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Dell DR031 PowerConnect M6220 1Gb/s 20x 1000BT Ethernet Layer 3 Switch
- 20 x 1000BT Ethernet ports
- 1Gb/s speed
- Layer 3 switching capabilities
- PowerConnect M6220 model
- Designed for PowerEdge M1000e chassis
- High-performance blade switch
Free U.S. Ground Shipping
Typically 1-2 handling + 3-7 transit days
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For government, enterprise, data center, and small business customers.
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Volume pricing and availability
Product Overview
The Dell DR031 is a PowerConnect M6220 switch, a 1Gb/s Layer 3 Ethernet switch with 20 x 1000BT Ethernet ports. It is designed for high-performance networking within Dell's PowerEdge M1000e blade server enclosure.
Technical Information
| Port Count | 20 |
| Interface | 1Gb Ethernet (1000BT) |
| Switching Layer | Layer 3 |
Additional Specifications
| Model | PowerConnect M6220 |
| Chassis Compatibility | PowerEdge M1000e |
| Form Factor | Blade Module |
Product Description
The Dell DR031 is a PowerConnect M6220 switch module, specifically designed to provide high-speed, Layer 3 Ethernet switching within the Dell PowerEdge M1000e blade server enclosure. It features 20 x 1000BT Ethernet ports, delivering 1Gb/s connectivity to the blade servers installed in the chassis. This module is engineered for performance and efficiency in dense, converged infrastructure environments. As a Layer 3 switch, the M6220 offers advanced routing capabilities, allowing for sophisticated network segmentation and traffic management within the blade enclosure and beyond. This enables administrators to create more efficient network designs, optimize traffic flow, and enhance security by isolating different network segments. Its integration within the M1000e chassis simplifies cabling and management for blade server deployments. The PowerConnect M6220 is a critical component for data centers utilizing the M1000e platform that require robust and scalable Ethernet connectivity for their blade servers. It supports high-performance networking requirements for applications, virtualization, and storage access, ensuring that the blade servers have the necessary bandwidth and low latency for optimal operation. Its design focuses on reliability and ease of management within the blade ecosystem.
