System Dashboard
Monitor the health and performance of your SBC systems with the System Dashboard. Explore load, memory, CPU, SIP transactions, and system events in detail using the tabs below.
- Load (Short-Term)
- Load (Mid-Term)
- Load (Long-Term)
- Memory Free
- Memory Used
- Memory Cached
- Memory Buffered
- UAS SIP Transactions
- UAC SIP Transactions
- CPU User
- CPU System
- CPU Idle
- System Events
Displays the system load average over a short period, indicating recent spikes in activity.
High short-term load may signal sudden bursts in demand or resource contention.
Shows the load average over a medium timeframe, helping you spot ongoing trends.
Use this to identify sustained increases in system usage.
Visualizes the load average over a long period, useful for capacity planning.
Persistent high long-term load may require scaling or optimization.
Shows the amount of free memory available, important for system stability.
Low free memory can lead to swapping and degraded performance.
Displays the total memory currently in use by the system.
Track memory usage to prevent out-of-memory errors.
Indicates memory used for caching, which can improve performance.
Cached memory is available for applications if needed.
Shows memory reserved for buffers, aiding in efficient data handling.
Buffer memory helps optimize disk and network operations.
Tracks SIP transactions where the SBC acts as a User Agent Server (UAS).
Monitor for transaction spikes that may indicate signaling issues.
Tracks SIP transactions where the SBC acts as a User Agent Client (UAC).
Compare UAS and UAC transactions to detect signaling imbalances.
Shows the percentage of CPU time spent on user processes.
High user CPU may indicate heavy application processing.
Displays the percentage of CPU time used by system/kernel processes.
Monitor for increases that may signal system-level issues.
Indicates the percentage of time the CPU is idle, reflecting available capacity.
Low idle time may mean the system is under heavy load.
Lists important system events, such as reboots, errors, or configuration changes.
Regularly review system events to maintain reliability and security.