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Product Overview |
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The Dell 470-AAVN QSFP 40GB 1M stack cable is a high-speed connection solution that links compatible Dell switches in a stack configuration. It’s designed to facilitate fast data transfer and reliable communication between devices in data centers or enterprise networks, fitting naturally into setups that require robust switch stacking. |
General Information |
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| Brand | Dell |
| Part Number | 470-AAVN |
Technical Information |
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| Data Rate | 40 Gbps |
| Cable Length | 1 m |
| Compatibility | QSFP+ ports, 40GbE Dell switches |
| Stacking Bandwidth | 40 Gbps |
Connectivity |
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| Connector Type | QSFP+ to QSFP+ |
Physical Characteristics |
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| Weight | 5.00 |
| Condition | Refurbished |
Product Description |
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This Dell 470-AAVN QSFP 40GB 1M stack cable is built to connect network switches and devices efficiently, ensuring high-speed data communication. It’s commonly used in data centers and enterprise environments where fast and reliable switch stacking is essential. Typically found in setups that require consolidating multiple switches, this cable supports network administrators and IT teams aiming to increase bandwidth and simplify network management. Its 1-meter length offers a practical balance between reach and cable management. Key Features
This stack cable is typically deployed in densely packed network racks where multiple switches need to operate as a single unit. It plays a key role in maintaining smooth data flow and reducing downtime by providing stable connections between hardware components. |
Use Cases |
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The Dell 470-AAVN QSFP 40GbE 1m stacking cable is primarily utilized in enterprise and data center environments where multiple Dell switches require high-speed interconnectivity. It is especially beneficial for network administrators managing scalable switch stacks to optimize throughput and reduce latency in complex network topologies. How It's Used:
This stacking cable helps maintain operational efficiency by enabling seamless switch integration, reducing points of failure, and supporting high-throughput applications. Its role in scalable switch architectures supports evolving network demands without compromising performance. |