![]() Azure may place controls on older Azure VMs when run on newer hardware to help maintain consistent performance for our customers even when the VMs run on different hardware. We understand that Azure customers want the best possible consistent performance, they want to be able to count on getting the same performance from the same type of VM every time.Īzure VM sizes typically run with maximum performance on the hardware platform they are first released on. The following GPU series are also retiring: SKU Family The following VM series are retiring on or before August 31, 2024: SKU Family Optimal performance may require the latest VM images (OS and VM generation) to ensure the latest updates and fastest drivers. Processor model information for each SKU is available in the SKU documentation (see links above). ****AMD Simultaneous multithreading technology ***Hyper-threaded and capable of running nested virtualization The amount of the performance increase can vary based on the VM size, workload, and other workloads running on the same host. **ACUs use AMD® Boost technology to increase CPU frequency and provide a performance increase. ![]() ![]() *ACUs use Intel® Turbo technology to increase CPU frequency and provide a performance increase. ACU is currently standardized on a Small (Standard_A1) VM being 100 and all other SKUs then represent approximately how much faster that SKU can run a standard benchmark ![]() This will help you easily identify which SKU is most likely to satisfy your performance needs. The concept of the Azure Compute Unit (ACU) provides a way of comparing compute (CPU) performance across Azure SKUs. Applies to: ✔️ Linux VMs ✔️ Windows VMs ✔️ Flexible scale sets ✔️ Uniform scale sets ![]()
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