M-Series announcements – GA of Mv3 High Memory and details on Mv3 Very High Memory virtual machines by info.odysseyx@gmail.com September 3, 2024 written by info.odysseyx@gmail.com September 3, 2024 0 comment 7 views 7 Mv3 high memory general release We are planning to run the third version of the M series (Mv3) with 4.Day We are excited to announce that the Mv3 High Memory (HM) Virtual Machines (VMs) are now generally available, supporting the Intel® Xeon® Processor (Sapphire Rapids) generation across all segments. These next-generation M-series High Memory VMs provide customers with faster insights, more uptime, lower total cost of ownership, and improved price-performance for their most demanding workloads. The Mv3 HM VMs are also supported on RISE with SAP customers. With the launch of this Mv3 sub-family and the sub-family offering approximately 32TB of memory, Microsoft is now offering fourDay 4th generation Intel® Xeon® processors (Sapphire Rapids). Key features of the new Mv3 HM VM Mv3 HM VMs can scale from 6TB to 16TB to suit your workload. Mv3 delivers up to 40% higher throughput than Mv2 High Memory (HM), significantly accelerating SAP HANA data load times for SAP OLAP workloads and significantly higher performance per core for SAP OLTP workloads than its predecessor, Mv2. Based on Azure Boost, Mv3 HM delivers up to 2x higher throughput to Azure Premium SSD storage than Mv2, up to 25% improved network throughput, and more deterministic performance. Built on previous generation intelligence, it is designed from the ground up to be resilient to memory, disk, and networking errors. Available in both disk and diskless solutions, customers have the flexibility to choose the option that best suits their workload requirements. During the private preview, several customers like SwissRe have benefited from the new VM sizes. In their own words: “The Mv3 high-memory VM results are promising. On average, we see a 30% performance increase without any major tuning.” Msv3 High Memory Series (NVMe) size vCPU Memory in GiB Maximum data disk Maximum Uncached Premium SSD Throughput: IOPS/MBps Maximum uncached Ultra Disk and Premium SSD V2 disk throughput: IOPS/MBps Max NIC Maximum network bandwidth (Mbps) Standard_M416s_6_v3 416 5,696 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M416s_8_v3 416 7,600 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M624s_12_v3 624 11,400 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M832s_12_v3 832 11,400 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M832s_16_v3 832 15,200 64 130,000/ 8,000 260,000/ 8,000 8 40,000 Msv3 High Memory Series (SCSI) size vCPU Memory in GiB Maximum data disk Maximum Uncached Premium SSDThroughput: IOPS/MBps Maximum uncached Ultra Disk and Premium SSD V2 disk throughput: IOPS/MBps Max NIC Maximum network bandwidth (Mbps) Standard_M416s_6_v3 416 5,696 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M416s_8_v3 416 7,600 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M624s_12_v3 624 11,400 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M832s_12_v3 832 11,400 64 130,000/4,000 130,000/4,000 8 40,000 Standard_M832s_16_v3 832 15,200 64 130,000/ 8,000 130,000/ 8,000 8 40,000 Mdsv3 High Memory Series (NVMe) size vCPU Memory in GiB Temporary storage (SSD) GiB Maximum data disk Maximum cache* and temporary storage throughput: IOPS/MBps Maximum Uncached Premium SSD Throughput: IOPS/MBps Maximum uncached Ultra Disk and Premium SSD V2 disk throughput: IOPS/MBps Max NIC Maximum network bandwidth (Mbps) Standard_M416ds_6_v3 416 5,696 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M416ds_8_v3 416 7,600 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M624ds_12_v3 624 11,400 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M832ds_12_v3 832 11,400 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M832ds_16_v3 832 15,200 400 64 250,000/1,600 130,000/ 8,000 260,000/ 8,000 8 40,000 Mdsv3 High Memory Series (SCSI) size vCPU Memory in GiB Temporary storage (SSD) GiB Maximum data disk Maximum cache* and temporary storage throughput: IOPS/MBps Maximum Uncached Premium SSDThroughput: IOPS/MBps Maximum uncached Ultra Disk and Premium SSD V2 disk throughput: IOPS/MBps Max NIC Maximum network bandwidth (Mbps) Standard_M416ds_6_v3 416 5,696 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M416ds_8_v3 416 7,600 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M624ds_12_v3 624 11,400 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M832ds_12_v3 832 11,400 400 64 250,000/1,600 130,000/4,000 130,000/4,000 8 40,000 Standard_M832ds_16_v3 832 15,200 400 64 250,000/1,600 130,000/ 8,000 130,000/ 8,000 8 40,000 * Read IOPS are optimized for sequential reads. Availability and pricing by region VMs are now available in Western Europe, Northern Europe, Eastern America and Western America. 2. Pricing details can be found here. Windows and Linux. Additional Resources: Details about the Mv3 very high memory virtual machine We are excited to announce the latest and greatest additions to our Mv3-Series, Standard_M896ixds_32_v3 and Standard_M1792ixds_32_v3 VM SKUs. These new VM SKUs are the result of close collaboration between Microsoft, SAP, experienced hardware partners, and valued customers. Key features of the new Mv3 VHM VM Unparalleled memory capacity: Both the Standard_M896ixds_32_v3 and Standard_M1792ixds_32_v3 VMs feature approximately 32TB of memory, making them ideal for supporting very large in-memory databases and workloads. High CPU Performance: With 896 cores in the Standard_M896ixds_32_v3 VM and 1792 vCPUs** in the Standard_M1792ixds_32_v3 VM, these VMs are designed to handle high-end S/4HANA workloads and deliver more CPU performance than other public cloud offerings. Enhanced Network and Storage Bandwidth: Both VM types offer the highest network and storage bandwidth available in Azure for full node VMs, including up to 200 Gbps network bandwidth with Azure Boost. Optimal Performance for SAP HANA: These SAP HANA certified VMs adhere to SAP-mandated socket-to-memory ratios to ensure optimal performance for in-memory analytics and relational database servers. size vCPU or core Memory in GiB SAP HANA Job Types Standard_M896ixds_32_v3 896 30,400 OLTP(S/4HANA)/OLAP scale-up Standard_M1792ixds_32_v3 1792** 30,400 OLAP Scale-up **Hyperthreaded vCPU Thanks to co-authors Leeban Hassen, Kiran Gantikota, and Aysha Keen for their contributions to this article. 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