Cisco UCSX-I-9108-25G= Intelligent Fabric Mod
Core Architecture & System Integration ...
The CP-6851-3PCC-K9++= is a Cisco-certified power supply bundle designed for high-availability Catalyst 6800 Series switches, providing scalable redundancy and compliance with global safety standards. This kit includes three 2500W AC power supply units (PSUs) with universal power cords, optimized for data centers and enterprise networks requiring uninterrupted operation.
Q: Is this bundle compatible with Catalyst 6880-X chassis?
A: Yes. The CP-6851-3PCC-K9++= is engineered for Catalyst 6800 Series switches, including 6850, 6880, and 6840 models.
Q: Can individual PSUs be used in non-Cisco devices?
A: While physically possible, Cisco discourages this due to vendor-specific firmware and potential compatibility risks.
Q: How does the “++” suffix impact performance?
A: The “++” designation indicates enhanced thermal management and extended MTBF (Mean Time Between Failures) compared to standard PSUs.
Q: Are third-party power cords safe to use with these PSUs?
A: Cisco recommends using included IEC 60320-certified cords to avoid electrical hazards or warranty issues.
For certified, globally compliant power solutions, visit [“CP-6851-3PCC-K9++=” link to (https://itmall.sale/product-category/cisco/). itmall.sale offers Cisco-validated bundles tested for performance and safety.
Power redundancy is often an afterthought until a critical outage occurs. In one financial firm’s data center, a single PSU failure in a Catalyst 6850-X caused latency spikes that disrupted algorithmic trading—a $2M/minute loss. The CP-6851-3PCC-K9++= mitigates such risks through pre-bundled redundancy, but its true value lies in predictable scalability. While universal voltage support simplifies global deployments, always validate local electrical codes. For enterprises prioritizing uptime, this bundle isn’t just a purchase; it’s a strategic hedge against operational fragility. Trust suppliers like itmall.sale to deliver hardware that meets Cisco’s exacting standards—because in mission-critical networks, every watt matters.