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Dell 0Y9C52 Force10 S60 2 x Ports Stacking Switch Module
- Enables stacking of Dell Force10 S60 switches.
- Provides two stacking ports for high-speed interconnection.
- Forms a single logical switch from multiple physical switches.
- Simplifies network management and configuration.
- Increases overall port density and bandwidth.
- Enhances network redundancy and fault tolerance.
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Product Overview
The Dell 0Y9C52 Force10 S60 2x Ports Stacking Switch Module allows for the interconnection of multiple Dell S60 switches to create a larger, unified switching fabric. This enhances port density, simplifies management, and improves network resilience.
Technical Information
| Product Type | Stacking Switch Module |
| Ports | 2 x Stacking Ports |
Additional Specifications
| Compatibility | Dell Force10 S60 Switches |
Product Description
The Dell 0Y9C52 is a dedicated stacking module designed for the Dell Force10 S60 series of network switches. Its primary function is to enable the creation of a stacked switch architecture, where multiple S60 switches can be interconnected and managed as a single, cohesive logical unit. This approach is crucial for expanding network capacity and simplifying management in environments that require high port density and robust connectivity. Featuring two high-speed stacking ports, the 0Y9C52 module facilitates a resilient and high-bandwidth connection between switches. This allows for efficient traffic flow within the stack, ensuring that data can be rapidly exchanged between member switches. The stacking technology consolidates multiple physical switches into a single logical entity, presenting a unified management interface. This significantly reduces the complexity of network administration, as administrators can configure, monitor, and troubleshoot the entire stack from a single IP address. Beyond simplified management, stacking also enhances network performance and reliability. By creating a single logical switch, the Dell 0Y9C52 module enables features like distributed port assignment and improved fault tolerance. If one switch in the stack fails, traffic can be automatically rerouted through the remaining switches, minimizing downtime and ensuring continuous network operation. This makes the stacking module an essential component for growing businesses and data centers that require scalable and dependable network infrastructure.
