Massive Address Space
Stop paying exorbitant fees for scarce IPv4 blocks. IPv6 offers a virtually limitless pool of publicly routable IP addresses. Assign a unique IP to every single container, VM, or microservice without complex NAT workarounds.
Transition to the next generation of internet routing. Deploy an IPv6 dedicated server to ensure your infrastructure is future-proofed for modern applications, massive IoT endpoints, and seamless global enterprise connectivity without NAT limitations.
Explore our global inventory of bare metal hosting solutions featuring robust, single-tenant infrastructure tailored for enterprise workloads, heavy traffic, and native IPv6 readiness.
Try adjusting your monthly budget, CPU brand, or server type to find available bare metal configurations.
As the global internet officially exhausts legacy IPv4 addresses, upgrading your bare metal infrastructure to IPv6 is no longer optional—it's a critical operational necessity.
Stop paying exorbitant fees for scarce IPv4 blocks. IPv6 offers a virtually limitless pool of publicly routable IP addresses. Assign a unique IP to every single container, VM, or microservice without complex NAT workarounds.
Modern mobile networks (like 5G) and massive IoT grids operate natively on IPv6. Hosting your backend on an IPv6 dedicated server ensures the most direct, efficient routing from modern endpoints to your database.
IPv6 headers are simplified compared to IPv4, reducing the processing overhead required by core network routers. This native efficiency translates into faster packet handling and improved multicast capabilities.
We understand that fully abandoning IPv4 instantly is not viable for most businesses. That is why our infrastructure supports simultaneous protocol routing.
Every IPv6 ready node comes fully equipped with the management tools, network capacity, and security layers your critical applications demand.
Gain unhindered administrative access. Custom-compile your OS kernel, configure IPv6 routing tables, and deploy bare-metal hypervisors with full root privileges.
Our automated L3-L7 Anti-DDoS mitigation actively monitors and scrubs volumetric attacks across both your IPv4 and IPv6 traffic streams effortlessly.
Manage your node at the hardware level. Out-of-band IPMI and KVM on IP allow remote BIOS access, custom ISO installation, and hard power cycles securely.
Whether you need a massive database cluster in Frankfurt or a high-frequency trading node in Chicago, our global network of dedicated servers is IPv6-ready.
Simplify server management with industry-standard web control panels, pre-installed and natively capable of handling IPv6 DNS and web routing.
Find technical answers regarding IPv6 deployment, subnets, dual-stack networks, and general server hardware features.
An IPv6 dedicated server is a bare metal physical machine that natively supports the Internet Protocol Version 6 (IPv6) routing architecture. It provides a vastly expanded IP address space and improved packet routing compared to legacy IPv4, ensuring your infrastructure is ready for modern IoT and mobile networks.
Yes. Our networks utilize a dual-stack configuration. Every dedicated server includes at least one dedicated IPv4 address alongside IPv6 support, ensuring 100% compatibility with legacy networks while you transition to the new standard.
With the global exhaustion of IPv4 addresses, IPv6 is becoming the default standard. It eliminates the need for complex Network Address Translation (NAT) setups, simplifies end-to-end encryption (IPsec is built-in), and provides more efficient packet processing for heavy-traffic workloads.
Absolutely. Our automated L3-L7 Anti-DDoS mitigation actively monitors and protects both IPv4 and IPv6 traffic streams. Malicious volumetric attacks are scrubbed inline before they can saturate your server's uplink.
Yes. Because IPv6 addresses are virtually limitless, we provide generous IPv6 subnets (often /64 blocks) natively in supported locations, allowing you to assign unique IPs to thousands of virtual instances or isolated services without incurring high IP leasing costs.