MainConcept H 264 Encoder V1 0 Serial Key
Hanry Moreno
Gone are the days of moving between different applications to finalize and deliver content. With direct integration into the DaVinci Resolve Studio user interface, creators enjoy a seamless experience throughout their project workflow while benefiting from new encoding formats.
With encoding in up to 8K resolution and 10-bit 4:2:2, our video encoder satisfies the needs of most broadcast and OTT use cases. It also supports AS-11 UK DPP project rendering directly from the DaVinci Resolve Studio timeline management tool.
Why am i getting this message now, I've used magix movie edit pro and downloaded and installed the codex that its asking for, is this after the activation code I got when I first bought the product or is it now after more money. How do i find out the activation code I bought this software over a year ago.
I've never used the Main Concept MP4 codec so I can't comment on the activation method for it but I have, in the dim dark days when I had to buy for example an MP3 encoder upgrade in 2003 (honestly!), always had an email with the activation code. These codes have to be applied when anything "substantial" happens to the computer such as Windows upgrades or even a new hard drive or complete computer.
It could be that you have to "switch on" the codec. Look at -codec--1097117/ and see if that helps, otherwise surely you just have to log into the Magix account you used to register the program and codec initially.
Hello guys, thank you both for your replys. I've just started using MMEP again to upload vids to youtube. Your right that I don't need the codec and have been uploading, Its just odd that I did have the codec and now I do not. Whats the deal. Anyway, I'm good my end, if asked for anymore money thou I'm changing software, I don't like have things taken away after already paying. cheers anyways.
Some members of the forums mentioned that some features have removed with various auto updates, however it does not seems to affect me much. May be I am a novice user and do not need such powerful features.
With the MainConcept Transcoding SDK, there is no need to develop complex import tools. The MainConcept Transcoding SDK includes our field-tested and constantly evolving ingest library to take care of it for you.
The most significant benefit to using the Transcoding SDK is the codec-independent C++ application programming interface (API) transcoding layer on top of the codec, which allows for effortless processing. And the ready-to-use sample tutorials in the Transcoding SDK provide an excellent starting point for quickly generating impressive results.
When using low-level codecs, audio/video (A/V) ingest tools, encoders and multiplexers are manually connected and configured from scratch. In contrast, the Transcoding SDK includes ingest modules that handle file import automatically.
There are also many benefits to using the low-level MainConcept Codec SDKs. Our low-level libraries support all common OS and processors and can now also be deployed on the latest Apple M1 chipset. They even offer extended codec support for DNxHD/DNxHR and the AV1 Encoder Plugin. The following table provides an overview to help you decide whether you should use the Transcoding SDK or the low-level Encoder and Decoder SDK solutions.
SAN DIEGO, June 10, 2020 /PRNewswire/ -- MainConcept, a leading provider of codec and streaming technology to the professional and broadcast industries, today announced it has worked with Intel Corporation to integrate Scalable Video Technology for AV1 (SVT-AV1) encoder into the MainConcept codec portfolio. This move will allow content producers to better leverage the increased compression capacity of AV1 and bring high-performance, scalable and efficient encoding for video-on-demand (VOD) streaming to the ever-growing video delivery marketplace.
As AV1 continues to gain traction across web browsers and mobile operating systems, and with extended hardware support for decode coming later this year, it has become increasingly clear that AV1 has solid momentum as a codec of choice for video distribution. With the promise of better quality and lower bitrate as compared to other codecs, AV1 allows users to distribute more content, providing a great experience to an expanded group of mobile consumers.
SVT was designed to run efficiently on multi-core CPUs like Intel Xeon Scalable processors and Intel Xeon D processors from edge to cloud. The encoder core is split into independently operating threads, each thread processing a different segment of the input picture, running in parallel on different processor cores, without introducing any loss in fidelity. AV1's efficiency in such an environment is ideal for MainConcept's innovative codec portfolio of highly optimized SDKs.
Bringing the SVT-AV1 encoder into the extensive MainConcept codec portfolio enables customers to seamlessly combine AV1 encoding with MainConcept's proven MPEG-DASH multiplexing and formatting technology, thereby enhancing their VOD streaming offerings. SVT-AV1 will be extended by MainConcept to use the common API familiar to all MainConcept users and adds additional features to the core codec, including scaling and color space or color gamut conversion.
