The Cisco Refresh STACK-T1-1M is a genuine Cisco 1-meter StackWise data stacking cable designed to interconnect compatible Cisco Catalyst switches as one logical system.
On supported Catalyst 3850 deployments, StackWise-480 provides high-bandwidth switch-to-switch communication, unified management, expanded port density, and stack resiliency.
STACK-T1-1M is documented for Cisco StackWise-480 platforms, including Catalyst 3850 configurations. It is not interchangeable with every Cisco stack-cable family. Verify the exact switch model and stack-port type before purchase.
| Requirement | Benefit |
|---|---|
| Unified Management | Manage multiple compatible switches as one logical device |
| High Stack Bandwidth | Supports StackWise-480 architecture on compatible systems |
| Practical Length | One-meter cable provides flexible rack positioning |
| Genuine Cisco Accessory | OEM Refresh cable rather than a generic substitute |
Catalyst 3850 Switch 1
│
│ STACK-T1-1M
│ 1m StackWise Cable
│
Catalyst 3850 Switch 2
├── Unified Management
├── Expanded Port Density
└── Resilient Stack Topology| Manufacturer | Cisco |
| Model | STACK-T1-1M |
| Product Type | Data Stacking Cable |
| Length | 1 Meter |
| Stacking Family | Cisco StackWise-480 |
| Primary Documented Platform | Cisco Catalyst 3850 Series |
| Cable Role | Switch-to-Switch Stack Data Connection |
| Condition | Cisco Refresh / OEMREF |
It carries stack data between compatible Cisco switches so they can operate as a logical stack.
The cable length is 1 meter.
No. It is a dedicated Cisco stacking cable and does not connect to standard Ethernet ports.
Yes, Cisco lists STACK-T1-1M as a StackWise-480 cable for Catalyst 3850 deployments.
No. Cisco uses different stack-cable families. Verify your exact model before purchase.
It identifies genuine Cisco Refresh hardware certified through Cisco's official program.
The Cisco Refresh STACK-T1-1M delivers a genuine one-meter StackWise data connection for compatible Catalyst deployments requiring unified management, increased port density, and resilient stack operation.