MPEG-2 Transport SDK Libraries Buy
LEADTOOLS Multimedia SDK MPEG-2 Transport Stream Module is a complete solution for .NET (C# & VB) and C/C++ developers to play, convert, capture, and create MPEG-2 Transport Streams. MPEG-2 Transport Stream is one of the most popular multimedia formats today and is used in digital television, unmanned aerial vehicles (UAV), Blu-ray media, and more. LEADTOOLS is one of the most feature-packed MPEG-2 Transport Stream libraries on the market with robust error correction and KLV metadata.
Complete MPEG-2 Transport API
The LEADTOOLS Multimedia Suite SDK provides libraries and components that are compatible with all MPEG2-Transport encoded data, including MPEG-2, MPEG-4, H.265, H.264, AAC, AC3, LPCM, and MPEG Audio. This SDK product provides components to play and create MPEG-2 Transport and MPEG-2 Program Files and Streams. These streams can then be used by satellites, broadcast systems, and UAVs.
The MPEG-2 Transport multiplexer and demultiplexer fully support creating and parsing an KLV data to create implementations of specifications such as:
- UAV Datalink Local Metadata Set (MISB STD 0601.4 4 March 2010)
- UAV Datalink Minimum Metadata Set (MISB STD 0902.1)
- Predator UAV Basic Universal Metadata Set (MISB EG 0104.4 14 December 2006)
Incorporate DVR functionality to your MPEG-2 Transport applications with features like, Pause, Rewind, Fast-forward DVR, and more. These DVR libraries support all MPEG-2 Program and Transport Streams as well as DirectShow and Media Foundation video and audio processing filters/transforms to control capture, conversion, and playback.
Easy to Integrate
LEADTOOLS handles the heavy lifting — eliminating months of R&D, while giving you the best quality and performance available. You'll be free to focus on other components of your application. Download the LEADTOOLS evaluation to streamline your development.
Start Coding With LEADTOOLS MPEG-2 Transport
Multimedia libraries for Windows development in C, C++, C#, and VB.NET targeting DirectShow and Media Foundation frameworks.