Una serie cliché sobre las juventudes.

Y sin embargo existen, miles en la clandestinidad o simplemente en la marginalidad, y aveces uno no llega a conocer sobre esos eventos o sus transmisiones si no es por medio de otros, si se rompe la cadena de información se deja de conocer partes de la realidad.

Nota: Es realmente fácil hacer una radio, por lo menos para transmitir, los contenidos y su calidad es otra cosa.

Mis libretas y apuntes…

• El Mundo de Suiri

Hace muchos años

¿Qué vídeo será?

• El Mundo de Suiri

Mis chiquitinadas…

“Frame Wars”

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Haswell vs. Skylake-S: i7 4790K vs i7 6700K

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Hardware decoding and encoding
Support for Quick Sync hardware accelerated decoding of H.264, MPEG-2, and VC-1 video is widely available. One common way to gain access to the technology on Microsoft Windows is by use of the free ffdshow filter. Some other free software like VLC media player (since version 2.1.0 “Rincewind”) supports Quick Sync as well. Many commercial applications also benefit from the technology today, including CyberLink PowerDVD, CyberLink PowerDirector and MacroMotion Bogart “gold” edition.

According to the ffdshow documentation, Quick Sync has very low CPU utilization while being about twice as fast as libavcodec.[24]

Support for hardware-assisted media encoding tailored for Quick Sync is widely available. Examples of such software with Quick Sync support during encoding processes are Emby Media Server,[25] Plex Media Server,[26] Badaboom Media Converter, CyberLink MediaShow, CyberLink MediaEspresso, ArcSoft MediaConverter, MAGIX Video Pro X, Pinnacle Studio (since version 18), Roxio Toast, Roxio Creator, XSplit Broadcaster,[27] XSplit Gamecaster[28] (all commercial) and projects like HandBrake,[29][30] Open Broadcaster Software[31] or applications for operation with a video content entering in Adobe CC2018.

The following table shows fixed-function encode/decode support for various Intel platforms.[32][33] Support for hybrid and/or partial decode/encode are not detailed.
https://en.wikipedia.org/wiki/Intel_Quick_Sync_Video

https://tmpgenc.pegasys-inc.com/en/product/tvmw6.html
https://tmpgenc.pegasys-inc.com/en/product/tvmw6.html

MPEG-2 Transport Module API

The MPEG-2 Transport Module adds onto the Multimedia Module. For more information on the Multimedia Module, click here.
DLL Interface / CLSID Header Comments Help Files Demo Project Source Code
Examples\Multimedia\DirectShow\Cpp
LMMpgDmxT.DLL IID_ILMMpgDmx ILMMpgDmxT.h The LEAD MPEG-2 Transport Demultiplexer is used for playing MPEG2 Transport, MPEG2 Program and MPEG1 System files. Help \DVR\DVR_2017.vcxproj
\DVR\DVR_2019.vcxproj
IID_ILMKlvParser ILMMpgDmxCommon.h Can also play raw video (MPEG2, MPEG4, H264, H265) or audio (MPEG Audio Layer I, II, III, AAC, AC3, AMR). \Mpeg2Transport\MPEG2Transport_2017.vcxproj
\Mpeg2Transport\MPEG2Transport_2019.vcxproj
CLSID_LMMpg Also supports private data stored in MPEG2 files (including KLV data).
It can also be used together with the LEAD MPEG2 Transport UDP Source filter to stream MPEG2 files using UDP or TCP/IP. (The client side, which receives the data).

LMUDPSnk.DLL IID_IFileSinkFilter / ILMUDPSnk.h The LEAD MPEG-2 Transport UDP Sink is used together with the LEAD MPEG-2 Transport Multiplexer for streaming MPEG-2 Transport files using UDP and TCP/IP. Help \Restreamer\Restreamer_2017.vcxproj
\Restreamer\Restreamer_2019.vcxproj
CLSID_LMUDPSnk (The server side, which sends the data).

