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SAP BUSINESS ONE OVERVIEW SERIES
For example, check to see whether a more cost-effective storage option is available or a newer VM series with a better price-to-performance ratio. For low cost and flexibility, you can pay as you go for compute capacity, which requires no long term-commitment.Īs a final note, it's a good practice to review your Azure operations regularly and look for ways to optimize costs.
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For budget predictability, you can use an Azure Reserved Virtual Machine Instance, an advanced purchase for one or three years in a specified region. When your SAP applications need to run all the time, opt for Azure Reserved Instances to also help drive down costs.Ĭombining virtual machine pricing options can also lower costs. If you run your sandbox systems 10 hours a day, Monday through Friday, instead of around the clock every day, you might reduce your costs up to approximately 70 percent in a pay-as-you-go model. Continuous cost managementĪnother way to reduce costs is to deallocate or "snooze" virtual machines. There is the potential to move business process to SaaS services. Based on utilization, can you reduce the size of the virtual machines for your landscapes? Can you detach disks that are no longer being used?īringing rationalization together with a potential rearchitecture of the overall business solution is also an appropriate way of reducing costs. For example, after your go-live in Azure, review the sizing. To see how Microsoft IT answered these questions, read about how the team decommissioned approximately 60 virtual machines as part of our own SAP migration to Azure.Īn efficient approach eliminates waste within your SAP deployment on Azure and helps lower costs and ease operations. For example, do you need to move all SAP systems, or can you decommission those which are no longer used? Is it more cost-efficient to refactor certain workloads-or more timely to lift and shift? Do you really need a system as large as you sized it on premises?
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System rationalization answers cost-related questions. All these actions take place at the beginning of your journey to Azure and continues throughout. You can start a rationalization of your landscape or there is the chance to rearchitecture or substitute components, especially when moving from Business Suite to S/4HANA during your journey to the cloud. When you move SAP solutions to Azure, you have the additional opportunity to perform cost optimization. Many of them are covered in the Azure Well-Architected Framework under the pillar of cost optimization. When you move your workloads to the cloud, you have multiple aspects which can help to reduce costs of the overall solution. One way to get started is to run through the Azure Well-Architected Review. Our customers run SAP deployments of all sizes on Azure-including SAP NetWeaver an all supported Database Management Systems, SAP S/4HANA, BW/4HANA, BI, and HANA in scale-up and scale-out scenarios.
SAP BUSINESS ONE OVERVIEW WINDOWS
Azure supports SAP applications on Linux and Windows across development, test, and production environments. Microsoft and SAP work in partnership to provide a clear roadmap for organizations that want to innovate in the cloud. A solid architectural foundation starts with five pillars of excellence: cost, DevOps, resiliency, scalability, and security. This guide is based on the Microsoft Azure Well-Architected Framework, but the recommendations are specific to deployments of SAP solutions. The SAP on Azure Architecture Guide describes a set of guiding tenets that are used to help ensure the quality of SAP workloads running on Azure.