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HP J9577-60001 4-Ports 128GB Tl Stacking Module for E3800 Switch
- 4 x Stacking Ports
- 128 Gbps Stacking Bandwidth
- For HP E3800 Switch Series
- Enables Virtual Chassis Technology
- Simplifies network management
- Increases network resilience and performance
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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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Product Overview
The HP J9577-60001 is a 4-Port 128Gbps Stacking Module specifically designed for the HP E3800 Switch series. It enables the creation of a single, high-performance virtual switch from multiple physical switches.
Technical Information
| Product Type | Stacking Module |
| Brand | HP |
| Ports | 4 x Stacking Ports |
Additional Specifications
| Stacking Bandwidth | 128 Gbps |
| Compatibility | HP E3800 Switch Series |
| Model | J9577-60001 |
Product Description
The HP J9577-60001 is a high-capacity stacking module engineered to enhance the capabilities of the HP E3800 Switch series. This module allows for the aggregation of multiple E3800 switches into a single logical unit, known as a virtual chassis. This significantly simplifies network management by allowing administrators to configure, monitor, and troubleshoot the entire stack as one entity. With four dedicated stacking ports and a total stacking bandwidth of 128 Gbps, this module provides a robust and high-performance interconnect between switches. This high bandwidth ensures that traffic flows efficiently between stacked units, preventing bottlenecks and maintaining optimal network performance, even under heavy load. The stacking technology also enhances network resilience; if one switch in the stack fails, the others can continue to operate, minimizing downtime. Installation of the J9577-60001 module allows businesses to scale their network infrastructure easily by adding more switches to the stack as their needs grow. It is an ideal solution for enterprise environments that require high availability, simplified management, and the flexibility to expand their network capacity without complex reconfigurations.
