Turkey (Türkçe) 
This page is an encyclopedia, not an order form. It brings together in one place the models, ECC, NVMe, Proxmox, gaming, rendering and the Xeon distinction when choosing a Turkey-location AMD Ryzen dedicated (bare metal) server in 2026. Prices and add-to-cart are in the AMD Ryzen dedicated server category. The short “what is it?” version is separate: selection guide.
Dedicated, bare metal and physical rental server are the same rental model: no hypervisor sits between you and the hardware, there are no neighbouring vCores, and the BIOS/IPMI is opened to you. “Ryzen” is just the processor family. On the same site, Ryzen VDS is a separate product: sliced vCores. Do not confuse them.
The Istanbul facility, Stormwall DDoS and IPMI/KVM are the common ground of this line. The operating system is self-managed: you install the ISO and the license is your responsibility. Architectural depth: how bare metal works.
The cores/clocks below are AMD's official specs. RAM, disk and price are the plan rows on the category page; stock may change.
| Processor | Cores | Memory / disk (list) | Typical workload |
|---|---|---|---|
| R7 5700G | 8C/16T | 32 GB DDR4 + 500 GB NVMe or 64 GB + 1 TB NVMe | Entry, small games, testing |
| R9 5950X | 16C/32T | 128 GB DDR4, 2×1 TB NVMe | Parallel work, a few VMs, encoding |
| R9 9950X Non-ECC | 16C/32T | 128 GB DDR5 Non-ECC, 2×1 TB NVMe | High clocks: gaming, CI, CPU rendering |
| R9 9950X ECC | 16C/32T | 128 GB DDR5 ECC, 2×1 TB Gen5 9100 Pro | Long-running production, DBs, hypervisors |
Live monthly list prices (at the time of writing): 5700G 32 GB 3,500₺, 64 GB 4,000₺, 5950X 6,500₺, 9950X Non-ECC 15,000₺, Business ECC 35,000₺. The current figures are in the category.
AMD spec: 8 cores / 16 threads, Zen 3 (Cezanne), 3.8 GHz base, boost up to 4.6 GHz, 65 W TDP, AM4, DDR4, integrated Radeon Graphics. The iGPU “does not replace a graphics card” in a dedicated server; on headless Linux it mostly stays off.
What it is for: gaming trials under 32–64 slots, bots, a small panel, a “what does dedicated feel like” test. What it is not for: a CI farm that fills 16 threads, a heavy x265 queue, multiple production VMs. With 32 GB + 500 GB NVMe a Docker layer fills up fast; 64 GB + 1 TB is where the same chip can breathe.
AMD spec: 16C/32T, Zen 3 (Vermeer), 3.4 GHz base, boost up to 4.9 GHz, 105 W TDP, AM4, DDR4, no iGPU. The core count is the same as the 9950X; the difference is the architecture generation (Zen 3 vs Zen 5), memory (DDR4 vs DDR5) and the clock ceiling.
What it is for: parallel compilation, a few LXCs/VMs, CPU encoding, “I need 16 threads but Zen 5 is not a must”. Because the 12C Ryzen 7900 often seen in virtualization examples is not sold in this category, the 5950X (or 9950X) is used. Proxmox notes: Proxmox setup.
AMD spec: 16C/32T, Zen 5, 4.3 GHz base, boost up to 5.7 GHz, 170 W TDP, 80 MB L2+L3, AM5, DDR5, PCIe 5.0. Detailed specifications and use: 9950X server guide.
There are two memory policies. Non-ECC: 128 GB DDR5 + 2×1 TB NVMe; Business ECC: 128 GB DDR5 ECC + 2×1 TB Gen5 Samsung 9100 Pro. When ECC is a must: the ECC RAM article. The plan price difference (15,000₺ / 35,000₺) is covered in separate content and is not repeated here.
No GPU. NVENC, CUDA and OptiX are not this chip's job.
Tick needs the main thread; it does not fill 64 cores. DDoS protection and Turkey ping matter as much as the CPU. Can it be done, VDS or dedicated: Ryzen game server. The FiveM/Minecraft plan table is not in that article but in their own 2026 guides.
CPU encoding and CPU renderers go well with a 16C 9950X + NVMe cache. GPU codecs are a separate machine. NLE selection: render server. The FFmpeg/streaming origin is in a separate article.
Your own hypervisor on bare metal. The 8C 5700G for a lab; 16C + 128 GB for a few VMs. Nested VDS is outside the scope of this guide.
Origin/relay needs CPU and outbound traffic. Transcoding needs a GPU. Without a card, Ryzen dedicated cannot promise “live 4K NVENC”.
A high-clock / 16C budget → Ryzen dedicated. Many cores, RDIMM, plenty of PCIe → Xeon/EPYC. The dedicated rental decision: Ryzen vs Intel Xeon. The older article focused on gaming+VDS is still available.
The plan picker (the gaming/rendering/streaming trio) remains in the older article: which plan in 2026. This guide does not repeat that trio; it links the models and related topics.
What follows is not a score table. It asks the first right question.
Stormwall, 1 Gbit and IPMI are common to all dedicated Ryzen rows; there is no “cheap Ryzen without DDoS protection” in this cluster. If your traffic runs into the 33 TB row, size the broadcast/origin work separately.
After setup the work is yours: OS hardening, backups, monitoring. The provider brings the node up; backing up the application is your policy. NVMe is fast; it is not a backup.
Can a server be ordered from this article?
No. Ordering is on the category page. This page links the models and the criteria.
Is there a Ryzen 7900?
Not in this category. 12C examples are covered by the 16C 5950X or 9950X.
Is the 9950X faster than the 5700G at everything?
For work that fills 16 threads, yes, that is expected. In single-thread work the 9950X's base/boost is higher (AMD spec). No percentage promise.
A VDS is cheaper — why dedicated?
Isolation, IPMI, the whole chip. For small jobs a VDS may be the right call. The distinction is in the selection guide.
Is a Windows license included?
On self-managed dedicated, the OS license varies by plan; check the order screen and the agreement. This article does not make up license prices.
Is the 9950X enough for AI?
CPU inference and small experiments are possible; training and high throughput are GPU work.
5700G from 3,500₺/mo · 9950X · Istanbul · Stormwall · IPMI
AMD Ryzen dedicated server