LMUDPSrc.DLL IID_IFileSourceFilter / ILMUDPSrc.h The LEAD MPEG-2 Transport UDP Source is used together with the LEAD MPEG-2 Transport Demultiplexer for streaming MPEG-2 Transport files using UDP and TCP/IP. (The client side, which receives the data). Help \Mpeg2Transport\MPEG2Transport_2017.vcxproj
\Mpeg2Transport\MPEG2Transport_2019.vcxproj
CLSID_LMUDPSrc

LMRTSPSrc.DLL IID_IFileSourceFilter / ILMRTSPSrc.h The LEAD RTSP Source is used to stream data from an RTSP server. (The client side, which receives the data). Help
CLSID_LMRTSPSrc

LMMpg2MxT.DLL ILMMpg2MxT / N/A The LEAD MPEG-2 Transport Multiplexer is used for creating MPEG-2 Transport files. It can also be used together with the LEAD MPEG2 Transport UDP Sink filter to stream MPEG-2 Transport files using UDP or TCP/IP. (The server side, which sends the data). Help \ConvertKLV\convertKLV_2017.vcxproj
\ConvertKLV\convertKLV_2019.vcxproj
ILMKlvBuilder
CLSID_LMMpeg2TMux

LMMpgDmxP.DLL IID_ILMMpgDmx / ILMMpgDmxP.h The LEAD MPEG-2 Program Demultiplexer is used for playing MPEG2 Program and MPEG1 System files. Help
CLSID_LMMpgDmxP ILMMpgDmxCommon.h Can also play raw video (MPEG2, MPEG4, H264, H265) or audio (MPEG Audio Layer I, II, III, AAC, AC3).

LMDVRSink.DLL IID_ILMDVRSink / ILMDVRSink.h The LEAD DVR Sink Filter employs the LEAD intelligent time-shifting algorithm and is used to write live video/audio streams to disk for playback. Help \DVR\DVR_2017.vcxproj
\DVR\DVR_2019.vcxproj
CLSID_LMDVRSink Complete control of the buffer size is provided, including support for having the buffer span more than one disk. \Mpeg2Transport\MPEG2Transport_2017.vcxproj
\Mpeg2Transport\MPEG2Transport_2019.vcxproj
Used in conjunction with the LEAD DVR Source Filter.

LMDVRSource.DLL IID_ILMDVRSource / ILMDVRSource.h The LEAD DVR Source Filter is used to read video and audio streams from files created by the LEAD DVR Sink Filter. Help
CLSID_LMDVRSource This filter allows the LEAD Player Control to play, pause, rewind, and fast forward live streams.

LEncMPG42.DLL IID_ILMMP42Encoder / ILEncMPEG4_2.h The LEAD MPEG-4 Encoder is a DirectShow filter for compressing video data using the MPEG-4 standard (ISO/IEC 14496-2). Help \ConvertToMobile\convertToMobile_2017.vcxproj
\ConvertToMobile\convertToMobile_2019.vcxproj
CLSID_LMMP4Encoder MPEG-4 is suitable for a wide range of bandwidths from low bandwidth to broadband. \NetServer\NetServer_2017.vcxproj
\NetServer\NetServer_2019.vcxproj

In addition to MP4 files, MPEG4 compressed video data can be stored inside AVI or OGG files with the option of saving the file with or without the audio data.

LDecMPG42.DLL None / N/A The LEAD MPEG-4 Decoder is a DirectShow filter for decompressing Video data using the MPEG-4 standard (ISO/IEC 14496-2). Help
CLSID_LMMP4Decoder MPEG-4 is suitable for a wide range of bandwidths from low bandwidth to broadband.
{E2B7DD6A-38C5-11D5-91F6-00104BDB8FF9} In addition to MP4 files, MPEG4 compressed video data can be stored inside AVI or OGG files with the option of saving the file with or without the audio data.

