A Dedicated vCPU Cloud Server is a virtual machine (VM) to which CPU cores from a physical processor are exclusively and permanently assigned. These CPU resources are statically reserved and remain fully available at all times, regardless of the host server’s load. This guarantees consistent performance—especially advantageous for compute-intensive applications, strict latency requirements, or production environments.
resources

• 2 vCPU
• 8 GB Ram
• 80 GB SSD
• 20 TB Traffic

A Shared vCPU Cloud Server is a virtual machine (VM) that shares the processing power of a physical CPU with other instances. Available CPU resources are dynamically allocated and may fluctuate based on the host server’s load.
Shared vCPU

• 2 vCPU
• 2 GB Ram
• 40 GB NVME SSD
• 20 TB Traffic

A Dedicated vCPU Cloud Server is a virtual machine (VM) to which CPU cores from a physical processor are exclusively and permanently assigned. These CPU resources are statically reserved and remain fully available at all times, regardless of the host server’s load. This guarantees consistent performance—especially advantageous for compute-intensive applications, strict latency requirements, or production environments.
resources

• 4 vCPU
• 16 GB Ram
• 160 GB SSD
• 20 TB Traffic

A Shared vCPU Cloud Server is a virtual machine (VM) that shares the processing power of a physical CPU with other instances. Available CPU resources are dynamically allocated and may fluctuate based on the host server’s load.
Shared vCPU

• 3 vCPU
• 4 GB Ram
• 80 GB NVME SSD
• 20 TB Traffic

A Dedicated vCPU Cloud Server is a virtual machine (VM) to which CPU cores from a physical processor are exclusively and permanently assigned. These CPU resources are statically reserved and remain fully available at all times, regardless of the host server’s load. This guarantees consistent performance—especially advantageous for compute-intensive applications, strict latency requirements, or production environments.
resources

• 8 vCPU
• 32 GB Ram
• 240 GB SSD
• 30 TB Traffic

A Shared vCPU Cloud Server is a virtual machine (VM) that shares the processing power of a physical CPU with other instances. Available CPU resources are dynamically allocated and may fluctuate based on the host server’s load.
Shared vCPU

• 4 vCPU
• 8 GB Ram
• 160 GB NVME SSD
• 20 TB Traffic

A Shared vCPU Cloud Server is a virtual machine (VM) that shares the processing power of a physical CPU with other instances. Available CPU resources are dynamically allocated and may fluctuate based on the host server’s load.
Shared vCPU

• 8 vCPU
• 16 GB Ram
• 240 GB NVME SSD
• 20 TB Traffic

A Dedicated vCPU Cloud Server is a virtual machine (VM) to which CPU cores from a physical processor are exclusively and permanently assigned. These CPU resources are statically reserved and remain fully available at all times, regardless of the host server’s load. This guarantees consistent performance—especially advantageous for compute-intensive applications, strict latency requirements, or production environments.
resources

• 16 vCPU
• 32 GB Ram
• 360 GB SSD
• 40 TB Traffic

A Shared vCPU Cloud Server is a virtual machine (VM) that shares the processing power of a physical CPU with other instances. Available CPU resources are dynamically allocated and may fluctuate based on the host server’s load.
Shared vCPU

• 16 vCPU
• 32 GB Ram
• 360 GB NVME SSD
• 20 TB Traffic

A Dedicated vCPU Cloud Server is a virtual machine (VM) to which CPU cores from a physical processor are exclusively and permanently assigned. These CPU resources are statically reserved and remain fully available at all times, regardless of the host server’s load. This guarantees consistent performance—especially advantageous for compute-intensive applications, strict latency requirements, or production environments.
resources

• 32 vCPU
• 128 GB Ram
• 600 GB SSD
• 50 TB Traffic

A Dedicated vCPU Cloud Server is a virtual machine (VM) to which CPU cores from a physical processor are exclusively and permanently assigned. These CPU resources are statically reserved and remain fully available at all times, regardless of the host server’s load. This guarantees consistent performance—especially advantageous for compute-intensive applications, strict latency requirements, or production environments.
resources

• 48 vCPU
• 192 GB Ram
• 960 GB SSD
• 60 TB Traffic