Azure standard accounts payable9/19/2023 ![]() ![]() Maximum number of storage accounts with Azure DNS zone endpoints (preview) per region per subscription, including standard and premium storage accounts. Maximum number of storage accounts with standard endpoints per region per subscription, including standard and premium storage accounts. To request an increase, contact Azure Support. You can request higher capacity and ingress limits. For more information, see Upgrade to a GPv2 storage account. You can easily upgrade a GPv1 or a Blob storage account to a GPv2 account with no downtime and without the need to copy data. Microsoft recommends that you use a GPv2 storage account for most scenarios. The egress limit refers to all data that is received from a storage account. The ingress limit refers to all data that is sent to a storage account. The following table describes default limits for Azure general-purpose v2 (GPv2), general-purpose v1 (GPv1), and Blob storage accounts. Scale targets for standard storage accounts The service-level agreement (SLA) for Azure Storage accounts is available at SLA for Storage Accounts. The exponential backoff allows the load on the partition to decrease, and to ease out spikes in traffic to that partition. If 503 errors are occurring, consider modifying your application to use an exponential backoff policy for retries. When your application reaches the limit of what a partition can handle for your workload, Azure Storage begins to return error code 503 (Server Busy) or error code 500 (Operation Timeout) responses. If possible, avoid sudden spikes in the rate of traffic and ensure that traffic is well-distributed across partitions. Make sure to test your service to determine whether its performance meets your requirements. In all cases, the request rate and bandwidth achieved by your storage account depends upon the size of objects stored, the access patterns utilized, and the type of workload your application performs. The scalability and performance targets listed here are high-end targets, but are achievable. ![]() This reference details scalability and performance targets for Azure Storage. ![]()
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