Cluster Type | Description | Use Cases | Reference |
Standard cluster | It is the default cluster type and is fully compatible with the standard features of open-source Kubernetes clusters. It enhances node management, cluster network, and container scheduling capabilities. In a single cluster, super nodes, native nodes, general CVM nodes, and IDC nodes can be added and managed at the same time, which means they can be combined for different business scenarios to maximize the computing resource utilization. | It is applicable to all scenarios and is fully compatible with the standard capabilities of open-source Kubernetes clusters. It also supports super nodes, native nodes, registered nodes, and CVM general nodes. It supports resource visualization and optimization analysis, enabling easy improvement of resource utilization. Standard K8s clusters support super nodes and native nodes. | |
Serverless cluster | It allows you to add and use super nodes, and no cluster management fees will be incurred. You can quickly configure high-spec super nodes to deploy massive security sandbox containers. You can elastically use near-infinite container resources and only need to pay for actual running Pod resources. This easily sustains highly stable online businesses and batch computing businesses, safeguarding stability while slashing costs. | It is suitable for highly stable and secure resident businesses and temporary computing tasks. Security sandbox containers and business containers are strictly isolated, without mutual interference. Tens of thousands of Pods can be started in seconds and will be billed by actual duration. Security sandbox containers can be started very quickly with super nodes. | Tencent Kubernetes Engine for Serverless has been upgraded to the TKE standard cluster + super nodes mode. For details, see Creating a Super Node. |
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