Differences between Snapshot Replication and Transactional Replication

Below are the differences between Snapshot Replication and Transactional Replication:

Aspect Snapshot Replication Transactional Replication
Data Capture Takes a point-in-time snapshot of the entire database Captures and replicates individual transactions in real-time
Frequency of Updates Typically used for less frequent updates Used for more frequent updates, providing near real-time replication
Size of Data Transfer Transfers the entire dataset during each replication cycle Transfers only the changes made since the last replication cycle, reducing data transfer
Consistency Provides a consistent snapshot of the database at a specific point in time Maintains near real-time consistency between the publisher and subscribers
Use Cases Suitable for reporting, backup, or distributing read-only copies of the database Used for scenarios where near real-time data synchronization is required

Types of Database Replication

Database replication is like making copies of your important documents so you have backups in case something happens to the original. There are different ways to make these copies, like having one main copy (master) that gets updated and then making copies (slaves) of that updated version. Another way is to have multiple main copies (masters) that can all be updated and share those updates. In this article, we will see different types of database replication.

Important Topics for the Types of Database Replication

  • Master-Slave Replication
  • Master-Master Replication
  • Snapshot Replication
  • Transactional Replication
  • Merge Replication
  • Differences between Master-Slave Replication and Master-Master Replication
  • Differences between Snapshot Replication and Transactional Replication

Let’s understand the types of database replication:

Similar Reads

1. Master-Slave Replication

Master-slave replication is a method used to copy and synchronize data from a primary database (the master) to one or more secondary databases (the slaves)....

2. Master-Master Replication

Master-master replication, also known as bidirectional replication, is a setup in which two or more databases are configured as master databases, and each master can accept write operations. This means that changes made to any master database are replicated to all other master databases in the configuration....

3. Snapshot Replication

Snapshot replication is a method used in database replication to create a copy of the entire database at a specific point in time and then replicate that snapshot to one or more destination servers. This is typically done for reporting, backup, or distributed database purposes....

4. Transactional Replication

Transactional replication is a method for keeping multiple copies of a database synchronized in real-time....

5. Merge Replication

Merge replication is a database synchronization method allowing both the central server (publisher) and its connected devices (subscribers) to make changes to the data, resolving conflicts when necessary....

6. Differences between Master-Slave Replication and Master-Master Replication

Below are the differences between Master-Slave Replication and Master-Master Replication:...

7. Differences between Snapshot Replication and Transactional Replication

Below are the differences between Snapshot Replication and Transactional Replication:...

8. Conclusion

In conclusion, database replication is a fundamental concept in system design that plays a crucial role in ensuring data availability, scalability, and fault tolerance. By understanding these above types of replication and their respective use cases, system designers can make informed decisions to meet the specific requirements of their applications, ensuring data integrity, availability, and performance....