In the fast-evolving broadcast industry, efficiency and flexibility are paramount. TSL’s Flex Control platform and GTP control processing nodes have established a strong reputation in the North American market for their reliability and powerful features. Now, TSL is taking another leap forward with the release of the GTP-V1 Virtual Control Processor, engineered to meet the growing demands of modern broadcasting through advanced virtual and cloud capabilities.

The new GTP-V1 increases capacity significantly, supporting up to 32 channels of control interfaces per node. This development reflects a critical shift towards cloud and virtual environments, enabling broadcasters to implement large-scale systems with greater ease and cost-effectiveness. By embracing this new control processor, broadcasters can streamline operations, reduce hardware footprints, and enhance scalability across their infrastructure.

Flexible Deployment Options

One of the standout features of the GTP-V1 Virtual Control Processor is its flexible deployment options. It can operate within on-premises virtual environments or be seamlessly deployed on cloud platforms, working alongside a SaaS-based media processing kit. This versatility ensures that broadcasters can adapt to diverse workflows, whether they prioritize traditional infrastructure or seek cloud-native solutions.

Automating Workflows with Advanced Control Solutions

TSL’s suite of tools within the Flex Control platform supports a range of essential broadcast applications:

  • Live Production Tally: Real-time production tally for clear, effective signal management.
  • Machine and Device Control: Streamlined control of diverse production and post-production equipment.
  • Playout and Ingest Automation: Automated workflows for consistent, efficient content management.
  • SCTE Control and Timed Events: Supports signaling and automation for ad insertion and event triggering.
  • GPIO Triggers and Complex Logic: A robust set of controls for intricate operational workflows.

These features collectively offer broadcasters the ability to automate complex workflows and simplify control across diverse broadcast environments.

Expanding Control with Distributed Architecture

The Flex Control platform’s architecture is designed to be scalable. By combining multiple GTP processing nodes in a distributed mesh network, operators can establish powerful workflows across a “Hub and Spoke” or multi-site setup. With the inclusion of USP control panels and AIB remote interface nodes, TSL’s Flex Control platform facilitates collaboration and centralized control across multiple locations.

Conclusion

TSL’s GTP-V1 Virtual Control Processor is an exciting advancement for broadcasters striving to improve efficiency and adapt to virtual and cloud-based workflows. By offering scalable, flexible, and powerful automation and control options, TSL continues to position itself at the forefront of broadcast technology, meeting the demands of an industry that increasingly values agility and innovation.