LENCH2644.DLL IID_ILMH264Encoder / ILEncH2644.h The LEAD H264 Encoder is a DirectShow filter for compressing and decompressing video data using the H.264/AVC standard. Help \ConvertToMobile\convertToMobile_2017.vcxproj
\ConvertToMobile\convertToMobile_2019.vcxproj
CLSID_LMH264Encoder \NetServer\NetServer_2017.vcxproj
\NetServer\NetServer_2019.vcxproj

LDECH2643.DLL N/A / N/A The LEAD H264 Decoder is a DirectShow decoder that can decompress video compressed by any H264 codec. Help
CLSID_ILMH264Decoder

LTranscoderH264.DLL N/A /
N/A The LEAD H264 Transcoder is a DirectShow decoder that can convert between byte stream (MPEG2) and NAL unit stream (ISO/MP4) H264 formats without recompression. Help \H264Transcoder\H264Transcoder_2017.vcxproj
\H264Transcoder\H264Transcoder_2019.vcxproj
CLSID_ILMH264Transcoder

LENCH265.DLL IID_ILMH265Encoder / ILEncH265.h The LEAD H265 Encoder is a DirectShow filter for compressing and decompressing video data using the H.265/HEVC standard. Help
CLSID_LMH265Encoder

LDECH265.DLL N/A / N/A The LEAD H265 Decoder is a DirectShow decoder that can decompress video compressed by any H265 codec. Help
CLSID_ILMH265Decoder

LTranscoderH265.DLL N/A / N/A The LEAD H265 Transcoder is a DirectShow decoder that can convert between various byte stream (MPEG2) and NAL unit stream (ISO/MP4) H265 formats without recompression. Help
CLSID_ILMH265Transcoder

LEncMpg23.dll (Win32) / LEncMpg23x.dll (x64) IID_ILMMPG2Encoder / ILEncMPEG2_2.h The LEAD MPEG-2 Encoder Filter is a DirectShow filter for compressing video data using the MPEG-2 (ISO/IEC 13818-2) or MPEG-1 (ISO 11172-2) standard. Help
CLSID_LMMPEG2Encoder

LDecMpg22.dll N/A / N/A The LEAD MPEG-2 Decoder Filter is a DirectShow filter for decompressing video data that was compressed using the MPEG-2 (ISO/IEC 13818-2) or MPEG-1 (ISO 11172-2) standard.

https://www.leadtools.com/help/sdk/v22/mappingmm/mpeg-2-transport-module-api.html

