How to Upgrade SmartFabric OS10 via cli

Download the latest SmartFabric OS10 operating system.

Before we upgrade SmartFabric OS10 operating system on our switches we need to get the latest compatible OS10 version. The latest version of SmartFabric OS10 Enterprise Edition software is located on the Force10 Networks portal here. If you plan to upgrade SmartFabric OS10 with VxRail then you should consult the guide here. This matrix tracks the OS10 Switch Operating system version, OMNI plugin version and VxRail software that align.

show version

OS10# show version
Dell EMC Networking OS10-Enterprise
Copyright (c) 1999-2019 by Dell Inc. All Rights Reserved.
OS Version: 10.4.3.4
Build Version: 10.4.3.4.213
Build Time: 2019-06-10T09:54:17-0700
System Type: S4112F-ON
Architecture: x86_64
Up Time: 00:39:25

show switch-operating-mode

OS10# show switch-operating-mode

Switch-Operating-Mode : Full Switch Mode

Note that I was rebuilding a new SmartFabric VxRail cluster so I did not want to retain the existing switch configuration. I wanted to demonstrate installing VxRail and SmartFabric using the automated deployment on the latest hardware. By using the sfs_disable.py script – I am destroying the configuration of the existing switch.

Sudo sfs_disable.py

System bash
Sudo sfs_disable.py

image installĀ  usb://

OS10# image install usb://OS10_Enterprise_10.5.0.2/PKGS_OS10-Enterprise-10.5.0.2.468stretch-installer-x86_64.bin
Install started.
Use ‘show image status’ for updates

show image status

OS10# show image status

Image Upgrade State: install

Installation State: install

State Detail: In progress: Installing
Task Start: 2019-11-20T18:43:30Z
Task End: 0000-00-00T00:00:00Z

boot system standby

OS10# boot system standby

OS10# reload

show boot

OS10# show boot

Current system image information:

Type Boot Type Active Standby Next-Boot

Node-id 1 Flash Boot [A] 10.4.3.4 [B] 10.5.0.2 [B] standby

write memory

OS10# write memory

sudo sfs_enable_vxrail_personality.py

admin@OS10:~$ sudo sfs_enable_vxrail_personality.py -d 10 -m 2222 -j 1/1/1

We trust you have received the usual lecture from the local System
Administrator. It usually boils down to these three things:

#1) Respect the privacy of others.
#2) Think before you type.
#3) With great power comes great responsibility.

Turning on SmartFabric Services will reset the switch and erase any existing network configuration.
In SmartFabric Mode, users can only configure a limited system level settings manually. All network configuration will be driven by SmartFabric Services.

These are the values that will be applied in the VxRail personality after the reboot –

The domain value will be chosen as 10.
The uplink lag will be in static mode and members are default for the platform – ethernet1/1/13.
The ICL members will be the default for the platform – ethernet1/1/14,ethernet1/1/15.
The management VLAN will be 2222.
The jumpbox interface will be chosen as ethernet1/1/1.

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VSAN Disk Group Validation Error in VxRail

Disk Group Validation “Host with all-flash disk types is not compatible with existing hybrid cluster”

I ran into an issue recently when I was building a new VxRail cluster that I had just re-imaged using the RASR process. The RASR tool is used by Partners and Services to automate the process of wiping a node back to factory default settings. The node I was using was an All-Flash node. I was adding it into an All-Flash cluster. I was perplexed when a validation error popped up during the node add process. Validation Errors. Disk group validation. Host with all-flash disk types is not compatible with existing hybrid cluster.

VxRail hosts validation errors disk group validation

Check if the RASR iso is still attached.

I had a flashback to a previous error I encountered with the RASR ISO. I was trying to build a new cluster with 3 nodes. One of the nodes needed to be reset to factory default. I used the RASR ISO by attaching it as bootable media through the iDRAC console. When the reset finished, I accidentally left the RASR ISO still attached as virtual media to the iDRAC. When VxRail manager tried to validate the 3 nodes, it picked up the RASR’d node as hybrid not all-flash. This prevented the validation from passing since the first 3 nodes in a VxRail cluster need to be identical.

idrac console connect virtual media

Check the ESXi console; Is SSD: True?

