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Crack Chimera Tool 2018 Yesterday we talked about how we might go about searching for a good tool to help us crack and decrypt H.265 files. But, before we get too far down the rabbit hole, I thought it might be helpful to talk a little more about what makes this such a difficult thing to do in the first place. What are H.265 streams? So let's get this out of the way. What is H.265? Our friends at AVForums, who seem to have a very good handle on the issue, say that: H.265 is an open-source compression codec that can compress 4K video with SVC/ITU-T H.264/AVC encoding and produce HEVC (H.265) with about 30% more data efficiency than VP9 and 10% more than VP8 . Wait. Hold on. You say 30% more efficient? That sounds pretty good, right? Well, yes, but there's one catch. Back in the day (and I mean WAY back) video was encoded with what's called "intra" frames. That is to say that each individual frame of video had data that referenced its own unique location within the overall sequence of another frame. When it came time to decode that sequence of data, these intra-frames could be decoded independently of every other frame. This is because the data that was used to describe one frame's unique location in the overall sequence of frames was self-contained. That is, it never referenced data from another frame. This created a problem for both encoding and decoding. If you are creating video, you have to encode each frame separately so that it can be decoded independently of other frames. The problem with this approach is that it requires way too much data for an individual frame since you're repeating all kinds of information in every frame about where things are to be positioned. If you're decoding the video, you have to decode every frame individually to recreate the original sequence of information itself. In other words, it sucks. In fact, if you've ever had the displeasure of having a VCR that "hurt" or lock up after a few seconds of playback at a certain point in a movie ... well, it's probably because your VCR was built with this archaic scheme in mind. As good as it is, modern codecs like H.264 and MPEG2 were designed with this scheme in mind as well and they make use of a scheme called "Intra frames" where each individual frame references data from other frames. cfa1e77820
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