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Enhancements to Hybrid Linked Mode (HLM) in VMC using the new vCenter Cloud Gateway

10/04/2018 by William Lam Leave a Comment

It has been almost a year since VMware introduced the Hybrid Linked Mode (HLM) capability, which provides customers with a consistent operating experience for managing and consuming resources from both their on-premises and VMware Cloud on AWS (VMC) environments. Feedback from customers on HLM has been fantastic, especially when new or prospective VMC customers learn about HLM for the very first time. Customers were pleasantly surprised at how seamless the experience was when consuming VMC resources, using a familiar interface, the vSphere UI.

Here is a quick recap of what HLM provides today:

HLM allows customers to link a single VMC instance to a single on-prem SSO Domain which can contain one or more vCenter Servers (Enhanced Linked Mode) while maintaining separate administrative domains (e.g. on-prem user is Administrator while VMC user is CloudAdmin only)
SSO Domains will be different between on-prem and VMC, however it is a 1:1 relationship
A trust is established where the on-prem vCenter Server trusts the incoming connections from VMC as they share the same Active Directory identity source. Data is sync'ed uni-directionally from on-prem to VMC
Can be configured at any point in the on-prem vCenter Server lifecycle, no restrictions to initial install and can easily be un-linked unlike ELM
Both Embedded & External vCenter Server deployments are supported
HLM supports different versions of vCenter Server between on-prem (6.5d+) and VMC, especially as VMC will almost always run a newer version of vSphere
Users MUST login to VMC vCenter Server for single-pane of glass management (H5 Client supported only), logging into on-prem vCenter Server will NOT show VMC vCenter Server
Roles are NOT replicated due to the restrictive access model in VMC

Useful M.2 NVMe accessories for vSphere (VSAN/VMFS) Home Labs

10/01/2018 by William Lam 3 Comments

I recently acquired a new toy for the home lab thanks to Timo Sugliani who shared an article on Twitter a few weeks back for a new USB-based enclosure that supports an NVMe SSD device using the M.2 form factor.

Trying to see if I can get this new toy working 😁 pic.twitter.com/0o4jLng72M

— William Lam (@lamw) September 27, 2018

I was excited to give the accessory a try, especially as the M.2 devices are used regularly for vSphere home labs running on either the Intel NUCs or Supermicro E200-8D. Most of these platforms only support a single M.2 slot and this is an easy way to add additional high performance storage capacity with a small footprint. The other benefit with an external enclosure is that you now have a portable and reliable storage solution that can easily be moved from system to system, especially for those that have asked about running VMFS on USB-based device.

Nested ESXi on VMware Cloud on AWS (VMC)

09/28/2018 by William Lam Leave a Comment

I have had a few folks ask about Nested ESXi support on VMware Cloud on AWS (VMC), so lets get that out of the way first. Nested ESXi is NOT supported by VMware on any of our platforms, whether that is an on-premises or a cloud environment like VMC or any 3rd party vendors that maybe using VMware software. For those wanting an "official" statement on Nested ESXi support, you can refer to KB 2009916.

Now, we all know Nested ESXi works and it runs extremely well on vSphere. In fact, vSphere is the best platform for running any Hypervisor in a VM. This is also true for VMC, you can run a Nested ESXi VM in an SDDC, however there are some caveats compared to what you would experience in an on-prem environment. Below are some of the caveats to be aware of if you are considering running Nested ESXi on VMC.

Automating new Cloud Motion with vSphere Replication using Hybrid Cloud Extension (HCX) API

09/25/2018 by William Lam Leave a Comment

Cloud Motion with vSphere Replication is the newest migration type that has been added to the Hybrid Cloud Extension (HCX) solution, which was also demonstrated during the VMworld US 2018 keynote (watch here). Unlike the traditional Bulk Migration, which also uses vSphere Replication to perform the initial replication, Cloud Motion with VR does not incur any downtime during the VM switch over. This is possible with our most beloved vSphere feature, vMotion!

With Bulk Migration, the VM on the source vCenter Server must be shutdown before the newly replicated VM on the destination vCenter Server can be powered on or else a network conflict will occur. Using Cloud Motion with VR, the VM is simply vMotion'ed from the source vCenter Server to the destination vCenter Server and because the VM's storage has already been replicated, the only thing that needs to transfer is the memory state of the VM.

All three HCX Migration Types can be scheduled from the HCX UI using the vSphere Client or automated using the HCX API. The latter option is definitely ideal for customers with large number of migrations but it can also help with smaller migrations as it reduces the amount of user input required when using the UI and ultimately, this reduces user errors.

To help demonstrate the HCX Migration APIs, I have updated my VMware HCX PowerShell Module to include the following two new functions:

New-HcxMigration
Get-HcxMigration

Automating Hybrid Cloud Extension (HCX) Manager OVA deployment

09/24/2018 by William Lam Leave a Comment

Feedback on my recent Hybrid Cloud Extension (HCX) Automation articles has been very positive, thanks to those who have reached out. One area that I have not had a chance to spend much time on which a few of you have pinged me about is the automating the actual deployment of the HCX Manager, which is provided to customers as an OVA image. In this article, I have created a basic PowerCLI script called deploy_hcx_manager_ova.ps1 that demonstrates using the Import-VApp and Get-OVFConfiguration cmdlets to import the OVA along with specifying the required OVF properties. The script will also wait for the HCX Manager to be ready by checking the VAMI URL located at https://[HCX-MANAGER]:9443

Lastly, for those of you who are new to HCX or would like a step by step walk through of setting up HCX, Emad Younis just kicked off a new blog series on learning about HCX, which I highly recommend folks check out here.

Here are the instructions on using the PowerCLI script to automate the HCX OVA deployment:

Step 1 - Download the latest HCX Manager OVA from HCX Cloud (you will need to login with your cloudadmin credentials)

Step 2- Download the PowerCLI HCX deployment script here.

Step 3 - Edit the script with your HCX configuration and deployment details

Step 4 - You will need to connect to your vCenter Server by using the Connect-VIServer cmdlet and then run the deployment script using the following command:

.\deploy_hcx_manager.ova.ps1

Once the deployment is successful, you can now open a browser to https://[HCX-MANAGER]:9443 and login using the admin credentials that you had specified in the script. I also plan to do a follow-up to this blog post on automating the initial configuration using the HCX VAMI APIs, so stay tuned.

NSX-T Policy PowerShell Community Module for VMC

09/21/2018 by William Lam Leave a Comment

Earlier this week I had published an article on how to get started with the new NSX-T Policy API in VMware Cloud on AWS (VMC), if you have not read through that guide yet, I recommend you take a look at that first as this covers the prerequisites which will be required. As mentioned in that article, I planned to add a few more NSX-T Policy API examples and now the community NSX-T Policy PowerShell includes 10 additional functions which you can see the complete list below:

Connect-NSXTProxy
Get-NSXTFirewall
Get-NSXTGroup
Get-NSXTSegment
Get-NSXTService
New-NSXTFirewall
New-NSXTGroup
New-NSXTSegment
New-NSXTService
Remove-NSXTFirewall
Remove-NSXTGroup
Remove-NSXTSegment

After importing the module, to see the list of all functions, you can run the following command:

Get-Command -Module VMware.VMC.NSXT