So I logged on to the iDRAC and checked the virtual media for an attached ISO. It wasn’t showing up this time. I decided to just take a quick look at the ESXi console to see if the disks were incorrectly detected as spinning.

esxcli vsan storage list

This will report back all the disks available for VxRail to configure for VSAN. The disks were all correctly reported as SSD. I was stumped. Something was causing the mis-alignment.

I had a bit of a brainwave. I had recently tested a custom RASR iso from the dev team that had a kixstart configuration. This ISO was a hands-off automated way of re-imaging the nodes from a batch file. It saved me a lot of manual steps by using an answer file for various prompts. I wonder was it somehow still mapped to the node?

I logged in to the iDRAC web interface and checked the “Attached Media” tab. There it was, still connected. Once I disconnected the RASR iso here the validation process passed. Huzzah!

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VxRail Error Codes reference

Download the VxRail error codes guide.

Last week a customer asked me about some of the alarms showing up in vSphere on their VxRail hosts in VMware vCenter. The alarms were actually generated by VxRail manager and are VxRail error codes unique to the HCI appliance. VxRail Manager uses these codes to highlight any insights at the hardware, hyper-visor or software layer of the integrated appliance. The codes start with VXR in the description.

VxRail Event Code Reference document
Download the VxRail Event Codes Reference Guide PDF

This customer wanted access to details around these event codes and error codes that appeared in vSphere. I shared a link to a document that contains all the VxRail appliance event codes. This document is regularly updated and publicly available here. The document is titled the VxRail appliance event code reference. These include the events for vCenter, iDRAC, SRS, the VxRail appliance and VxRail Manager.

Setup SRS and ACE for the best experience

The error codes will be used to phone home to Dell EMC support through SRS (Secure Remote Support). SRS is able to automatically create an SR (Service Request) for any issues that may be more serious in nature. Customers that have SRS installed will enjoy faster time to resolution for issues that require support from Dell EMC.

This customer was not using the latest version of VxRail software (4.7.300 at time of writing). I encouraged the customer to take advantage of both SRS and ACE. This makes it much easier to monitor and manage multiple clusters. There are also improvements to VxRail error and event code handling in the latest code.

The VxDoctor is in the house.

The latest update to VxRail in the 4.7.300 code includes a new framework for intelligent event handling. This new engine will gather alerts generated and perform logic to either report or dismiss. Only the important events will be forwarded to support. The logic will suppress any benign events to avoid unnecessary SR creation. This event throttling capability will determine if the event can be self-healed first. If self-healing is not possible than a smart logging feature will kick in. It will gather the correct logs required for this specific issue, rather than all logs on the system.

Customers that choose the VxRail appliance see the value that automation brings to infrastructure management. Intelligent appliances are replacing the need for DIY infrastructure. that gives a public-cloud-like experience. Systems that are designed with the principal of SRE are the new normal. Using VxRail and ACE together with SRS a customer can more quickly achieve a cost-effective and reliable on-premises infrastructure.

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VxRail ACE in Continuous Development

New VxRail ACE features arriving fast and often

Did you know that VxRail ACE dashboard has had 4 updates since the soft launch in May this year? As customers log into the Ace dashboard they are first presented with the latest updates that have been released since their last visit. So far there is roughly a monthly cadence between updates. This rapid development is down to the ACE solution being built on the Pivotal platform. Since the soft launch of VxRail ACE in I have been talking to customers about ACE and showing off this first phase of capabilities. Have you had the chance to check out ACE yet?

Customers dont need to install ACE, the data lake is on our side.

A big advantage for customers is that the ACE Data lake sits on our infrastructure. The customer requires no resources to collect and process the data. This data lake is swelled by the 6200+ customers of VxRail. We want to enable as many customers to use ACE since more data gives better results. The next phases of ACE will begin to introduce AI technologies like machine learning. This will give customers options to have VxRail self-drive and auto-repair their clusters.

How do i setup VxRail ACE?

Getting connected to ACE is even easier with the 4.7.300 update for VXRail . We now can deploy SRS directly in vSphere with just a few clicks. Customers need a Dell EMC support logon and the plugin will auto deploy the srs appliance in seconds. Just provide the Support account credentials and an ip address for the SRS appliance(s). The new appliance will be deployed in the VxRail cluster. You can still point SRS at an existing external SRS appliance that is already running in your network.

Dell EMC Secure Remote Support SRS

Remind me. What is VxRail ACE?

