Cisco STACK-T2-3M= StackWise 3 Meter (10 ft) Stacking Cable
Model Name : Cisco STACK-T2-3M=
Brand : Cisco
Key Features
- High-Speed Switch Stacking: Enables fast, seamless data transfer across your Cisco switch stack.
- 3-Meter (10 ft) Length: Perfect for flexible rack setups and multi-switch configurations.
- StackWise-2 Compatible: Designed for advanced stacking architectures.
- Built for Reliability: Cisco-grade construction ensures durability and long-term performance.
- Low-Latency Connectivity: Supports high-bandwidth environments with minimal delay.
- Plug-and-Play Installation: Easy setup with secure connector locking.
30 Days Warranty
Condition : Refurbished
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- Description
- Specification
- Reviews
Cisco STACK-T2-3M= StackWise Stacking Cable (10 ft / 3 meters) is engineered to deliver exceptional data throughput and dependable stacking performance for Cisco’s StackWise-compatible switches.
This high-quality cable connects multiple switches into a single, unified stack, allowing your network to act as one powerful switching unit.
Ideal for enterprise networks, data centers, and high-density IT environments, the cable ensures ultra-low latency, reliable failover, and simplified switch management.
With a length of 3 meters (10 feet), it offers flexibility in rack installations and ensures smooth cable routing across various mounting positions.
FAQ For Cisco STACK-T2-3M=
Q1: What is the length of the STACK-T2-3M=?
The cable is 3 meters long, equivalent to approximately 10 feet.
Q2: Which switches support this stacking cable?
The STACK-T2-3M= is compatible with Cisco switches that use StackWise, StackWise-160, or StackWise-480 technologies.
Q3: What is the purpose of a StackWise cable?
It interconnects multiple switches into one unified stack for simplified management and improved redundancy.
Q4: Is this cable suitable for data centers?
Yes. Its durable design and high performance make it ideal for enterprise and data center environments.
Q5: Does the cable support high-bandwidth backplane speeds?
Absolutely. It is designed to support high-throughput switching fabrics with very low latency.
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