Data Driven: Optimizing and Running HFC and Fiber Networks, End to End

Description

Join us for an engaging session moderated by Jason Rupe of CableLabs that delves into the world of optimizing and running HFC and fiber networks from end to end. Together, we will explore how big data continues to shape our industry as industry experts present transformative opportunities for network optimization.

Charter's Diana Linton will take a data-driven approach to dynamically optimize amplifier gain and radio frequency (RF) levels, maximizing network reach while maintaining optimal performance. Discover how received input levels data from customer premises equipment can help set the appropriate operating gain for outside amplifiers, potentially reducing costs and improving RF designs.

James Medlock from Akleza Inc. will share insightful use cases developed by the PNM Working Group at CableLabs. These real-world examples will empower operators to make efficient use of telemetry data and guide vendors in developing effective data-driven methods. Join us to explore challenges, improvements, and the potential of PNM measurement data.

Additionally, Comcast's Matt Wichman will present groundbreaking insights on how real-time data analysis can elevate fiber network reliability, ensuring seamless connectivity for customers. Discover how data-driven insights can help providers avoid costly downtime and enhance network performance.

This workshop is an invaluable opportunity to learn from industry experts, explore innovative techniques, and gain practical knowledge to optimize your HFC and fiber networks. Don't miss out on this dynamic session that will shape the future of network performance through data-driven insights.

Super Tracks:

• Fall Technical Forum