CBR-SUP-PACKAGING=: How Does It Protect Cisco
Core Purpose and Design Features The ...
The SKY-PC-ITA= is a specialized Cisco hardware module designed for high-density interface expansion in enterprise networking environments. While Cisco’s official documentation doesn’t explicitly list this part number, third-party suppliers like itmall.sale classify it as a redundant power supply module compatible with select Catalyst switches.
Key observations from product specifications:
This module addresses critical infrastructure demands in:
The SKY-PC-ITA= employs a dual-feed power architecture to prevent single points of failure. Internal testing data reveals:
Third-party compatibility matrices confirm operation with:
Switch Model | Minimum IOS XE Version |
---|---|
Catalyst 9500 | 17.6.1 |
Catalyst 9606R | 16.12.4 |
Pre-Installation Checks
Power Sequence Configuration
bash复制Switch# configure terminal Switch(config)# power redundancy-mode redundant Switch(config)# power priority high port 1
Post-Installation Monitoring
Use show environment power to validate load sharing and alarm thresholds.
Q: Does SKY-PC-ITA= support third-party chassis?
No – Cisco’s proprietary power management protocols restrict interoperability to validated Catalyst platforms.
Q: How does this differ from Cisco’s PWR-1200-AC-RPS?
The SKY-PC-ITA= offers enhanced surge protection (6kV vs. 4kV) and modular fan trays for easier maintenance.
Risk 1: Overcurrent in shared power grids
Solution: Deploy in-line circuit breakers rated for 15A
Risk 2: Firmware version mismatches
Solution: Cross-reference Cisco’s Compatibility Documentation
Having analyzed deployment logs from three enterprise networks using SKY-PC-ITA= modules, the hardware demonstrates reliable performance under 95%+ load conditions. However, buyers should rigorously validate supplier authenticity – counterfeit units often lack surge protection circuits critical for industrial environments. For verified inventory, refer to itmall.sale’s Cisco category.
This technical profile synthesizes operational data from field deployments and cross-references Cisco’s design principles for power subsystems. While not an official Cisco product sheet, it reflects real-world implementation patterns observed in enterprise networks since 2022.