Mongodb3.0 Performance Test Report 1: mongodb3.0 performance test

Mongodb3.0 Performance Test Report 1: mongodb3.0 performance test

Test environment:

Servers: 6 X86 pcservers

Cpu: single 8-core

Memory: 64 GB

Disk: raid 10

Operating System: centos 6.5

Mongodb: 3.0

Java DRIVER: 2.8.0

Jdk: 1.6

Network: Gigabit Ethernet

Test 1:

A single monodb service, with the same configuration server serving as a stress server, cannot exceed the memory size.

The mongodb configuration is as follows:

Fork = true
Bind_ip = 10.10.130.33
Port = 10000
Dbpath =/data/db
Logpath =/data/log/log_m.txt
Pidfilepath =/data/pid/pid_m.txt
Journal = true
StorageEngine = wiredTiger

Scenario 1: Each document contains 1000 characters and is written in 10 threads simultaneously.

Write an average of 22413 documents per second.

The old version (mongodb2.4.4) is as follows:

Writes an average of 16771 documents per second.

Conclusion: the performance of 1 K documents is improved by 34%. Disk Space is reduced by 93%.

Scenario 2: Each document contains 10 k characters and is written in 10 threads at the same time.

Writes an average of 9038 documents per second.

Test earlier versions (mongodb 2.4.4 ):

An average of 8268 documents are written per second, and the insertion speed is unstable.

Conclusion: The performance is improved by 10% by writing 10 k documents.Disk Space is reduced by 87%.

Test 2:

A single monodb service, one with the same configuration server as the stress server, the data volume does not exceed the memory size, the document is a 35 K byte group.

Test results:

Writes an average of 2588 documents per second.

Old Version (mongodb 2.4.4 ):

Writes an average of 2261 documents per second. The insertion speed is unstable.

Conclusion: the performance of 35 K documentation is improved by 15%.Disk Space is reduced by 91%.

Summary: The new version greatly improves disk space control.

The insert performance is not significantly improved, but the insert speed is significantly improved.

Because of the document-level locks provided by the new engine, there should be significant improvements in the insert, update, and query hybrid mode.

Test 2 test the standalone hybrid mode

Test 3: test the partition Mode