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• Homepage Design : Best Practices & Examples

  5 octobre 2022, par Erin

  Did you know users spend about 50 milliseconds deciding if they like your website’s homepage design or not ?

  With billions of websites and scrolling often done on the go, you have to make a strong first impression because the chances for a once-over are slim. 

  Learn how to design magnetically-appealing website homepages from this guide. 

  What is a homepage in web design ?

  Homepage is the front page of your website — a destination where users land when typing your website URL address. It’s located at the root of the website’s domain (e.g., matomo.org) or a subdomain (e.g., university.webflow.com).

  Design-wise a homepage has two goals :

  • Explain the purpose of the website and present overview information 
  • Provide top-level navigation to lower-level web pages (e.g., blog, sales pages, etc.) 

  Separately, a homepage is also the place where users will return each time they’ll feel stuck and want to start anew. Thus, your homepage website design should provide obvious navigation paths to other website areas.

  6 Must-Know Website Homepage Design Best Practices

  Behind every winning homepage design stands a detailed customer journey map. 

  A customer journey is a schematic representation of how site visitors will move around your website to accomplish various goals. 

  A good customer journey map lists different actions a user will take after landing on your website (e.g., browse product pages, save items to a wishlist, register an account, etc.) — and it does so for different audience segments. 

  

  Your homepage design should help users move from the first step on their journey (e.g., learning about your website) to the final one (e.g., converting to a paid customer). At the same time, your homepage should serve the needs of both new and returning visitors — prospects who may be at a different stage of their journey (e.g., consideration). 

  With the above in mind, let’s take a look at several website homepage design ideas and the reasons why they work. 

  1. Use Familiar Design Elements

  Whether you’re designing a new website or refreshing an old one, it’s always tempting to go “out of the box” — use horizontal scrolling, skip header navigation or include arty animations. 

  Bold design choices work for some brands, mainly those who aren’t using their website as a primary sales channel (e.g., luxury brands). 

  But unfamiliar design patterns can also intimidate a lot of shoppers. In one observational study, people were asked to guess where specific content (e.g., information on international calls) would be placed on a telecom website. 75% of users picked the same location. This means two things :

  • People already have expectations of where specific website information is typically placed 
  • Yet, one in four users struggles to identify the right areas even within standard website layouts

  So why make the job harder for them ? As UX consultant Peter Ramsey rightfully notes : 

  The truth is : designing the best experience isn’t about being unique, it’s about being easy. And guess what feels really easy to use ? Things that feel familiar.

  Therefore, analyse other homepage layout designs in your industry. Pay attention to the number and type of homepage screens and approaches to designing header/footer navigation. 

  Take some of those ideas as your “base”. Then make your homepage design on-brand with unique typography, icons, visuals and other graphic design elements.

  Take a cue from ICAM — a steel manufacturing company. Their niche isn’t typically exciting. Yet, their homepage design stops you in your tracks and tinkers your curiosity to discover more (even if you aren’t shopping for metalware). 

  

  The interesting part is that ICAM uses a rather standard homepage layout. You have a hero image in the first screen, followed by a multi-column layout of their industry expertise and an overview of manufacturers. 

  But this homepage design feels fresh because the company uses plenty of white space, bold typography and vibrant visuals. Also, they delay the creative twist (horizontal scrolling area) to the bottom of the homepage, meaning that it’s less likely to intimidate less confident web users. 

  2. Decide On The Optimal Homepage Layout 

  In web design, a homepage layout is your approach to visually organising different information on the screen. 

  Observant folks will notice that good homepage designs often have the same layout. For example, include a split-view “hero” screen with a call to action on the left and visuals (photo or video) on the left. 

  

  The reason for using similar layouts for website homepage design isn’t a lack of creativity. On the contrary, some layouts have become the “best practice” because they :

  • Offer a great user experience (UX) and don’t confuse first-time visitors 
  • Feel familiar and create a pleasurable sense of deja-vu among users 
  • Have proven to drive higher conversion rates through benchmarks and tests 

  Popular types of website homepage layouts : 

