01
Replace Static Connectivity
Replace fixed paths with software-configurable optical circuits.
iPronics combines a proprietary silicon-photonic switch fabric with a custom PDK optimized for low optical loss and crosstalk.
iPronics ONE
Programmable Optical Switching for AI Infrastructure
A rack-mounted OCS platform that combines optical switching with integrated control, telemetry, and APIs for deployment within AI network architectures.
Optical Performance & Scale
iPronics ONE combines optical density, fast reconfiguration, and integrated control in a compact platform for AI scale-up networks.
- High-Density Optical Circuit Switching
- 32+ Port Scalable Architecture
- Non-Blocking Architecture
- Low Optical Latency
- Sub-Millisecond Optical Reconfiguration
Silicon Photonics, Built to Scale
Proprietary Silicon-Photonic Switch Fabric
Solid-State Reliability
A solid-state silicon-photonic architecture eliminates moving mechanical switching elements. Standard silicon-photonics manufacturing processes enable scalable production and reliable operation. Per-channel optical gain control and integrated monitoring help maintain consistent optical performance across configured paths.
Manufacturing at Scale
iPronics is scaling production of the ONE Series through a dedicated manufacturing line at Fabrinet for packaging, assembly, testing, and qualification of silicon-photonic OCS systems. The manufacturing platform is designed to support volume production while meeting the quality and reliability requirements of large-scale AI infrastructure.
Active Optical Performance Control
Integrated SOA gain control and optical power monitoring actively manage path power for consistent optical performance across configured connections.
Software-Defined Control & Telemetry
gNMI/YANG and Python APIs enable software-defined provisioning, control, and operational visibility across the optical layer.
Path Provisioning
Create simplex, duplex, and bulk optical connections through software.
Open Control Interfaces
Configure, query, and automate optical connectivity through gNMI/YANG and Python APIs.
Streaming Telemetry
Monitor optical power and system state through real-time streaming telemetry.
Where iPronics ONE Fits
An optical switching layer replaces fixed physical-layer connections with programmable optical paths within and across racks, creating high-bandwidth, low-latency optical connectivity between GPUs when and where workloads need it.
02
Scale Within & Across Racks
Extend optical connectivity as GPU domains grow.
03
Connect Available GPU Capacity
Connect available GPU resources as capacity needs shift.
GPU Racks / Pods
Reserve capacity
Training Workloads
Large GPU-domain connectivity
Inference Services
Latency-sensitive connectivity
Data Movement
High-volume east-west traffic
Connect Available GPU Capacity
Connect available GPU resources
Adapt physical connectivity as AI infrastructure scales.
Technical materials
For architects and engineers evaluating iPronics ONE, we provide reference materials to support planning, integration, and deployment
Product brief
Comprehensive overview of iPronics ONE capabilities and use cases
Datasheet
Detailed technical specifications and mechanical drawings