Cornelis Networks 100M Omni-Path Active Optical Cable QSFP-QSFP
The Cornelis Networks 100M Omni-Path Active Optical Cable delivers enterprise-grade connectivity for high-performance computing and data center environments. This QSFP-to-QSFP active optical cable provides reliable, long-distance signal transmission with minimal latency, making it ideal for organizations requiring robust interconnect solutions for cluster computing, HPC systems, and large-scale data center deployments.
Built for demanding infrastructure requirements, this 100-meter active optical cable combines Cornelis Networks' proven Omni-Path technology with optical transmission to ensure consistent performance across extended distances. Perfect for enterprises upgrading their network fabric or deploying new high-speed interconnect architectures.
Key Features
- 100-meter active optical cable for extended reach connectivity
- QSFP-to-QSFP connector configuration for seamless integration
- Omni-Path technology for optimized data center performance
- Low-latency signal transmission ideal for HPC applications
- Enterprise-grade reliability and signal integrity
- Supports high-bandwidth data transfer requirements
- Durable optical fiber construction for long-term durability
Technical Specifications
| Specification |
Details |
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVP0150 |
| Cable Type |
Active Optical Cable (AOC) |
| Connector Type |
QSFP to QSFP |
| Cable Length |
100 meters |
| Technology |
Omni-Path |
| Application |
Data Center, HPC, High-Speed Interconnect |
Frequently Asked Questions
What is an active optical cable used for?
Active optical cables like this Cornelis Networks model are used for high-speed data transmission over extended distances in data centers and HPC environments. They provide superior performance compared to copper cables for long-distance interconnects, with reduced signal degradation and lower power consumption.
How does a 100-meter QSFP cable improve network performance?
The 100-meter length enables flexible network topology design without signal loss, while the QSFP connector supports high-bandwidth connections. This active optical cable maintains signal integrity across the full distance, ensuring consistent throughput for demanding applications.
Is this Omni-Path cable compatible with existing infrastructure?
Yes, the QSFP-to-QSFP configuration ensures compatibility with standard Omni-Path-enabled switches and adapters. Verify your equipment supports Omni-Path technology before deployment to ensure optimal performance.
What are the advantages of optical over copper for long-distance cables?
Optical cables eliminate electromagnetic interference, support longer distances without signal degradation, and consume less power than copper alternatives. This makes them ideal for enterprise data center environments requiring reliable, long-reach connectivity.
