solidDB® is an in-memory database optimized for extreme speed and extreme availability that meets the performance and reliability demands of real-time applications.
solidDB® is known worldwide for delivering data with extreme speed. There are millions of deployments of solidDB® in telecommunications networks, enterprise applications, and embedded software and systems.
By keeping critical data in memory, rather than on disk, solidDB® can perform significantly faster than conventional databases. It helps applications achieve throughput of hundreds of thousands to millions of transactions per second with response times measured in microseconds. Beyond game-changing performance, solidDB® also provides built-in data availability features that help sustain uptime, prevent data loss and accelerate recovery. Additionally, solidDB® supports administrators with the flexibility to tailor the software to precise application needs and features designed to simplify deployment and administration, helping drive down the total cost of ownership (TCO).
solidDB® is a fully featured, relational, in-memory database that delivers extreme speed and extreme availability to meet performance and reliability demands of real-time applications. It provides the ability to have both in-memory tables and on-disk tables within a single solidDB® instance. Other features include a High Availability implementation and several different replication topologies.
Manuals
Getting started: An overview of the solidDB® product family, and instructions for setting up solidDB® for the first time and running samples.
Administrator Guide: How to set up, monitor, manage, and optimize the basic database server function of the product. More detailed information about configuring specific solidDB® components are included in the related manuals.
Programmer Guide: How to use solidDB® through the different Application Programming Interfaces, with or without the shared memory access (SMA), linked library access (LLA), or HotStandby.
SQL Guide: Introduction to the relational database server theory and the SQL programming language, including the syntax of all SQL statement supported by solidDB®, and the data types that can be used in tables and SQL statements.
In‑Memory Database User Guide: How to optimize your database server's performance by using in-memory database technology.
Advanced Replication User Guide: Introduction to synchronization concepts and architecture, and how to set up, use, and administer a solidDB® system using advanced replication.