5 Essential Tips for Maximizing Your Experience at Nutanix .NEXT for Bloggers
Nutanix Clusters provides a single platform that can span private and public clouds but operates as a single cloud using Prism Central enabling true hybrid cloud architecture. Nutanix Clusters provides on-prem workloads, a home in the cloud, offering native access to available AWS services without requiring you to reconfigure your software.You use the Nutanix Clusters console to deploy a cluster in a VPC in AWS, and not Foundation. After you launch a Nutanix cluster in AWS by using Nutanix Clusters, you can operate the cluster in the same manner as you operate your on-prem Nutanix cluster with no change in nCLI, the Prism Element and Prism Central web console, and APIs. You use the Nutanix Clusters console to create, hibernate, resume, update, and delete your Nutanix cluster. Following are the key points for running Nutanix cluster on AWSRuns on the EC2 bare metal instances.following EC2 bare metal instances: z1d.metal m5d.metal i3.metal i3en.metal Nutanix Clusters stack in AWS i
It enables administrators to take inventory of the firmware and software in their Nutanix environment and perform updates in a simple, cluster-aware, fashion. LCM adds a management layer and logic that deploys firmware/software upgrades taking into account upgrade paths and potential conflicts between versions. LCM performs two operations: Inventory: Detects what can be managed on a cluster. Update: Performs an update to a certain version. With Release of LCM 2.3.2 we have introduced a new page which shows best practices guide and redirect you to FAQ’s troubleshoot guide it introduces two new FEAT’s along with several others AOS upgrade FEAT-10222 PC upgrade FEAT-10223 List of supported Firmware updates Nutanix (NX) Dell XC / XC Core Lenovo HX / HX Ready HPE DX Fujitsu XF Intel DCB HPE DL (G10) Inspur InMerge Please follow the links to check out additional information https://portal.nutanix.com/page/documents/details?tar
To verify if we have replaced DIMM on correct slot and CPU we can use the following method We can look at hardware.history file which records any replacement for example DIMM,SSD,HDD,NIC being made to that node. This file remains local to each CVM After we replace DIMM we will boot the host up Power on CVM and run following command ncc hardware_info update_hardware_info This will update the hardware.history file present in ~/config directory and it will recognize any new replacement Open hardware.history using less less ~/config/hardware.history Go to last line by pressing shift+g Check out the most recent replacement it should look something like this Mon, 05 Oct 2020 15:37:01 CDT|Component changed: Memory module{locator:P1-DIMMC1} Old values: |{serial_number: 423D07AF}|(Last Detected Mon, 05 Oct 2020 10:13:25 CDT) New values: |{serial_number: 152057A5} It mentions DIMM P1-DIMMC1 was replaced and its serial number is changed from 423D07AF to 152057A5 This is a quick and
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