Private Cloud Pricing

Key Definitions and Cost Guide

Cloud Cores: Handles the first workloads and the cloud itself.
Storage and Compute: Adds Compute and Network Storage at the same time.
Compute: Adds Compute with Direct Attach Storage.
Raw Cores: Physical thread count of all CPUs in your selected hardware.
Raw RAM: Total RAM in your selected hardware.
NVMe Powered: V2 hardware utilizes only industry-leading NVMe drives.
Cores for Compute: Raw Cores minus CPU threads used by cloud itself.
RAM for Compute: Raw RAM minus RAM needed by the cloud itself.
Network Storage: HA Storage is created by replicating data across servers.
vCPU: Cores for Compute multiplied by your vCPU ratio. 4, 6, or 8 is quite typical for private clouds.
RAM for Provisioning: RAM for Compute multiplied by your vRAM ratio. 1 is most common but up to 1.5 for special cases.
Local Storage: Compute-only servers provide high I/O local storage. Network Storage can still be used by VMs though.
Assisted Management: All private cloud prices include engineering support during onboarding. Assisted Management includes engineer-to-engineer assistance for running your clouds after onboarding. It is popular on medium and larger clouds and is generally recommended for your first private cloud. Private Cloud Deployment Pricing Calculator

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Explore Hardware Options – Per Server Specifications

Cloud Cores and object clusters require 3 or more servers. Specs may vary slightly. All servers have separate boot drives. The pricing calculator has all hardware plus it may help to see a detailed breakdown of Cloud Core Capabilities for the 3 server cluster.

For custom configurations  please schedule  a meeting


Generations 3 and 4 (V3 and V4)

(Pricing Calculator)
Server  CPUs
Per CPU Specs
RAM
Storage
Network
Egress
Custom
Medium V4 2
12C/24T 2.4/4.1Ghz
Xeon Scalable 4510
256GB
1X6.4TB Micron 7450 MAX
(up to 6 working drives)
2x10Gbit
500mbps
Yes
Large V3
(limited supply) 		2
16C/32T 2.0/4.0Ghz
Xeon Scalable 5416S
512GB
2X6.4TB Micron 7450 MAX
(up to 6 working drives)
2x10Gbit
1gbps
Yes
Large V4
2
16C/32T 2.8/3.9Ghz
Xeon Scalable 6526Y
512GB
2X6.4TB Micron 7450 MAX
(up to 6 working drives)
2x10Gbit
1gbps
Yes
XL V3
(limited supply) 		2
32C/64T 2.1/3.4Ghz
Xeon Scalable 6430
1TB
4X6.4TB Micron 7450 MAX
(up to 10 working drives)
2x10Gbit
2gbps
Yes
XL 4
2 32C/64T 2.1/4.0Ghz
Xeon Scalable 6530
1TB
4X6.4TB Micron 7450 MAX
(up to 10 working drives)
2X10Gbit
2gpbs
Yes
XXL V4 
(special order)
2 32C/64T 2.1/4.0Ghz 
Xeon Scalable 6530
2TB
6X6.4TB Micron 7450 MAX
(up to 24 working drives )
2X10Gbit
2gpbs
Yes
Generation 2.1 (V2.1)

Server  CPUs
Per CPU Specs
RAM
Storage
Network
Egress
Custom
Small 1
8C/16T 2.2/3.0Ghz
Intel Xeon D-2141-I
128GB
3.2TB Intel DC-P4610 NVMe
2x10Gbit
200mbps
No
Large 2
16C/32T 2.4/3.4Ghz
Xeon Scalable 4314
512GB
2X6.4TB Micron 7450 MAX NVMe
2x10Gbit
1gbps
Yes
XL
2
32C/64T 2.0/3.2Ghz
Xeon Scalable 6338
1TB
4X6.4TB Micron 7450 MAX NVMe
2x10Gbit
2gpbs
Yes
Generation 2 (V2)

