Turkey (Türkçe) 
Choosing a render server is not a “most cores” contest. DaVinci Resolve, Premiere, After Effects or a raw FFmpeg queue produce different bottlenecks: CPU encoding, memory, proxies/cache on NVMe and — if you use a GPU codec — the card. This article focuses on choosing for NLE and video processing. The short version for live-stream origins and FFmpeg batches is kept separately: FFmpeg and streaming guide. Plans: Turkey-location Ryzen servers.
If playback stutters on the timeline, the problem is usually decoding + disk, not the 16th core. If exports take hours, the codec is on the CPU or the GPU. Three profiles:
If proxies, media cache, render files and scratch are all on the same slow disk, the frame queue waits no matter how good the CPU is. On SistemDC Ryzen dedicated plans the disk is NVMe:
With dual NVMe you can separate OS and scratch (software RAID or separate mounts). The Gen5 ECC plan is a higher sequential-write class for large media caches; we are not writing a made-up “how many GB/s” figure — check the manufacturer and the plan row.
The 9950X's core/clock summary: Ryzen 9 9950X server.
On the CPU, x264/x265 gives finer quality/bitrate control and takes longer. NVENC cuts the time, especially in live or “deliver now” queues. An agency produces the final master on the CPU and the preview on the GPU. Combining both on the same Ryzen node is not possible without a card.
For headless DaVinci/Premiere, Windows Server or Windows 11 + RDP is common. Licenses and GPU drivers are your responsibility (self-managed). On Linux, FFmpeg and some Blender CPU scenes run more simply.
| Job | Direction |
|---|---|
| A single 1080p CPU export, small cache | 5700G 64 GB, or test with a VDS |
| Parallel CPU queue, 128 GB project | 5950X or 9950X dedicated |
| Long-lived cache + Gen5 disk | 9950X Business ECC |
| NVENC / Optix / CUDA | GPU server; Ryzen alone is not enough |
Xeon's higher-core-count SKUs can compete for long CPU farms. Decision framework: Ryzen vs Intel Xeon. General rental checklist: selection guide.
Is Ryzen dedicated enough for rendering?
For CPU encoding and CPU renderers, yes. GPU-accelerated work needs a server with a card.
How many GB of RAM?
A 4K timeline and a large cache may not fit under 64 GB. SistemDC 9950X plans come with 128 GB; there is no universal “X GB is a must” — look at the project codec.
How should I use two NVMe drives?
Separate the OS from media/scratch. A single combined RAID-0 gives capacity, but everything goes if one disk fails; the backup policy is yours.
How is it different from streaming?
Streaming needs sustained outbound traffic and low latency. NLE rendering is bursty CPU + disk. The broadcast origin details are in the FFmpeg/streaming article.
NVMe · 8 or 16 cores · 128 GB DDR5 (9950X)
Turkey-location Ryzen servers
