Azure Database for MySQL — Technology Profile & Architecture

Core Information

#core_information

Name, description, vendor website, logo, technology type and tags.

Overview & Role

Azure Database for MySQL is a fully managed relational database service in the cloud, based on the open-source MySQL community edition. It provides a managed service that handles patching, backups, and scaling, allowing developers to focus on application development rather than database management. It offers flexible pricing, high availability, and security features for various workloads.

Domain Classification & Tags

Database

Performance Profile

#performance_profile

Typical read and write throughput, payload size and processing latency.

Read Performance Profile

Throughput: Thousands to tens of thousands of transactions/sec (TPS) or queries/sec (QPS), depending on SKU and workload. Up to 160,000 IOPS for flexible server with provisioned IOPS.

Payload Size: Typically 1 KB to 1 MB per row/record, varying widely based on schema and query.

Processing Latency: Sub-millisecond to a few milliseconds for simple queries (e.g., point reads) within the same Azure region. 5-50 ms for more complex queries or cross-region access.

Write Performance Profile

Throughput: Hundreds to thousands of transactions/sec (TPS), depending on SKU and workload. Up to 160,000 IOPS for flexible server with provisioned IOPS.

Payload Size: Typically 1 KB to 1 MB per row/record, varying widely based on schema and transaction size.

Processing Latency: Sub-millisecond to a few milliseconds for simple inserts/updates within the same Azure region. 5-50 ms for complex transactions or cross-region access.

Architecture Diagram

#architecture_diagram

Reference diagram of the technology's internal architecture.

Component Architecture & Topology

open_in_new Standalone Tab

Features

#features

Catalogued product capabilities and what each one does.

Empirical data for features is currently being compiled in the global catalog.

Typical Use Cases

#typical_use_cases

Scenarios the technology is commonly chosen for.

Empirical data for typical use cases is currently being compiled in the global catalog.

Known Customers

#known_customers

Publicly referenced organisations using the technology.

Empirical data for known customers is currently being compiled in the global catalog.

Known Integrations

#known_integrations

Other products and services it is documented to work with.

Empirical data for known integrations is currently being compiled in the global catalog.

Connectors

#connectors

Directional data connections to other technologies, with direction and maturity.

Empirical data for connectors is currently being compiled in the global catalog.

Reference Architectures

#reference_architectures

Published architectures where the technology is used or mentioned.

No published reference architecture blueprints currently link to Azure Database for MySQL.

Security Features

#security_features

Built-in security and access-control capabilities.

Empirical data for security features is currently being compiled in the global catalog.

Known Issues

#known_issues

Documented limitations, defects and operational pitfalls.

Empirical data for known issues is currently being compiled in the global catalog.

Guidelines

#guidelines

Recommended practices for adopting and operating the technology.

Empirical data for guidelines is currently being compiled in the global catalog.

Standards & Compliance

#standards_and_compliance

Standards, certifications and control requirements it maps to.

Empirical data for standards & compliance is currently being compiled in the global catalog.

Sources

#sources

Documentation and research references behind the recorded information.

Empirical data for sources is currently being compiled in the global catalog.

Expert Validation

#expert_validation

Whether domain experts reviewed and confirmed the content.

Empirical data for expert validation is currently being compiled in the global catalog.