• El Mundo de Suiri

What is the Media Server? The Media Server can be used to stream audio and video files to a variety of devices using popular streaming methods, such as: HTML5 video for most web browsers (PC and mobile devices) Adobe Flash RTMP for any web browser that has Adobe Flash installed Apple HTTP Live Streaming (HLS) for Apple iPad / iPhone and Android devices RTSP/RTP for web browsers with the Apple Quicktime or VLC RTSP plugin installed or any application that supports RTSP RTSP/RTP (MPEG-2 transport) for web browsers with Apple Quicktime or VLC RTSP plugin installed or any application that supports RTSP RTSP/RTP over HTTP for web browsers with Apple Quicktime or VLC RTSP plugin installed or any application that supports RTSP Adobe HTTP Dynamic Streaming (HDS) for most web browsers that have Adobe Flash installed MPEG-DASH for most web browsers that have Adobe Flash Microsoft Smooth Streaming (SSF) for web browsers with Microsoft Silverlight installed The above list contains for each protocol a list of the devices or software programs that can play that particular protocol. The list is not complete – there might be other devices or software packages that can play each protocol. How does the Media Server Work? When running, the Media Server is waiting for clients to connect to it and request a particular file. The server will then stream a file in a particular protocol requested by the client. Every server instance can support one or more protocols. The server is configured though an XML configuration file. You can change the server settings by editing the XML file with an editor or using the demos’ user interface. We provide sample HTML files to make it easy to test the individual protocols. There are HTML files for the individual protocols and an HTML file that will automatically select a protocol appropriate for the device used to connect to the server. The file is called player.html refered to as the “Universal player”. The server demos included with this toolkit have two forms: Standalone exe Windows Service To use the standalone exe, run it and select the option to start listening. The windows service has an extra step for registering it. You can register it by running the service exe and adding the /RegServer command line parameter. For convenience, the service exe can also automatically register itself following the instructions in the message box brought up when you run the service exe as a regular exe. Once registered, the windows service server can be started using the Service Manager exe. You can also configure windows to automatically start the service when Windows boots up. This way, you can just set it up and forget about it. How do I Connect with a Client? Once the server starts and is listening for connections, the simplest way to test it is by playing the Universal player file in a web browser. For example, if the server is set up and listed on 127.0.0.1 and port 7979, connect to the server using this url: http://127.0.0.1:7979/player.html This will launch the Universal player that will stream the default file (sample.mp4) using the best protocol for your web browser or device. The web page will also display the URL that can be used to play the file in that protocol without using an HTML page. For example, if you run this file on a Windows PC that has Flash installed, you might see this Flash URL: rtmp://127.0.0.1:7979/vod/sample.mp4 If you enter that URL in a Flash player, you can play it without using a browser. How do I Configure it? You can change the server configuration by clicking on the Network button. The most important settings are the folder containing the media files and the port on which the server will listen. To help avoid problems, each server is setup to listen on different ports. For example, the C++ Standalone exe will listen by default on port 7979, while the C++ Windows Service listens by default on port 6969. Make sure you use the correct port number for the version of the server that is running. There is a log viewer demo that you can use to view the logs created by the server. Note that the time listed in the log file can be local time or universal time (GMT). If you wish to use local time, make sure to specify that in the logging settings (bring up by clicking on “Logging…” button in the service manager or server exe). How do I add Compatible Files? The server expects the files to be in MP4 format. The video should be compressed in H264 format and the audio should be compressed in AAC. These are the compressions most common among all devices. Note that some Apple devices might expect the video to not use B frames, otherwise the video becomes very jerky. The safest thing is to compress a file using the Convert To Media Server demo. Convert the file you wish to stream using that demo and place it in the media streaming folder. https://www.leadtools.com/help/sdk/v22/mappingmm/overview-of-the-media-server-demos-and-functionality-readme.html https://www.leadtools.com/help/sdk/v22/mappingmm/overview-of-the-media-server-demos-and-functionality-readme.html

OCR para formularios…

Inicio de texto citado”

Desde la ingesta hasta la reproducción, ¡el video de alta definición nunca se vio mejor!

MainConcept ® AVC/H.264 es la mejor opción para una calidad visual superior, un rendimiento ultrarrápido y una fiabilidad en la que puede confiar. MainConcept AVC/H.264 SDK brinda la máxima flexibilidad desde el primer momento, ofrece opciones ricas en funciones para OTT Streaming y Broadcast, soporte sólido de baja latencia y cumple con todos los perfiles de transmisión para la producción de video profesional.

Complete el formulario para obtener un enlace para la descarga de su demostración gratuita. Las evaluaciones incluyen 60 días de soporte por correo electrónico y documentación completa del producto.

” Fin de texto citado.

Fuente: https://www.mainconcept.com/avc-demo
https://www.mainconcept.com/avc-demo
https://www.mainconcept.com/avc-demo

Pre-Rendering Function

Complicated filter processes such as the timelapse and glow filters may increase the CPU’s workload during filter editing. If the preview playback does not perform smoothly in your PC environment, this function provides smooth playback and operation by outputting the specified range temporarily.

https://tmpgenc.pegasys-inc.com/en/product/tvmw6.html

Lo grabé: https://www.facebook.com/samuelsuiri/videos/694630617619599