VxBlock System type
Number of compute servers (half-width)
VxBlock 540
256
VxBlock 740
512
•
Deployment of more than one VMware vCenter server per Converged System requires the
deployment of a redundant AMP server with an external VNXe. Each AMP Server must be
appropriately scaled to support multiple VMware vCenter servers.
•
You must scale all Converged System AMP, network, storage, and compute environment
resources appropriately when deploying multiple VMware vCenter servers with its associated
resources in a Converged System.
Inter Converged System VMware ELM scalability planning in
Converged Systems in a single physical data center (vSphere 6.5U1)
Determine the maximum number of converged systems that can be configured with ELM and VMware
vSphere 6.5U1.
Scenario 1: Each Converged System is deployed with two PSCs.
•
Based on a standard Converged System configuration with two PSCs, you can have a maximum
of five Converged Systems. A minimum of one VMware vCenter server is required for each
Converged System. The maximum number of VMware vCenter servers with ELM is limited to 15.
Each of the five Converged Systems can support more than one VMware vCenter servers. In this
configuration, you must maintain the Dell EMC VMware vSphere software Release Certification
Matrix (RCM) consistently across all five Converged Systems. Periodically, monitor PSC
replication sequence numbers to verify PSC synchronization.
•
Deployment of more than one VMware vCenter server per Converged System requires a
redundant AMP server with an external VNXe. You must appropriately scale each AMP Server to
support multiple VMware vCenter servers.
•
You must appropriately scale the entire Converged System AMP, network, storage, and compute
environment resources when deploying multiple VMware vCenter servers with its associated
resources in a Converged System.
Determine the maximum number of Converged Systems that can be configured with ELM with VMware
vSphere 6.5U1 in a single physical data center.
Configuring VMware Enhanced Linked Mode (vSphere 6.5U1)
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