Arm servers: overview

Arm servers are servers based on ARM architecture and not on the X86 instructions. As the demand for more efficient servers of servers for the data centers increases, servers based on Arm architecture gain importance.

Technical bases of the architecture of Arm servers

ARM processors are based onRISC architecture (Reduced instruction set computing). Unlike the so -called architecture Complex Set Computing (CISC), common to X86 (like Intel and AMD) processors, RISC works with a Simplified instructions. The reduced instructions game requires less energy, allowing ARM processors to operate more economically and efficiently. Far from being lower, ARM architecture is specially designed for parallel processes and can offer a high level of efficiency and scalability in modern applications that do not necessarily depend on high monocor performance.

In recent years, companies like Nvidia or Amazon Web Services (AWS) have made considerable progress in the development of powerful ARM servers that meet the requirements of business applications and cloud. Modern versions of architecture, such as Armv9, precisely offer a number of advantages for modern applications such as AI or automatic learning. With their processor families Gravitoncompanies like AWS, for example, offer ARM CPUs specially suitable for their data centers. Thus, the Arm architecture has increased from an architecture mainly used in mobile devices to a reliable base for calculation centers and high performance computer.

Advantages of Arm servers

Due to their architecture, Arm servers offer a number of advantages compared to X86 architectures.

Energy efficiency

The biggest advantage of Arm servers is undoubtedly their energy efficiency. As the ARM architecture was originally developed for mobile terminals which depend on a long service life of the battery, the processors are optimized so as to consume as little energy as possible. It is also an advantage in data centers, because the energy consumption and the resulting cooling generally represent a significant cost factor. With ARM servers, companies can significantly reduce their energy costs, which has a positive influence on their CO₂ assessment.

Great scalability and flexibility

Arm servers offer a high scalabilitybecause their architecture allows you to house a large number of hearts in a processor without energy efficiency in it. They are therefore ideal for highly parallelized workloads, in which many calculations must be carried out simultaneously. Thus, these servers are particularly suitable for cloud environments and modern workloads based on containers.

Reduced operating costs

Due to their energy efficiency, the ARM servers ensure a globally more advantageous operating infrastructure. For companies that operate a large number of servers in data centers, the use of ARM servers can make it possible to considerably reduce operating costs, without causing a drop in performance. License costs can also be lower with ARM servers, as a whole series of ARM implementations use operating systems and software based on open source.

ARM servers' application areas

Arm servers excellent, particularly in modern applications requiring a high degree of parallel treatmentthanks to their large number of processor hearts. But even in the traditional application fields of servers, the Arm architecture can, depending on the case, compete with traditional X86 processors. You will find below some of the main areas of application of ARM servers.

Cloud Computing

One of the main areas of application of ARM servers is Cloud Computing. Arm processors have proven themselves in this area, in particular thanks to their scalability and their energy efficiencywhich makes them attractive to suppliers such as AWS, Microsoft Azure and Google Cloud. They are perfectly suitable for applications that require parallelism, such as microservices and containerized applications. Companies that use their applications in the cloud and need a high profitability Also take advantage of ARM-based instances, as these can generally be used at a lower cost.

Web servers and applications

Arm servers also lend themselves to use as web servers and applications. Especially for very popular websites or for applications that must manage a large number of simultaneous connectionsARM servers can assert their strengths in the field of process processing. This allows, among other things, to reduce operating costs thanks to lower electricity consumption and reduced cooling needs.

Edge Computing and IoT applications

L'Edge Computing is another area of ​​application of Arm servers that develops with Armv9. Since Arm processors were designed from the start for low energy consumption work, they ideally suit at calculation tasks to be performed near the place of use of data (that is to say to the “periphery” of the network). This is particularly relevant in the field of[Internet des Objets](T3: // page? Uid = 1839/) (often abbreviated as « IoT »), where many sensors and devices located near the data sources are dependent on the computing power. EDGE servers based on ARM allow rapid response times and reliable treatment while consuming little energy.

Artificial intelligence and machine learning

Thanks to parallel processing capacities and the possibility of material specialization, modern ARM servers are also adapted to applications in the field of artificial intelligence and Machine learning. Especially, ARMV9presented in 2021, provides a number of advantages which predestine it to such fields of application.

Development and testing environments

ARM servers are also a good choice for development and testing environments. On these servers, developers can test applications for mobile devices and IoT also based on ARM architecture. By using ARM servers in these areas, it is possible to work in realistic conditionsand thus ensure that the application works stable and effectively on target platforms.