The S/W option: TS forwarding over IP provides a reliable software solution for transporting Transport Stream (TS) data over IP networks in broadcast environments. This option enables seamless integration of legacy broadcast systems with modern IP-based infrastructures, ensuring efficient data transmission without the need for extensive hardware upgrades. Ideal for broadcasters seeking to optimize their workflows, it supports high-quality video and audio delivery across distributed networks, reducing latency and improving overall system reliability.
This software option is designed to handle the complexities of IP-based TS transport, offering broadcasters a flexible tool to forward MPEG-2 Transport Streams over Ethernet or IP protocols. By leveraging standard IP networks, it minimizes infrastructure costs while maintaining broadcast-grade performance. Key benefits include enhanced scalability for multi-site operations and simplified management of content distribution, allowing teams to focus on content creation rather than technical hurdles.
Compatible with SMPTE ST 2110 standards for professional media over IP, this option supports input/output interfaces via Gigabit Ethernet (GbE) or 10GbE ports. It operates on standard server hardware with a minimum of 8GB RAM and a multi-core processor, ensuring robust performance in broadcast control rooms. The software integrates with common broadcast middleware, providing API access for custom automation. Network protocols include IGMP for multicast efficiency and PTP for precise timing synchronization, essential for synchronized multi-channel broadcasts. Deployment is straightforward, with configuration via a user-friendly web interface that allows for quick setup and monitoring of TS forwarding sessions.
Implementing TS forwarding over IP streamlines your broadcast workflow by bridging traditional SDI systems with cost-effective IP solutions, potentially lowering operational expenses through reduced cabling and hardware needs. Broadcasters can achieve greater flexibility in content routing, enabling remote production setups and cloud-based processing. This results in faster time-to-air for programs and improved reliability during peak transmission periods, ultimately supporting a more agile and future-proof broadcast ecosystem.