FEATURE tend to be relegated to a lower priority . However , this oversight can lead to serious issues during future upgrades , including tangled and disorganised connections . When cabling is poorly laid out , it often requires complete removal and reinstallation – which leads to additional costs and downtime .
For operators prioritising cost savings , opting for subpar cabling quality is also counterproductive as it will require premature replacement , again incurring extra costs . On top of this , low-quality cabling makes it considerably more difficult to pinpoint issues , which means operators spend more time and cost on troubleshooting . Just as a second-rate audio cable can waste the quality of a top-end Hi-Fi , poor cabling can squander the value of high-performance data centre hardware . High-quality cabling is vital if operators want to avoid expensive downtime , productivity losses and unexpected costs .
Are these issues exclusive to new data centre designs , or do they also affect existing data centres undergoing upgrades ?
Whether companies are designing their data centre from the ground up or looking to upgrade an existing one , investing in high-quality cabling allows data centre operators to future-proof for AI and whatever technology comes next . This allows operators to benefit from long-term cost savings , supports high data throughput , reduce downtime
Niklas Lindqvist , Nordic General Manager , Onnec
and enhances flexibility . Neglecting to invest in areas such as cabling can cause headaches for operators , regardless of whether they ’ re constructing a brand-new data centre or enhancing an existing one .
Data centre operators and managers must prioritise design and invest in highquality cabling and components from the start . Giving data centres the flexibility needed to adapt is vital because www . intelligentdatacentres . com
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