  • Single column – a classic option of presenting main content in a single, vertical column. Good choice for blogs, personal websites and simple corporate sites. 
  • Split screen layout divides the page in two equal areas with different information present. Works best for Ecommerce homepages (e.g., to separate different types of garments) or SaaS websites, offering two product types (e.g., a free personal product version and a business edition). 
  • Asymmetrical layout assumes dividing your homepage into areas of different size and styles. Asymmetry helps create specific focal points for users to draw their attention to the most prominent information. 
  • Grid of cards layout helps present a lot of information in a more digestible manner by breaking down bigger bulks of text into smaller cards — a graphic element, featuring an image and some texts. By tapping a card, users can then access extra content. 
  • Boxes are visually similar to cards, but can be of varying shape. For example, you can have a bigger header-width box area, followed by four smaller boxes within it. Both of these website layouts work well for Ecommerce. 
  • Featured image layout gives visuals (photos and videos) the most prominent placement on the homepage, with texts and other graphic design elements serving a secondary purpose. 
  • F-pattern layout is based on the standard eye movement most people have when reading content on the website. Eye tracking studies found that we usually pay the most attention to information atop of the page (header area), then scan horizontally before dripping down to the next vertical line until we find content that captures our attention. 

  User behaviour analytics (UBA) tools are the best way to determine what type of layout will work for your homepage. 

  For example, you can use Matomo Heatmaps and Session Recording to observe how users navigate your homepage, which areas or links they click and what blockers they face during navigation.

  

  Matomo can capture accurate behavioural insights because we track relative positions to elements within your websites. This approach allows us to provide accurate data for users with different browsers, operating systems, zoom-in levels and fonts. 

  The best part ? You can collect behavioural data from up to 100 different user segments to understand how different audience cohorts engage with your product.

  3. Include a One-Sentence Tagline

  A tagline is a one-line summary of what your company does and what its unique sales proposition (USP) is. It should be short, catchy and distinguish you from competitors.

  A modern homepage design practice is to include a call to action in the first screen. Why ? Because you then instantly communicate or remind of your value proposition to every user — and provide them with an easy way to convert whenever they are ready to do business with you. 

  Here’s how three companies with a similar product, a project management app, differentiate themselves through homepage taglines. 

  Monday.com positions itself as an operating system (OS) for work. 

  

  Basecamp emphasises its product simplicity and openly says that they are different from other overly-complex software. 

  

  Asana, in turn, addresses a familiar user pain point (siloed communication) that it attempts to fix with its product. 

  

  Coming up with the perfect homepage tagline is a big task. You may have plenty of ideas, but little confidence in what version will stick. 

  The best approach ? Let a series of A/B tests decide. You can test a roaster of homepage slogans on a rotating bi-weekly/monthly schedule and track how copy changes affect conversion rates. 

  With Matomo A/B test feature, you can create, track and manage all experiments straight from your web analytics app — and get consolidated reports on total page visitors and conversion rates per each tested variation. 

  

  Beyond slogans, you can also run A/B tests to validate submission form placements, button texts or the entire page layout. 

  For instance, you can benchmark how your new homepage design performs compared to the old version with a subset of users before making it publicly available. 

  4. Highlight The Main Tasks For The User

  Though casual browsing is a thing, most of us head to specific websites with a clear agenda — find information, compare prices, obtain services, etc. 

  Thus, your homepage should provide clear starting points for users’ main tasks (those you’ve also identified as conversion goals on your customer journey maps !).

  These tasks can include : 

  • Account registration 
  • Product demo request 
  • Newsletter sign-up 

  The best website homepage designs organically guide users through a set number of common tasks, one screen at a time. 

  Let’s analyse Sable homepage design. The company offers a no-fee bank account and a credit card product for soon-to-be US transplants. The main task a user has : Decide if they want to try Sable and hopefully open an account with them. 

  

  This mono-purpose page focuses on persuading a prospect that Sable is right for them. 

  The first screen hosts the main CTA with an animated drop-down arrow to keep scrolling. This is likely aimed at first-time visitors that just landed on the page from an online ad or social media post. 

  The second screen serves the main pitch — no-fee, no-hassle access to a US banking account that also helps you build your credit score. 

  The third screen encourages users to learn more about Sable Credit — the flagship product. For the sceptics, the fourth screen offers several more reasons to sign up for the credit product. 

  Then Sable moves on to pitching its second offering — a no-fee debit card with a cashback. Once again, the follow-up screen sweetens the deal by bringing up other perks (higher cashback for popular services like Amazon) and overcoming objections (no SSN required and multi-language support available). 

  The sequence ends with side-by-side product comparison and some extra social proof. 

  In Sable’s case, each homepage screen has a clear purpose and is designed to facilitate one specific user action — account opening. 

