For the last several months, I have been working with customers as they upgrade their SDDCs. One of the more impactful Day 2 activities that occurs during these upgrades is a the updating of vCenter and NSX certificates during Phase 1. During my time as an Engineer, we would keep certificates for 3-5 years as a part of our lifecycle management as we were 100% on premises. In contrast, many cloud providers are beginning to set certificate expiration to one year. This a faster rate of change than what many are accustomed to who manage on premises datacenters. While VMC manages these SDDC certs for you, many customers have asked me how they can continue to pull the cert expiration info so it can still be documented internally. Here is a simple openSSL command that can be run via Github. Trying something new!! FYI, this command needs to be run via a Linux VM that can access vCenter via IP or FQDN. Hope this helps some of you!!
Lately, I’ve been asked by peers and customers alike “How can I learn more about VMware Cloud on AWS?!” Many of us are finding ourselves in front of screens much more than normal these days so what better way to fill in some time gaps than by learning more about VMware Cloud on AWS and HCX?! While search engines are helpful, I hope my “definitive list” helps!!! If you need more, feel free to reach out!!! Happy Learning!!!
VMware Cloud on AWS
VMware Cloud on AWS Customer Success YouTube Channel
VMware Cloud YouTube Channel
VMware Cloud on AWS Blogs
Nico Vibert – https://nicovibert.com/
Gilles Chekroun – http://www.gilles.cloud/
Ryan Kelly – http://www.vmtocloud.com/
William Lam – https://www.virtuallyghetto.com/
Tom Twyman – https://occasional-it.com/
Dustin Spinhirne – https://dspinhirne.github.io/vmcbook/
VMware Cloud Blog – https://cloud.vmware.com/community/blog/
VMware Cloud on AWS Blog Community – https://cloud.vmware.com/community/vmware-cloud-on-aws/
VMware Cloud on AWS Sizer and Workload Profiles – https://vmc.vmware.com/sizer/workload-profiles
VMware Cloud on AWS Documentation – https://docs.vmware.com/en/VMware-Cloud-on-AWS/index.html
Feature Walkthrough – https://featurewalkthrough.vmware.com/t/vmware-cloud-on-aws/
Hands on Labs
HOL-2052-01-ISM – VMware Horizon on VMware Cloud on AWS – https://labs.hol.vmware.com/HOL/catalogs/lab/6542
HOL-2087-01-HBD – VMware Cloud on AWS – Getting Started – https://labs.hol.vmware.com/HOL/catalogs/lab/6593
HOL-2087-91-HBD – VMware Cloud on AWS – Lightning Lab- https://labs.hol.vmware.com/HOL/catalogs/lab/6053
Hybrid Cloud Extension (HCX)
Gabe Rosas – https://hcx.design/ – THIS IS A ONE STOP SHOP FOR HCX!!!!!
Emad Younis – https://emadyounis.com/
Hands on Labs
HOL-2081-01-HBD – VMware HCX – Getting Started with Cross-Cloud Mobility- https://labs.hol.vmware.com/HOL/catalogs/lab/6352
As multi-cloud strategies continue to evolve, the cost of moving to the cloud will continue to be an important topic among decisions makers. In order to better understand the total cost of ownership (TOC), VMware Cloud on AWS has created a simple cost estimating tool for customers. Introducing VMC Sizer. With VMC Sizer, you can choose your workload type (VDI, Databases (Oracle or MSSQL), or General VMs), as well VM specifics such as vCPU, vRAM, IO, storage requirements and much more. With this tool, we have taken the guesswork out of understanding the costs associated with running workloads in VMware Cloud on AWS. In order to get a holistic view of costs, you have the option of adding several workload profiles to your profile where you can see all the costs of your Oracle, Microsoft SQL, VDI, and General Purpose VM configurations.
Getting the recommendations and TCO for your workloads only takes three simple steps.
- Define your workloads
- Review the recommendations based on your inputs
- Create an account and review your VMConAWS TCO.
This is where the rubber meets the road but it’s important for you to understand that the information you enter from this point forward will determine the results of the recommendations and TCO of your SDDC in VMConAWS. The first settings you need to verify is your Cluster Settings, specifically your desired CPU Headroom and Fault Tolerance. The Server Configuration is static as all VMware Cloud on AWS hosts are all i3 instances.
Once you are comfortable with your cluster settings, you have the option of creating more than one workload profile so why not create one for your General VMs as well as your databases and VDI?! After selecting your workload type and VM count, you have two options for calculating storage. You can enter the amount of storage per VM or, if you are unsure how much you need per VM, you can enter the cluster storage requirement.
The next step in the process is to define additional workload settings such as vCPU, vRAM properties as well as IOPs and Dedup. Keep in mind that your choices around IOPs and Dedup will change the size of your SDDC clusters.
Once all the data has been entered, select “Recommendation” to move to Step 2. I will cover the Recommendation and TCO section in Part 2. In the meantime, take the tool for a spin and enjoy!! VMCSizer