Optical Circuit Switch
The SiPh Optical Circuit Switch is a high-performance silicon photonics switching platform designed to provide scalable, low-latency optical connectivity for AI infrastructure, hyperscale data centers, and high-performance computing (HPC). By establishing direct optical paths between compute nodes, GPUs, and network resources, the switch significantly reduces power consumption, latency, and network congestion compared with conventional electrical switching architectures.
Built on advanced silicon photonics technology, the optical circuit switch delivers high port density, low insertion loss, and fast switching performance while enabling flexible and energy-efficient optical fabrics for next-generation AI systems.
Key Features
- Silicon photonics optical circuit switching
- Non-blocking optical switching architecture
- Low insertion loss
- Low-latency optical path establishment
- High port density
- Low power consumption
- Scalable modular architecture
- High reliability and manufacturability
Available Configurations
- 32 × 32
- 64 × 64
- 128 × 128
- 256 × 256
- Custom scalable architectures available upon request
Applications
- AI accelerator clusters
- GPU-to-GPU optical interconnects
- Optical fabrics for AI infrastructure
- Hyperscale cloud data centers
- High-performance computing (HPC)
- Machine learning training clusters
- Optical network disaggregation