Oracle Golden Gate Architecture

The oracle golden gate architecture consists of the following components.

Oracle golden gate architecture.

Oracle goldengate moves committed transactions with transaction integrity and minimal overhead on the infrastructure. Thanks to its oracle goldengate hybrid structure it can support replication in cross platform or database. This is the basic configuration. Goldengate replication flow the typical goldengate flow shows new and changed database data being captured from the source database.

Oracle goldengate is composed of the following components. The manager is the process which starts the other goldengate processes. The captured data is written to a file called the source trail. This architecture facilitates the movement of transactional data in four simple yet powerful steps.

Using this technology it enables cost effective and low impact real time data integration and continuous availability solutions. Figure 1 2 illustrates the logical architecture of oracle goldengate for initial data loads and for the synchronization of dml and ddl operations. Oracle goldengate is installed separately to the source and target servers and the configurations of the servers can be different. Oracle active data guard.

Oracle goldengate microservices architecture ma is a new microservices architecture that provides rest enabled services as part of the oracle goldengate environment. Oracle ms sql postgre sql mysql and ibm db2. Oracle golden gate architecture diagram. Trails or extract files.

In this post we ll understand the golden gate replication flow and examines each of the architectural components. Build out your oracle maximum availability architecture platinum configuration oracle sharding linear scalability geo distribution and extreme data availability deep dive into automating oracle goldengate using the new microservices. Oracle goldengate provides real time log based change data capture and delivery between heterogeneous systems. The oracle goldengate 12c architecture consists of decoupled modules that can be combined across the enterprise to provide maximum flexibility availability and performance.

The trail is then read by a data pump sent across.