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Cloud server configurations

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When creating a cloud server, you can select the number of vCPUs, RAM, local disk size (optional) and add GPUs. Depending on the tasks for which you need a cloud server, you can choose a specific lineup configuration that is suitable for those tasks.

The process of selecting a configuration depends on the pool.

Two types of server configurations are available for all rulers except Shared and Dedicated:

  • fixed configurations - configurations of lines with different technical characteristics in which the resource ratio is fixed;
  • arbitrary configurations - configurations in which any resource ratio can be specified.

The configurations use different processors depending on the line and pool segment. You can customize the selected configuration. After you create a cloud server, you can change the configuration.

Processors

The linacs differ in the processors available.

Processor with DDR4 REG 2450 MHz for cloud servers with dedicated cores.

St. PetersburgMoscowNovosibirskTashkentAlmatyNairobi
AMD EPYC™ 7763 @ 2.45 GHzru-3bru-7a
ru-7b

Processors with DDR4 REG 2133-2633 MHz for configurations without dedicated cores.

St. PetersburgMoscowNovosibirskTashkentAlmatyNairobi
Intel® Xeon® Processor E5-2670 v3 @ 2.30 GHzru-1aru-2a
Intel® Xeon® Processor E5-2680 v4 @ 2.40 GHzru-1b
ru-1c
Intel® Xeon® Processor E5-2699 v4 @ 2.20 GHzru-1b
Intel® Xeon® Gold 5218 @ 2.30 GHzru-1c
Intel® Xeon® Gold 6140 @ 2.30 GHzru-3a
ru-1a
ru-1b
ru-1c
ru-2b
Intel® Xeon® Gold 6240 @ 2.60 GHzru-9aru-7aru-8a
Intel® Xeon® Gold 6240R @ 2.40 GHzru-3b
ru-9a
ru-2cuz-1akz-1ake-1a
Intel® Xeon® Gold 6336Y @ 2.40 GHzru-3b
ru-9a
ru-2c
ru-7a
gis-1a
AMD EPYC™ 7742 @ 2.25 GHzru-7auz-1a
AMD EPYC™ 7763 @ 2.45 GHzru-3b
gis-2a
ru-2c
ru-7a
ru-7b
gis-1a
kz-1a
AMD EPYC™ 7713 @ 2.00 GHzuz-1a

Rulers

To see the availability of configurations in the regions, see the Cloud Servers availability matrix.

You can select the configuration when creating a cloud server in the Control Panel. If you want to create a fixed-configuration cloud server through the OpenStack CLI and Terraform, use the Fixed Configuration Flavor List table in all pools. If fixed configurations are not suitable, create a flavor. Through the OpenStack API, you can create a GPU flavor.

Depending on the lineup, up to 64 vCPUs, 1000 GB RAM and 2 TB of local disk are available in fixed configurations, and up to 232 vCPUs, 900 GB RAM and 2 TB of local disk are available in random configurations.

Standard

Fixed configurations of the cloud server lineup with balanced vCPU:RAM resource allocation. Suitable for most tasks, such as running code for web services and applications, hosting online stores, and creating test environments.

A local or network boot disk is available in the Standard line.

The lineup includes cloud server configurations with dedicated cores in pool segments ru-3b, ru-7a and ru-7b. Cloud servers with dedicated cores are available from 2 to 32 vCPUs, from 4 GB to 256 GB RAM, from 32 GB to 1 TB of local disk.

For basic cloud servers, 1 to 32 vCPUs, 1 GB to 128 GB RAM, 16 GB to 1.25 TB local disk are available.

CPU

A line of fixed configurations in which vCPU:RAM resources are balanced in a 1:2 ratio.

Suitable for video transcoding, machine learning, data processing, building CI/CD systems and other tasks that require performance and compute speed on vCPUs.

Available from 4 to 24 vCPUs, 8 GB to 48 GB RAM, 128 GB to 512 GB local disk.

Memory

A line of fixed configurations in which vCPU:RAM resources are balanced at a 1:8 ratio.

The configurations provide high performance for workloads handling large data packages to accommodate demanding databases or SAP and 1C enterprise applications.

Available from 2 to 16 vCPUs, 16 GB to 128 GB RAM, 64 GB to 512 GB local disk.

GPU

Fixed cloud server configurations with dedicated GPUs.

Optimized for GPU computing, such as video transcoding, training neural networks, or creating remote workstations.

