Data Center Standard
Data centres that operate utilizing manual readings which are recorded weeks ago are no longer feasible for today’s complex data centre business operations. Data facilities need to have up-to-the-minute information to allow for optimisation of entire volume and power mass as workloads, electric power consumption and temperatures vary widely throughout the day, every day.
Setting up Data Centre Infrastructure Management (DCIM) tools that’s available for anybody from the boardroom to control room to evaluate the entire data centre operations either locally or globally, is the requirement where energy efficiency could be accurately monitored across rooms, floors, the entire data centre or multiple data centres. DCIM instruments will assist everyone tasked with data centre operations and help put together a continued flow of information.
Power and cooling continues to be one of the greatest difficulties facing data centre operators and one of the most effective methods at preserving accurate high energy-efficiency is to get real-time info on Energy Consumption Effectiveness (PUE) and Data Centre Infrastructure Efficiency (DCiE).
That is why data centres need to invest in solutions that collect real-time information and energy efficiency on all power, cooling and infrastructure; to identify the most ineffective areas through analysis of the server, rack-to-rack, room-to-room and site-to-site.
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Overflowing volume growth is usually an example of data centres main concern and facility operators are usually being called to creatively take care of data growth without getting more storage. If more storage must be increased, data centres are usually faced with lengthy, troublesome data migrations and application interruptions.
To handle this issue, data centres should use a virtual storage system that offers non-disruptive data migration with a single management interface which transfers data smoothly among all storage divisions that also functions easily when data clusters are temporarily saved in a virtual pool to enable normal routine maintenance, refreshing or upgrading.
Organisations faced with impact concerns, expanding or even relocating to new data centres to cope with much more data accommodation, is usually plagued with expenses as a result of developing construction or power and cooling infrastructure.
To wrestle with climbing costs and fixed or lower budgets, many have decided to go modular in this situation as modular data centres allows them to reap the benefits of natural cooling, reduce electricity costs, reduce building manufacturing costs or close proximity to clients; all with no need to integrate on-site.
Lack of human resource in data centres continues to be an issue for most companies around the globe. Generally, data centres are understaffed as finding certified employee is a really serious problem, a problem amplified when dealing with numerous data centres.
The typical application for this issues is to outsource some IT duties to third-party providers or to take the other option, that is, to increase automated of routine tasks. The latter alternative not just minimizes expenses but also frees up IT materials to address more strategic advantages, attend to technical issues or emergencies.