Data Center Evolution: From Pluggable to Co-Packaged Optics
Aug. 4, 2020
A torrent of data traffic is growing at an exponential rate driven by applications including 5G, AI/ML, video streaming, online gaming, ADAS and more. Handling this data traffic are hyperscale data centers that have grown to over 500 in number worldwide with a third as many in the pipeline. To scale computing resources to the growing data demands, hyperscale data centers deploy fiber optics throughout to provide the needed bandwidth and manage the power. Pluggable small form-factor optical modules have enabled the optical connections from 50G to 400G over the past two decades. With the evolution to 800G Ethernet and beyond, new architectures including co-packaged optics can enable the desired performance while keeping power consumption within the desired envelope.
Growth in data traffic and the concurrent rise of hyperscale data centers
Evolution of networking optics from pluggable to new architectures employing co-packaged optics (CPO)
Available interface solutions for implementing 100-400G optical modules or 800G CPO
Need ultra-low power and high security in one chip? The STM32U3 series delivers 7x better battery life and built-in cryptography—perfect for industrial, medical, and consumer ...
Looking to boost efficiency and cut system size? STPOWER SiC MOSFETs deliver ultra-low losses, high-temperature operation, and outstanding reliability—ideal for EVs, renewable...
In this video learn about all things USB, including the physical USB connector standards, the ever-changing communication and power delivery standards, and more.
