In part 1 we introduced the concept of SAP HANA Application Workload guidance and using example business requirements to come up with a workload and vSphere cluster design for the SAP environment. In part 2 we looked at storage, network and security design for the proposed customer environment. In part 3 we looked at monitoring & management, backup/recovery and disaster recovery for SAP S4/HANA. In this final part we look at validating the design we built over the past three parts and conclude the four part blog series.
SAP S/4HANA Design Validation
Validation of an SAP design is often difficult because of the absence of publicly available validation and performance tools. This design utilizes best practices derived from vendor testing conducted in SAP labs. The SAP HANA database tier is critical to the infrastructure and must be validated. So as part of this SAP S/4HANA VVD solution, some SAP standard validation tools were used to exercise the designed infrastructure.
In part 1 we introduced the concept of SAP HANA Application Workload guidance and using example business requirements to come up with a workload and vSphere cluster design for the SAP environment. In part 2 we looked at storage, network and security design for the proposed customer environment. In this part we will look at monitoring & management, backup/recovery and disaster recovery for SAP S4/HANA.
SAP S/4HANA Monitoring and Management
Nearly every component of the IT stack contributes to application performance, which can make it challenging to identify the cause of issues when they arise. For many organizations, a lack of visibility can lead to mean-time-to-innocence hunts that waste time and create alert storms that drain the productivity of business teams. With a complex application such as SAP S/4HANA, performance issues can be even more difficult to specify because the application requires resources from the virtual environment, the network, and databases. However, integrating monitoring into a single console—such as VMware vRealize Operations Manager can provide visibility into SAP workloads and other IT relationships to impact performance.
On behalf of David Gallant, ISBU, Product Management and the Integrated Systems Business Unit, we are very pleased to announce the General Availability of VMware Adapter for SAP Landscape Management 1.4.1.
VMware Adapter for SAP Landscape Management integrates SAP Landscape Management (LaMa) with VMware Software-Defined Data Center (SDDC) technologies, allowing SAP BASIS administrators, VMware administrators, SAP project and business stakeholders to automate provisioning and management of SAP landscapes running on VMware’s SDDC. The adapter is a key component of VMware private cloud solution for SAP, which defines the software stack to virtualize, secure and automate SAP environments leveraging VMware’s software-defined architecture. At its core, it includes VMware vSphere, VMware NSX, vRealize Automation and the VMware Adapter for SAP Landscape Management and will help to bring SAP Consumers closer to IT Providers, by leveraging for instance an optional service portal to perform SAP system deployments and management tasks instead of using administrator and system tools.
Below figure shows how providers and consumers can leverage the VMware Adapter for SAP Landscape Management.
This release of the adapter is a very important maintenance release. With this release, we continue to enhance support for vRealize Automation and the system automation application interface (SA-API). These enhancements pave the way for additional customers to adopt SAP LaMa, and VMware’s SDDC.