Cornelis Networks 100FEVP0300 20.0M Omni-Path Cable
The Cornelis Omni-Path Direct Attach Copper cable delivers reliable, cost-effective intra-rack connectivity for high-performance data center environments. Engineered by Cornelis Networks, this 20-meter cable connects Omni-Path Express devices with near-zero latency and minimal power consumption, making it the ideal solution for dense server deployments and edge switch interconnections. Whether you're building a scalable data center infrastructure or upgrading existing Omni-Path systems, this DAC cable provides enterprise-grade performance at a fraction of the cost of optical alternatives.
Key Features
- Direct Attach Copper (DAC) technology for low-cost connectivity
- 20-meter cable length optimized for intra-rack and local edge switch connections
- Omni-Path Express compatible for seamless data center integration
- Near-zero latency performance for high-speed data transfers
- Minimal power consumption for energy-efficient operations
- Reliable connectivity between hosts and switches in enterprise environments
- Cost-effective alternative to optical cabling solutions
Technical Specifications
| Specification |
Details |
| Manufacturer |
Cornelis Networks |
| Part Number |
100FEVP0300 |
| Cable Type |
Direct Attach Copper (DAC) |
| Interface |
Omni-Path Express |
| Cable Length |
20.0 meters |
| Application |
Intra-rack and edge switch connectivity |
| Power Consumption |
Near zero |
| Latency |
Minimal |
| Use Case |
Data center connectivity |
Frequently Asked Questions
What is a Direct Attach Copper cable used for?
Direct Attach Copper cables are used for short-distance, high-speed connectivity between servers and switches within data centers. The Cornelis Omni-Path cable provides cost-effective intra-rack connectivity with minimal latency, making it ideal for dense server environments where optical cabling would be unnecessarily expensive.
Is this cable compatible with Omni-Path Express devices?
Yes, the Cornelis Networks 100FEVP0300 is specifically designed for Omni-Path Express connectivity. It delivers reliable performance for host-to-switch and switch-to-switch connections in enterprise data center deployments.
What are the advantages of DAC cables over optical alternatives?
DAC cables offer significant cost savings, lower power consumption, and simpler deployment compared to optical solutions. The Cornelis Omni-Path cable maintains near-zero latency while eliminating the need for transceivers, making it an economical choice for intra-rack data center connectivity.
What is the maximum distance for this 20-meter Omni-Path cable?
The 20-meter length is optimized for intra-rack connectivity and local edge switch connections within data center environments. This distance supports reliable, low-latency performance for typical server-to-switch deployments without signal degradation.
