Our cloud services will not only help you deploy projects at less cost, but also instantly scale in case of success.
Standard instances (Gen 1) – Linux OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors) - better for multiple range of main workloads, which requires predicted computing performance.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
Standard instances (Gen 1) – Windows OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors) - better for multiple range of main workloads, which requires predicted computing performance. Included Windows License.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
CPU Optimized instances (Gen 1) – Linux OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors) - better for workloads and projects with intensive CPU usage. This instance type refers to CPU performance more than to RAM or High IOPS Storage. Example workloads: big data packet processing, video coding, huge builds.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
CPU Optimized instances (Gen 1) – Windows OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors) - better for workloads and projects with intensive CPU usage. This instance type refers to CPU performance more than to RAM or High IOPS Storage. Example workloads: big data packet processing, video coding, huge builds. Included Windows License.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
Memory Optimized instances (Gen 1) – Linux OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors) - better for workloads and projects with RAM basis, generally for databases.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
Memory Optimized instances (Gen 1) – Windows OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors) - better for workloads and projects with RAM basis, generally for databases. Included Windows License.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
Shared instances (Gen 1) – Linux OS Based
Development Grate instances - with partial use of the core. Better for workloads that do not require high performance. In addition, these machines cost less than standard virtual machines. No SLAs.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
High-Frequency instances (Gen 1) – Linux OS Based
Production Grate instances (Intel® Xeon® E Processor) - this type of instances deliver high single thread performancewith a sustained all core frequency of up to 3.7+ GHz.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
High-Frequency instances (Gen 1) – Windows OS Based
Production Grate instances (Intel® Xeon® E Processor) - this type of instances deliver high single thread performancewith a sustained all core frequency of up to 3.7+ GHz. Included Windows License.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
SGX-enabled instances (Gen 1) – Linux OS Based
Production Grate instances (Intel® Xeon® E Processor) - this type of instances enable you to build secure enclave-based applications to protect your code and data while it’s in use.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
SGX-enabled instances (Gen 1) – Windows OS Based
Production Grate instances (Intel® Xeon® E Processor) - this type of instances enable you to build secure enclave-based applications to protect your code and data while it’s in use. Included Windows License.
Name | vCPUs | RAM | EPC Size | Storage | Bandwidth | Price |
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Prices before tax.
GPU instances (Gen 1) – Linux OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors and Nvidia Video cards) - Better for workloads with graphic resources needs. Used for complicated calculations (for example CAD, AI/ML, rendering).
Name | vCPUs | RAM | GPU | Storage | Bandwidth | Price |
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Prices before tax.
GPU instances (Gen 1) – Windows OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors and Nvidia Video cards) - Better for workloads with graphic resources needs. Used for complicated calculations (for example CAD, AI/ML, rendering). Included Windows License.
Name | vCPUs | RAM | GPU | Storage | Bandwidth | Price |
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Prices before tax.
GPU with High-Frequency CPU instances (Gen 1) – Linux OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors and Nvidia Video cards) - combine graphics performance with an high-frequency vCPU.
Name | vCPUs | RAM | GPU | Storage | Bandwidth | Price |
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Prices before tax.
GPU with High-Frequency CPU instances (Gen 1) – Windows OS Based
Production Grate instances (2nd Generation Intel® Xeon® Scalable Processors and Nvidia Video cards) - combine graphics performance with an high-frequency vCPU. Included Windows License.
Name | vCPUs | RAM | GPU | Storage | Bandwidth | Price |
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Prices before tax.
Standard instances (Gen 0) – Linux OS Based
Production-grade instances designed for a wide range of workloads and predictable performance. Intel® Xeon® E5 v2-v4 Family Processors.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
Standard instances (Gen 0) – Windows OS Based
Production-grade instances designed for a wide range of workloads and predictable performance. Intel® Xeon® E5 v2-v4 Family Processors.
Name | vCPUs | RAM | Storage | Bandwidth | Price |
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Prices before tax.
Block Storage
High-performance SSD and HDD network-attached persistent volumes for Virtual instances and Managed Kubernetes.
Name | IOPS per 1GB | BandwidthMB/s per 1GB | Price |
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Prices before tax.
Snapshots
Name | Price |
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Prices before tax.
Load Balancers
Name | Members | Bandwidth | Price |
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Prices before tax.
Private Networks
IP addresses
Egress Traffic
Functions
Managed Kubernetes
Name | HA Control Plane | Worker Nodes | Node pricing Price (STATIC) | Max nodes per cluster | |
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Managed Kubernetes | Free | Virtual Instances |
|
20 |
Prices before tax.