"In just a short time, AV1 has proven its staying power. By collaborating with Intel on SVT technology, MainConcept brings further improvements to the version of AV1 being used by some of the world's most popular content streaming platforms," said JP Jones, General Manager, MainConcept. "Further, this immediately extends the reach of the AV1 codec to those companies already working with us, as well as offering a new option to those needing additional support with their implementations."
"We are pleased to continue our more than 10 years of collaboration with MainConcept across a variety of video production technologies. Our engineers work with MainConcept to help develop video compression technology ideally suited for today's market," said Lynn Comp, Vice President, Data Platforms Group, and General Manager, Visual Infrastructure Division, Intel Corporation. "Integrating the open source SVT-AV1 into MainConcept's SDK makes it easier for developers and platform providers to take advantage of cloud and edge technologies and leverage the compression efficiency of advanced codecs."
The announcement builds upon prior collaborations on H.264/AVC and H.265/HEVC encoding using Intel Quick Sync Video, as well as the full optimization of MainConcept codecs to run on Intel Xeon processors.
I've tried encoding just a portion of the video file instead of the whole thing using the same settings and when I bring this into Encore it recognizes it as Blu-ray legal and sets it to "Don't Transcode".
The imported file is a only-video file .264. I had edited the whole video in my Avid Media Composer - I never have worked with Premiere - and then I exported the file and encoded it with the MainConcept Reference BluRay-Encoder (CBR, 35Mbps) to a .264 video and an .ac3 audio file. And finally I want to import these files to Encore to add chapters and compile a bluray... without any re-transcoding...
A .264 file from x264Pro or MeGUI that is BD-legal will import into En and be automatically set to Do Not Transcode. So the file extension isn't the problem. There are some esoteric H.264 parameters in x264 that must be set precisely in order to have En set the .264 file to DNT. I suspect those same parameters will have to be set in MainConcept's encoder.
Well, x264 isn't part of En and I think the OP is using the stand-alone MainConcept encoder. H.264 Blu-ray from either Pr or En using the built in MC encoder always produces files that don't transcode in En if a proper preset is used.
Nevertheless, I have the impression that Encore also uses the MainConcept, because in the advance settings of the transcoding, in the line "Codec" the "MainConcept" is displayed (I cannot change this and cannot see other possibilities of Encding codecs).
Today MainConcept customers can use DELTA-sdi, DELTA-hd, DELTA-3G, DELTA-codec and DELTA-dvi video card families together with MainConcept codecs to design live broadcast encoder and decoder applications.
VideoMasterHD is the DELTACAST OEM SDK, containing C/C++ API, DLL library and drivers. This unified SDK supports all the uncompressed DELTACAST products:. SDI-SD, SDI-HD, SDI-3G as well as DVI-D, DVI-A and Component Analog video cards. VideoMasterHD is praised for its specific OEM focus, high-performance features, easy integration and excellent documentation.
The MainConcept Reference SDK is built upon the MainConcept Codec SDK library and contains a powerful transcoding engine that enables developers to create their own transcoding applications for converting video files into other formats for delivery of compliant video/audio streams for Blu-ray Disc, Sony PSP, Apple iPod, DVD, HD DVD, the whole Sony XDCAM portfolio, Adobe Flash, Panasonic P2AVC-Intra and DVCPRO, etc... You can even create and edit XML based transcoding presets and use them in your own applications. The MainConcept Reference SDK offers import via DirectShow, QuickTime, GStreamer as well as MPEG and H.264/AVC. Powerful features, such as watermarking, watch folder and batch list transcoding allow you to create versatile conversion tools yourself that are similar to the renowned MainConcept Reference application or related transcoding software.
GPU-accelerated rendering with the MainConcept AVC format can fail if your system has an NVIDIA CUDA driver but no NVIDIA CUDA-capable GPU is installed. This will result in an error dialog when as soon as you try to render with the MainConcept AVC format. To fix this, uninstall the NVIDIA CUDA driver, or Render using CPU Only in the Customize Render Dialogue.
I was getting the exact same error with an ATI Radeon 5770 video card. I noticed that the 11.2 drivers were mentioned on the Sony website. They said anything above a certain driver, but I had a hunch and decided to try it. I had loaded the latest driver version 11.11 and GPU accelleration for the MainConcept encoder was a no go. I downloaded the 11.2 drivers and did a custom uninstall related to the OpenCL SDK. I then I did a custom install for the same SDK from 11.2 instead of 11.11. It worked and started encoding immediately without the error. There are issues with the current drivers that still need to be resolved.
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