Core i9-11900K virtual servers suit scenarios where single-core performance is the deciding factor. Game servers, trading and automation applications, and software that works hard on a single thread all benefit clearly from this series. NVMe SSD storage, a 10 Gbps port and free daily backups are standard on every plan.
Listed prices exclude 20% Turkish VAT; it is added at checkout.
Every plan includes up to 10 Gbps port speed under our Fair Usage Policy.
PassMark CPU Mark
Comparison is within the same processor family.
Core i9-11900K24.930
8C / 16T
Core i9-10900K22.243
10C / 20T
Core i9-9900K18.049
8C / 16T
Up to 38% higher multi-core performance
Intel Core i9-11900K: Next-Generation Performance
Our virtual servers run on Intel Core i9-11900K. Against the Core i9-9900K in the same class it scores 38% higher on multi-core work, and 20% higher on single-core performance compared with the Core i9-9900K.
A high core count and architectural improvements make this the right fit for web servers, databases and virtualisation platforms that answer many simultaneous requests.
Source: PassMark CPU Mark,Temmuz 2026. Scores are published by an independent benchmark database rather than the manufacturer and may change over time. Real-world performance on a virtual server depends on the number of cores allocated to your plan.
A Cloud Management Platform
Powering your server on and off, reinstalling it, opening a console, restoring a backup, writing an rDNS record and upgrading resources are not scattered across separate places. Everything sits in one panel, ready the moment you order.
The panel below is a demo of the real interface — you can explore it by clicking the menu tiles and buttons.
Positioned between Europe, the Middle East and the Caucasus, giving low round-trip times across all three.
What is Core i9 VDS good for?
01
Business software bound to one core
Accounting packages, ERP modules and industry-specific commercial software often run on a single thread. Adding cores does nothing for these workloads; what matters is speed per core, and this is exactly where the Core i9-11900K stands out.
02
Financial applications and automation
In applications that consume a data feed, compute and produce a decision, latency shows up directly in the result. Such software rarely parallelises and wants the highest possible speed on one core. Scheduled jobs and integration services benefit from clock speed too.
03
Remote desktop and individual use
For users working over remote desktop on Windows, interface smoothness comes down to single-core performance. Individuals and small teams running design, office and accounting applications from a server notice a clear difference on this series.
Frequently asked questions
What is the core difference between a Core i9 VDS and a Xeon VDS?
The Core i9-11900K leads on single-thread rating; the Xeon Gold 6240R leads on total throughput. Pick Core i9 when one operation must finish fast, and Xeon when many operations must run at once.
What is a VDS, and how does it differ from a dedicated server?
A VDS is an isolated server with its own operating system and full administrative access, created by partitioning a high-frequency Core i9-11900K system through a virtualisation layer. On a dedicated server the whole machine is yours; a VDS lets you use that same high clock speed at a far lower monthly cost.
Can I increase disk, RAM and core capacity later?
Disk is independent of the plan: you can add disk during checkout and upgrade it later. RAM and vCPU cores cannot be raised on their own; for those two you move up a plan, and the move is carried out without data loss. Since single-core speed is identical across all plans, moving up adds capacity rather than speed.
Why does single-core performance matter so much?
Many game servers and business workloads cannot be parallelised and run on a single core. In that case a 24-core server can end up slower than an 8-core processor with a high clock speed. What decides the outcome is not the total core count but the speed per core.
Which plan should I choose for a game server?
For small community servers 4–6 vCPU and 6–8 GB RAM are usually enough. Memory requirements grow quickly as the number of plugins and mods rises; for heavily modded setups we recommend plans with 12 GB and above.
How many players can I host on one server?
That depends entirely on the game, the plugins in use and the map size; quoting an exact number would be misleading. You can watch your resource usage live from the panel and move up a plan as you approach the limit.
When is a Core i9 VDS the better choice?
The Intel Core i9-11900K stands out on applications that run on a single thread. Game servers, trading and algorithmic software, automation bots and older applications bound to one core all feel a clear difference on this series.
Can I connect over Remote Desktop (RDP)?
Yes. You can use RDP on Core i9 VDS servers running Windows — and this series feels noticeably smoother over remote desktop, because interface responsiveness depends on single-core speed. Linux uses SSH, and a VNC console is available in the panel for both.
Can I edit rDNS (reverse DNS) records?
Yes, free of charge. You enter rDNS records yourself in the panel and the change is applied automatically.
How quickly is my server delivered?
Setup starts automatically once payment is confirmed and your server is ready within seconds. Access details appear in your client area — there is no manual approval or queue.
Can I rent additional IP addresses?
Yes, up to 10 additional IP addresses per server. Extra addresses are requested from the panel, and rDNS records are managed there as well.
Can I try the server before buying?
We do not offer trials, but you have an unconditional right of return within the first 3 days. If you are deploying software bound to single-core speed, that window is enough to benchmark it on the real server.
Can I monitor my server resources?
Yes. CPU, memory, disk and network usage are shown as live graphs in the management panel, alongside your monthly traffic consumption.
What does technical support cover?
Operating-system level accessibility and infrastructure-related faults are covered. Installing and configuring applications or third-party services inside the server is out of scope; separate support plans are available for those needs.
Do you offer website migration?
Yes. We help move sites from another provider to your Core i9 VDS; raise the request after ordering. See our Site Transfer Policy for the scope and pricing.
Where are the servers hosted?
All Core i9 VDS servers run in the TAYNET data center in Istanbul, positioned between Europe, the Middle East and the Caucasus for low latency across those regions.
Is there a management panel?
Yes. A server management panel is provisioned automatically with your Core i9 VDS order. From it you can install an operating system, restart the server, open a VNC console, edit rDNS records and track resource usage on graphs.
Is there a traffic limit?
Every plan has a monthly Fair Usage Point (FUP), ranging from 3 TB to 20 TB across the Core i9 VDS range. Reaching it does not suspend your service; your server’s speed is capped at the post-FUP rate defined for your plan (5–40 Mbps). You are notified by e-mail at 50%, 80% and 100%. You can lift the cap immediately by buying extra traffic from the panel at 46 TRY + VAT per TB, and the counter resets with your new billing period. For the full detail, read our Fair Usage Policy.
Do you provide backups?
Backup responsibility rests with the customer, but we still back up Core i9 VDS servers daily to separate backup servers as a safeguard. There is no extra charge.