Learn how 800G DCO coherent optical transceivers work, including Host Interface, Line Protocol, OSFP packaging, and key differences compared with 400G DCO modules.
Comparison of CPO, LPO, NPO, and XPO optical interconnect architectures for AI data centers, covering power efficiency, scalability, and deployment trends.
500m and 2km data center interconnects differ in fiber infrastructure, optical budget, module design, power, cost and deployment flexibility, making link distance an important part of DCI planning
Data center short-reach and metro-reach optics serve very different link environments, with contrasting requirements for distance, fiber, optical budget, power, cost and network architecture.
Short-reach and long-reach optical transceivers are built for different network distances, with distinct requirements for fiber, optical budget, wavelength, power, cost and deployment across data centers, DCI and telecom networks.
100km and 140km optical transceivers sit in the extended-reach category, where link margin, dispersion, FEC, coherent technology and system conditions become more important than distance alone.