How can customers take advantage of new technologies without requiring a heavy lift on their internal IT resources? Firstly offer an appliance rather then DIY build for infrastructure helps (VxRail). Then give customers a choice to subscribe to premium services that add value beyond the simplified HCI experience. “VxRail ACE (Analytical Consulting Engine) is a centralized data collection and analytics platform that streamlines monitoring of your VxRail clusters, improves serviceability, and helps you make better decisions to manage the performance and capacity of your pre-engineered hyperconverged infrastructure. ” – From the ACE overview.

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Deleting a Workload Domain in VCF on VxRail

Warning: Check Solve before reading.

This Blog comes with a health warning! This is not to be consumed by customers directly. This is not a procedure for them to use in VCF on VxRail environments at this time. I wrote this as a reminder to myself and for other engineers that might need to perform the task in demo or POC environments. Always check Solve Online and download the current procedure for any tasks you might want to perform. If there isnt a procedure to perform the tasks in Solve then you may need to check if you are authorized to perform the task.

Always check Solve Online for the correct procedure for any tasks. If its not listed, you many not be authorized to perform the task!

VCF on VxRail is a white glove experience.

One of the advantages of using VxRail as the infrastructure for VMware Cloud Foundation (VCF on VxRail) is the simplified and automated processes that the engineered appliance brings to bear. This solution is a white glove experience for customers as only qualified and experienced installers perform the Day Zero deployment activities. Configuration is automated and validated to remove the chance of human error. Once VCF is deployed, many of the manual tasks that could be difficult are automated by SDDC Manager. Deleting a Workload Domain is one of those workflows.

Once a Workload Domain is deployed, you will see the option to Delete the Workload Domain, ever wondered what this does?

Warning! Deleting a WLD is permanent.

Once you select the Delete Workload Domain workflow from the current inventory, you are presented with a popup warning. I highly recommend you read carefully exactly what this message says as the process is irreversible. As the warning suggests the entire Workload Domain will be removed and deleted. This includes VSAN as well as the vCenter and NSX Manager and NSX Controllers associated with this Workload Domain.

Don’t click past this warning message!
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VxRail Makes LCM Great (Again)

VxRail LCM updates are a huge differentiation to any other HCI competitor since it includes the entire stack in a single bundle file; Hardware, hyper-visor and software on top!

New LCM Changes for VxRail in 4.7.300.

There is now a new Updates Tab for VxRail LCM (Life Cycle Management). I gave this feedback way back when the first HTML5 plugin for VxRail came out. The link to check for updates was tiny and easily missed hidden away in the System tab. VxRail LCM updates are a huge differentiation to any other HCI competitor since it includes the entire stack in a single bundle file; Hardware, hyper-visor and software on top! I wrote previously about the VxRail LCM process and why it matters to HCI solutions here.

Aaron Buley was quicker than me in digging into the latest LCM improvements.

Updates Tab embedded in H5 client

The new Updates tab integrated in vSphere H5 client. So much nicer and easier to find!

The update tab gives you quick access to view the current version of ESX, vCenter and the VxRail Manager itself. The tab for Internet Upgrade is here, where you can automatically pull the latest bundle. VxRail Manager will check for VxRail LCM bundles and alert you when its available.

Applying a local bundle in offline mode.

Schedule updates and find out how long they will take.

You do not have to be online to update the cluster, you may be required to run the cluster as a dark site and manually apply updates in the Local Updates tab. This is also a great way to control which bundle you want to apply rather than take the most recent version. Some customers prefer to plan updates in a more controlled manner, and stay a version or two behind.

it is now possible to schedule an update to run in future right from the GUI interface. This means you have time to plan an update to happen out of hours and you dont have to be there to kick it off. Customers were also asking for a way to estimate how long a bundle update would take. This is built in now as well showing Minimum Estimated Time.

You can change a scheduled update or even cancel it from the GUI.

What else changed in the VxRail Plugin?

Convert vCenter Mode in GUI form…

The System Tab now has an option to “Convert vCenter mode”. There was a Script available to externalize an embedded vCenter running in VxRail already, but now its built in the GUI. This is super useful for example when customer wants to convert the VC and PSC and connect multiple VxRails to a mgmt cluster. This aligns the deployment with the VVD automatically allowing them to stay fully compliant.

easy button for externalizing the VC and PSC deployed in VxRail.

Simple SSL Certificate Management

There is a new SSL certificate tab in the VxRail plugin. This allows you to easily replace the VxRail Manager SSL Certificate.

