JetLog and Silo Server: Two Very Different Pieces of the NAS Puzzle
JetLog and Silo Server represent two distinct roles in a NAS media server setup: JetLog focuses on application deployment and data viewing, while Silo Server is built for full media streaming with features like direct play, remuxing, and hardware-accelerated transcoding, so comparing them is less about duplication and more about how each one can fit into a broader home or remote streaming environment. When you look at your Synology or UGREEN NAS as the heart of your media system, the question is not which tool replaces the other, but which one you prioritize first and how you plan to expand later. If you treat your NAS like a "black box" that only holds files, Silo Server will feel transformative; if you value visibility and structured application deployment, JetLog deserves a place in your stack.
JetLog NAS Installation: Lightweight Docker Stack, Different Guides Per Platform
JetLog NAS installation is opinionated in the best way: it assumes you are comfortable with Docker, but still walks you through a clear, container-first workflow. On an Asustor NAS, the guide has you install Dockhand, create a dedicated jetlog folder inside the Docker directory, and then deploy JetLog as a stack via Docker Compose, mapping /volume1/Docker/jetlog to /data in the container and exposing it to your LAN. You then access the service through a browser using your NAS IP and the configured port. What matters here is the mindset: JetLog encourages you to treat your NAS as a host for self-contained services, with each app living in its own directory and stack. While there are separate instructions for JetLog on Synology and UGREEN NAS, they follow this same Docker-centric logic even though the installation details differ across platforms.
| Spec | A | B |
|---|---|---|
| Deployment style | Docker + Dockhand stack on Asustor | Comparable Docker-based guides for Synology and UGREEN |
Silo Server on Synology: Full-Fledged NAS Media Server Setup
Silo Server takes the opposite role: instead of being a supporting tool, it becomes the main media platform in your NAS media server setup. On Synology, you are expected to install Portainer, create a silo folder in the docker directory, then set up multiple subfolders such as db, media, redis, plugins, and transcode to separate state and workloads. The Docker Compose stack is more complex than JetLog’s, with separate services for the database, Redis cache, search engine, RustFS, and the Silo core. Once deployed, you point Silo Server at your media path (for example /volume1/docker/silo/media mapped to /mnt/media) and create libraries for movies or shows. Synology media serving takes place via a browser at the Silo port and, if you choose, through Jellyfin-compatible clients using the configured public URL and API port. The design assumes your NAS will act as the primary media hub, not a simple file share.
Hardware Transcoding: Why Silo Server Cares and Synology Model Support Matters
Silo Server hardware transcoding is where the tool separates itself from simpler media front-ends. The stack uses /dev/dri/renderD128 and /dev/dri/card0 device mappings to enable hardware transcoding on Intel and AMD chipsets, letting Silo offload heavy work from the CPU. The installation guide does not pretend every NAS can do this; it pushes you to verify whether your Synology model supports hardware transcoding and explicitly offers an option to install Silo Server without hardware transcoding if your model is missing from the support list. This is a sensible stance: rather than promising universal acceleration, it treats hardware transcoding as a conditional bonus that depends on your NAS capabilities. On more constrained systems, that one decision—using hardware acceleration or not—will define how aggressively you can stream and how many concurrent users your Synology media serving can sustain.
Synology vs UGREEN: Different Install Paths, Shared Docker Philosophy
Although Synology and UGREEN NAS platforms run similar Linux-based operating systems, the installation procedures for tools like JetLog and Silo Server differ enough that you should never blindly reuse one guide for the other. JetLog documentation calls out separate instructions for Synology and UGREEN, acknowledging differences in file management tools, Docker front-ends, and possibly permission models. Silo Server’s hardware transcoding setup is explicitly written for Synology, and even here it distinguishes between compatible and non-compatible NAS models, offering a non-transcoding alternative when support is missing. The opinionated takeaway is clear: treat each NAS vendor as its own environment, even when both rely on Docker. If you approach Synology and UGREEN with that attitude, JetLog fits naturally as a smaller, focused stack, while Silo Server anchors your media server strategy, and you avoid the frustrating assumption that “Docker is Docker everywhere.”
