Cornelis Networks Omni-Path Cable ACT Op Cable DD-QSFP L 15M
The Cornelis Networks Omni-Path Cable is a high-performance active optical cable engineered for demanding HPC and enterprise fabric deployments. This DD-QSFP active optical cable delivers reliable, high-speed interconnectivity across dense network architectures, making it ideal for data centers requiring low-latency, high-bandwidth solutions. With its robust 15-meter reach and proven Omni-Path technology, this cable supports mission-critical applications in supercomputing, AI workloads, and enterprise infrastructure.
Key Features
- Active optical cable technology for extended reach and signal integrity
- DD-QSFP connector interface for seamless Omni-Path fabric integration
- 15-meter cable length optimized for flexible fabric topology design
- High-speed data transmission with minimal latency for HPC environments
- Supports dense fabric deployments in enterprise and supercomputing clusters
- Reliable interconnect solution for mission-critical network infrastructure
Technical Specifications
| Specification |
Details |
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVL0150 |
| Cable Type |
Active Optical Cable (AOC) |
| Connector Type |
DD-QSFP |
| Cable Length |
15 meters |
| Network Technology |
Omni-Path |
| Application |
HPC, Enterprise Fabric, Data Center Interconnect |
Frequently Asked Questions
What is an active optical cable and why is it used in HPC networks?
An active optical cable (AOC) uses optical fiber with integrated electronics to transmit data over longer distances with superior signal integrity compared to passive copper cables. In HPC environments, active optical cables enable extended fabric reach while maintaining the low-latency performance critical for supercomputing and AI applications.
Is the Cornelis Networks Omni-Path Cable compatible with existing DD-QSFP infrastructure?
Yes, the DD-QSFP connector on this Omni-Path cable is designed for direct integration with Cornelis Omni-Path fabric switches and adapters that support DD-QSFP interfaces, ensuring seamless deployment in existing network environments.
How does the 15-meter length benefit fabric topology design?
The 15-meter reach provides flexibility in positioning network equipment across data center racks and clusters, reducing the need for intermediate switching while maintaining signal quality and enabling efficient, scalable fabric architectures.
What performance advantages does this active optical cable deliver for enterprise data centers?
This cable delivers high-speed, low-latency interconnectivity with excellent signal integrity over extended distances, making it ideal for enterprise data centers requiring reliable, high-bandwidth fabric connections for virtualization, cloud infrastructure, and mission-critical applications.