Multi-Rack discovery using a proxy node.

There is a feature in VxRail hosts tab to expand an existing cluster to another rack with new unassigned VxRail nodes. The new rack will have its own TOR switches and may be seperated by a different VLAN to the existing cluster.

Its a simple task to declare one of the unassigned nodes to act as a proxy node using this CMD:

esxcli network ip interface ipv4 set -i vmk2 -I <Management IP Address> -N <subnet mask> -t static

Use the GUI as below to declare this new proxy at the cluster. The proxy node will transmit details of all unassigned nodes in the 2nd rack. Proceed to expand cluster by adding these new nodes as before.

ACE gets top billing now.

If you don’t know what ACE is all about yet, then pop over to this blog i wrote earlier explaining all about it. ACE is getting new updates every couple weeks now (its running on the Pivotal engine so you know its going to be adding new features fast! There is a link to the ACE FAQ in the Support Tab so that customers can quickly get connected and up and running. ACE is still free for customers.

Traffic throttle between VxRail and vCenter

Physical View of appliances now in H5!

No longer do we need to link and launch to access the Physical View of our VxRail appliance nodes. Everything is embedded in the HTML5 interface. My good buddy Jeremy Merrill wrote up an excellent blog already detailing this why not check it out.

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The best HCI appliance just got better. Introducing ACE

VxRail had an ACE up its sleeve: Data.

Every day data is generated on the health, performance and consumption of customers VxRail VSAN clusters. This data can be sent back to Dell Technologies using Secure Remote Support (SRS) and customers benefit from an improved support experience. SRS can be used to send a heartbeat and create automated alerts and to allow remote access when needed. The VxRail team store this telemetry info in a support cloud and built a platform to run analytics against this rich data set. This gives support the ability to see common issues across different customers configurations. They have now enabled a front end interface to this data lake called ACE (Analytical Consulting Engine). ACE allows customers access to their own hci appliance data including CPU, memory, storage and VM details.

ACE for existing customers no extra cost

The first phase of the ACE project comes for free to existing VxRail customers. So if you are already using SRS and sending heartbeat data home then you just need access to login to the VxRail portal. Enabling SRS is really easy using a virtual appliance and your Dell EMC support account logon and Site ID. If you didn’t deploy this initially, I highly recommend installing it now. It takes no time at all.

ACE global dashboard for all sites

What if you have multiple sites with multiple clusters? The ACE dashboard provides a simple interface to view all your sites and clusters easily at a glance. Drill down from location to Cluster to individual nodes and VMs. Customers have loved the VxRail appliance experience. Some of the largest customers have said they only thing they have been missing is a VxRail manager of managers. In future, ACE will be the answer for them.

Cluster health scores made simple

ACE uses the data collected from SRS and continually monitors the health of a customers cluster. ACE will present a health score that is easy to understand at a glance. “VxRail ACE provides a health score for you entire HCI appliance stack. Allowing you to proactively address trouble spots that may affect delivery of services. Customers can efficiently scale their HCI based on the projected growth of IT needs.” You can learn more about ACE capability in this overview here, and also find instructions on how to get connected.

How do you polish a diamond?

The VxRail team have been on an amazing tear for the last few years. They have listened to customer need and are releasing new features on a regular cadence to improve upon an already great solution. The team have stayed clearly focused on making VxRail the only appliance for VMware VSAN the best experience for customers. They did it by offering a solution to offload from infrastructure teams as much work as a any customer will allow them. Tasks like configuration, sizing, deployment as well as day 2 ops including automated full stack patching are handled by the appliance now. This reduces risks and allows those infrastructure teams to focus their energies around projects the business wants and needs. No one ever gets a pat on the back for managing infrastructure!

Where can you see ACE and learn more?

I was lucky to get to meet some of the ACE product team in Vegas at Dell Technologies World this year. I learned about the current technology and the future exciting roadmap for ACE right there at the Meet The Experts zone. As soon as I got back home to the Customer Solution Center I made sure to get my VxRail HCI appliance configured and setup for customers to test drive. As new features are added to the platform we will be able to show off the capability immediately.

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VxRail SmartFabric networking for Day 2 Ops

Step 1: Enable SmartFabric Services on the ToR Switch

Step 2: Deploy VxRail Cluster incl. ToR with VxRail Manager

Step 3: Deploy the SmartFabric OMNI plugin in VMware vSphere

Step 4: Virtualization engineer controls Day 2 Ops for the Full Stack

Network Admins calm down and look here.

