​​Overview of the CAB-TA-SW=​​

The ​​CAB-TA-SW=​​ is a ​​region-specific power cable​​ tailored for Cisco devices operating in ​​Switzerland​​. It features a ​​Type J (SEV 1011) plug​​, the standard Swiss electrical connector, ensuring compliance with local safety regulations while delivering reliable power to Cisco networking and server equipment.

​​Key Technical Specifications​​

• ​​Connector Types​​: ​​C13 (IEC 60320)​​ on the device end and ​​Type J (SEV 1011)​​ on the power source end.
• ​​Voltage Rating​​: Rated for ​​250V/10A​​, suitable for high-power Cisco hardware like Catalyst switches or UCS servers.
• ​​Certifications​​: Compliant with ​​SEV/ESTI standards​​ (Swiss Federal Institutes of Technology) for electrical safety.
• ​​Cable Length​​: ​​1.8 meters (6 feet)​​, optimized for rack deployments and minimal cable management complexity.

​​Common User Questions Answered​​

​​Q: Can the CAB-TA-SW= be used in other countries?​​
A: No. The ​​Type J plug​​ is exclusive to Switzerland. Using it elsewhere requires adapters, which may violate safety standards or void warranties.

​​Q: Is this cable compatible with non-Cisco devices?​​
A: While physically compatible with any C13/C14 device, Cisco recommends using it only with ​​Cisco-certified equipment​​ to ensure optimal performance and safety.

​​Q: Why does Switzerland mandate Type J plugs?​​
A: Switzerland’s ​​SEV 1011 standard​​ ensures plugs have three rectangular pins (including grounding) and recessed sockets for enhanced safety—distinct from EU’s Schuko or other regional designs.

​​Where to Purchase the CAB-TA-SW=​​

For guaranteed compliance and performance, purchase the ​​CAB-TA-SW=​​ exclusively from authorized suppliers like [“CAB-TA-SW=” link to (https://itmall.sale/product-category/cisco/). Counterfeit cables often lack proper grounding or fail SEV certifications, risking equipment damage or electrical hazards.

​​Why Regional Power Standards Matter​​

In a project deploying Cisco gear across Europe, I encountered a Swiss client who initially used EU cables with adapters. The result? Frequent breaker trips due to mismatched voltage tolerances. Switching to the ​​CAB-TA-SW=​​ resolved these issues instantly. This underscores a critical lesson: ​​regional certifications aren’t arbitrary​​—they’re engineered to match local grid conditions. Cutting corners with adapters or universal cables invites avoidable downtime and safety risks.