•  In‑Memory Database User Guide
  • Release levels
  •  Conventions
    • Syntax notation conventions
•  Overview of features
  • In-memory versus disk-based tables
  •  Types of in-memory tables
    • Persistent in-memory tables
    • Non-persistent in-memory tables
    • Table types and referential integrity
  •  Considerations for developing applications with in‑memory tables
    • Performance and in-memory tables
    • Physical memory and virtual memory
    • Transaction isolation limitations with in-memory tables
    • Shared memory access and linked library access
    • HotStandby and in-memory tables
•  Working with in-memory tables
  • How to decide which tables to designate as in‑memory tables
  • Creating in-memory and disk-based tables
  •  Creating temporary and transient tables
    • Creating temporary tables
    • Creating transient tables
  • Changing a table from in-memory to disk-based or vice-versa
•  Configuring the in‑memory database
  •  Configuration parameters
    • General section
    • MME section
  •  Memory consumption
    • Monitoring memory consumption
    • Controlling memory consumption
• Choosing which tables to store in memory
•  Calculating the maximum BLOB size
  • Background
  • Calculating the space available for BLOB data
•  Calculating storage requirements
  •  Calculating storage requirements for disk-based tables
    • Background information
  •  Calculating storage requirements for in-memory tables
    • Background information
  • Column sizes against column type
  • Measuring memory consumption