Client
A leading telecommunications provider delivering high-performance broadcast and streaming infrastructure solutions serving enterprise and media customers with advanced capabilities in video delivery over traditional and IP-based networks. The client partnered with MulticoreWare to develop a Linux-based Bidirectional Video Coding application capable of handling both encoding and decoding workflows.
Challenges
Multi-Format Media Compatibility
Needed a unified solution capable of handling a diverse set of media formats, including SDI, SMPTE ST 2110, and IP-based protocols.
Real-Time Performance
Required low-latency, high-performance video encoding and decoding to support live broadcast environments.
User Interface & Monitoring
Demanded an intuitive UI for control and monitoring of video pipelines, along with REST APIs for automationand integration.
Robust Audio and Network Handling
Needed seamless audio integration and reliable protocol support across varying network conditions.
Solution overview
MulticoreWare delivered a modular video coding application featuring:
- A core video processing engine based on FFmpeg, enabling AVC/HEVC encoding and decoding of media from SDI inputs, SMPTE ST 2110 streams, and IP protocols including UDP, RTP, HLS, and SRT.
- Integrated support for uncompressed baseband signals from AJA® and Matrox® SDI cards.
- A web-based User Interfacefor real-time codec configuration, stream monitoring, and operational control.
- RESTful APIsfor automated control of encoding/decoding workflows and seamless integration with external systems.
- Audio stream synchronization and transport handling across supported protocols.
Solution Highlights
- User-Friendly Interface– Provided a robust UI for codec control, monitoring, and system configuration.
- Multi-Protocol Support – Delivered seamless support for SDI, SMPTE ST 2110, and a wide range of IP-based video formats.
- AVC/HEVC Codec Flexibility– Enabled high-efficiency encoding and decoding for various professional use cases.
- Real-Time Audio/Video Sync – Ensured smooth playback and encoding performance across different network conditions.
- REST API Integration – Enabled remote control and automation of the video pipeline.
User-Friendly Interface– Provided a robust UI for codec control, monitoring, and system configuration.
Multi-Protocol Support – Delivered seamless support for SDI, SMPTE ST 2110, and a wide range of IP-based video formats.
AVC/HEVC Codec Flexibility– Enabled high-efficiency encoding and decoding for various professional use cases.
Real-Time Audio/Video Sync – Ensured smooth playback and encoding performance across different network conditions.
REST API Integration – Enabled remote control and automation of the video pipeline.
Business Impact
The solution provided a unified video processing platform for the client, capable of managing a wide variety of media formats with ease. With a streamlined control interface and REST API integration, the system offered enhanced flexibility for configuring and monitoring complex broadcast operations. Its ability to handle both compressed and uncompressed video over SDI and IP-based protocols improved workflow efficiency, minimized reliance on multiple systems, and ensured dependable, real-time delivery for high-performance broadcasting environments.
Conclusion
Through this development, the client gained a powerful and flexible video processing solution tailored for modern broadcast needs. The system’s ability to support various signal types and protocols, along with intuitive control via UI and APIs, streamlined operations and improved reliability. This comprehensive approach positioned the client to manage complex video workflows with greater efficiency and control.
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