Electrical packet switches (EPS) based networks struggle with bandwidth, latency, power and heat – hindering AI scale
Reduce the number of transceivers required in datacenter optical links.
Achieves 30x lower power consumption for high datarates than traditional switches.
Better cost-to-capacity.
At the core of iPronics ONE lies a lattice of Programmable Unit Cells (PUCs). Advanced building blocks that steer light with exceptional precision. These cells can be reconfigured in microseconds, enabling the switch to adapt its topology on the fly.
The hardware is matched with intelligent software. iPronics ONE integrates seamlessly into the SDN layer, offering Python APIs, real-time telemetry, and automated orchestration. Networks can reconfigure dynamically, route around failures, and optimize throughput, all without rewiring or downtime.
Solid-state reliability, proven in workloads.
Efficient optical switching that cuts energy waste.
Economics built for hyperscale adoption.
iPronics ONE is more than a product — it’s part of a broader photonics platform designed to flex, scale, and adapt across industries. With a reconfigurable silicon photonic mesh, real-time telemetry, and software-defined control, our technology can power AI data centers and the next generation of HPC, telecom, and research applications.
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