Cisco NV-GRID-PCP-R-5Y= License: Architecture
Functional Scope and Technical Capabilities...
The Cisco DS-C48S-FAN= is a 48A front-to-back airflow fan module engineered for Catalyst 9500/9600 Series switches, designed to maintain operational integrity in hyperscale data centers. Key features include:
This module supports operation in ambient temperatures up to 45°C, critical for edge computing deployments in tropical climates.
Q: What risks does the DS-C48S-FAN= mitigate in 100G/400G switch deployments?
A: The module addresses three critical thermal failure points:
A performance comparison reveals its industrial leadership:
Metric | DS-C48S-FAN= | Industry Baseline |
---|---|---|
Airflow Capacity | 480 CFM | 320 CFM |
Redundancy Tier | N+N (6+1 fans) | N+1 |
MTBF | 2.1M hours | 1.2M hours |
Power Draw Efficiency | 0.8W/CFM | 1.5W/CFM |
The DS-C48S-FAN= synchronizes with Cisco Crosswork Network Controller for predictive maintenance, using machine learning to forecast fan failures 72 hours in advance. When paired with Catalyst 9500’s StackWise Virtual technology, it enables coordinated airflow management across chassis stacks – a requirement for AI/ML workloads generating 800W+ per rack unit.
Available at itmall.sale, the DS-C48S-FAN= is compatible with Catalyst 9600-40YC and 9500-32QC switches. Cisco’s Embedded Event Manager (EEM) policies allow automated fan speed adjustments during brownout conditions, complementing the module’s 24V DC failover support.
The DS-C48S-FAN= redefines data center cooling through algorithmic airflow steering that adapts to rack density variations in real time. While often overshadowed by flashy switching fabrics, this module’s sub-2-second failover capability and silent operation make it indispensable for enterprises deploying NVMe-oF storage or 800G ZR optics. For hyperscalers prioritizing PUE optimization, its variable-frequency drive technology delivers unmatched watts-per-rack-unit efficiency – proving thermal management remains Cisco’s unsung innovation frontier.
: Reference to redundant configuration practices in Cisco VCS deployments.
: Inspired by SMI-S telemetry integration patterns for predictive maintenance.