View Sustainability Insights for a Device
In data center networks, traffic patterns can fluctuate significantly depending on workload. However, most network devices typically draw a near-constant level of power, even during low traffic windows. Always-on components, such as control and forwarding planes, PSUs, transceivers, PHY devices, and cooling systems, contribute to this idle power draw and lead to substantial energy wastage during low utilization periods. To optimize energy usage, you need visibility at the individual device level.
The Device-Level Sustainability dashboard provides you comprehensive energy observability at the individual device level. You gain granular visibility into the device's energy consumption, how efficiently it operates under different traffic conditions, and how you can optimize power usage without impacting device performance.
Use the dashboard to monitor power usage, analyze power-to-traffic proportionality, review current and forecasted port activity, monitor thermal performance, and identify opportunities to reduce idle power draw without impacting device performance. You also receive intelligent, data-driven recommendations to guide energy optimization efforts across your data center and get to evaluate the potential energy savings achievable by applying the available recommendations.
The device-level sustainability insights are organized into four tabs:
| Tab | Top Tasks |
|---|---|
| Overview |
|
| Power Supply | Diagnose power supply efficiency, redundancy, and input-feed issues.
|
| Thermal Profile |
Proactively manage thermal performance.
|
| Recommendation |
Review energy optimization recommendations that can help optimize the device's energy consumption and improve sustainability and evaluate the potential energy savings achievable by applying these recommendations. |
Each tab provides key energy metrics, time-series trends, and actionable insights based on device telemetry.
All values displayed on the dashboard are estimations based on the telemetry streamed every 5 to 15 minutes from the device. These values are intended for monitoring and analysis purposes and may not always reflect real-time measurements.