Server  CPUs
Per CPU Specs
RAM
Storage
Network
Egress
Custom
Small 1
8C/16T 2.2/3.0Ghz
Intel Xeon D-2141-I
128GB
3.2TB Intel DC-P4610 NVMe
2x10Gbit
200mbps
No
Large 2
16C/32T 2.4/3.4Ghz
Xeon Scalable 4314
512GB
2X6.4TB Micron 7450 MAX NVMe
2x10Gbit
1gbps
Yes
Large4X6.4
2
32C/64T 2.0/3.2Ghz
Xeon Scalable 6338
1TB
4X6.4TB Micron 7450 MAX NVMe
2x10Gbit
2gpbs
Yes
XL
2 32C/64T 2.0/3.2Ghz
Xeon Scalable 6338
1TB
4X3.2TB Intel DC-P4610 NVMe
2X10Gbit
2gpbs
Yes
XL6X6.4
2 32C/64T 2.0/3.2Ghz
Xeon Scalable 6338
1TB
4X3.2TB Intel DC-P4610 NVMe
2X10Gbit
2gpbs
Yes
Storage XL
2 32C/64T 2.0/3.2Ghz
Xeon Scalable 6338
1TB
4X3.2TB Intel DC-P4610 NVMe
2X10Gbit
2gpbs
Yes
A100 GPU
1 32C/64T 2.0/3.2Ghz
Xeon Scalable 6338
1TB
4X3.2TB Intel DC-P4610 NVMe
2X10Gbit
2gpbs
Yes

Cloud Core Capabilities

Tirzok Private Clouds have an advantage of up to 3.5X compared to traditional public clouds. Cloud Cores expand horizontally with Cloud Expansion Nodes and Ceph Storage Clusters.


Standard V2/V2.1

  • 3 X 8C/16T, 128GB, 3.2TB NVMe

  • Development, PoCs, Small Production

    • 4-10 Virtual Private Clouds

    • 384GB RAM

      • 24C/48T

      • 66 to 198 vCPUs

        • Up to 16 vCPUs per VM

        • 9.6TB RAW NVMe 3

          • 3.2TB Triplicate HA NVMe

          • ~9TB (60mbps) egress included

            • Additional egress at fair costs

            • Free intra-cluster transfer

              • DDoS protection

              • 20gbit connection/server

Large V2.1

  • 3 X 16C/32T, 512GB, 12.8TB NVMe

  • Medium-growing to large deployments

    • 40+ Virtual Private Clouds

    • 1.5TB RAM

      • 96C/192T

      • 354 to 1062 vCPUs

        • Up to 64 vCPUs per VM

        • 38.4TB RAW NVMe 4

          • 12.8TB Triplicate HA NVMe 4

          • or

          • 19.2TB Duplicate HA NVMe 4

            • or

            • 6.4TB Triplicate HA NVMe and 3X6.4TB Single Drive NVMe Direct

          • ~18TB (120mbps) egress included

            • Additional egress at fair costs

            • Free intra cluster transfer

              • DDoS protection

              • 20gbit connection/server

XL V2.1

  • 3 X 32C/64T, 1TB, 25.6TB NVMe

  • Large existing deployments

    • 100+ Virtual Private Clouds

    • 3TB RAM

      • 192C/384T

      • 738 to 2214 vCPUs

        • Up to 128 vCPUs per VM

        • 76.8TB RAW NVMe 4

          • 25.6TB Triplicate HA NVMe

          • or

          • 38.4TB Duplicate HA NVMe 4

            • or

            • 12.8TB Triplicate HA NVMe and 3X6.4TB Raid 1 NVMe Direct

          • ~36TB (240mbps) egress included

            • Additional egress at fair costs

            • Free intra cluster transfer

              • DDoS protection

              • 20gbit connection/server

Pricing FAQs, Eligibility, and Usage Restrictions


A public cloud shares resources with multiple entities. A private cloud only allows a single entity to the cloud physical setup.

Private Cloud Solutions may be a more cost-effective solution depending on resource utilization.

Yes, Private Cloud Solutions are designed to offer exclusive access on hardware level.

Tirzok’s Private Cloud Solution uses the same architecture of our proven Public Cloud Solution, ensuring a high-availability design.

OpenStack is an open-source, multi-tool software platform that enables the construction and management of public and private clouds. This software platform is the overarching cloud management software and handles networking, computing, storage connection, access levels, and much more.

This is native functionality for OpenStack. The steps (simplified) are as follows: Create your new Tirzok's Cloud in the new pod/geographic location – called Cloud 2. Edit Cloud 2’s OpenStack to use Cloud 1’s Keystone as the source of administration truth and to turn off Cloud 2’s Keystone and Horizon, and then edit Cloud 1 to recognize and admin Cloud 2. Cloud 2 will now appear as a Region in Cloud 1.

As this is a fully private OpenStack and Ceph cloud, you will have full access to all of OpenStack and Ceph’s APIs.

The first type is an on-premises private cloud. This is when an organization builds and maintains its own data center in-house.

Another type of private cloud is hosted by third-party providers or managed service providers. This option allows organizations to outsource their infrastructure management while still maintaining control over their data and applications.