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+12
-10
@@ -11,7 +11,7 @@
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3. [Jellyfin transcoding](#Jellyfin-transcoding)
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4. [Clients and Plugins](#Clients-and-Plugins)
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5. [Docker deploy](#Docker-deploy)
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6. [Specific setups](#Speciifc-setups)
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6. [Specific setups](#Specific-setups)
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7. [Troubleshooting](#Troubleshooting)
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# Purpose & Overview
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@@ -38,7 +38,7 @@ various languages and frameworks.
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* a **video file** is a bunch of pictures - **frames**,
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packed in to one file.
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* To save disk space and bandwidth its **compressed** using a video standard/codec.
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* To save disk space and bandwidth it's **compressed** using a video standard/codec.
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* **H.262** - also called MPEG-2 - stuff of the past.
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* **H.264** - the most common now, also called **AVC** or MPEG-4.
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* **H.265** - also called **HEVC**, fast spreading, 50% improved over H.264,<br>
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@@ -47,12 +47,12 @@ various languages and frameworks.
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* **AV1** - the future, no royalty fees, more improvements.
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The successor to VP9, which was developed by google.
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* Ways to transcode
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* **Software** - cpu does the job, uses some library, it is **very cpu heavy**<br>
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* **Software** - cpu does the job, uses some library, it's **very cpu heavy**<br>
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a phone doing a software playback would either stutter, or be through
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the entire battery in 30 minutes.
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* **Hardware** - there is a dedicated hardware - `ASIC` - a tiny part
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of a cpu/gpu/soc that is designed for just one thing -
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to transcode a specific video standard. It is extremely efficient at it.
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to transcode a specific video standard. It's extremely efficient at it.
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* `standard` vs `codec`
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* **Video Compression Standard** - set of specifications to follow, like a recipe,
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examples are H.264, H.265, AV1,..
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@@ -139,14 +139,14 @@ That is unless you want to go 4K + HDR.
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With 4K resolution often comes **HDR** - High Dynamic Range.<br>
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If its played on HDR device all is fine and theres better contrast and details.
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If it's played on HDR device all is fine and theres better contrast and details.
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But non-HDR devices need transcoding with tonemapping.<br>
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**Tonemapping** is what converts HDR content to **SDR** - Standard Dynamic Range.
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Without tonemapping the colors would be heavily desaturated - washed out.
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Some **clients**, like Findroid on android use mpv for playback, which somehow
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deals with the HDR to SDR conversion on its own.
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Might be better since its direct play, but might be worse because of putting load
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Might be better since it's direct play, but might be worse because of putting load
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on the device.
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### Testing various hardware
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@@ -168,9 +168,7 @@ Results
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* 4K+HDR+tonemapping - not tested
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* ryzen **8600G**
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* 10x streams FHD - [pass](https://i.imgur.com/9R60Spw.png)<br>
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except [weird green artifacts](https://i.imgur.com/s4lSJRI.png)
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for ~30sec when starting all 10 streams at once
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* 4K+HDR+tonemapping - not tested
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* 4K+HDR+tonemapping - [3 streams](https://i.imgur.com/CkT7Df6.jpeg)
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* AV1 encoding - [worked](https://i.imgur.com/ZaQRIAc.png)
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* intel **i5-12600k**
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* 10x streams FHD - [pass](https://i.imgur.com/BGXOeGS.png)
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@@ -182,12 +180,16 @@ Results
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* 10x streams FHD - 6 max, otherwise stutter,
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[1 stream 185 fps](https://i.imgur.com/O5BfVZB.png)
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* 4K+HDR+tonemapping - [1x stream](https://i.imgur.com/wsrUoPe.png)
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* ryzen **7600X**
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* 10x streams FHD - [pass](https://i.imgur.com/NAyfXmG.png)
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* 4K+HDR+tonemapping - not tested
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Software used for monitoring the cpu and gpu usage
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* [btop](https://github.com/aristocratos/btop)
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* `intel_gpu_top` from [intel-gpu-tools](https://archlinux.org/packages/extra/x86_64/intel-gpu-tools/) package
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* `radeontop` from [radeontop](https://archlinux.org/packages/extra/x86_64/radeontop/) package
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and `rocm-smi-lib` to show in btop gpu load
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</details>
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@@ -478,7 +480,7 @@ to check if autodiscovery port is open and server is responding:
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#### Unable to connect to the selected server right now
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*We're unable to connect to the selected server right now. Please ensure it is running and try again.*
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*We're unable to connect to the selected server right now. Please ensure it's running and try again.*
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* try opening the url in browsers private window
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* if that works then clear the cookies in your browser
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