Boosting FTTH Network Performance: Key Strategies (2024)

By Ben Ragel, P.Eng., Rogers Communications Inc.; Reema Ahmed, Rogers Communications Inc.

As many Multiple System Operator’s (MSO) focus on Fiber-To-The-Home (FTTH) for their upcoming greenfield and rural deployments, they must consider the unique challenges related to network performance over their traditional Data Over Cable Service Interface Specification (DOCSIS®) networks. A mindset shift is required to effectively monitor the end-to-end performance for your FTTH customers.

This paper focuses on how to identify the appropriate requirements to avoid common oversights. It illustrates an end-to-end performance monitoring solution that includes the Residential Gateway (RG), Optical Network Terminal (ONT), Optical Line Terminal (OLT), and Broadband Network Gateway (BNG), in your FTTH network. The architecture, protocols, telemetry, and operational characteristics pose differences that require understanding.

During our journey with our FTTH Network, we navigated through various phases, each requiring specific strategies and technical considerations. In our initial phase, we delved into our performance management strategy, grasping with issues and risks inherent to such an endeavor. We implemented robust protocols to address challenges head-on. As we progressed, we conceded our missteps and actively adapted, fostering collaboration with cross-functional teams to strengthen our approach. Moving forward, we recognized the importance of continuous improvement, identifying key enhancements crucial for deployment. Moreover, we anticipate the influence of government initiatives like BEAD (Broadband, Equity, Access, and Deployment) in the United States and UBF (Universal Broadband Fund) in Canada on our performance monitoring requirements.

Through the exploration of our FTTH performance management journey, we can highlight the key factors that can positively impact your network operations and customer experience.

By clicking the "Download Paper" button, you are agreeing to our terms and conditions.

Similar Papers

Enabling Transport Network Resiliency with Unified Access Transport
By Ivan Bogdanovic, Rogers Communications Inc.; Giancarlo Urbani, Rogers Communications Inc.; Jordan Tontini, Rogers Communications Inc.; Alex Talinga, Rogers Communications Inc.
2023
FWA, The Promise of Broadband Everywhere Lessons Learned & Best Practices
By Ahmed Jafri, Rogers Communications Inc.; Osama Bazan, Rogers Communications Inc.; Rizwan Butt, Rogers Communications Inc.; Mahmoud ElMeligui, Rogers Communications Inc.; Carlos Moco, Rogers Communications Inc.
2023
Predictive Framework for Enhanced Wireline Network Reliability
By Madiha Sahar, Rogers Telecommunications; Ray Stevens, Rogers Telecommunications; Jenny Panman, Rogers Telecommunications; Vikram Karwal, Rogers Telecommunications; Anna Korchatov, Rogers Telecommunications; Peter Theodorakidis, Rogers Telecommunications; Davy Ma, Rogers Telecommunications
2024
A Beginner’s Guide to Automation for FTTH Networks
By Marco Gagliostro, Rogers Communications Inc
2024
Leveraging DAA Investments to Accelerate FTTP
By Brian Soloducha, P.Eng, Rogers Communications Inc
2023
Fighting FTTH with DOCSIS
By Mike Darling, Rogers Communications
2023
Navigating the XGSPON Journey From an MSO Perspective
By Derek Lee, Rogers Communications Inc.; Giancarlo Urbani, Rogers Communications Inc.
2023
Cloud Versus MEC for Telcos and MSOs
By Yassar Abbas, Rogers Communications Inc.; Brad Tizard, Rogers Communications Inc.; Probir Khaskel, Rogers Communications Inc.
2023
Case Studies From 5G Wireless Private Networks in the Mining Sector
By Andy Striegler, Rogers Communications Inc.; Kamaljit Bal, Rogers Communications Inc.
2023
Leveraging Public Networks to Compliment Delivery of High-Performance Private Networks
By Kamaljit Bal, Rogers Communications Inc.
2024
More Results >>