  For multi-product companies, the above strategy works great for designing individual landing pages. 

  5. Design Proper Navigation Paths

  All websites have two areas reserved for navigation : 

  • Header menu 
  • Footer menu 

  Designing an effective header menu is more important since it’s the primary tool visitors will use to discover other pages. 

  Your header menu can be :

  • Sticky — always visible as the person keeps scrolling. 
  • Static — e.g., a hidden drop-down menu. 

  If you go for a static header and have a longer homepage layout (e.g., 5+ screens), you also need to add extra navigation elements somewhere mid-page. Or else users might not figure out where to go next and merely bounce off. 

  You can do this by : 

  • Promoting other areas of your website (e.g., sub-category pages) by linking out to them 
  • Adding a carousel of “recent posts”, “recommended reads” and “latest products” 
  • Using buttons and CTAs to direct users towards specific actions (e.g., account registration) or assets (free eBook)

  For instance, cosmetics brand Typology doesn’t have a sticky header on the homepage. Instead, they prompt discovery by promoting different product categories (best sellers, bundles, latest arrivals) and their free skin diagnostic quiz — a great engagement mechanism to retain first time users.

  

  Once the user scrolls down to the bottom of the page, they should have an extra set of navigational options — aka footer links. 

  Again, these help steer the visitor towards discovering more content without scrolling back up to the top of your homepage. 

  Nielsen Norman Group says that people mostly use footers as :

  • A second chance to be convinced — after reading the entire homepage, the user is ready to give your product a go.
    
  • The last resort for hard-to-find content that’s not displayed in global header navigation (e.g., Terms and Conditions or shipping information pages).

  As a rule of thumb, you should designate the following information to the footer : 

  • Utility links (Contact page, Terms & Conditions, Privacy Policy, etc.) 
  • Secondary-task links (e.g., Career page, Investor Details, Media contacts, etc.) 
  • Brands within the organisation (if you operate several) 
  • Customer engagement link (email newsletters and social media buttons)

  The key is to keep the area compact — not more than one standard user screen resolution of 1280×720. 

  6. Show Users What’s Clickable (Or Not) 

  A homepage invites your site visitors on a journey. But if they don’t know which elements to click, they aren’t going to get anywhere.

  Good homepage design makes it obvious which page elements are clickable, i.e., can take the user to a new page or another segment of the homepage. 

  Here are several must-know homepage design tips for better on-page navigation : 

  • Use colour and underline or bold to highlight clickable words. Alternatively, you can change the browser cursor from a standard arrow into another element (e.g., a larger dot or a pointy finger) to indicate when the cursor hovers over a clickable website area. 
  • Make descriptive button texts that imply what will happen when a user clicks the page. Instead of using abstract and generic button texts like “see more” or “learn more”, try a more vibrant language like “dive in” for clicking through to a spa page. 
  • Use a unified hover area to show how different homepage design elements represent a single path or multiple navigation paths. When multiple items are encapsulated in one visual element (e.g., a box), users may be reluctant to click the image because they aren’t sure if it’s one large hit area leading to a single page or if there are multiple hit areas, leading to different pages. 

  Homepage of BEAUSiTE — a whimsical hotel in the Swiss Alps – embodies all of the above design principles. They change the cursor style whenever you scroll into a hit area, use emotive and creative micro-copy for all button texts and clearly distinguish between different homepage elements.

  

  How to Make Your Homepage Design Even More Impactful ? 

  Website homepage design is roughly 20% of pure design work and 80% of behind-the-scenes research. 

  To design a high-performing homepage you need to have data-backed answers to the following questions : 

  • Who are your primary and secondary target audiences ? 
  • Which tasks (1 to 4) you’d want to help them solve through your homepage ?

  You can get the answers to both questions from your web analytics data by using audience segmentation and page transition (behaviour flow) reports in Matomo. 

  Based on these, you can determine common user journeys and tasks people look to accomplish when visiting your website. Next, you can collect even more data with UBA tools  like heatmaps and user session recordings. Then translated the observed patterns into working homepage design ideas. 

  Improve your homepage design and conversion rates with Matomo. Start your free 21-day trial now ! 

  21 day free trial. No credit card required.

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• ffmpeg stream decoding - artefacts when not using ffplay

  18 décembre 2018, par Lucker10

  I stream a video capture via RTP using libx264. For now, I just stream to localhost.
  For watching the stream, I use the ffmpeg library. When I set the GOP size greater than 1 (only I frames), I get artefacts on the receiver side . The strange thing is, when I use ffplay, the image is perfect . What am I doing wrong ?

