TECHNOLOGY
US $ 109 billion
Forecasts project the edge data centre market to reach over US109bn by 2034
1 millisecond
5G has the potential to reduce network latency to as low as 1ms
AI-driven predictive maintenance systems that can identify potential equipment failures before they cause downtime.
Cutting the cords for smarter monitoring 5G’ s ability to connect up to a million low-power devices per square kilometre makes it ideal for deploying a dense wireless sensor network throughout a data centre.
Thousands of battery-powered sensors can be placed on racks, cooling units and power distribution systems to monitor temperature, humidity, airflow and power consumption in real-time without the cost and complexity of extensive cabling.
The high reliability and low latency of a private 5G network ensure this critical data is delivered consistently to management platforms, feeding
The rise of the robotic workforce and AR-powered expertise The same URLLC capabilities that drive industrial automation can be applied to data centre operations.
Automated Guided Vehicles( AGVs) can navigate the data hall to transport equipment, while robotic systems could eventually perform physical tasks like installing or replacing servers.
A private 5G network provides the deterministic, reliable connectivity needed for these systems to operate safely and efficiently, something that can be challenging for Wi-Fi in a high-density, metallic environment.
Furthermore, 5G unleashes the full potential of AR for‘ remote hands’ services.
An on-site technician wearing an AR headset can stream a highdefinition, real-time video feed
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