Compare VPS Plans Sysbench Performance
This page compares the results of Sysbench tests run on the selected VPS plans. Fio file io test results are also included in this page for plans where it's available.
The Sysbench tests measure the raw performance of CPU, memory and disk of the VM for a short period of time.
Pick VPS Provider Plans
Select one or more VPS plans:
Plans
| Provider | Plan | Cost | Memory | Num CPU cores | Trial | |
|---|---|---|---|---|---|---|
| ScalaHosting | Build #2 | $49.95 | 8.0GB | 4 | Jul 11 2024 | Sysbench Numbers |
| ScalaHosting | Build #3 | $95.95 | 16.0GB | 8 | Aug 26 2024 | Sysbench Numbers |
| ScalaHosting | 6 cores 12GB | $71.95 | 12.0GB | 6 | Oct 12 2024 | Sysbench Numbers |
| Microsoft Azure | D2ads_v5 (Off rankings) | $75.19 | 8.0GB | 2 | Aug 23 2022 | Sysbench Numbers |
| Microsoft Azure | D4ads_v5 (Off rankings) | $150.38 | 16.0GB | 4 | Aug 23 2022 | Sysbench Numbers |
| Microsoft Azure | D8ads_v5 (Off rankings) | $300.76 | 32.0GB | 8 | Aug 25 2022 | Sysbench Numbers |
| Microsoft Azure | D2s v5 | $70.08 | 8.0GB | 2 | Oct 05 2022 | Sysbench Numbers |
| ScalaHosting | Build #1 | $24.95 | 4.0GB | 2 | May 26 2024 | Sysbench Numbers |
| Microsoft Azure | D2plds v5 | $56.06 | 4.0GB | 2 | Mar 04 2023 | Sysbench Numbers |
| Microsoft Azure | B2als v2 | $27.44 | 4.0GB | 2 | Sep 06 2023 | Sysbench Numbers |
| Microsoft Azure | D2ls_v5 | $62.05 | 4.0GB | 2 | Apr 18 2024 | Sysbench Numbers |
| Microsoft Azure | D2pls v6 | $59.12 | 4.0GB | 2 | Oct 22 2024 | Sysbench Numbers |
| Microsoft Azure | D8s v5 | $283.88 | 32.0GB | 8 | Oct 29 2024 | Sysbench Numbers |
Sysbench Results
Learn how to read Sysbench test results
CPU Test
The cpu test is one of the most simple benchmarks in SysBench. In this mode each request consists in calculation of prime numbers up to a value specified by the --cpu-max-primes option. All calculations are performed using 64-bit integers. Each thread executes the requests concurrently until either the total number of requests or the total execution time exceed the limits specified with the common command line options.
CPU Intensive Operation Rate
Higher is better
cpu
Multithreaded
Sysbench File IO Tests
This test mode can be used to produce various kinds of file I/O workloads. At the prepare stage SysBench creates a specified number of files with a specified total size, then at the run stage, each thread performs specified I/O operations on this set of files.
Random Read/Write Rates
Read and Write tests are performed separately. Block size: 4k.
Higher is better
fileio
Random Read 4k,Random Write 4k
Combined Random Read+Write Rates
This is a combined test where reads and writes are performed at the same time. Block size: 4k.
Higher is better
fileio: Random Read-Write 4k
Read transfer rate, Write transfer rate
Sequential Read/Write Rates
Read and Write tests are performed separately. Block size: 128k.
Higher is better
fileio: Sequential Read 128k,Sequential Write 128k
Read transfer rate, Write transfer rate
Random Write Latencies
Only writes were performed during this test. Block size: 4k.
Lower is better
fileio: Random Write 4k
Average latency, P95 latency
Fio File IO tests
Combined Random Read+Write Rates
Read and Write tests are performed concurrently (50/50). Block size: 64k.
Higher is better
Fio random concurrent read-write test 64k block size
Read transfer rate, Write transfer rate
Memory Tests
Memory allocation and transfer speed.
Memory Read/Write Rates
Read and Write tests are performed separately.
Higher is better
memory
Read,Write
