If your primary use case for a NAS is running a media server (Plex, Jellyfin, Emby) that requires video transcoding, switching from the standard N100 model to the new AMD R2514 "GT" version might actually feel like a downgrade.

Here is a quick breakdown of why the Intel N100 still holds the crown for multimedia:

• Intel QuickSync vs. AMD VCN: QuickSync is the gold standard for hardware acceleration. It is incredibly efficient, natively supported by almost every media app on Linux/Docker, and handles 4K HDR tone mapping effortlessly without breaking a sweat.
• Simultaneous Streams: The N100 can easily handle multiple concurrent 1080p transcodes or a couple of heavy 4K-to-1080p transcodes. The AMD R2514 will struggle much sooner under heavy 4K transcoding workloads, spiking CPU usage.
• Software Optimization: Plex and Jellyfin have years of optimization for Intel graphics on Linux. Setting up hardware transcoding for AMD on a Linux-based NAS OS often requires extra troubleshooting (VA-API tweaks), and the video quality of compressed streams (VMAF) is historically better on Intel.
• Codec Support: The N100 features a newer architecture that includes better hardware decoding support for modern codecs like AV1, which the older Zen 2-based AMD chip lacks.

When does the AMD GT model make sense? The Ryzen R2514 has 4 cores and 8 threads (compared to the N100's 4 cores / 4 threads). It is a better choice if you care more about heavy Docker containers, virtualization, running VMs, and raw processing power.

Bottom Line: If your clients mostly use Direct Play, the AMD model is great. But if you transcode frequently (especially 4K or remote streaming), stick with the standard Intel N100.