vRA 7.x – Using Cloud Client to remove virtual machines

There are different scenarios for taking this course of action as detailed in VMware KB2144269 in my case this was a result of losing my lab vCenter which resulted in a manual effort to remove reservations, VM’s and tenant. The following details how to cleanup the virtual machines associated with a ‘Devops’ business group which prevented deletion of the associated reservation:


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VMware VVD – Standard vs Consolidated SDDC Architecture

VMware Validated Designs are prescriptive blueprints with comprehensive deployment and operational practices.

Standard SDDC Architecture

This VMware Validated Design SDDC ‘Standard Architecture’ is Based on the ‘two-pod’ design where the management workloads & compute and edge workloads are segregated. The management workloads have their own dedicated vSphere cluster while  the compute and edge reside on a separate vSphere cluster . This ‘two-pod’ design requires at least 8 ESXi hosts, 4 for mgmt and 4 for shared compute and edge workloads. The VVD Standard Architecture supports both single and dual-region deployments. Dual-region implies 2 DC’s located in geographically dispersed locations, leveraging vSphere replication and SRM to protect the workloads. VMware official ‘Overview of Standard SDDC’.


Consolidated SDDC Architecture

This VMware Validated Design SDDC ‘Consolidated Architecture’ is Based on the ‘one-pod’ design where both the management workloads and compute/edge workloads are co-located on a single vSphere cluster. Requires a minimum of 4 hosts and supports a single-region. VMware official ‘Overview of Consolidated SDDC’.


Note: As of VVD 4.2 the term ‘Pod’ is being replaced by ‘Workload Domain’ to describe the different cluster types: Management, Compute & Edge.




VVD Quick References:




Dell EMC – VxBlock System 1000

‘Welcome to the New era of Dell EMC CI’

Some brief highlights and related articles covering the next generation of Dell EMC CI – VxBlock System 1000


4X Storage Array Types

The VxBlock 1000 architecture is designed to allow for the option of running multiple storage arrays within a single VxBlock system supported under one RCM (beginning with RCM 6.5.3), which means the concept of storage extensions becomes a mute point and allows for the ease of expansion and mixing of storage arrays and their associated resources as required for specific workloads. The four Dell EMC array types include VMAX, Unity, Isilon Gen6 and XtremIO X2(available post GA). Previous VxBlock systems allowed for a single array per system, now dependent on the SAN switch chosen the VxBlock 1000 supports up to 10 arrays per system (mixed array types if required to cater for varying workloads). Continue reading