  Settings for encoding

  output_codec_ctx->bit_rate = 5000000;
  
  output_codec_ctx->width = 1920;
  
  output_codec_ctx->height = 1080;
  
  output_codec_ctx->time_base.den = 30; // frames per second
  
  output_codec_ctx->time_base.num = 1;
  
  output_codec_ctx->gop_size = 10; // gop size
  
  output_codec_ctx->max_b_frames = 0; // B frames
  
  output_codec_ctx->pix_fmt = AV_PIX_FMT_YUV420P; // output pixel format
  
  output_codec_ctx->codec_type = AVMEDIA_TYPE_VIDEO;
  
  
  
  av_opt_set(output_codec_ctx->priv_data, "preset", "ultrafast", 0);
  
  av_opt_set(output_codec_ctx->priv_data, "tune", "zerolatency", 0);

  Code for decoding

  AVFormatContext *pFormatCtx;
  
  AVCodecContext *input_codec_ctx;
  
  AVCode *pCodec;
  
  avdevice_register_all(); // for device
  
  avformat_network_init();
  
  pFormatCtx = avformat_alloc_context();
  
  input_codec_ctx = avcodec_alloc_context3(nullptr);
  
  AVDictionary *options = nullptr;
  
  av_dict_set(&options, "protocol_whitelist", "file,udp,rtp", 0);
  
  av_dict_set(&options, "fflags", "nobuffer",0);
  
  
  
  avformat_open_input(&pFormatCtx, "rtp://127.0.0.1:49990", nullptr, &options);
  
  
  
  avformat_find_stream_info(pFormatCtx, nullptr);
  
  for (uint i = 0; i < pFormatCtx->nb_streams; i++)
  
   {
  
     if (pFormatCtx->streams[i]->codecpar->codec_type == AVMEDIA_TYPE_VIDEO)
  
     {
  
       videoStream = static_cast<int>(i);
  
       break;
  
     }
  
  
  
   }
  
  
  
  av_read_play(pFormatCtx);    //play stream
  
  pCodec = avcodec_find_decoder(pFormatCtx->streams[videoStream]->codecpar->codec_id);
  
  AVCodecParameters *codec_param = pFormatCtx->streams[videoStream]->codecpar;
  
  avcodec_parameters_to_context(input_codec_ctx, codec_param);
  
  avcodec_open2(input_codec_ctx, pCodec, nullptr);
  
  
  
  AVPacket packet;
  
  AVPacket *pkt  = &amp;packet;
  
  AVFrame *frame;
  
  frame = av_frame_alloc();
  
  
  
  av_init_packet(pkt);
  
  pkt->data = nullptr;    // packet data will be allocated by the encoder
  
  pkt->size = 0;
  
  
  
  while(true){
  
      av_read_frame(pFormatCtx,pkt);
  
      avcodec_send_packet(input_codec_ctx,pkt);
  
      avcodec_receive_frame(input_codec_ctx,frame);
  
  }
  
  </int>

  Initialization and stuff omitted. Console output for custom decoding :

  NULL @ 0x1fb7b80] Opening 'stream.sdp' for reading
  
  [sdp @ 0x1fb7b80] Format sdp probed with size=2048 and score=50
  
  [sdp @ 0x1fb7b80] video codec set to: h264
  
  [sdp @ 0x1fb7b80] RTP Packetization Mode: 1
  
  [udp @ 0x1f34140] end receive buffer size reported is 131072
  
  [udp @ 0x1fb8e40] end receive buffer size reported is 131072
  
  [sdp @ 0x1fb7b80] setting jitter buffer size to 500
  
  
  
   Success !
  
  [sdp @ 0x1fb7b80] Before avformat_find_stream_info() pos: 181 bytes read:181 seeks:0 nb_streams:1
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [AVBSFContext @ 0x1fa5880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] Format yuv420p chosen by get_format().
  
