... data centers and network development laboratories, the optical wiring switching robot "ROME" that enables remote work is attracting increasing attention.

Layer-0 Automation Enables Edge Data Centers and Access Networks, Answers Call for Size, Power Efficiencies.

As the population declines, it is expected that automation using optical wiring robots will contribute to improving labor productivity.

ROME MAX will support 1600 fibers and the ROME MAX-T 2000 fibers. The racks are particularly useful in Clos architectures, says the company.

Robotic switches have been developed that can configure and reconfigure connections in seconds rather than days or weeks.

People will always have a role to play. Indeed, we expect their role to become even more valuable as technology continues to advance.

The two new products provide direct Multiple-Fibre Push-On/Pull-off (MPO) patch panel interfaces, incorporating eight fibre any-to-any connections

Automation can enable physical fibre connections to be made remotely and quickly.

The question now becomes: how can we ensure XGS-PON and NG-PON2 deployments are properly managed to deliver the best performance with minimal cost?

Security issues for IT managers are a primary concern. And the fact is, humans make mistakes. This is inevitable. But when it comes to IT security, these mistakes can be disastrous.

ROME 500, 1000 and 2000 robotic optical switching solutions enable full control of physical fibre connections

The robot manages the cable connections, plucking components mechanically, almost like an old-school telecommunications switchboard

The number and sophistication of attacks from both internal and external sources continues to grow, making IT security and risk mitigation full time jobs.

Silicon Valley company refuses to accept physical connections as the limit of network automation

The United States company says East-West data center traffic is growing ‘at an incredible pace that manual data center management practices cannot support’.