The network admins are not usually in favor of anything that replaces their day to day jobs. If you can show them the finished solution, you may be able to sway them in favour. Make sure to give them a demo of the OMNI plugin running inside vSphere using VxRail SmartFabric enabled switches.

Click into the Omni dashboard.

The OMNI dashboard displays the current information on the VxRail SmartFabric enabled Switches. Here the Virtualization engineer has visibility to the OS10 version and the VLANS currently setup. That’s it? Not sure what NetAdmin Ned was expecting but there is no Network-Chaos-Now button!

Lets give Ned a use-case for SmartFabrics

You can describe a scenario to Ned that is common. It’s time to add a new host to the existing cluster. Normally you would ask Ned to prepare the host network ports. He would label them add all the required VLANS and to make sure the settings match with the existing host ports.

New Hosts detected with VxRail SmartFabric

With SmartFabrics no need to bother Ned

Adding hosts to HCI clusters are now done solely by the Virtualization Admin without any need to ask the NetAdmin to prepare host ports. It is all taken care of automatically by the VxRail SmartFabric services and the OMNI plugin.

Choose the discovered host.

Choose the discovered VxRail host

Enter vCenter credentials.

vCenter credentials

Add the Ip address information.

configure ip address

Run validation.

Validate the VxRail SmartFabric hosts

Validation must pass first.

validation can catch human errors

Once passed, host is added automatically.

new hosts added automatically to VxRail SmartFabric cluster

Watch quick Ned! Ports are configured.

hosts connected to VxRail SmartFabric are automatically configured

Hands free with VxRail SmartFabric services.

vSphere automation for VxRail SmartFabric
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How to deploy the SmartFabric OMNI plugin in VMware vSphere Step 3

Step 1: Enable SmartFabric Services on the ToR Switch

Step 2: Deploy VxRail Cluster incl. ToR with VxRail Manager

Step 3: Deploy the SmartFabric OMNI plugin in VMware vSphere

Next Blog : Step 4: Virtualization engineer controls Day 2 Ops for the Full Stack

Installing the SmartFabric OMNI plugin

At this point we have already run the first two steps to get SmartFabric installed, our Switches have SmartFabric services enabled and the VxRail Manager Gui deployment has automatically configured the switch and disabled the CLI. Now we will add the Open Manage Network Integration or SmartFabric OMNI plugin to vSphere, giving the virtualization engineer full visibility and control of the dedicated HCI switch fabric.

Download the OMNI plugin VM

We begin by deploying the OMNI VM ova, which is available from VMware Solution Exchange here. It seems to bounce you now to the Dell Support site where you can get the latest version here. As of June 2019 the latest version is 1.1.18.

Deploy the OVA

These steps are straightforward. Isn’t great that we can do the OVA deployment thru the HTML5 interface? Be sure to match up the source and destination networks correctly at Step 7 in the process. Later on we will configure an ipv4 address on vCenter network and enable ipv6 on the MGMT network.

Power on the VM and connect to a console on the OMNI vm. You need to establish a password here for the admin user. The default username and default password is setup as admin / admin.

Configure the OMNI appliance

Since this is a first run deployment, we are going to select option “0. Full Setup” at the Menu. As you can see you can re-run and do other admin tasks later if required from this interface.

Before we active the first connection, we will setup the Profile name “vCenter Server Network” and assign a valid ipv4 address for the OMNI VM here.

The second connection is for ipv6 discovery on the VxRail Management network, no ipv4 address needed here.

Be sure to activate both networks on the last screen.

You will be prompted at the CLI again for NTP, SSL Cert, the appliance ip address, FQDN for VCSA, VC Username and Password, and finally the OMNI ip for REST and REST username and password.

Log in and out of vSphere and the OMNI plugin will appear.

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How to deploy SmartFabric for VxRail Step 2

Step 1: Enable SmartFabric Services on the ToR Switch

Step 2: Deploy SmartFabric VxRail Cluster incl. ToR with VxRail Manager

      • Connect VxRail nodes to deploy SmartFabric enabled Switches
      • Power on first 4 VxRail nodes
      • Deploy SmartFabric VxRail thru the VxRail Manager GUI
      • Sit Back and Relax while VxRail Manager fully automates Bring Up of the entire Hyperconverged Stack (Compute, Storage AND the Network!)