  [h264 @ 0x1fa51c0] Reinit context to 1920x1088, pix_fmt: yuv420p
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 57 packets
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] Invalid level prefix
  
  [h264 @ 0x1fa51c0] error while decoding MB 2 36
  
  [h264 @ 0x1fa51c0] concealing 3887 DC, 3887 AC, 3887 MV errors in I frame
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 155 packets
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] corrupted macroblock 32 41 (total_coeff=-1)
  
  [h264 @ 0x1fa51c0] error while decoding MB 32 41
  
  [h264 @ 0x1fa51c0] concealing 3257 DC, 3257 AC, 3257 MV errors in I frame
  
  [h264 @ 0x1fa51c0] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1fa51c0] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 52 packets
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 51 packets
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 10 packets
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 50 packets
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 52 packets
  
  [sdp @ 0x1fb7b80] All info found
  
  [sdp @ 0x1fb7b80] After avformat_find_stream_info() pos: 181 bytes read:181 seeks:0 frames:28
  
  found video stream 
  
  
  
  The number of elements in stream is  1 
  
  
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] Format yuv420p chosen by get_format().
  
  [h264 @ 0x1ee3880] Reinit context to 1920x1088, pix_fmt: yuv420p
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 256 packets
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] Invalid level prefix
  
  [h264 @ 0x1ee3880] error while decoding MB 119 41
  
  [h264 @ 0x1ee3880] concealing 3170 DC, 3170 AC, 3170 MV errors in I frame
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 5 packets
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 4 packets
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] out of range intra chroma pred mode
  
  [h264 @ 0x1ee3880] error while decoding MB 100 56
  
  [h264 @ 0x1ee3880] corrupted macroblock 84 65 (total_coeff=-1)
  
  [h264 @ 0x1ee3880] error while decoding MB 84 65
  
  [h264 @ 0x1ee3880] concealing 754 DC, 754 AC, 754 MV errors in I frame
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 160 packets
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] corrupted macroblock 17 36 (total_coeff=-1)
  
  [h264 @ 0x1ee3880] error while decoding MB 17 36
  
  [h264 @ 0x1ee3880] concealing 3872 DC, 3872 AC, 3872 MV errors in I frame
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [sdp @ 0x1fb7b80] max delay reached. need to consume packet
  
  [sdp @ 0x1fb7b80] RTP: missed 53 packets
  
  [h264 @ 0x1ee3880] nal_unit_type: 7(SPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 8(PPS), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] nal_unit_type: 5(IDR), nal_ref_idc: 3
  
  [h264 @ 0x1ee3880] corrupted macroblock 62 39 (total_coeff=-1)
  
  [h264 @ 0x1ee3880] error while decoding MB 62 39
  
  [h264 @ 0x1ee3880] concealing 3467 DC, 3467 AC, 3467 MV errors in I frame

• Error applying bitstream filters to an output packet for stream #0:1 [closed]

  25 septembre 2022, par Samuel Moya Donoso

  I have a video clip that is 1.84 GB, it doesn't tell me the duration but I estimate that it lasts 15 minutes and I'm trying to execute the following command :

  


  ffmpeg.exe -r 50.000 -i result.h264 -i result.aac -bsf:a aac_adtstoasc -c:v copy -c:a copy result.mov


  


  But then I get the following error :

  


  Error applying bitstream filters to an output packet for stream #0:1.
result.aac: Invalid data found when processing input

Error applying bitstream filters to an output packet for stream #0:1.
[aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header!


  


  How do I fix this ? What does the error mean ? Here is the full FFMPEG output :

  


