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1700470F1 - Adtran NetVanta 1600 Dual Stacking XIM Module
- Enables high-speed switch stacking
- Connects multiple NetVanta 1600 switches
- Forms a single logical switch unit
- Enhances performance and scalability
- Simplifies network management
- Provides redundant stacking links
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Product Overview
The Adtran NetVanta 1600 Dual Stacking XIM Module enables high-speed stacking capabilities for Adtran NetVanta 1600 series switches. It allows multiple switches to be interconnected to function as a single logical unit, enhancing performance, scalability, and manageability.
Technical Information
| Module Type | Xenon Interface Module (XIM) |
| Functionality | Dual Stacking |
Additional Specifications
| Compatibility | Adtran NetVanta 1600 Series Switches |
| Stacking Speed | Up to 10 Gbps per link (typical) |
Product Description
The Adtran NetVanta 1600 Dual Stacking XIM Module is specifically designed to facilitate advanced network aggregation and management for the Adtran NetVanta 1600 series of managed switches. This module allows for the creation of high-availability, high-performance switch stacks by interconnecting multiple NetVanta 1600 switches. When stacked, these individual switches operate as a single, unified logical device, simplifying network administration, improving traffic flow, and increasing overall network resilience. This XIM module typically provides dual high-speed stacking ports, often operating at speeds such as 10 Gbps. These ports enable the formation of a robust stacking fabric, allowing for rapid data exchange between stacked switches. The dual-port design supports redundant connections, meaning that if one stacking link fails, traffic can automatically reroute through the other, ensuring continuous operation of the stack. This redundancy is crucial for mission-critical network environments where downtime is unacceptable. By enabling switch stacking, the NetVanta 1600 Dual Stacking XIM Module allows organizations to scale their network infrastructure incrementally. Instead of replacing an entire switch, administrators can simply add more switches to the stack as their port density or performance requirements grow. This approach offers a cost-effective and flexible solution for expanding network capacity while maintaining centralized control and simplified management through a single management IP address for the entire stack.
