Cornelis Networks Omni-Path Direct Attach Copper Cable
The Cornelis Networks 100FEVL0500 Omni-Path Direct Attach Copper cable delivers high-performance intra-rack connectivity for demanding HPC environments. This short-reach DAC solution provides cost-effective connections up to 3 meters between hosts and local edge switches with near-zero power consumption and minimal latency. Engineered for data centers and high-performance computing clusters, this Omni-Path cable eliminates the complexity and expense of traditional fiber optics while maintaining exceptional signal integrity and reliability within your rack infrastructure.
Key Features
- Direct Attach Copper (DAC) technology for low-cost intra-rack connectivity
- Supports high-performance computing environments with minimal latency
- Up to 3-meter reach for flexible host-to-switch configurations
- Near-zero power consumption for energy-efficient data center operations
- Omni-Path architecture for seamless integration with compatible infrastructure
- Reliable short-reach connections eliminating fiber optic complexity
- Optimized for dense rack deployments and edge switch connectivity
Technical Specifications
| Specification |
Details |
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVL0500 |
| Cable Type |
Direct Attach Copper (DAC) |
| Technology |
Omni-Path |
| Maximum Length |
3 meters |
| Power Consumption |
Near-zero |
| Latency |
Minimal |
| Application |
Intra-rack host-to-switch connectivity |
| Environment |
High-performance computing (HPC) data centers |
Frequently Asked Questions
What is a Direct Attach Copper cable used for?
Direct Attach Copper cables provide cost-effective, short-reach connectivity between servers and switches within a single rack. The Cornelis Networks Omni-Path DAC eliminates the need for expensive transceivers and fiber optics for intra-rack connections, making it ideal for high-performance computing environments where latency and power efficiency matter.
How does this Omni-Path cable improve data center efficiency?
This Omni-Path cable operates with near-zero power consumption compared to active optical solutions, reducing overall data center energy costs. Its minimal latency ensures fast communication between hosts and edge switches, critical for HPC workloads and real-time applications.
What are the connectivity range limitations?
The Cornelis Networks Direct Attach Copper cable supports connections up to 3 meters, making it perfect for intra-rack deployments. For longer distances, fiber-based solutions are recommended.
Is this cable compatible with standard Omni-Path infrastructure?
Yes, this Cornelis Networks Omni-Path cable integrates seamlessly with compatible Omni-Path host channel adapters and edge switches, providing reliable connectivity for your high-performance computing cluster.