Available from 4 to 48 vCPUs, 1 to 8 GPUs, 16 GB to 450 GB RAM.

Local or network boot disks are available across the GPU lineup. Only NVIDIA® A100 40Gb, NVIDIA® A100 80Gb, NVIDIA® A30, or NVIDIA® RTX 6000 Ada in the ru-7a and ru-7b pool segment and NVIDIA® A5000 in the uz-2a and kz-1a pool segments can be used for cloud servers with a local disk.

Learn more about dedicated GPUs in the Graphics Processing Units (GPUs) instruction.

Shared

Fixed cloud server configurations with the ability to use and pay for only a portion of the vCPU.

Shared lineup configurations are less expensive than other lineups and are suitable for tasks that do not require constant and full utilization of the virtual core, such as running staging, a website, bringing up a network, or training.

In the Shared line, a single virtual core can be used by multiple clients. When creating such a configuration, you need to specify the share of vCPU that will be reserved for your server: 10%, 20% or 50%. Cloud server performance will never go below this percentage and may temporarily go up to 100% if other clients are not maximizing resources or a portion of the virtual core is not leased.

Only network boot disks are available in the Shared lineup.

Available from 1 to 4 vCPUs, 512 MB to 8 GB RAM.

Arbitrary configurations in pool segments ru-3b, ru-7a and ru-7b are not available.

HighFreq

Fixed configurations of high-performance cloud servers with CPU speeds up to 3.6 GHz and memory speeds up to 3,200 MHz. Suitable for databases such as 1C Bitrix, game servers and other tasks requiring high processing and response speeds.

Local or network boot disks are available in the HighFreq line.

Fixed configurations are available in the lineup to support the operation of cloud servers with dedicated cores in the ru-3b, ru-7a and ru-7b pool segments. Cloud servers with dedicated cores are available from 2 to 64 vCPUs, from 4 GB to 256 GB RAM, from 30 GB to 1 TB of local disk.

For basic cloud servers, 1 to 64 vCPUs, 2 GB to 256 GB RAM, 30 GB to 1.5 TB local disk are available.

10G Net

Fixed line configurations with support for fast 10 Gbps networks in pool segments ru-3b, ru-7a and ru-7b. Line configurations are available only with support for cloud servers with dedicated cores.

Suitable for high-load web applications, network services, game servers, and other applications that require high network bandwidth while transferring large amounts of data.

16 vCPUs, 32 GB to 128 GB RAM, 256 GB to 2 TB of local disk are available.

Dedicated

Fixed line configurations with support for cloud server operation on a dedicated host in the ru-3b pool segment. Line configurations are available only with support for cloud servers with dedicated cores.

Suitable for software that is tied to physical hardware, applications and services with computational load isolation requirements, and loaded services.

Available with 14 vCPUs, 64GB or 86GB RAM.

Arbitrary configurations in pool segments ru-3b, ru-7a and ru-7b are not available.

Arbitrary configurations

To see the availability of arbitrary configurations in regions, see the Cloud Servers availability matrix.

You can select an arbitrary configuration when you create a cloud server in the control panel. If you are creating a cloud server through the OpenStack CLI and Terraform and fixed configurations are not suitable, create a flavor. Flavors determine the number of vCPUs, RAM, and local disk size (optional) of the server. Through the OpenStack API, you can create a GPU flavor.

Values of arbitrary configurations

In arbitrary configurations, you can select any resource ratio and add GPUs. The available values depend on the pool segment.

In the pool segments
gis-1a, uz-1a, kz-1a, ke-1a.
In the pool segments
ru-2a, ru-8a
In the pool segments
ru-1a, ru-1b, ru-1c, ru-2b, ru-2c, uz-2a
In the pool segments
ru-3a, ru-9a
Number of vCPUs1-81-81-81-32
RAM512 MB - 64 GB2 GB - 64 GB2 GB - 64 GB2GB - 256GB*
Local disk size5 GB - 512 GB10 GB - 2 TB10 GB - 2 TB10GB - 2TB**
GPU001-81-8

* If there are more than 8 vCPUs in a configuration, the vCPU:RAM ratio must be at least 1:2. For example, 10 vCPUs require at least 20 GB of RAM.

** If the configuration has more than 8 vCPUs, the vCPU:Local Disk ratio must be at least 1:32. For example, 10 vCPUs require a disk size of at least 320 GB.

