EPISODE · May 27, 2026 · 31 MIN
Why Infrastructre Pathways Make or Break Your Install | TEK TALK with Nick Edwards | Data Centres
from TEK TALK Presented by TREND Networks · host TREND Networks
In this episode of TEK TALK, Gordon is joined by Nick from HellermannTyton to discuss one of the most overlooked, but most important, parts of network infrastructure: pathways and cable management.As networks expand, more cabling, fibre, power, security systems, wireless access points, and intelligent building services are added into the same environments. Without the right pathway design, these systems can quickly become difficult to manage, harder to maintain, and more vulnerable to performance issues. This episode explains why good cable management is not just about keeping installations tidy — it is about protecting long-term network performance.Nick explains what pathways are, including basket tray, ladder tray, perforated tray, and dedicated fibre ducting systems. The discussion explores how these systems help carry, route, separate, and protect cables across buildings, floors, rooms, racks, and data centre environments. For installers, consultants, and infrastructure teams, choosing the right pathway from the beginning can make future upgrades easier, reduce risk, and help avoid costly rework later.A key theme in the episode is planning for growth. Nick highlights the importance of allowing enough capacity from day one, with pathway fill levels designed to support future moves, adds, and changes. In real-world environments such as hospitals, universities, rail, utilities, commercial buildings, and data centres, infrastructure often grows over time. When pathways are not designed with expansion in mind, cables can become overcrowded, stressed, or poorly separated.The episode also looks at the importance of separating different cable types. Fibre, copper data cabling, power, and building management systems may all have different pathway requirements. Nick explains why fibre ducting is commonly used in data centres to segregate and protect high volumes of fibre, while copper cabling may require careful separation from power depending on the type of containment, shielding, cable category, and electrical load.Another major focus is cable stress and bend radius. The conversation explains how pinch points, overloaded basket tray, poor rack entry, and unsupported fibre drops can affect both copper and fibre performance. Using simple examples, Nick explains how squeezing or bending a cable can reduce signal integrity, create reflections, increase loss, and shorten the useful life of the installation.The episode also introduces practical solutions such as waterfalls, trumpet exits, service loop storage, and HellermannTyton’s GigaDuct fibre ducting system. These systems are designed to protect bend radius, improve organisation, speed up deployment, and make future changes easier without cutting or replacing pathway sections.The episode closes with a useful overview of different data centre types, including enterprise, colocation, hyperscale, and edge data centres, as well as the importance of certification testing, fibre end-face inspection, cleaning, and using recognised test equipment to prove installation performance.Watch now to learn how better pathway planning, cable protection, and fibre management can help reduce risk, support cleaner installations, and protect network performance for the future.Website: www.trend-networks.com/YouTube: www.youtube.com/@trendnetworks#TEKTALK #TRENDNetworks #HellermannTyton #CableManagement #StructuredCabling #DataCentre #DataCenter #FiberOptics #NetworkInfrastructure #CableTesting #CableCertification #GigaDuct #ICT #DataCabling
What this episode covers
In this episode of TEK TALK, Gordon is joined by Nick from HellermannTyton to discuss one of the most overlooked, but most important, parts of network infrastructure: pathways and cable management.As networks expand, more cabling, fibre, power, security systems, wireless access points, and intelligent building services are added into the same environments. Without the right pathway design, these systems can quickly become difficult to manage, harder to maintain, and more vulnerable to performance issues. This episode explains why good cable management is not just about keeping installations tidy — it is about protecting long-term network performance.Nick explains what pathways are, including basket tray, ladder tray, perforated tray, and dedicated fibre ducting systems. The discussion explores how these systems help carry, route, separate, and protect cables across buildings, floors, rooms, racks, and data centre environments. For installers, consultants, and infrastructure teams, choosing the right pathway from the beginning can make future upgrades easier, reduce risk, and help avoid costly rework later.A key theme in the episode is planning for growth. Nick highlights the importance of allowing enough capacity from day one, with pathway fill levels designed to support future moves, adds, and changes. In real-world environments such as hospitals, universities, rail, utilities, commercial buildings, and data centres, infrastructure often grows over time. When pathways are not designed with expansion in mind, cables can become overcrowded, stressed, or poorly separated.The episode also looks at the importance of separating different cable types. Fibre, copper data cabling, power, and building management systems may all have different pathway requirements. Nick explains why fibre ducting is commonly used in data centres to segregate and protect high volumes of fibre, while copper cabling may require careful separation from power depending on the type of containment, shielding, cable category, and electrical load.Another major focus is cable stress and bend radius. The conversation explains how pinch points, overloaded basket tray, poor rack entry, and unsupported fibre drops can affect both copper and fibre performance. Using simple examples, Nick explains how squeezing or bending a cable can reduce signal integrity, create reflections, increase loss, and shorten the useful life of the installation.The episode also introduces practical solutions such as waterfalls, trumpet exits, service loop storage, and HellermannTyton’s GigaDuct fibre ducting system. These systems are designed to protect bend radius, improve organisation, speed up deployment, and make future changes easier without cutting or replacing pathway sections.The episode closes with a useful overview of different data centre types, including enterprise, colocation, hyperscale, and edge data centres, as well as the importance of certification testing, fibre end-face inspection, cleaning, and using recognised test equipment to prove installation performance.Watch now to learn how better pathway planning, cable protection, and fibre management can help reduce risk, support cleaner installations, and protect network performance for the future.Website: www.trend-networks.com/YouTube: www.youtube.com/@trendnetworks#TEKTALK #TRENDNetworks #HellermannTyton #CableManagement #StructuredCabling #DataCentre #DataCenter #FiberOptics #NetworkInfrastructure #CableTesting #CableCertification #GigaDuct #ICT #DataCabling
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Why Infrastructre Pathways Make or Break Your Install | TEK TALK with Nick Edwards | Data Centres
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