Skip to main content

VxRail 4.0 – Scale Out


The above is the physical diagram of VxRail Cluster (3 nodes). In this post I will show how to add one VxRail Appliance into this VxRail Cluster (From 3 nodes to 4 nodes).
NOTE: The model of each VxRail Appliance is E460.
Before the node expansion, you need to verify each Appliance is running in health in dashboard of VxRail Manager.
The above is the final physical diagram of VxRail Cluster after scale out. Now we start the node expansion. You have just mounted a new VxRail Appliance (E460) and cabled it up to the top of each rack switch. When you power it on you can see a notification appear in the top left corner of VxRail dashboard. Click “Add Node“.
When you initially configured your VxRail Appliance, you specified an IP pool for ESXi, vMotion and vSAN. You can see that there available IP addresses in these pools, so the only additional action is to set an ESXi password. Click the scroll bar, then click the “ESXi Password“. Enter the ESXi and vCenter Server Password, click “Next“.
Click the checkbox confirm that your new VxRail Appliance has been provisioned with the appropriate IP addresses and hostnames. Then click “Next“.
VxRail Manager has validated the ESXi, vSAN and vMotion IP addresses, and you are now ready to build your new VxRail Appliance. Click “Build“.
You can monitor the expansion is in progress in the dashboard.
Now your new VxRail Appliance has been built and the cluster has been expanded. Click the “Health” tab to examine the cluster and verify the new node you just added.
You can see that your cluster has now been extended by a single node (from 3 nodes to 4 nodes). In this screen that provides metrics for the cluster and individual nodes including IOPs, CPU, memory usage and storage utilization. Click the new node “DW7LHB200000000” you can see “Logical” information specific to the new appliance you just added to the cluster.
You also can see “Phyiscal” information specific to the new appliance you just added to the cluster. There are now four Dell PowerEdge based nodes (E460) showing in this view, including the new node “DW7LHB200000000“. This ends the Scale Out of VxRail 4.0 Appliance.

Comments

  1. Hi, hello, you know your article is amazing and this article is helping for me and everyone and thanks for sharing information tq.Vmware Training in Delhi

    ReplyDelete

Post a Comment

Popular posts from this blog

Dell EMC VxRail – VMware Virtual SAN Stretched Cluster

Logical Diagram of VMware vSAN Stretched Cluster Physical Diagram of VMware vSAN Stretched Cluster Last week I deployed a test environment of VMware vSAN Stretched Cluster which is running on Dell EMC VxRail Appliance. In this post we will describe how to setup VMware vSAN Stretched Cluster on Dell EMC VxRail Appliance. Above figure is the high level of physical system diagram. In site A/B there are six VxRail Appliances and two 10GB Network Switch which are interconnected by two 10GB links, and each VxRail Appliance has one 10GB uplink connects to each Network Switch. In site C, there are one vSAN Witness host and one 10GB Network Switch. For the details of configuration of each hardware equipment in this environment, you can reference the followings. Site A (Preferred Site) 3 x VxRail E460 Appliance Each node includes 1 x SSD and 3 x SAS HDD, 2 x 10GB SFP+ ports 1 x 10GB Network switch Site B (Secondary Site) 3 x VxRail E460 Appliance Each node includes 1 x SSD and...

UEFI Secure Boot with ESXi 6.5

UEFI Secure Boot: UEFI, or Unified Extensible Firmware Interface, is a replacement for the traditional BIOS firmware. In UEFI, Secure Boot is a “protocol” of the UEFI firmware. UEFI Secure boot ensures that the boot loaders are not compromised by validating their digital signature against a digital certificate in the firmware. UEFI can store whitelisted digital certificates in a signature database (DB). There is also a blacklist of forbidden certificates (DBX), a Key Exchange Keys (KEK) database and a platform key. These digital certificates are used by the UEFI firmware to validate the boot loader.  Boot loaders are typically cryptographically signed and their digital signature chains to the certificate in the firmware.The default digital certificate in almost every implementation of UEFI firmware is a x509 Microsoft UEFI Public CA cert. Most of the UEFI implementations also allows the installation of additional certificate in the UEFI firmware and UE...

VMware Interview Questions & Answers

These interview questions are categorized into the following technical areas: Hypervisor Fault Tolerance (FT) Virtual Networking vCenter Server Virtual Storage (Datastore) What’s New in vSphere 6.0 Content Libraries vSAN vApp and Miscellaneous Hypervisor What is VMKernel and why it is important? VMkernel is a virtualization interface between a Virtual Machine and the ESXi host which stores VMs. It is responsible to allocate all available resources of ESXi host to VMs such as memory, CPU, storage etc. It’s also controlled special services such as vMotion, Fault tolerance, NFS, traffic management and iSCSI. To access these services, VMkernel port can be configured on ESXi server using a standard or distributed vSwitch. Without VMkernel, hosted VMs cannot communicate with ESXi server. What is the hypervisor and its types? A hypervisor is a virtualization layer that enables multiple operating systems to share a single hardware host.  Each operating syste...