Cisco CAB-STACK-1M StackWise Stacking Cable – 1 Meter
Model Name : Cisco CAB-STACK-1M
Brand : Cisco
Key Features
- 1 Meter (1M) length for flexible rack-to-rack or rack-level stacking
- Supports Cisco StackWise technology for unified switch operations
- High-speed data transmission ensures smooth communication between switches
- Refurbished and fully tested for reliable performance
- Enhances network scalability by allowing multiple switches to stack as one
- Improves redundancy and failover for mission-critical environments
- Durable construction suitable for enterprise and data center use
- Compatible with various Cisco Catalyst switch series
30 Days Warranty
Condition : Refurbished
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- Description
- Specification
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Cisco CAB-STACK-1M StackWise 1 Meter Stacking Cable is designed to connect and unify multiple Cisco Catalyst switches using StackWise technology.
This allows your switches to operate as one cohesive system, simplifying management and enhancing network throughput.
With its 1-meter length, the cable offers flexibility for various rack configurations—ideal for setups where switches are placed further apart.
Each refurbished cable undergoes rigorous testing to ensure it meets Cisco's performance standards, providing a cost-effective, enterprise-grade stacking solution.
Built to deliver high-speed data transfer, improved redundancy, and seamless scalability, this cable is perfect for enterprise, data center, and high-demand network environments.
FAQ For Cisco CAB-STACK-1M
1. What is the Cisco CAB-STACK-1M cable used for?
It connects Cisco Catalyst switches to form a StackWise cluster, enabling unified management and increased bandwidth.
2. Is the refurbished version dependable?
Yes. Each cable is fully inspected, tested, and certified for enterprise-level performance.
3. What switches are compatible with this cable?
It supports Cisco Catalyst switches that use StackWise technology. Compatibility varies by model.
4. Why choose a 1-meter cable?
It offers more installation flexibility compared to shorter options, especially when switches are not adjacent.
5. Does stacking improve network performance?
Stacking boosts switch fabric bandwidth, enhances redundancy, and simplifies network operations.
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