USE CASES

Data centers are approaching a major inflection point: traditional electrical interconnects are hitting performance limits while power demands continue to rise. Photonic interconnects are now ready to transform the landscape. With the emergence of NxCPO chiplets, denser and more cost-effective photonic fabrics are just around the corner — and Drut Technologies is already delivering the first system proofs.

Drut’s disaggregated photonic fabric changes the game for AI deployment. By eliminating traditional stacked electrical hierarchies, we enable direct, node-based resource grouping, maximizing utilization in a smaller, more efficient footprint. Organizations can now dynamically compose and upgrade clusters without server resets, chassis limitations, or CPU dependency.

With Drut’s photonic fabric, you can:

• Dynamically attach and detach resources — no server reboot required
• Break through power and data locality barriers
• Maximize the utilization of critical resources like GPUs
• Upgrade servers and resources independently
• Achieve lower power consumption with direct optical connections

Modern workstations often fail to meet the needs of professionals in fields like 3D animation and geophysics. Organizations invest heavily in high-performance machines, yet still encounter resource constraints. Drut Technologies introduces a revolutionary solution allowing workstations to dynamically access GPUs and NVMe storage as needed, ensuring efficiency and cost-effectiveness.