Standard Bare Metal Instances (Gen 1) – Linux OS Based
Getting direct access to physical machines immediately produces substantial performance benefits while also reducing costs in most cases.
Name | CPU | RAM | Disks | Network | Traffic | Price |
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Prices before tax.
Standard Bare Metal Instances (Gen 1) – Windows OS Based
Getting direct access to physical machines immediately produces substantial performance benefits while also reducing costs in most cases. Included Windows License.
Name | CPU | RAM | Disks | Network | Traffic | Price |
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Prices before tax.
Standard Bare Metal Instances (Gen 0) – Linux OS Based
Getting direct access to physical machines immediately produces substantial performance benefits while also reducing costs in most cases.
Name | CPU | RAM | Disks | Network | Traffic | Price |
---|
Prices before tax.
Standard Bare Metal Instances (Gen 0) – Windows OS Based
Getting direct access to physical machines immediately produces substantial performance benefits while also reducing costs in most cases. Included Windows License.
Name | CPU | RAM | Disks | Network | Traffic | Price |
---|
Prices before tax.
Standard Bare Metal Instances (Gen 2) – Linux OS Based
Getting direct access to physical machines immediately produces substantial performance benefits while also reducing costs in most cases.
Name | CPU | RAM | Disks | Network | Traffic | Price |
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Prices before tax.
Standard Bare Metal Instances (Gen 2) – Windows OS Based
Getting direct access to physical machines immediately produces substantial performance benefits while also reducing costs in most cases. Included Windows License.
Name | CPU | RAM | Disks | Network | Traffic | Price |
---|
Prices before tax.
Load Balancers
Name | Members | Bandwidth | Price |
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Prices before tax.
Private Networks
IP addresses
Egress Traffic
Logging Service
With G-Core Managed Logging service, you get direct access to the OpenSearch open-source API so that code and applications client is already using with your existing Elasticsearch, or OpenSearch environments will work seamlessly
Pay only for computing resources that are actually consumed.
Purchase cloud services 30% cheaper than the average market price.
Don’t pay for traffic.
Configuration | G-Core Labs Cloud (Luxembourg) | Digital Ocean (all over the world) | AWS (Frankfurt) | Google Cloud (Frankfurt) | Azure Cloud (Western Europe) |
---|---|---|---|---|---|
2 vCPU 4 GB RAM |
€30.00 per month €0.0418 per hour |
€33.93 per month €0.0470 per hour |
€29.52 per month €0.0410 per hour |
€61.10 per month €0.085 per hour |
€70.00 per month €0.0962 per hour |
4 vCPU 8 GB RAM |
€60.00 per month €0.0834 per hour |
€67.86 per month €0.094 per hour |
€115.20 per month €0.160 per hour |
€123.00 per month €0.171 per hour |
€140.00 per month €0.1915 per hour |
8 vCPU 16 GB RAM |
€120.00 per month €0.1668 per hour |
€135.70 per month €0.190 per hour |
€237.60 per month €0.330 per hour |
€246.00 per month €0.342 per hour |
€280.00 per month €0.3829 per hour |
16 vCPU 32 GB RAM |
€240.00 per month €0.3334 per hour |
€271.00 per month €0.376 per hour |
€468.00 per month €0.650 per hour |
€492.00 per month €0.683 per hour |
€560.00 per month €0.7666 per hour |
32 vCPU 64 GB RAM |
€480.80 per month €0.6668 per hour |
€542.86 per month €0.754 per hour |
€967.00 per month €1.340 per hour |
€983.10 per month €1.365 per hour |
€846.00 per month €1.175 per hour |
Egress traffic | Free | From €0.0085 per GB | From €0.042 per GB | From €0.0085 per GB | From €0.042 per GB |
How we know prices for cloud services of other providers
Some service providers specify the price of their services on their websites. Also, we used data from open sources and information from our clients that we received during conferences and negotiations.
To determine the average price of their services, we took into account such factors as total traffic, traffic peaks, geographic distribution of end-users, additional services one may need, and the willingness to sign a long-term contract.
For example, to estimate the price of Digital Ocean’s services, we used data from open sources and information from our resellers and customers.
99.95% with financial guarantees
compliance
certification
at the network and transport layers
Our experts will help with integration, real-time monitoring and maintenance of the entire cloud infrastructure.
We document all processes, keep task logs, log all actions within the system.
From the monthly report, you can predict the load on infrastructure and adequately plan the development budget.
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