Best VPS 1 vCPU · 1 GB RAM
the workhorse of the VPS market. That means 1 vCPU and 1 GB of memory. Below are real tests of exactly this configuration across hosts: identical specs on paper, different numbers in practice.
Bulgaria
Czechia
Estonia
Finland
Greece
Italy
Japan
Latvia
Moldova
Norway
Poland
Romania
Russia
Spain
Switzerland
Ukraine
United Kingdom
Developer cloud · SSD droplets · global datacenters
| # | Provider | Score | Relative | Tests |
|---|---|---|---|---|
| 1 |
Rj Network
|
73.5 |
|
1 test |
| 2 |
Digitalocean
|
68.7 |
|
5 tests |
| 3 |
M247 Europe
|
66.7 |
|
2 tests |
| 4 |
Vultr
|
66.0 |
|
1 test |
| 5 |
Trabia
|
65.8 |
|
1 test |
| 6 |
ITLDC
|
65.0 |
|
3 tests |
| 7 |
Netgrid Host
|
53.5 |
|
12 tests |
| 8 |
Serva One
|
42.2 |
|
2 tests |
| 9 |
Edis
|
39.9 |
|
1 test |
|
|
|
What a 1 vCPU · 1 GB VPS is
1 vCPU against 1 GB. With one thread there is nothing to parallelise: a background job and a user request fight over the same core. That is 1 GB per core — a balanced, general-purpose configuration with no bias either way.
This is the size for one live project: a site, an API, or a VPN for a small team. Of the 1 GB, about 689 MB are workable, and the database should get no more than 238 MB of buffers — otherwise you start swapping.
At this size the bottleneck is almost never the CPU — it is the disk. Little memory means nothing to cache with, so every request reaches the drive. The random-IOPS gap between hosts shows up directly here: read the disk and ping columns first.
Below are machines with identical 1 vCPU and 1 GB. Since the configuration is the same, the entire spread comes from hardware, neighbours on the node and the network. Check the price at the host itself — we do not know it and cannot derive it from an IP.