If arbitrary configurations are not suitable, you can order your own configuration. Create a ticket and specify the resource ratio:

  • vCPU:RAM - at least 1:2;
  • vCPU:RAM:Local disk - at least 1:2:16.

In private pool segments, the limits on arbitrary configurations depend on the pool parameters and the agreed upon number of resources when the service is ordered.

List of cloud server lineup flavors

Flavors correspond to cloud server configurations and define the number of vCPUs, RAM, and local disk size (optional) of the server.

Flavor IDs or names are used to create cloud servers through the OpenStack CLI and Terraform. The IDs differ between pools.

note

For example, 1015 is the ID and SL1.4-16384 is the name of the flavor, which corresponds to a fixed Standard line configuration with 4 vCPUs, 16GB RAM in a ru-9 pool.

If a fixed lineup configuration flavor with the right number of vCPUs, RAM, and local disk size is not available, you can create a flavor.

You can view a list of fixed-configuration flavors in all pools in the table or view a list of all configuration flavors in a specific pool through the OpenStack CLI.

List of fixed-configuration flavorings in all pools

RulerIDNameNumber of vCPUsRAM, MBLocal disk size, GB
Basic OpenStack configurations1m1.tiny15120
2m1.small120480
3m1.medium240960
4m1.large481920
5m1.xlarge8163840
Standard1011SL1.1-1024.110240
1012SL1.1-2048.120480
1013SL1.2-4096.240960
1014SL1.2-8192.281920
1021SL1.2-163842163840
1022SL1.4-8192481920
1015SL1.4-163844163840
1023SL1.4-327684327680
1024SL1.6-122886122880
1016SL1.6-327686327680
1025SL1.8-163848163840
1017SL1.8-32768.8327680
1026SL1.8-655368655360
1027SL1.12-24576.12245760
1018SL1.12-49152.12491520
1028SL1.16-32768.16327680
1019SL1.16-65536.16655360
1029SL1.16-131072.161310720
1030SL1.24-49152.24491520
1031SL1.32-65536.24655360
1322SL1.1-1024-161102416
1312SL1.1-2048-16.1204816
1313SL1.2-4096-32.2409632
1314SL1.2-8192-642819264
1323SL1.2-16384-128216384128
1324SL1.4-8192-644819264
1315SL1.4-16384-128416384128
1325SL1.4-32768-256432768256
1326SL1.6-12288-9661228896
1316SL1.6-32768-256632768256
1327SL1.8-16384-128816384128
1328SL1.8-32768-256832768256
1329SL1.8-65536-512865536512
1330SL1.12-24576-1921224576192
1331SL1.12-49152-384.1249152384
1332SL1.16-32768-2561632768256
1333SL1.16-65536-5121665536512
1334SL1.16-131072-1024161310721024
1335SL1.24-49152-384.2449152384
1336SL1.32-65536-5123265536512
Standard
coregistered
1051SL2.2-4096-AMD240960
1052SL2.2-8192-AMD.281920
1053SL2.2-16384-AMD2163840
1054SL2.4-8192-AMD.481920
1055SL2.4-16384-AMD4163840
1056SL2.4-32768-AMD4327680
1057SL2.6-12288-AMD6122880
1058SL2.6-32768-AMD6327680
1059SL2.8-16384-AMD8163840
1060SL2.8-32768-AMD8327680
1061SL2.8-65536-AMD8655360
1062SL2.12-24576-AMD12245760
1063SL2.12-49152-AMD12491520
1064SL2.16-32768-AMD16327680
1065SL2.16-65536-AMD16655360
1066SL2.16-131072-AMD161310720
1067SL2.24-49152-AMD24491520
1068SL2.24-98304-AMD24983040
1069SL2.32-65536-AMD32655360
1070SL2.32-262144-AMD322621440
1351SL2.2-4096-32-AMD2409632
1352SL2.2-8192-64-AMD2819264
1353SL2.2-16384-128-AMD216384128
1354SL2.4-8192-64-AMD4819264
1355SL2.4-16384-128-AMD416384128
1356SL2.4-32768-256-AMD432768256
1357SL2.6-12288-96-AMD61228896
1358SL2.6-32768-256-AMD632768256
1359SL2.8-16384-128-AMD816384128
1360SL2.8-32768-256-AMD832768256
1361SL2.8-65536-512-AMD865536512
1362SL2.12-24576-192-AMD1224576192
1363SL2.12-49152-384-AMD1249152384
1364SL2.16-32768-256-AMD1632768256
1365SL2.16-65536-512-AMD1665536512
1366SL2.16-131072-1024-AMD161310721024
1367SL2.24-49152-384-AMD2449152384
1368SL2.24-98304-768-AMD2498304768
1369SL2.32-65536-512-AMD3265536512
1370SL2.32-262144-1024-AMD322621441024
GPU
with NVIDIA® GTX 1080 graphics card
3021GL2.6-24576-0-1GPU6245760
3022GL2.12-49152-0-2GPU12491520
3023GL2.24-98304-0-4GPU24983040
GPU
with NVIDIA® Tesla T4 graphics card
3031GL3.4-32768-0-1GPU4327680
3032GL3.4-65536-0-1GPU4655360
3033GL3.8-32768-0-1GPU8327680
