VPS hosting with AMD Ryzen

AMD Ryzen 9 7950X VPS with NVMe SSD, full root access, dedicated IPv4, and up to 1 Gbps. High-performance hosting for apps, databases, and game servers — deploy in minutes.

Dedicated IPv4
1 Gbps Network
Full Root Access
IPv6 Support
NVMe Disk
30 Days Money-Back

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U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 1Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 Go NVMe
  • Shared 1Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 1Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 Go NVMe
  • Shared 1Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 1Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 1Gbps

U1

  • 1 vCores
  • DDR4 1.5 GB
  • 10 GB NVMe
  • Shared 1Gbps

P1

  • 1 vCores
  • DDR4 2 GB
  • 20 GB NVMe
  • Shared 1 Gbps

P1

  • 1 vCores
  • DDR4 2 GB
  • 20 GB NVMe
  • Shared 1 Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

U2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1Gbps

M1

  • 1 vCores
  • DDR4 1 GB
  • 10 GB NVMe
  • Shared 1Gbps

P2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

P2

  • 2 vCores
  • DDR4 4 GB
  • 40 GB NVMe
  • Shared 1 Gbps

R1

  • 2 vCores
  • DDR5 1.5 GB
  • 30GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

U4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

M2

  • 1 vCores
  • DDR4 1 GB
  • 25 GB NVMe
  • Shared 1Gbps

R2

  • 4 vCores
  • DDR5 2 GB
  • 50GB NVMe
  • Shared 1Gbps

P4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

P4

  • 4 vCores
  • DDR4 8 GB
  • 80 GB NVMe
  • Shared 1 Gbps

P6

  • 6 vCores
  • DDR4 12 GB
  • 120 GB NVMe
  • Shared 1 Gbps

P6

  • 6 vCores
  • DDR4 12 GB
  • 120 GB NVMe
  • Shared 1 Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

M3

  • 2 vCores
  • DDR4 2 GB
  • 40 GB NVMe
  • Shared 1Gbps

R3

  • 4 vCores
  • DDR5 4 GB
  • 80GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

M4

  • 4 vCores
  • DDR4 4 GB
  • 60 GB NVMe
  • Shared 1Gbps

P8

  • 8 vCores
  • DDR4 16 GB
  • 160 GB NVMe
  • Shared 1 Gbps

P8

  • 8 vCores
  • DDR4 16 GB
  • 160 GB NVMe
  • Shared 1 Gbps

R4

  • 6 vCores
  • DDR5 8 GB
  • 150GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

M5

  • 6 vCores
  • DDR4 6 GB
  • 100 GB NVMe
  • Shared 1Gbps

P12

  • 12 vCores
  • DDR4 24 GB
  • 240 GB NVMe
  • Shared 1 Gbps

P12

  • 12 vCores
  • DDR4 24 GB
  • 240 GB NVMe
  • Shared 1 Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

M6

  • 8 vCores
  • DDR4 8 GB
  • 150 GB NVMe
  • Shared 1Gbps

R5

  • 8 vCores
  • DDR5 12 GB
  • 200GB NVMe
  • Shared 1Gbps

P16

  • 16 vCores
  • DDR4 32 GB
  • 320 GB NVMe
  • Shared 1 Gbps

P16

  • 16 vCores
  • DDR4 32 GB
  • 320 GB NVMe
  • Shared 1 Gbps

R6

  • 10 vCores
  • DDR5 16 GB
  • 300GB NVMe
  • Shared 1Gbps

VPS Ryzen

Ryzen VPS is one of the AlexHost’s options serving as an essential tool for business projects of any complexity and scale. Besides, Power VPS and VPS Ryzen 9 are among the most cost-effective and simultaneously productive solutions. Both server types are characterized by flexibility in configuration and management, operational stability, and high data processing speeds. This comprehensive set of attractive advantages automatically makes such a service the optimal choice for enterprises and companies dealing with substantial volumes of data and demanding, resource-intensive applications.

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VPS Ryzen 9: the most quick and powerful AlexHost’s server

VPS Ryzen is your chance to have a reliable virtual server at your disposal, powered by the fast and mighty AMD Ryzen 9 processor. By using this server to deploy and promote any web project, you are guaranteed to receive:

  • Access to the advanced computing power of Ryzen 9.
  • Maximum performance and reliability of server equipment.

 

What are the essential merits of AMD Ryzen VPS?

The key advantages of AMD Ryzen VPS include:

  • Flexibility in resource configuration according to the needs of various project types.
  • Maximum performance and server efficiency due to the integration of a multi-core processor.
  • Scalability options that may be conveniently applied as the project grows and its technical requirements change.
  • Comprehensive control over the infrastructure of the virtual server environment.

This type of server can be considered the optimal solution for business projects that will regularly face high loads and traffic. The AMD Ryzen dedicated server rental service is a true find for legal entities and private users in urgent need of a high-performance, powerful server with excellent performance and a guarantee of successfully handling any tasks.

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Power and Ryzen VPS hosting

Ryzen VPS hosting is a virtual server that performs all its tasks efficiently and reliably, thanks to AMD Ryzen processors. This equipment features a multi-core architecture, making it highly recommended for serious, demanding projects. By working with the AMD RYZEN 9 7950X, you will experience comfort in handling various work tasks and control over any processes (both within and outside your web project). The AMD RYZEN 9 7950X ensures seamless interaction with all types of databases, supports multitasking, easily handles high loads, and efficiently launches virtual machines.

Power VPS is a server that offers the renter an increased amount of critical resources for handling and solving particularly complex tasks. This type of server provides a combination of flexible configurations and maximum computing power. Thus, VPS Power can be the best option for enterprises and companies in need of specialized servers for data analytics, working with large web platforms, and running high-traffic applications.

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The strong qualities and technical capabilities of Power VPS include:

  • High stability and speed in processing any type of information.
  • An increased amount of computing resources, allowing you to tackle more complex tasks.
  • Convenient server environment configuration tools, providing flexibility and ease of management.
  • The ability to support large systems with high traffic volumes and large-scale web projects.

When comparing these two solutions, it can be noted that Ryzen VPS is considered an optimal service for medium-sized projects requiring high performance at moderate financial costs. In contrast, Power VPS is more suitable for large enterprises and companies that demand more serious stability and critical server resources.

Configuration of virtual machines and containers on Ryzen VPS and Power VPS servers

Both Ryzen VPS and Power VPS offer easy and convenient setup of virtual machines and containers. These solutions provide maximum flexibility and essential scaling options, allowing you to run the required number of isolated server environments on a single physical server.

Renting a Ryzen 9 VPS for any term with AlexHost will allow you to handle resource-intensive tasks more easily and efficiently. This server and its reliable infrastructure will become the best assistants in deploying and supporting large databases, launching multi-level web applications, implementing virtualization tools, and conducting complex analytical computations.

Virtual machines are indispensable when you need to run multiple servers for different tasks. On the other hand, containerization technologies (such as Docker or Kubernetes) significantly simplify tasks related to software scaling, development, and testing.

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