DG Altoros

Report

See how Atlas and Capella compare in the DBaaS performance report

CHALLENGES

MongoDB vs. Couchbase: Performance, Scalability & Deployment Challenges

Customers migrating from MongoDB to Couchbase – whether on premises or in the cloud – frequently encounter performance bottlenecks, scaling issues, and integration challenges. Couchbase versus MongoDB benchmark comparisons reveal that MongoDB often struggles with high-performance workloads as data volume grows, requiring additional tools to achieve full functionality. Businesses also report difficulties with mobile deployments and the limitations of MongoDB’s proprietary query language, making it harder to optimize database performance efficiently.

CHALLENGE #1

AI-powered applications

MongoDB provides limited and slow vector search. Couchbase offers AI Services for GenAI at scale.

CHALLENGE #2

Performance at scale

MongoDB’s performance degrades rapidly as the cluster size or number of users increases.

CHALLENGE #3

Multi-region deployments

MongoDB provides limited replication compared to Couchbase’s active-active, in-memory architecture.

CHALLENGE #4

An unfamiliar query language

MongoDB’s proprietary query language is far more complex and less well known than SQL.

CHALLENGE #5

Mobile and edge computing

MongoDB has no solution. Couchbase Mobile is the first and leading NoSQL mobile database.

CHALLENGE #6

Limited analytics offering

For scalable, real-time analytics, MongoDB customers need to export to another platform.

FEATURES

Key features of Couchbase vs. MongoDB

  • Couchbase
  • MongoDB
  • BSON
  • Lucene-based and only available in Atlas

Dispelling NoSQL misconceptions

Discover why Couchbase outperforms MongoDB for modern enterprise needs.

Code snippet

Comparison of equivalent queries in Couchbase SQL++ and MongoDB's MQL

CUSTOMERS

What customers are saying

Hi-Tech-customer
“We see very consistent 500 microsecond response times from Couchbase even at very large scale.”
Technical Lead, Cisco
100B+ user sessions per year
500 microsecond response times