PAC for virtualization

Joint ITPOD and vStack solutions, where the vStack HCI hyperconverged platform is deployed on ITPOD servers (vStack-R line).

The platform integrates compute, storage and networking resources

ITPOD and vStack virtualization PAC is a high-performance unified infrastructure platform that combines ITPOD server hardware optimized for NVMe drives and vStack HCP solution that provides management of all infrastructure resources through a single interface.

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Equipment packages for a quick start

PAK "Start"
6 servers
vStack-R-SL201–D25RE-G3

redundancy = 2

Server Characteristics
  • 2 x Intel Xeon Gold 6326 (16C @ 2.9GHz)
  • 16 x 64GB RDIMM 3200MHz
  • LSI 9400-16i HBA
  • 2 x 512GB M.2 NVMe (OS)
  • 12 x 960GB SSD SAS (DATA)
  • 4 x 10Gb Eth SFP+
Useful cluster resources
  • Cluster Usable Space (TB) = 36 TB
  • Cluster Effective Space (TB) = 108 TB
  • Cluster Usable Cores = 192
  • Cluster Usable GHz = 557
  • Cluster Effective GHz = 5,011
  • Cluster Usable RAM (for VMs) = 3,328 GB

Optimal" PAC
12 servers
vStack-R-SL201–D25RE-G3

redundancy = 2

Server Characteristics
  • 2 x Intel Xeon Gold 6348 (28C @ 2.6GHz)
  • 32 x 64GB RDIMM 3200MHz
  • LSI 9400-16i HBA
  • 2 x 512GB M.2 NVMe (OS)
  • 24 x 960GB SSD SAS (DATA)
  • 4 x 25Gb Eth SFP28
Useful cluster resources
  • Cluster Usable Space (TB) = 180 TB
  • Cluster Effective Space (TB) = 540 TB
  • Cluster Usable Cores = 672
  • Cluster Usable GHz = 1,706
  • Cluster Effective GHz = 15,356
  • Cluster Usable RAM (for VMs) = 11,136 GB

PAK "Start"
6 servers
vStack-R-SL201–D25RE-G3

redundancy = 2

Server Characteristics
  • 2 x Intel Xeon Gold 6326 (16C @ 2.9GHz)
  • 16 x 64GB RDIMM 3200MHz
  • LSI 9400-16i HBA
  • 2 x 512GB M.2 NVMe (OS)
  • 12 x 960GB SSD SAS (DATA)
  • 4 x 10Gb Eth SFP+
Useful cluster resources
  • Cluster Usable Space (TB) = 36 TB
  • Cluster Effective Space (TB) = 108 TB
  • Cluster Usable Cores = 192
  • Cluster Usable GHz = 557
  • Cluster Effective GHz = 5,011
  • Cluster Usable RAM (for VMs) = 3,328 GB

Optimal" PAC
12 servers
vStack-R-SL201–D25RE-G3

redundancy = 2

Server Characteristics
  • 2 x Intel Xeon Gold 6348 (28C @ 2.6GHz)
  • 32 x 64GB RDIMM 3200MHz
  • LSI 9400-16i HBA
  • 2 x 512GB M.2 NVMe (OS)
  • 24 x 960GB SSD SAS (DATA)
  • 4 x 25Gb Eth SFP28
Useful cluster resources
  • Cluster Usable Space (TB) = 180 TB
  • Cluster Effective Space (TB) = 540 TB
  • Cluster Usable Cores = 672
  • Cluster Usable GHz = 1,706
  • Cluster Effective GHz = 15,356
  • Cluster Usable RAM (for VMs) = 11,136 GB

Not suitable for these configurations? Describe your tasks and we will contact you as soon as possible.

Benefits of PAC

Guaranteed component compatibility

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All elements of the complex are tested for mutual integration and work as a whole

Optimized performance

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The hardware is specifically tuned to maximize the performance of the vStack software

One-stop technical support

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Solving all issues through one window

Rapid deployment

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Out-of-the-box integration significantly reduces installation and configuration time

Full compliance with import substitution requirements

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Inclusion in the register of domestic software

Flexibility and individual approach

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Matching the solution to specific tasks

What tasks the PAC solves

The vStack and ITPOD-based PAC effectively solves the following tasks

Creation of corporate virtual infrastructure

Replacing VMware and other foreign solutions

Building fault-tolerant clusters

Ensuring continuity of business processes

Organizing private clouds

Provision of IaaS services within the company

Consolidation of IT resources

Efficient use of computing power

Import substitution

Transition to domestic technologies without loss of functionality

Rapid migration
from foreign platforms

Specialized tools for infrastructure migration

What tasks the PAC solves

The vStack and ITPOD-based PAC effectively solves the following tasks

Creation of corporate virtual infrastructure

Replacing VMware and other foreign solutions

Building fault-tolerant clusters

Ensuring continuity of business processes

Organizing private clouds

Provision of IaaS services within the company

Consolidation of IT resources

Efficient use of computing power

Import substitution

Transition to domestic technologies without loss of functionality

Rapid migration
from foreign platforms

Specialized tools for infrastructure migration