Next Blog: Step 3: Deploy the OMNI plugin in VMware vSphere

Step 4: Virtualization engineer controls Day 2 Ops for the Full Stack

Beginning the VxRail GUI deployment

Connect the VxRail nodes to deploy SmartFabric enabled switches. Power on the nodes. Connect the laptop to the first port (port 1 only!) in the SFS switch. This is the “jump port” and will allow access to the default ip address [https://192.168.10.200] of the VxRail Manager VM. The VxRail Manager VM is already deployed in the appliances in factory.

VxRail Manager GUI install
The Vxrail Manager GUI interface used to deploy a new cluster.

VxRail will deploy SmartFabric now

Since VxRail version 4.7.100 there is now the ability for the GUI driven VxRail Manager install to detect Dell EMC SmartFabric enabled switches. This automates configuration of the switches during the full stack deployment.

deploy SmartFabric
Here we can see that VxRail Manager has detected a Smart Fabric is available to configure thru VLAN 3939 the discovery VLAN for nodes and switches.

Setup the REST user to deploy SmartFabric

When the installer selects to deploy SmartFabric switches the next step will be to configure the Rest User account on the SFS enabled switch. If its a first run, a new password will be created. If you are setting up a second VxRail cluster into an existing SmartFabric, then the current password will be requested. The Rest User account will be documented in the Pre-Install Checklist by the installer.

Setting REST User password
The REST user account needs a password set.

New option to choose 2-Node cluster

The ability to deploy 2-node clusters is now an option with VxRail 4.7 versions. The GUI install gives you a choice for 2-Node here. For all other VxRail deployments the default option is selected.

New 2 node VxRail option during GUI install
You need at least 3 or 4 nodes to start the Smart Fabric node setup.

The initial cluster deployment needs to be 3 or 4 nodes. Normally the node with lowest serial number wins the VxRail Manager election process. This is signified by the small “house” icon. If you don’t see all the powered on nodes, try a reboot of the missing node and wait. It should be detected by ipv6 multicast using the loudmouth service on the discovery VLAN 3939.

VxRail node discovery
VxRail node discovery

Automate the build with JSON

Remember we use the Pre-Install checklist is used to capture all the required information to make a VxRail deployment in a customer Datacenter go perfectly. It can also be used to generate a JSON file to help eliminate human error during the GUI setup.

using JSON file
Use the JSON file – its way quicker!

Here we have used the JSON file to populate all the fields in the GUI install of VxRail. You only need to verify that everything is correct and provide the passwords.

New external MGMT VLAN option

There is a new option during the VxRail 4.7 version of the install that asks for a Management VLAN ID. The default is 0 to allow for Native VLAN to be used, or you can specify a different public management VLAN here. It should be different to the internal management VLAN used to separate the cluster build. The Internal Management VLAN was the -m option set in Step 1. This is very easy with SmartFabric now, as the VxRail Manager will make the necessary port configuration changes on the SFS enabled switches.

Now you can specify a external Management VLAN during GUI install rather than Native VLAN.

VxRail Manager automates the Switch configuration

There is a new task at the end of the GUI install and just before validation. SmartFabric services will now configure all the required VLANS that were specified, including Management, vMotion, vSAN and VM traffic.

SmartFabric switch automation
SmartFabric is smart! See it does the Network Admin tasks now!
switch fully configured.
Switch fully configured.

Validation eliminates human error

Trust but verify. Even with the SmartFabric automation, VxRail Manager still performs the important task of validating the install. Validation must pass before the actual deployment begins. This will capture anything amiss such as missing DNS entries, IP address conflicts , missing NTP. Basically anything that could prevent the build from completing successfully.

Validation
Trust but Verify = Validate!

Once validation has passed there is an opportunity to download a copy of the JSON file (useful if Step-By-Step was selected).

validation passed
Validation successful.

It is now time to kick-off the build. This is a fully automated process. There is zero value in manually setting up VSAN. By automating the process Dell EMC can be certain that every customer install of VxRail clusters are fully aligned to best practice. No snowflakes!

fully automated vSAN deployment
Go get a coffee – VxRail Manager will take care of the rest!
deploy SmartFabric
Hooray! The VxRail vSAN cluster is complete. Time to setup the OMNI plugin for day 2 operations of the SmartFabric.

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