3034GL3.8-65536-0-1GPU8655360
3035GL3.8-65536-0-1GPU8655360
3036GL3.8-98304-0-2GPU8983040
3037GL3.16-131072-0-4GPU161310720
3038GL3.24-327680-0-4GPU243276800
Shared with vCPU share of 10%9011PRC10.1-512.15120
9012PRC10.1-1024110240
9013PRC10.2-2048220480
9014PRC10.2-4096240960
9015PRC10.4-8192481920
Shared with vCPU share 20%9021PRC20.1-512.15120
9022PRC20.1-1024110240
9023PRC20.2-2048220480
9024PRC20.2-4096240960
9025PRC20.4-8192481920
Shared with vCPU share 50%9051PRC50.1-51215120
9052PRC50.1-1024110240
9053PRC50.2-2048220480
9054PRC50.2-4096240960
9055PRC50.4-8192481920
HighFreq8311HFL1.1-2048-301204830
8312HFL1.1-4096-801409680
8313HFL1.1-8192-240.18192240
8314HFL1.2-4096-602409660
8315HFL1.2-8192-160.28192160
8316HFL1.2-16384-480.216384480
8317HFL1.4-8192-904819290
8318HFL1.4-16384-320.416384320
8319HFL1.4-32768-480.432768480
8320HFL1.8-16384-240.816384240
8321HFL1.8-32768-640.832768640
8322HFL1.8-65536-960.865536960
8325HFL1.16-32768-240.1632768240
8326HFL1.16-65536-640.1665536640
8327HFL1.16-131072-960.16131072960
8328HFL1.32-131072-960.32131072960
8329HFL1.32-163840-1280.321638401280
8330HFL1.64-262144-1536.322621441536
HighFreq
coregistered
8351HFL2.2-4096-32-AMD2409632
8352HFL2.2-8192-64-AMD2819264
8353HFL2.2-16384-128-AMD216384128
8354HFL2.4-8192-64-AMD4819264
8355HFL2.4-16384-128-AMD416384128
8356HFL2.4-32768-256-AMD432768256
8357HFL2.8-16384-128-AMD816384128
8358HFL2.8-32768-256-AMD832768256
8359HFL2.8-65536-512-AMD865536512
8360HFL2.12-24576-192-AMD1224576192
8361HFL2.12-49152-384-AMD1249152384
8362HFL2.16-32768-256-AMD1632768256
8363HFL2.16-65536-512-AMD1665536512
8364HFL2.16-131072-1024-AMD161310721024
8365HFL2.24-49152-384-AMD2449152384
8366HFL2.24-98304-768-AMD2498304768
8367HFL2.32-65536-512-AMD3265536512
8368HFL2.32-131072-1024-AMD321310721024
8369HFL2.32-262144-1024-AMD322621441024
8370HFL2.64-262144-1024-AMD642621441024
10G Net
coregistered
12301NET10G1.16-32768-256-INTEL1632768256
12302NET10G1.16-32768-512-INTEL1632768512
12303NET10G1.16-49152-384-INTEL1649152384
12304NET10G1.16-49152-768-INTEL1649152768
12305NET10G1.16-65536-512-INTEL1665536512
12306NET10G1.16-65536-1024-INTEL16655361024
12307NET10G1.16-131072-1024-INTEL161310721024
12308NET10G1.16-131072-2048-INTEL161310722048
Dedicated
coregistered
12001DCS-SMALL-114655360
12002DCS-SMALL-214880640
Standard
** archived lineup flavors
1020SL1.24-98304.24983040
1311SL1.1-1024-8110248
1317SL1.8-32768-384832768384
1318SL1.12-49152-512.1249152512
1319SL1.16-65536-7681665536768
1320SL1.24-98304-1024.24983041024
1321SL1.36-131072-1280361310721280
CPU
*archival ruler
2011CPU1.4-8192481920
2012CPU1.8-163848163840
2013CPU1.16-32768.16327680
2014CPU1.24-49152.24491520
2015CPU1.12-2457612245760
2311CPU1.4-8192-128.48192128
2312CPU1.8-16384-192.816384192
2313CPU1.16-32768-384.1632768384
2314CPU1.24-49152-512.2449152512
2315CPU1.12-24576-256.1224576256
Memory
*archival ruler
4011RAM1.2-163842163840
4012RAM1.4-327684327680
4013RAM1.8-655368655360
4014RAM1.16-131072161310720
4311RAM1.2-16384-6421638464
4312RAM1.4-32768-128432768128
4313RAM1.8-65536-256865536256
4314RAM1.16-131072-51216131072512
Business
*archival ruler
1000BL1.1-512.15120
1001BL1.1-1024110240
1002BL1.1-2048120480
1003BL1.2-4096240960
1004BL1.2-8192281920
1005BL1.4-163844163840
1006BL1.6-327686327680
1007BL1.8-491528491520
1008BL1.10-65536.10655360
1300BL1.1-512-515125
1301BL1.1-1024-8110248
1302BL1.1-2048-161204816
1303BL1.2-4096-322409632
1304BL1.2-8192-642819264
1305BL1.4-16384-128416384128
1306BL1.6-32768-256632768256
1307BL1.8-49152-384.849152384
1308BL1.10-65536-5121065536512
Performance
*archival ruler
2000PL2.12-9830412983040
2001PL2.14-131072141310720
2002PL2.16-163840161638400
2003PL2.20-196608201966080
2004PL2.24-229376.242293760
2010PL2.32-327680.323276800
2300PL2.12-98304-768.1298304768
2301PL2.14-131072-1024141310721024
2302PL2.16-163840-1280161638401280
2303PL2.20-196608-1536.201966081536
2304PL2.24-229376-1952.242293761952

