QSFP-40G-CSR4= 40G Short Reach Transceiver Te
The QSFP-40G-CSR4= is a 40 Gigabit Ethernet...
The CP-8821-SILCASE= is a Side Impact-Resistant Chassis Reinforcement Kit designed for Cisco ASR 8800 Series Aggregation Services Routers. This accessory enhances the physical durability of ASR 8800 chassis (e.g., ASR-8806, ASR-8812) in environments prone to mechanical stress, such as industrial sites or mobile telecom deployments.
1. Enhanced Physical Protection
The kit shields critical components (e.g., power supplies, line cards) from side impacts, dust, and accidental collisions—common risks in factory floors or edge network cabinets.
2. Vibration Dampening
Integrated isolators reduce vibration transfer from nearby machinery, minimizing hardware wear and prolonging component lifespan.
3. Thermal Management Compatibility
Designed to align with the chassis’ existing airflow paths, the SILCASE= kit avoids obstructing cooling systems, ensuring optimal thermal performance.
Q: Does this kit interfere with module replacement or upgrades?
No. The tool-less design allows full access to hot-swappable modules without removing the reinforcement panels.
Q: Is it compatible with third-party rack enclosures?
Yes, provided the rack meets Cisco’s depth and mounting specifications (e.g., 19” EIA-310-D compliant).
For guaranteed fit and durability, purchase the CP-8821-SILCASE= via itmall.sale’s Cisco inventory. Non-certified alternatives may lack proper material strength or alignment tolerances.
The CP-8821-SILCASE= is a niche but vital addition for ASR 8800 deployments in harsh environments. While unnecessary for climate-controlled data centers, it’s indispensable in settings like oil rigs or transportation hubs where equipment faces constant physical hazards. However, its value diminishes if installed incorrectly—ensure certified technicians handle mounting to avoid misalignment that could impede airflow or maintenance access. For enterprises prioritizing both performance and hardware longevity in challenging conditions, this kit bridges the gap between enterprise-grade routing and industrial-grade resilience.