Cornelis Omni-Path Fiber Optic Network Cable 100FEVL0200
The Cornelis Omni-Path Fiber Optic Network Cable is engineered for organizations deploying high-performance computing and AI infrastructure that demands ultra-reliable, high-bandwidth connectivity. This fiber optic network cable delivers exceptional performance in Omni-Path interconnect environments, making it ideal for data centers, research institutions, and enterprises running compute-intensive workloads. Whether you're scaling HPC clusters or accelerating AI model training, this cable provides the low-latency, high-throughput connectivity your infrastructure requires.
Key Features
- High-bandwidth fiber optic connectivity optimized for Omni-Path fabrics
- Reliable performance for demanding HPC and AI workloads
- Low-latency transmission for time-sensitive applications
- Durable construction designed for data center environments
- Seamless integration with Cornelis Omni-Path interconnect systems
- Enterprise-grade quality and manufacturer support
Technical Specifications
| Specification |
Details |
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVL0200 |
| Product Type |
Fiber Optic Network Cable |
| Technology |
Omni-Path Interconnect |
| Application |
High-Performance Computing, AI Infrastructure |
| Cable Type |
Fiber Optic |
Frequently Asked Questions
What is the Cornelis Omni-Path Fiber Optic Network Cable used for?
This fiber optic network cable is designed for high-performance computing environments and AI workloads that require reliable, high-bandwidth connectivity within Omni-Path interconnect fabrics. It's ideal for data centers and research institutions running compute-intensive applications.
Is this cable compatible with HPC clusters?
Yes, the Cornelis Omni-Path Fiber Optic Network Cable is specifically engineered for HPC infrastructure. It provides the low-latency, high-throughput connectivity required for parallel computing and distributed processing environments.
What makes this fiber optic cable suitable for AI workloads?
The cable's high-bandwidth capacity and low-latency characteristics make it ideal for AI model training and inference workloads that require rapid data transfer between compute nodes and storage systems in Omni-Path environments.
How does this cable integrate with Omni-Path interconnect systems?
The Cornelis Omni-Path Fiber Optic Network Cable is purpose-built for Omni-Path fabrics, ensuring seamless integration, optimal performance, and reliability across your interconnect infrastructure without compatibility concerns.
