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Learn How Our Data Architecture Works | VoltDB
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VoltDB Architecture – How It Works

VoltDB / Product / VoltDB Architecture – How It Works

VoltDB Architecture – How It Works

Understand the Architecture

VoltDB was architected from the ground up to deliver ultra-high performance. VoltDB is an in-memory, partitioned, single-threaded, distributed, ACID-compliant database with embedded machine learning. In-memory provides much faster access than legacy disk based systems.

VoltDB partitions data across multiple nodes. Each partition running on a node is single-threaded which eliminates the overhead associated with locking and latching in a typical multi-threaded environment, and transaction requests are executed sequentially.

VoltDB offers fully ACID, serializable transactions. With the strongest ACID guarantee in the database industry; app developers don’t have to worry about identifying, understanding, and then writing additional code to detect and resolve app failures.

With the VoltML feature; users can create VoltDB User Defined Functions (UDFs) from their PMML models and use them in stored procedures for real-time scoring on streaming data.

VoltDB Architecture Diagram 2019

VoltDB-Benchmark-Report

Featured Content

Benchmark Report: VoltDB vs. 5G Requirements

In this benchmark, we tested VoltDB v8.3 in the cloud and observed the performance scale linearly with the number of servers and achieve over 3 million transactions/second with latency consistently in single digits.

Learn More About Pieces of VoltDB Architecture

  • Academic Research

  • $ 100
    Monthly
  • Intelligent Decisions

  • $ 100
    Monthly
  • No-Wait Design

  • $ 100
    Monthly
  • Modern Disk Persistence

  • $ 100
    Monthly
  • in-Memory Cache

  • $ 100
    Monthly
  • Enterprise Readiness

  • $ 100
    Monthly
  • Next-Generation OLTP

  • $ 100
    Monthly
  • Smart Streaming Data

  • $ 100
    Monthly
  • High Performance

  • $ 100
    Monthly