IPv6 only VPS

Complete control with IPv6 only VPS!

A virtual private server (VPS), also known as a virtual dedicated server or virtual server, provides complete root access to the operating system. It is more affordable than a dedicated server and simpler to set up. Each virtual server can run its own full-fledged operating system and be independently rebooted, now with only IPv6 addresses.

With a virtual private server, you can install your own operating system, reboot your server, access server root, and install nearly any application supported by your chosen OS. You can operate your own dedicated database server, mail server, and more—all at the cost of a shared hosting account. Now with IPv6, the next generation IP address space ensures efficient routing and improved security features.

Operating system (OS) virtualization creates isolated partitions, or virtual environments (VEs), on a single physical server and OS instance. This method enhances resource utilization—hardware, software, data center, and management efforts—with maximum efficiency, seamlessly incorporating IPv6 capabilities for future-proof scalability and robust network performance.

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Pre-configured VPS
Limited time!

IPv6 Only Mini VPS

$1.95/month

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  • 10GB SSD storage
  • 500GB Bandwidth
  • 1 vCPU
  • 1GB RAM
  • 1 IPv6 address
  • No IPv4 address

IPv6 Only Size S VPS

$2.95/month

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  • 40GB SSD storage
  • 500GB Bandwidth
  • 2 vCPU
  • 2GB RAM
  • 1 IPv6 address
  • No IPv4 address
Most bought!

IPv6 Only Size M VPS

$4.95/month

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  • 80GB SSD storage
  • 1TB Bandwidth
  • 2 vCPU
  • 4GB RAM
  • 1 IPv6 address
  • No IPv4 address
All our IPv6 VPS plans include...

Manage your VPS on your own including ability to start / stop / reinstall with the powerful Virtualizor control panel with every VPS.

Virtualizor

For VPS owners

  • KVM virtualization
  • Wide choice of OS
    CentOS Stream, Debian, Ubuntu,
    Fedora, Almalinux, Rocky Linux
  • Wide choice of VPS control panels
    cPanel, Plesk, Directadmin, Webmin

To manage your VPS

  • Virtualizor control panel to start / stop / reinstall your VPS
  • Self Managed
  • Full root access

Security & Support

  • Daily remote backups
  • DDoS protected servers
  • 24 / 7 / 365 Support
  • 99% uptime
VPS Addons

Addon IPv4 Address

$5.00/month + $5.00 one-time setup

Addon vCPU

$4.00/1 vCPUper month

Addon SSD Space

$2.00/10 GBper month

Addon RAM

$2.00/1 GBper month

Addon Bandwidth

$2.00/10 GBper month

Control panel reinstall

$10.00/re-install

VPS reinstallation

FreeVia Virtualizor control panel

24 / 7 Customer support
Other ways to get support

Frequently Asked Questions

What is a VPS?

A Virtual Private Server (VPS) is a virtual machine. It operates as an isolated environment on a physical server shared with other users. Using virtualization technology, a VPS divides a single physical server into multiple virtual compartments, each functioning independently with its own operating system and software.

VPS hosting offers a middle ground between shared hosting and dedicated hosting. Unlike shared hosting, where resources are shared among all users, a VPS allocates a specific amount of resources (like CPU, RAM, and storage) exclusively to your environment. This ensures better performance, security, and customization options compared to shared hosting.

In essence, a VPS provides the benefits of a dedicated server—such as root access, custom configurations, and dedicated resources—at a more affordable price. It's ideal for websites or applications that need more control and power than shared hosting can offer but don't require the full resources of a dedicated server

What is the KVM virtualization technology?

KVM (Kernel-based Virtual Machine) is an open-source virtualization technology integrated into the Linux kernel. It transforms a Linux system into a hypervisor, allowing it to run multiple isolated virtual machines.

KVM leverages the hardware virtualization extensions provided by Intel (VT-x) and AMD (AMD-V) processors, enabling efficient and secure virtualization. Each VM operates as an independent system with its own virtualized hardware, including CPU, memory, storage, and network interfaces.

What is the virtualizor control panel?

Virtualizor is a powerful web-based VPS control panel. It allows users to deploy and manage VPS instances on servers with ease.

