5G is also opening up new avenues for end users to consume and generate more data. More data: The boom in social media platforms, e-commerce and software usage is accelerating the data demand significantly.The following statistics from the IEEE 802.3 Ethernet Bandwidth Assessment Report paint a more accurate picture: But what is shaping this transformation? The rise of data at levels that have never been seen before. More efficient utilization.Īll these requirements have pushed the needle on the disaggregation of data centers via the ever-reliable data center optical interconnects. But how exactly does an optical interconnect make it happen? Let us take a deep dive. Given that we are living in the fiber age, it is no surprise to see fiber optic interconnect help facilitate this architectural shift towards more efficient, future-proof data centers. Doing so has significant advantages:Īnd that is exactly what our future demands.
This is where a new paradigm of disaggregated data centers is emerging.īy separating critical data centers and connecting them via optical interconnect, disaggregated data centers enable more efficient processing of increasingly complex and massive workloads. But despite its cost and deployment benefits, hyper-converged infrastructure has scalability limitations. The prominent solution has been to build hyper-converged data centers that aggregate storage, network, and compute resources into a single system. The key question is: can today’s modern data centers keep up with this surge in demand that will continue unabated as we add more layers of smart devices, IoT, and other emerging technologies to society? Not only are we generating more data, but also consuming more – and it is growing more complex by the day. We are in the middle of an unprecedented data explosion.
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