Skip to main content

Implementing high availability

To implement high availability for Lenovo XClarity Administrator, use the high-availability function that is provided for the host environment.

  • Implementing high availability (Docker)
    You can use Docker Datacenter to set up a high-availability environment for Lenovo XClarity Administrator containers running in Docker Engine.
  • Implementing high availability (CentOS and Rocky)
    To implement high availability for Lenovo XClarity Administrator in a CentOS or Rocky Linux environment, you can use OpenStack. If you already have a high-availability environment, you can continue to use your internal processes.
  • Implementing high availability (Citrix)
  • Implementing high availability (Nutanix AHV)
    To implement high availability for Lenovo XClarity Administrator, use the Virtual Machine High Availability function that is provided for the Nutanix AHV environment.
  • Implementing high availability (ESXi)
    To implement high availability for Lenovo XClarity Administrator in a VMware ESXi environment, use the high-availability function that is provided for the ESXi environment.
  • Implementing high availability (Hyper-V)
    To implement high availability for Lenovo XClarity Administrator in a Microsoft Hyper-V environment, use the high-availability function that is provided for the Hyper-V environment.
  • Implementing high availability (Red Hat)
    To implement high availability for Lenovo XClarity Administrator in a Red Hat environment, you can use OpenStack. If you already have a high-availability environment, you can continue to use your internal processes.
  • Implementing high availability (Ubuntu)
    To implement high availability for Lenovo XClarity Administrator in an Ubuntu environment, you can use OpenStack. If you already have a high-availability environment, you can continue to use your internal processes.