How Intel Servers Can Improve Your Data Center Efficiency

How Intel Servers Can Improve Your Data Center Efficiency

A significant portion of the world’s energy consumption comes from data centres. In actuality, data centres consume up to 2% of the world’s electricity. This is a huge amount of energy, and as more companies transfer their operations to the cloud, it will only rise.

Modern data centres must be efficient, and intel servers have played a key role in enhancing data centre effectiveness. It offers a variety of features and technologies intended to enhance performance, reduce power usage, and better utilise resources. 

Here are a few ways Intel servers can increase the effectiveness of your data centre:

1: Configuring to Use Less Power 

Intel servers can be configured to use less energy by changing the processor’s clock speed, the amount of memory that is available, and the number of hard drives. If a server is not  utilised to its maximum potential, the processor’s clock speed, for example, may be reduced. With little effect on performance, this will cut down on server power usage. 

Businesses can reduce the cost of running their data centres by configuring Intel servers to use less electricity. Businesses can lessen their negative effects on the environment by consuming less energy.

2: More Energy Efficient 

The following technologies are used by Intel servers to boost their energy efficiency:

  • Intel Turbo Boost Technology: The processor’s clock speed is automatically increased using Intel Turbo Boost Technology as appropriate, which can help increase performance without increasing power consumption.
  • Intel Hyper-Threading Technology: This innovation allows each CPU core to manage two threads simultaneously, potentially improving performance without using more power.
  • Intel Advanced Vector Extensions: A set of instructions called Intel Advanced Vector Extensions (AVX) can be used to more quickly finish complex mathematical computations.

3: Consolidation and Virtualization

Virtualization is a key component of data centre efficiency since it makes it possible to use resources more effectively and save money. Data centres can combine numerous virtual machines onto a single physical server thanks to Intel servers’ excellent support for virtualization technologies. 

Data centres can significantly increase productivity by utilising Intel Virtualization Technology (Intel VT), which allows them to simplify management, minimise hardware needs, and maximise server use.

4: Monitoring and Streamlined Management

Using Intel’s Data Center Management Interface (DCMI), servers can be managed and monitored. For all of your Intel servers, DCMI offers a uniform management interface that can help you increase productivity by spotting and fixing issues before they have an impact on performance.

Moreover, centralised control and visibility over server performance, power utilisation, and environmental conditions are provided by Intel’s management tools, such as Intel Data Centre Manager and Intel Active System Console.

5: Advanced Cooling and Thermal Management

The energy efficiency and performance of data centres are both negatively impacted by heat dispersion. Innovative cooling and thermal management strategies are built into Intel servers to meet these problems. 

The effective heat dissipation and avoidance of thermal bottlenecks are made possible by Intel’s cutting-edge thermal designs and effective airflow management. Thus, dependable performance is ensured, hardware lifespan is increased, and cooling-related energy costs are decreased.

6: Flexibility and Scalability

Servers from Intel provide scalability and flexibility to meet shifting business demands. Intel servers have the flexibility needed to scale resources as demand changes thanks to their extensible memory capacities, support for high-speed storage solutions, and options for adding more processing power. 

As an illustration, if a data centre now employs 10 Intel servers and the need for data doubles, the data centre needs just to deploy 10 additional Intel servers to satisfy the new demand. As opposed to starting from scratch, this would be significantly less expensive and time-consuming.

7: Power Optimization and Efficiency

Technology on Intel servers, such as Intel Data Centre Manager and Intel Intelligent Power Node Manager, places a priority on power efficiency. Managers of data centres can efficiently track and manage power consumption with the help of these solutions. 

Data centres may optimise their power utilisation, cut their energy consumption, and hence lower their operating costs by using these technologies. Intel servers are a great option for companies looking to increase the energy efficiency of their data centres because of their dedication to power optimization, which enables businesses to make cost savings without sacrificing server performance.

8: Improved Processing Power 

Powerful processors designed for data centre workloads are used in Intel servers, which have increased processing capability. These processors deliver remarkable computing power and enable quicker data processing because they were constructed with cutting-edge microarchitecture and numerous cores. 

Data centres can effectively manage demanding workloads, such as virtualization, big data analytics, and artificial intelligence applications, by utilising the raw processing power of Intel servers.


Intel servers offer a variety of technologies that maximise performance, power consumption, and resource use, completely changing the face of data centre efficiency. Organisations may maximise the functionality of their data centres and satisfy the rising needs of the digital era by adopting Intel servers.