Cornelis Omni-Path Cable ACT Op Cable DD-QSFP 5M
The Cornelis Networks Omni-Path active optical cable (part number 100FEVL0050) delivers enterprise-grade connectivity for demanding HPC and AI computing environments. This DD-QSFP cable spans 5 meters, connecting Omni-Path switches and network devices with 100 Gbps-class performance. Built for scale-out infrastructure, this Omni-Path interconnect solution ensures low-latency, high-throughput data transmission across your technical computing fabric.
Key Features
- Dual-density QSFP (DD-QSFP) connector technology for flexible port density
- 5-meter cable length optimized for rack and cluster deployments
- Active optical cable design for extended reach and signal integrity
- 100 Gbps-class performance for Omni-Path fabric networks
- Purpose-built for HPC, AI, and scale-out computing clusters
- Low-latency interconnect for demanding technical workloads
- Cornelis Networks quality and reliability standards
Technical Specifications
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVL0050 |
| Product Type |
Active Optical Cable |
| Connector Type |
Dual-Density QSFP (DD-QSFP) |
| Cable Length |
5 Meters |
| Performance Class |
100 Gbps Omni-Path Fabric |
| Application |
HPC, AI, Scale-Out Computing Networks |
Frequently Asked Questions
What is an Omni-Path active optical cable used for?
An Omni-Path active optical cable connects high-performance computing switches and network devices in HPC and AI clusters. The DD-QSFP connectors support 100 Gbps fabric speeds, enabling low-latency communication across scale-out infrastructure.
Why choose a 5-meter DD-QSFP cable for data center networking?
The 5-meter length balances flexibility for rack-to-rack and switch-to-device connections while maintaining signal integrity. DD-QSFP technology maximizes port density, making this Omni-Path interconnect cable ideal for dense computing environments.
Is this cable compatible with existing Omni-Path infrastructure?
Yes, the Cornelis 100FEVL0050 is designed specifically for Omni-Path 100 Gbps-class fabrics and integrates seamlessly with Omni-Path switches and network devices in established HPC and AI computing environments.
What are the advantages of active optical cables over passive alternatives?
Active optical cables provide extended reach, superior signal integrity, and consistent performance over longer distances. For demanding HPC workloads, this active optical cable ensures reliable 100 Gbps connectivity without signal degradation.