  ffmpeg version 2022-06-22-git-fed07efcde-essentials_build-www.gyan.dev Copyright (c) 2000-2022 the FFmpeg developers built with gcc 11.3.0 (Rev1, Built by MSYS2 project) configuration: --enable-gpl --enable-version3 --enable-static --disable-w32threads --disable-autodetect --enable-fontconfig --enable-iconv --enable-gnutls --enable-libxml2 --enable-gmp --enable-bzlib --enable-lzma --enable-zlib --enable-libsrt --enable-libssh --enable-libzmq --enable-avisynth --enable-sdl2 --enable-libwebp --enable-libx264 --enable-libx265 --enable-libxvid --enable-libaom --enable-libopenjpeg --enable-libvpx --enable-mediafoundation --enable-libass --enable-libfreetype --enable-libfribidi --enable-libvidstab --enable-libvmaf --enable-libzimg --enable-amf --enable-cuda-llvm --enable-cuvid --enable-ffnvcodec --enable-nvdec --enable-nvenc --enable-d3d11va --enable-dxva2 --enable-libmfx --enable-libgme --enable-libopenmpt --enable-libopencore-amrwb --enable-libmp3lame --enable-libtheora --enable-libvo-amrwbenc --enable-libgsm --enable-libopencore-amrnb --enable-libopus --enable-libspeex --enable-libvorbis --enable-librubberband libavutil      57. 27.100 / 57. 27.100 libavcodec     59. 33.100 / 59. 33.100 libavformat    59. 25.100 / 59. 25.100 libavdevice    59.  6.100 / 59.  6.100 libavfilter     8. 41.100 /  8. 41.100 libswscale      6.  6.100 /  6.  6.100 libswresample   4.  6.100 /  4.  6.100 libpostproc    56.  5.100 / 56.  5.100 [h264 @ 0000028de0daed00] top block unavailable for requested intra mode -1 [h264 @ 0000028de0daed00] error while decoding MB 50 0 [h264 @ 0000028de0daed00] concealing 3007 DC, 3007 AC, 3007 MV errors in I frame [h264 @ 0000028de0daed00] mb_skip_run 7095 is invalid [h264 @ 0000028de0daed00] error while decoding MB 5 5 [h264 @ 0000028de0daed00] concealing 2732 DC, 2732 AC, 2732 MV errors in P frame [h264 @ 0000028de0daed00] concealing 1158 DC, 1158 AC, 1158 MV errors in P frame [h264 @ 0000028de0daed00] out of range intra chroma pred mode [h264 @ 0000028de0daed00] error while decoding MB 31 1 [h264 @ 0000028de0daed00] concealing 2962 DC, 2962 AC, 2962 MV errors in P frame [h264 @ 0000028de0daed00] corrupted macroblock 11 2 (total_coeff=16) [h264 @ 0000028de0daed00] error while decoding MB 11 2 [h264 @ 0000028de0daed00] concealing 2918 DC, 2918 AC, 2918 MV errors in P frame [h264 @ 0000028de0daed00] cbp too large (54) at 10 28 [h264 @ 0000028de0daed00] error while decoding MB 10 28 [h264 @ 0000028de0daed00] concealing 1255 DC, 1255 AC, 1255 MV errors in P frame [h264 @ 0000028de0daed00] P sub_mb_type 30 out of range at 4 28 [h264 @ 0000028de0daed00] error while decoding MB 4 28 [h264 @ 0000028de0daed00] concealing 1261 DC, 1261 AC, 1261 MV errors in P frame Input #0, h264, from 'result.h264': Duration: N/A, bitrate: N/A Stream #0:0: Video: h264 (Constrained Baseline), yuv420p(tv, bt709, progressive), 1024x752 [SAR 1:1 DAR 64:47], 25 fps, 25 tbr, 1200k tbn [aac @ 0000028de0eb6700] Estimating duration from bitrate, this may be inaccurate Input #1, aac, from 'result.aac': Duration: 00:21:05.50, bitrate: 164 kb/s Stream #1:0: Audio: aac (LC), 48000 Hz, stereo, fltp, 164 kb/s Output #0, mov, to 'result.mov': Metadata: encoder         : Lavf59.25.100 Stream #0:0: Video: h264 (Constrained Baseline) (avc1 / 0x31637661), yuv420p(tv, bt709, progressive), 1024x752 [SAR 1:1 DAR 64:47], q=2-31, 25 fps, 25 tbr, 12800 tbn Stream #0:1: Audio: aac (LC) (mp4a / 0x6134706D), 48000 Hz, stereo, fltp, 164 kb/s Stream mapping: Stream #0:0 -> #0:0 (copy) Stream #1:0 -> #0:1 (copy) Press [q] to stop, [?] for help [mov @ 0000028de1191a00] Timestamps are unset in a packet for stream 0. This is deprecated and will stop working in the future. Fix your code to set the timestamps properly [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Input packet too small Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Input packet too small Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Input packet too small Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Error parsing ADTS frame header! Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. [aac_adtstoasc @ 0000028de0d85000] Multiple RDBs per frame with CRC is not implemented. Update your FFmpeg version to the newest one from Git. If the problem still occurs, it means that your file has a feature which has not been implemented. Error applying bitstream filters to an output packet for stream #0:1. result.aac: Invalid data found when processing input frame=32932 fps=574 q=-1.0 Lsize= 1919740kB time=00:10:58.62 bitrate=23878.0kbits/s speed=11.5x video:1908995kB audio:10215kB subtitle:0kB other streams:0kB global headers:0kB muxing overhead: 0.027647%