Hyperscale and cloud data center operators are experiencing massive changes. The rise in artificial intelligence in all its guises, generative AI, machine learning, artificial neural networks, deep learning and others is adding petabytes of new data to the hyperscalers networks with ever-increasing data rates, new ultra-low latency and low loss requirements, increased power usage and exponentially higher fiber counts to handle all the extra processing and data. 

Heterogeneity, density, scalability, and reliability are all challenges faced by data canter designers face along with new architectural challenges as photonic fabrics and increased fiber counts spread throughout their data center networks. 

High-density structured cabling with ribbon mass-splicing.

It enables fast, efficient, and consistent fiber terminations at scale.

This solution increases density, reduces installation time, and ensures long-term network reliability.

Precise network timing synchronisation with GNSS & Power-over-Fiber.

It delivers accurate GNSS signals and power through a single, interference-free fiber link.

This ensures stable timing, reduces electromagnetic vulnerabilities, and simplifies deployments in demanding environments.

Point-to-point cabling for high-density clusters.

It provides direct, low-loss connections between switches, servers, and accelerators.

This reduces complexity, improves airflow, and ensures stable performance in tightly packed AI environments.