Storage Optimized Vm Series Is Ideal For Medium To Large Caches

Specialized virtual machines targeted for heavy graphic rendering and video editing.

Storage optimized vm series is ideal for medium to large caches.

Storage optimized virtual machine sizes. These vms are set up with high memory to core ratios which makes them well suited for relational database servers with medium to large caches and in memory analytics. This is a best value in a price performance and azure portal based on azure compute units which are acus. Azure has segmented its compute offering in several virtual machine types or series which represent a group of sizes with a similar compute purpose.

Medium to large caches and in memory analytics. Ideal for big data sql and nosql databases. Storage optimized vm sizes offer high disk throughput and io and are ideal for big data sql nosql databases data warehousing and large transactional databases. L series ls lsv2 lsv2.

Remember the optimized vm sizes offer a high memory to cpu ratio that are great for relational database servers medium and large caches and in memory analytics. Great for relational database servers medium to large caches and in memory analytics. Memory optimized vm sizes offer a high memory to cpu ratio that is great for relational database servers medium to large caches and in memory analytics. Great for relational database servers medium to large caches and in memory analytics.

Ideal for big data sql nosql databases data warehousing and large transactional databases. The m series family of azure virtual machines are memory optimized and are ideal for heavy in memory workloads such as sap hana. Examples include cassandra mongodb cloudera and redis. Gpu vms are specialized virtual machines targeted for heavy graphics rendering and video editing.

Available with single or multiple gpus. Available with single or multiple gpus. Ideal for big data sql and nosql databases. This article provides information about the number of vcpus data disks and nics as well as storage throughput and network bandwidth for each size in this grouping.

Specialized virtual machines targeted for heavy graphic rendering and video editing. Great for relational database servers medium to large caches and in memory analytics. The m series offer up to 4 tb of ram on a single vm. Azure e series optimized for in memory hyper threaded applications the e series family of azure virtual machines are optimized for heavy in memory applications such as sap hana.

High disk throughput and io. High disk throughput and io ideal for big data sql nosql databases data warehousing and large transactional databases. Hc series vms are optimized for applications driven by dense computation such as implicit finite element analysis molecular dynamics and computational chemistry. High disk throughput and io.

In addition these vms offer a virtual cpu count of up to 128 vcpus on a single vm to enable high performance parallel processing. The fv2 series are based on intel xeon platinum 8168 processors.