Real-time/Linear Multi-Screen Encoding
Today, media technology is advancing rapidly, and competition among media outlets is intense. Broadcasters, service providers, and media companies are eager to enhance user experience by delivering original images and audio across devices. The SelenioFlex Live multi-screen encoding technology effectively addresses these challenges.
The industry's first software-based broadcast-ready media processing platform.
IneoQuest has launched a cloud-based OTT video quality monitoring system.
IneoQuest has made the following contributions to the entire video quality detection and monitoring industry:
Starting from October 23, 2013: Jiangsu TV HD channel will change its audio encoding from MPEG-1 L2 to AC3. If operators using the Harley system encounter issues with audio processing, please go to the NMX network management system and change the stream type of Jiangsu TV's audio attributes in the input source to DVB-AC3. Additionally, add the DVB-AC3 audio descriptor to the audio of the output program; all other reception parameters remain unchanged.
The XC5000 & XC5100 from Norway's Abel (hereinafter referred to as XC5x00) is a modular platform with a wide range of module options, configurable as a complete front end or as a standalone solution specifically for intensive service processing applications. The integrated architecture of the SC2x00 offers outstanding reliability, while its web-based single management interface simplifies deployment and reduces routine maintenance.
ProStream-1000 is a multiplexer and scrambling platform produced by Harmonic, Inc. in the United States. It is currently the most widely used and applied multiplexer in the industry. As the "star" product in Harmonic's product line, the ProStream-1000 is extensively used by network companies, television stations, and live broadcast studios around the world.
Currently, the industry widely uses the Hailey ELP1000 (formerly Scopus UE9000) and Hailey PVR2900 (formerly SCOPUS IRD2900) for point-to-point live broadcasting, utilizing various transmission media. Typical cases include audio and video transmission for the Ministry of Railways and audio and video transmission for television shopping channels. Here, we will mainly introduce the encoder setup operations for audio and video transmission using IP/E1 channels for your reference.
This HD program landing and H.264 transcoding recommendation plan is designed based on the requirements for HD program landing and cable transmission in urban areas. The proposed plan provides a detailed explanation of the system structure, equipment configuration, and signal processing workflow.
In addition, based on our experience in previous related projects and the potential system cost investments that users may face, we have provided the most cost-effective solution.
The Playcast GOD system is divided into three categories: the front-end system, the receiving end system, and the management system. These three subsystems work together seamlessly to achieve deployment and implementation.