Frame reordering is the concept of allowing frames to be decompressed in a different order than their display order. For almost all cases, leave this box checked for H.264 encoding.

Codec: H.264; Metod: 2-Pass VBR; Datahastighet: 466 Kbps; Storlek: 576 W val: Behåll höjd-breddförhållandet; Bildfrekvens: 1:1 ramar/s; Nyckel-Frame varje: 

I have a purely IPPPP stream, where the POC increases by 4 with each frame. The first IDR is immediately decoded. However, upon decoding the first P the decoder thinks that there is picture reordering required since the POC increases by more than 2. is has_b_frames set to the correct value? about POCs, IIRC the spec requires POC=0 to be true and only true for IDR pictures, but i might misremember (would have to check the spec) 2013-05-06 We explored latency in H.264 transport for UAV/UAS and based on our analysis, much of the capture to display latency apparently comes from H.264 P and B frame reordering in a GoP, which requires 'Frame Reordering' can help improve the quality of the finished movie, but it is processor intensive. For our intended destination of the web, this is not an issue.

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GOP input to encoder (it's raw data but I just ma frames within the H.264/AVC standard. This document is informative only and readers should refer to the standard for accurate definitions of the parameters and processes described here. A frame or field of video is decoded from an access unit (a series of NAL units including one or more coded slices making up a coded picture). The decoding order of 1 IntroductionThis document introduces the parameters and processes involved in managing coded frames within the H.264/AVC standard. This document is informative only and readers should refer to the standard for accurate definitions of the parameters and processes described here. The decode picture buffer described in the H.264 specification is nothing but a suggestion for buffering and synchronization purposes. It is not required to artificially delay frames to achieve conformance, unless the sequence parameter set (SPS) explicitly mentions out-of-order (B) frames are present in the stream.

We explored latency in H.264 transport for UAV/UAS and based on our analysis, much of the capture to display latency apparently comes from H.264 P and B frame reordering in a GoP, which requires

But I suddenly find this changing Key Frame setting works.So, I decided to share this here as I didn't find any similar solution online. It may help someone with simillar issue.

4:3 - 2304 × 1728 (Source Frame) = 144 x 108 (Sample Frame) = 15,552 pixels per rowNote these Source Frame resolutions are both greater than the H.264 2048x2048 limit. Video Stabilization at these higher resolutions can be successfully utilized when not associated with H.264 encoding.

B-frames: B-frames are bi-directional predicted frames.

Encoding mode: multi-pass Codec Type: H.264. Frame Rate: 10 fps. Frame Controls: Automatic (if available) Key Frames: Every 500 frames (use frame reordering if  Compression Type: H.264. Frame Rate: Current Key Frames: Automatic Make sure that the Set Frame Reordering box is checked.
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when B-frames serve as a reference for another B-frames or even P-frames).
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är en av x264-utvecklarna, och även av VP8-avkodaren ffvp8. x264 är den bästa kodaren för AVC/H.264, och ffvp8 är en mycket snabb avkodare, så detta är 

Frame reordering is the concept of allowing frames to be decompressed in a different order than their display order. For almost all cases, leave this box checked for H.264 encoding. Does this version of the H.264 decoder do frame reordering ?