Here:

  • Ruler - The name of a fixed configuration ruler;
  • ID - The flavor ID of the cloud server;
  • Name - The name of the flavor that corresponds to the fixed configuration of the ruler;
  • vCPU - number of vCPUs;
  • RAM, MB - RAM size in MB;
  • Local disk size, GB - local disk size in GB.

View a list of the flavor list of all lineup configurations in a particular pool

Through the OpenStack CLI, you can see a list of flavors that match fixed configurations and flavors that you have created.

  1. Open the OpenStack CLI.

  2. Check out the list of flavors:

    openstack flavor list

    Example answer for pool ru-9 (abbreviated):

    +------------+-----------------------+--------+------+-----------+-------+-----------+
    | ID | Name | RAM | Disk | Ephemeral | VCPUs | Is Public |
    +------------+-----------------------+--------+------+-----------+-------+-----------+
    | 1 | m1.tiny | 512 | 0 | 0 | 1 | True |
    | 1011 | SL1.1-1024 | 1024 | 0 | 0 | 1 | True |
    | 3021 | GL2.6-24576-0-1GPU | 24576 | 0 | 0 | 6 | True |
    | 9011 | PRC10.1-512 | 512 | 0 | 0 | 1 | True |
    | 9021 | PRC20.1-512 | 512 | 0 | 0 | 1 | True |
    | 9051 | PRC50.1-512 | 512 | 0 | 0 | 1 | True |
    | 8301 | HFL1.1-2048-30 | 2048 | 30 | 0 | 1 | True |
    +------------+-----------------------+--------+------+-----------+-------+-----------+

    Here:

    • ID - The flavor ID of the cloud server;
    • Name - The name of the flavor that corresponds to the configuration:
      • m1.XX - OpenStack base configurations;
      • SLX.XX - fixed configurations of the Standard line;
      • GLX.XX. - fixed configurations of the GPU lineup;
      • PRC10.XX - Shared line fixed configurations with vCPU share of 10%;
      • PRC20.XX - Shared line fixed configurations with vCPU share of 20%;
      • PRC50.XX - Shared line fixed configurations with vCPU share of 50%;
      • HFLX.XX - fixed configurations of the HighFreq range;
    • RAM - RAM size in MB;
    • Disk - is the size of the local disk in GB;
    • vCPUs - number of vCPUs;
    • Is Public - flavor scope: True - Public flavors, False - private flavors.