25.04

Summary of changes for Intel® Tiber™ Broadcast Suite - 25.04 release:

What's Changed

• Transitioned from a single-container architecture based on FFmpeg to an advanced architecture featuring a processing component with a pre-configured FFmpeg pipeline generator and a control component based on NMOS
• Added NMOS support for IS-04 and IS-05 standards
• Enabled Kubernetes-managed runtime environment for improved scalability and deployment
• Introduced a Launcher as a centralized point for user interaction
• Implemented gRPC-based communication between the Application container and the NMOS container
• Optimized installation scripts and updated user guides for better usability
• Updated the supported version of Media Transport Library (MTL) to 25.02.1
• Updated the supported version of Media Communication Mesh to 25.03

24.11

Summary of changes for Intel® Tiber™ Broadcast Suite - 24.11 release:

New Features:

• Support Nvidia GPU (CUDA filters)
• Uploaded Intel® Tiber™ Broadcast Suite to the Docker Hub
• Enabled build of Intel® Tiber™ Broadcast Suite from Debian packages
• Support latest Media Communication Mesh and Media Transport Library (24.09 releases)

Enhancements:

• Updated supported FFmpeg version to 7.0
• Updated documentation
• Updated build.sh

24.07

Summary of Changes for Intel® Tiber™ Broadcast Suite - 24.07 Release:

What's Changed

• Move the lcore management to mtl-manager
• Remove unnecessary MTL patch and adjust tag
• Minor update to build.md

pre-0.9

Summary of Changes for Intel® Tiber™ Broadcast Suite - Initial Release:

New Features:

• Comprehensive Integration with FFmpeg: Enhanced version of FFmpeg tailored with Intel's patches for optimized media handling.
• Advanced Media Processing: Integration of Intel® QSV and OneVPL for GPU-accelerated processing.
• SMPTE ST 2110 Compliance: Full support for media transport protocols ensuring high compatibility and performance in professional environments.
• JPEG XS Support: Includes encoding and decoding capabilities for JPEG XS, optimizing bandwidth and storage.
• GPU Media Rendering: Utilizes Intel Flex GPU cards for efficient media rendering tasks.
• Intel® QSV and OneVPL libraries: These libraries support hardware-accelerated media processing with Intel Flex GPU cards, enhancing the performance of the Suite.
• DPC++ kernels: Although not supported in this release, the Suite is designed to enable custom effect filters used in video production in future releases.
• OpenGL/Vulcan integration: This feature, although not supported in this release, will allow display rendering effects in future versions.
• Performance features: The Suite includes several performance features such as memory management optimizations for page-aligned surface allocations, asynchronous execution of video pipeline filters to maximize GPU utilization, and high-throughput GPU-CPU memory data transfers.
• Media Communications Mesh Plugin: This plugin allows single or multiple instances of FFmpeg with Media Communications Mesh Plugin to connect to selected Media Proxy instance, enhancing the efficiency of the Suite.
• Support for PTP Time synchronization: This feature uses Media Transport Library PTP Time synchronization feature, enhancing the synchronization of the Suite.
• Support for changing input and output streams Payload ID: This feature adds flexibility to the deployment of the Suite.

Enhancements:

• Optimized Memory Management: Improvements in memory allocation that enhance performance and reduce latency.
• Asynchronous Execution: Video pipeline filters operate asynchronously to maximize GPU utilization.
• High-Throughput Transfers: Enhanced GPU-CPU memory data transfers for high-performance media streaming.