Example Data Center configurations
This document includes a few examples of Data Center environments that may be used by Atlassian customers. Atlassian does not endorse, approve or recommend any specific vendors or configurations. These are provided just to showcase how Atlassian customers may deploy Data Center.
For more guidance on configuring an optimal environment, contact Advisory Services or have Premier Support schedule a health check.
NFS for shared storage
Some of the sample configurations here use NFS for shared storage. Atlassian applications do not support NFS for local storage.
This is because on local storage, Jira uses an index (Lucene) that is incompatible with NFS. Jira does not use this index for shared storage.
References:
- JRASERVER-33887 - Getting issue details... STATUS
- Supported platforms
On this page
Bitbucket Data Center + Jira Data Center with disaster recovery
Approximate User Count:
- Bitbucket Data Center: 1,500
- Jira Data Center: 800
Dimension | Production | Cold Standby (DR) | ||
---|---|---|---|---|
Application | Bitbucket Data Center | Jira Data Center | Bitbucket Data Center | Jira Data Center |
Load Balancer | nginx | nginx | nginx | nginx |
Node Size + Operating System | 2x Application Nodes (VM) 8 core CPU, 32GB RAM Red Hat Enterprise Linux 7.3 | 2x Application Nodes (VM) 8 core CPU, 32GB RAM Red Hat Enterprise Linux 7.3 | 2x Application Nodes (VM) 8 core CPU, 32GB RAM Red Hat Enterprise Linux 7.3 | 2x Application Nodes (VM) 8 core CPU, 32GB RAM Red Hat Enterprise Linux 7.3 |
Database | PostgreSQL 9.4 | MySQL 5.6 | PostgreSQL 9.4 | MySQL 5.6 |
Shared Storage | NFS 500GB | NFS 2TB | NFS 500GB | NFS 2TB |
Jira Data Center on Amazon Web Services
Approximate User Count: 3,200
Dimension | Production (AWS) |
---|---|
Application | Jira Data Center |
Load Balancer | AWS ELB + nginx on each node |
Node Size + Operating System | 2x EC2 m4.large Nodes 4x CPU, 16GB RAM, 50GB Storage AWS EC2 Linux |
Database | PostgreSQL 9.3 (AWS RDS) |
Shared Storage | AWS EFS |
Jira Data Center
Approximate User Count: 2,500
Dimension | Production |
---|---|
Application | Jira Data Center |
Load Balancer | Netscaler |
Node Size + Operating System | 3x Application Nodes (VM) 4CPU, 16GB RAM, 510GB Storage Red Hat Enterprise Linux 6 |
Database | MS SQL 2012 |
Shared Storage | NFS 500GB |
Jira Data Center using Traffic Shaping
Approximate User Count: 5,700
Dimension | Production |
---|---|
Application | Jira Data Center |
Load Balancer | Netscaler |
Node Size + Operating System | 3x Application Nodes (VM) 1x REST Traffic Node (VM) 16 CPU, 48 GB RAM, 60 GB Storage Red Hat Enterprise Linux 6.6 |
Database | MS SQL 2012 |
Shared Storage | NFS 600GB |
Reference: Traffic distribution with Atlassian Data Center
Bitbucket Data Center
Approximate User Count: 4,700
Dimension | Production |
---|---|
Application | Bitbucket Data Center |
Load Balancer | HAProxy |
Node Size + Operating System | 5x Application Nodes (VM) 8 CPU, 16GB RAM, 50GB RAM Ubuntu 14.04 |
Database | PostgreSQL 9.3 |
Shared Storage | NFS 500GB |
Confluence Data Center
Approximate User Count: 4,200
Dimension | Production |
---|---|
Application | Confluence Data Center |
Load Balancer | A10 Networks |
Node Size + Operating System | 3x Application Nodes (VM) 4 CPU, 32 GB RAM, 100 GB Storage CentOS 6.6 |
Database | PostgreSQL 9.3 |
Shared Storage | NFS 1TB |