Release Notes
Parameter | Metric | Description | Unit | Dimension | Statistical Period |
CPUUsage | CPU utilization | Percentage of CPU used in real time during machine operation | % | InstanceId | 10s, 60s, 300s,
3600s, 86400s |
CpuLoadavg | 1-minute CPU load | Average number of tasks that are using and waiting to use the CPU in one minute (this metric is unavailable on Windows) | - | InstanceId | 10s, 60s, 300s,
3600s, 86400s |
Cpuloadavg5m | 5-minute CPU load | Average number of tasks that are using and waiting to use the CPU in five minutes (this metric is unavailable on Windows) | - | InstanceId | 60s, 300s,
3600s |
Cpuloadavg15m | 15-minute CPU load | Average number of tasks that are using and waiting to use the CPU in 15 minutes (this metric is unavailable on Windows) | - | InstanceId | 60s, 300s,
3600s |
BaseCpuUsage | Basic CPU utilization | The basic CPU utilization is collected and reported through the host, and the data can be viewed without the installation of the monitoring component. The data can still be continuously collected and reported even when the load of the CVM is high | % | InstanceId | 10s, 60s, 300s,
3600s, 86400s |
Parameter | Metric | Description | Unit | Dimension | Statistical Period |
GpuMemTotal | Total GPU memory | Total GPU memory | MB | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuMemUsage | GPU memory utilization | GPU memory utilization | % | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuMemUsed | GPU memory usage | Evaluates the GPU memory used by the load | MB | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuPowDraw | GPU power usage | GPU power usage | W | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuPowLimit | Total GPU power consumption | Total GPU power consumption | W | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuPowUsage | GPU power utilization | GPU power utilization | % | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuTemp | GPU temperature | Evaluates the GPU heat dissipation status | °C | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
GpuUtil | GPU utilization | Evaluates the computing power consumed by the load, which is the percentage of non-idle state | % | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
Parameter | Metric | Description | Unit | Dimension | Statistical Period |
LanOuttraffic | Private outbound bandwidth | Average outbound traffic of the private ENI per second | Mbps | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
LanIntraffic | Private inbound bandwidth | Average inbound traffic of the private ENI per second | Mbps | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
LanOutpkg | Private outbound packets | Average number of outbound packets of the private ENI per second | Count/s | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
LanInpkg | Private inbound packets | Average number of inbound packets of the private ENI per second | Count/s | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
WanOuttraffic | Public outbound bandwidth | Average outbound traffic rate over the public network per second. The value at the minimum granularity is calculated by 10-second total traffic/10 seconds. This value is the sum of public network outbound/inbound bandwidth of EIP, CLB, and CVM | Mbps | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
WanIntraffic | Public inbound bandwidth | Average inbound traffic rate over the public network per second. The value at the minimum granularity is 10-second total traffic divided by 10 seconds. This value is the sum of public network outbound/inbound bandwidth of EIP, CLB, and CVM | Mbps | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
WanOutpkg | Public outbound packets | Average number of outbound packets of the public ENI per second | Count/s | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
WanInpkg | Public inbound packets | Average number of inbound packets of the public ENI per second | Count/s | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
AccOuttraffic | Public outbound traffic | Average outbound traffic of the public ENI per second | MB | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
TcpCurrEstab | TCP connections | Number of TCP connections in ESTABLISHED status | - | InstanceId | 10s, 60s, 300s,
3600s, 86400s |
TimeOffset | Difference between server UTC time and NTP time | Difference between server UTC time and NTP time | s | InstanceId | 60s, 300s,
3600s |
Parameter | Metric | Description | Unit | Dimension | Statistical Period |
MemUsed | Memory usage | The amount of memory used by the user, excluding caches and buffers, which is total memory minus available memory (including buffers and caches) | MB | InstanceId | 10s, 60s, 300s, 3600s, 86400s |
MemUsage | Memory utilization | Ratio of the used memory (excluding caches, buffers, and the remaining memory) to the total memory | % | InstanceId | 10s, 60s, 300s,
3600s, 86400s |
Parameter | Metric | Description | Unit | Dimension | Statistical Period |
CvmDiskUsage | Disk utilization | Percentage of the used capacity of all disks to the total capacity (maximum value among all disks) | % | InstanceId | 60s, 300s |
DiskUsage | Disk utilization | Disk utilization | % | InstanceId | 60s, 300s, 3600s, 86400s |
period) may vary by metric. You can call the DescribeBaseMetrics API to obtain the period supported by each metric.Parameter | Dimension | Description | Format |
Instances.N.Dimensions.0.Name | InstanceId | Dimension name of the CVM instance ID | Enter a string-type dimension name, such as InstanceId |
Instances.N.Dimensions.0.Value | InstanceId | Specific CVM instance ID | Enter a specific instance ID, such as ins-mm8bs222 |
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