Cornelis Networks 5.0M Omni-Path Active Optical Cable DD-QSFP
The Cornelis Networks Omni-Path active optical cable delivers high-speed, reliable connectivity for enterprise data centers and HPC environments. This 5.0M DD-QSFP active optical cable is engineered for demanding interconnect applications where performance and signal integrity are critical. Built with premium optical components, this cable provides low-latency transmission over extended distances, making it ideal for server clusters, storage arrays, and high-performance computing infrastructure requiring robust, future-proof connectivity solutions.
Key Features
- 5.0 meter active optical cable for extended reach connectivity
- DD-QSFP connector interface for high-density deployments
- Omni-Path technology enabling superior signal integrity
- Low power consumption with integrated signal conditioning
- Hot-pluggable design for seamless installation and upgrades
- Backward compatible with existing Omni-Path infrastructure
- Durable construction rated for enterprise data center environments
Technical Specifications
| Specification |
Details |
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVP0030 |
| Cable Length |
5.0 meters |
| Connector Type |
DD-QSFP |
| Cable Type |
Active Optical Cable (AOC) |
| Technology |
Omni-Path |
| Operating Temperature |
0°C to 70°C |
| Storage Temperature |
-40°C to 85°C |
Frequently Asked Questions
What is an active optical cable and why choose it?
An active optical cable (AOC) uses optical fiber to transmit data, offering superior performance over longer distances compared to copper cables. Active optical cables reduce signal degradation, minimize electromagnetic interference, and provide excellent signal integrity for high-speed data center interconnects.
Is this cable compatible with my existing Omni-Path infrastructure?
Yes, the Cornelis Networks Omni-Path active optical cable is designed for backward compatibility with existing Omni-Path systems. The DD-QSFP connector ensures seamless integration with compatible switches, adapters, and network interfaces in your current deployment.
How does the 5.0M cable length benefit data center deployments?
The 5.0 meter length provides flexibility for mid-range interconnects within data center racks and between adjacent cabinets without signal loss. This distance is ideal for connecting servers to storage systems or linking switch infrastructure while maintaining optimal performance and reliability.
What makes DD-QSFP connectors ideal for high-density environments?
DD-QSFP connectors enable higher port density on network equipment, allowing more connections in compact form factors. This is essential for modern data centers where space optimization and maximum throughput per rack are critical operational requirements.
