The biggest mistake people make when shrinking is staying in 8-bit color depth. 8-bit x265 at low bitrates creates visible bands in skies and shadows. To shrink successfully, you use 10-bit encoding (even for 8-bit source content). 10-bit reduces banding and allows the encoder to discard more data without looking terrible.
: The "sweet spot" for massive space savings with minimal quality loss. for a specific type of content?
This controls how much effort the CPU puts into compression.
The biggest mistake people make when shrinking is staying in 8-bit color depth. 8-bit x265 at low bitrates creates visible bands in skies and shadows. To shrink successfully, you use 10-bit encoding (even for 8-bit source content). 10-bit reduces banding and allows the encoder to discard more data without looking terrible.
: The "sweet spot" for massive space savings with minimal quality loss. for a specific type of content? shrinking x265
This controls how much effort the CPU puts into compression. The biggest mistake people make when shrinking is