G connections over DSR4.

3. How Active Optical Cables Are Used AOC cables were created as an alternative to conventional Direct Attach Copper (DAC) cables to offer an increased distance. They are primarily deployed in datacenters and High-Performance Computing (HPC) applications where the combination of distance and value is required. More and more businesses are relying on both high-performance computing and interconnected storage solutions, meaning that Active Optical Cables are primed to become much more common in the years to come, making their copper predecessors obsolete.

4. Active Optical Cables: The Advantages • Active optical cables are also significantly lighter than their copper counterparts, as well as being much thinner. Those two factors combined means that they don’t abide the same length restrictions and they are much easier to organise and store. Furthermore, they don’t suffer the same downfall as copper cables, which become bulkier and more difficult to manage as they cover longer distances. • Copper cables may work well for smaller reach interconnects that don’t have to transmit data as quickly or over as long a distance. However, for larger clusters, they soon become wieldy and inefficient, meaning that Active Optical Cables can simplify setup. What’s more, they aren’t at as much risk of power delivery issues or electromagnetic interference as copper.

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