With more companies investing in data-led technologies , organisations are aiming to improve their competitiveness within markets . From sensor applications within factory machinery to running a large company , increasingly the information required for success now relies upon high-speed data , hence the importance of efficient data cabling networks . Mark Froggatt , Technical Director at BASEC , answers some key questions when it comes to structured cabling networks and cable considerations .

Increased digitalisation has led to higher demands for data , but also energy . Higher transmission rates and greater bandwidth requirements has led cable construction and design to change in order to accommodate end-user needs . Design changes include increased levels of screening and additional protection within data cables .

This , along with the growth of Power over Ethernet or PoE , has led to enhancements in cable constructions with respect to their pair geometry , material selection , conductor size and screening . All of these changes have enabled constructional adaptations to be in line with the increased demands placed on the cable itself . End-users are now opting to use tested and approved cables to ensure reliable transmission which fulfils data demands and minimises possible device failures and downtime .

How can organisations prepare a cabling strategy to meet data growth requirements ?

In order to plan a robust cabling infrastructure strategy , organisations must consider their current and possible future data requirements . Future-proofing operations to the finest available industry standards is the best option . Using the best available cable technology to pre-empt future demands will

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