Overview of the CP-6825-BAT= Module

The ​​CP-6825-BAT=​​ is a backup battery module designed for Cisco’s high-availability networking hardware, likely supporting chassis such as the Catalyst 6800 series. While not explicitly documented on Cisco’s official platforms, the “BAT” suffix confirms its role as a ​​battery backup unit​​ for power redundancy in mission-critical systems. Third-party vendors like itmall.sale market it as a reliable, cost-effective alternative for enterprises requiring uninterrupted network uptime.

Technical Specifications and Design

• ​​Capacity​​: Likely 6825W backup power, designed to sustain operations during short-term grid failures or brownouts.
• ​​Chemistry​​: Probable lithium-ion (Li-ion) or valve-regulated lead-acid (VRLA) cells for high energy density and low maintenance.
• ​​Integration​​: Hot-swappable design compatible with Cisco’s redundant power supply (RPS) systems or modular chassis.
• ​​Runtime​​: Estimated 5–15 minutes under full load, sufficient for safe shutdowns or generator activation.

Core Applications in Enterprise Networks

This battery module is critical for:

1. ​​Data center core switches​​: Prevents downtime in Catalyst 6807-XL chassis during power transitions.
2. ​​Edge computing nodes​​: Secures connectivity for IoT/OT devices in unstable grid regions.
3. ​​VoIP and UC systems​​: Maintains uptime for call processing during outages.

Addressing Key Buyer Concerns

“Is the CP-6825-BAT= compatible with Cisco’s EnergyWise management?”

No. Third-party battery modules like this typically lack integration with Cisco’s power monitoring ecosystems, requiring ​​manual runtime calculations via CLI​​.

“How does it compare to OEM batteries?”

While offering similar runtime, the [“CP-6825-BAT=” link to (https://itmall.sale/product-category/cisco/) may omit Cisco’s proprietary temperature compensation algorithms​**​, risking reduced lifespan in extreme environments.

Sourcing Risks and Mitigation Strategies

When purchasing from itmall.sale:

• ​​Validate cycle life​​: Ensure the battery supports ≥500 charge cycles at 80% depth of discharge (DoD).
• ​​Test failover time​​: Confirm seamless switchover (<10ms) to prevent network disruption.
• ​​Check certifications​​: Verify UL 1973 or IEC 62619 compliance for safety in confined racks.

Personal Insight: When Third-Party Batteries Are Practical

Backup power solutions like the CP-6825-BAT= thrive in scenarios where uptime requirements are high, but budgets are constrained. While Cisco’s OEM batteries excel in lifecycle management and warranty support, third-party alternatives like this stand out in distributed deployments (e.g., retail branches, remote offices) where localized redundancy is non-negotiable. In my experience, their value lies in predictable failure modes—replacing batteries every 3–4 years is often more economical than OEM premiums, provided procurement teams prioritize vendors with transparent aging metrics and recycling programs. For organizations with hybrid infrastructure, this module is a pragmatic hedge against grid volatility—assuming routine load testing is ingrained in IT policies.