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MongoDB High Availability

You're reading from   MongoDB High Availability Design and implement a highly available server using the latest features of MongoDB.

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Product type Paperback
Published in Jul 2014
Publisher
ISBN-13 9781783986729
Length 164 pages
Edition 1st Edition
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Author (1):
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Afshin Mehrabani Afshin Mehrabani
Author Profile Icon Afshin Mehrabani
Afshin Mehrabani
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Table of Contents (12) Chapters Close

Preface 1. Understanding the MongoDB Architecture and Processes FREE CHAPTER 2. Understanding MongoDB's Failures and Limitations 3. Clustering in MongoDB 4. Utilizing a Replica Set 5. Replica Set in Action 6. Understanding the Concept of Sharding 7. Sharding in Action 8. Analyzing and Improving Database Performance 9. Migrating Instances and Reducing Downtime 10. Monitoring and Troubleshooting the Database Index

Utilizing sharding

Sharding is the solution to address scaling issues in MongoDB. Using sharding, developers can horizontally scale the database over multiple servers. The same dataset is divided over multiple servers. Each individual server calls the shard; it is an independent database. All shards together make the single logical database.

The following diagram shows you the sharding process:

Utilizing sharding

Sharding solves the problem of high overload and large datasets. While inserting or reading data, the client or application needs to access only one shard and not all shards. Hence, this change will horizontally scale the throughput and overload. Consequently, the database can support more operations.

On the other hand, by dividing the whole database over different servers, it reduces the amount of data that each server should store. Hence, each shard holds only a specific part of the whole database. As a result, to store 1 TB database using sharding, you can have four different servers, each having...

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