Deka GPU Documentations
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  • Deka GPU
    • Deka GPU: Kubernetes
      • Introduction
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        • Check Status Kubernetes
        • Download Kube Config
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          • Create New Pod
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          • How to Create a New Pod use CLI
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          • Create New Deployment
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          • How to Create a New Persistent Volume Claim use CLI
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      • Operating System
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      • How to Create a Virtual Machine on Service Portal
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        • Download Kube Config
        • Running Kube Config
        • Configuration file dv.yaml
        • Configuration file vm.yaml
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      • Feature Overview of Virtual Machine
        • Detail a Virtual Machine
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        • How to Access Console
        • Show YAML File
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    • Deka GPU: Registry
      • Create Registry
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    • Deka GPU: Security
      • Deka Guard
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        • Create Guard to Allow Ingress with port
        • Create Guard to Allow Ingress with IP/CIDR
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        • Create Guard to Allow Egress
        • Create guard to Allow Egress with Port
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    • Deka GPU: Service
      • Ingress
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      • Basic Autoscaling
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    • Deka GPU: MLOps
      • Introduction
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      • Experiments (AutoML)
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  • Deka LLM
    • Introduction
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      • Overview Tab
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    • API Deka LLM
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    • How to Create Simple Prompt with Deka LLM
      • Create Deka LLM
      • Get URL API Deka LLM
      • Get Secret Key
      • Access API Deka LLM using Postman
      • Get Model
      • Post Chat Completions
  • Deka Notebook
    • Introduction
    • Namespace Type
    • Create a New Notebook
    • Detail Deka Notebook
      • Configuration Deka Notebook
      • Start Deka Notebook Service
      • Stop Deka Notebook Service
      • Get Token
      • Login Deka Notebook
      • Logout Deka Notebook
    • Delete Deka Notebook
  • Reference
    • How to use kubeconfig on Linux
    • How to use kubeconfig on Windows
    • Kubernetes Commands for Enhancing Security
    • How to add GPU in Kubernetes
    • How to Add GPU in VM
      • Download kubeconfig
      • Install kubectl
      • Add GPU
      • Install Driver NVIDIA
    • RAPIDS
      • How to Setup RAPIDS
      • How to make Custom Image
    • How to push image with Docker
    • Deployment LLaMA 3.1 70B with VLLM on Kubernetes
      • Getting the Hugging Face API Key
      • Requesting Access to the LLaMA Model
      • Connect Kubernetes on Computer
      • Create Namespace
      • Create PersistentVolumeClaim (PVC)
      • Create Secret for Hugging Face Token
      • Create Deployment
      • Create Service
      • Verify Deployment
      • Accessing the LLaMA Service
      • Troubleshooting
    • How to Get an API Key on NGC
    • Deployment LLM with Deka GPU + NIM
    • How to Upload and Download on FTP Web
  • Troubleshooting
    • Reinstall Driver NVIDIA on Linux
    • NVIDIA Driver Not Detected After Upgrade Kernel
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  1. Deka GPU
  2. Deka GPU: Kubernetes
  3. Workloads

Pods

PreviousWorkloadsNextCreate New Pod

Last updated 2 months ago

Pods are the smallest and basic units that can be created and managed by Kubernetes in the Deka GPU Service Portal. Pod contains one or more containers that share a network for a single cluster IP address, shared storage called volumes, and information about other resources. On the Workloads page, select Pods tab.

Pods

There are several features available in the Pods section of the Workloads page in the Deka GPU Service Portal, including.

Pods Feature

a. The Search column is used to search for Pods on the Name and Namespace columns in the Pods table.

b. The Create Pods button is used to create new pod in Kubernetes. For more details on creating a new pod, you can see subsection 2.2.1.1 Create New Pods

c. The Pods table displays a list of Pods used in your project in Kubernetes on the Deka GPU Service Portal.

Column
Description

Name

Shows the names of the Pods.

Namespace

Displays where the Pod isolates the resources in the cube cluster.

Ready

Displays the readiness state of the Pod. If the Pod is in a "Ready" state, the format displayed is "1/1," indicating the number of running containers compared to the total available containers in the Pod.

Status

Displays the current state of the Pod.

Event

Displays the number of events associated with the Pod, such as failures.

Restart

Displays the number of times the Pod has been restarted by containers due to failures.

Node

Displays the virtual node where the Pod is running within the Kubernetes cluster.

Created

Displays the timestamp when the Pod was created.

Action

  1. The Shell feature is used to access Pods through the terminal interface. For more details on how to use the shell, refer to subsection 2.2.1.2 Access Console.

  2. The Show YAML File feature allows you to view and update resource configurations in the Kubernetes cluster in YAML format. For more details on using the Show YAML File button, refer to subsection 2.2.1.3 Configuration Pod.

  3. The Delete Pods feature is used to delete Pod configurations that are no longer needed in Kubernetes. For more details on using the Delete Pods button, refer to subsection 2.2.1.4 Delete Pods.

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