It has an easy to use user-friendly interface, which simplifies the process of creating, managing, and monitoring virtual machines. It provides real-time statistics on resource usage, such as CPU, memory, disk, and network, helping administrators keep track of their server performance.

The Operating System i require is not there in the order form. How can i get it?

Simply open a support ticket and if the operating system of your choice is supported on the VPS, we will add it for you.

How does IPv6 compare to IPv4?

Address Space

  • IPv4: 32-bit addresses, ~4.3 billion unique addresses.
  • IPv6: 128-bit addresses, ~340 undecillion unique addresses.
Address Notation
  • IPv4: Decimal, e.g., 192.168.0.1.
  • IPv6: Hexadecimal, e.g., 2001:0db8::7334.
Configuration
  • IPv4: Manual configuration or DHCP.
  • IPv6: Stateless address autoconfiguration (SLAAC).
Header Complexity
  • IPv4: 20-60 bytes with various fields.
  • IPv6: Simplified, fixed 40-byte header.
Security
  • IPv4: Optional security (IPSec).
  • IPv6: Built-in IPSec support.
Routing Efficiency
  • IPv4: Limited multicast, relies on broadcast.
  • IPv6: Uses multicast and anycast, no broadcast.
Mobility and Interoperability
  • IPv4: Additional mechanisms needed for mobility.
  • IPv6: Built-in support for mobile IPv6.
Quality of Service (QoS)
  • IPv4: Limited QoS support.
  • IPv6: Includes Flow Label for better QoS.
NAT and Peer-to-Peer
  • IPv4: Uses NAT, complicates peer-to-peer.
  • IPv6: Eliminates the need for NAT, facilitates peer-to-peer.
In summary, IPv6 offers a vastly larger address space, improved security, better routing efficiency, and enhanced support for modern internet requirements compared to IPv4.

How to connect to IPv6 vps via cloudflare?

Connecting to an IPv6 VPS via Cloudflare involves a few steps. Here's a general guide to help you get started:

  1. Sign Up for Cloudflare: If you don't already have a Cloudflare account, sign up for a free account at Cloudflare.
  2. Add Your Domain: Add your domain to Cloudflare and follow the setup instructions to change your DNS settings to point to Cloudflare's nameservers.
  3. Enable IPv6 Compatibility:
    • Log in to your Cloudflare account.
    • Select your domain.
    • Go to the Network tab.
    • Toggle the IPv6 Compatibility option to On.
  4. Configure DNS Records:
    • Go to the DNS tab in your Cloudflare dashboard.
    • Add an AAAA record for your domain, pointing to your IPv6 VPS address.
  5. Set Up Cloudflare WARP:
    • Install Cloudflare WARP on your device. You can download it from Cloudflare WARP.
    • Follow the installation instructions and configure WARP to connect to your IPv6 VPS.
  6. Configure Your VPS:
    • Ensure your VPS is configured to accept connections over IPv6.
    • Install and configure any necessary software, such as a web server, to listen on IPv6 addresses.
  7. Test the Connection:
    • Verify that your domain resolves to the IPv6 address.
    • Test accessing your VPS via the domain name to ensure everything is working correctly.
For more detailed instructions, you can refer to resources like Anim Mouse.
If you encounter any issues or need further assistance, feel free to ask!

Can visitors on IPv4 access websites hosted on IPv6?

Yes, visitors on IPv4 can access websites hosted on IPv6, but it requires the use of transition mechanisms to bridge the two protocols. Here are a few common methods:

  • Dual-Stack: This approach involves configuring both IPv4 and IPv6 on the web server. It allows the server to handle requests from both IPv4 and IPv6 clients seamlessly.
  • Tunneling: Tunneling techniques, such as 6to4 or Teredo, encapsulate IPv6 traffic within IPv4 packets, enabling IPv6 communication over an IPv4 network.
  • Proxy Services: Proxy services like NAT64/DNS64 translate IPv4 addresses to IPv6 and vice versa, allowing IPv4 users to reach IPv6-only websites.
These methods help ensure compatibility and allow IPv4 users to access IPv6-hosted websites without issues.
If you have any specific questions about these methods or need more details, feel free to ask!

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