Servers with graphic processor units are a new IT trend

Servers with graphic processor units are a new IT trend

The volume of data in the world is getting higher every day. It’s not odd they need more resources to compile, affecting the system performance. Traditional server systems often lack productivity – central processors can’t handle the load. The additional graphic processor takes the excessive capacity. Many companies choose the stands with graphic processor units for analytics, maintaining security issues, or corporate resources.

CPU≠GPU

Although the central and graphic are processor units, their work principles differ. Please consider the following:

  •   CPU releases the commands in strict sequence. It works like a proper time management system. High-priority tasks come; first, the next step is possible after the previous ends. Those results affect the new job causing an accumulative effect. Error at any stage blocks the work of the program or even the whole system.
  •   Modern CPUs have multiple cores. That structure nears the central processor of the branched company. Each core is responsible for the predetermined tasks. For example, core number 1 is used for audio; core number 2 accepts text information; core number 3 reads images, etc. The multitasking process, however, doesn’t cancel the consequence. Its benefit is that the core breaks only part of the program, possibly affecting its neighbors.
  •   GPU architecture groups some cores into a single block. Yet, the technology focuses on the initial parallels. That principle disallows the crash of the whole program because its tasks are separate processes. Open the tasks manager in Windows, and you’ll see that your favorite browser has separate and even different functions for each tab. That is a visual example of how the graphic processor unit works.

Why is the graphic processor essential now?

The central processor unit is the heart of any PC or hosting equipment. It receives and handles the commands and performs the required calculations. Earlier it could deal with graphic and sound information. However, the development of the graphic caused severe interruptions because the central processor’s frequency has limits. The number of tasks per second increased too. Users noticed the delays in the PC work. That factor affected the server equipment too.

As more companies need a powerful dedicated server, there is a problem with what to do with more and more information. Early versions of the video cards didn’t have their own processor. They used to work in pairs with the CPU. The IT experts developed new discrete and integrated integrations. Finally, the calculations became more difficult. The manufacturers installed the graphic processor unit. It’s a separate item responsible for the additional operations. GPU is responsible primarily for video graphics, but it helps in rendering, crypto mining, etc.

There are three ways to virtualize the working environment:

  •   Dedicated server:
  •   VPS:
  •   Cloud platforms

How does a dedicated server with GPU work?

There are some ways of technology adoption to organize IT infrastructure. A dedicated server equipped with GPU is the most popular. It’s essential for big data projects requiring high calculation power and performance.

GPU benefits from a more considerable number of simultaneous operations. Its cooperation in pair with CPU cores raises the functionality. The plus of a dedicated server is that all elements unite into a single fail-safe cluster for productive infrastructure.

Video card installation is recommended if the company deals with resource-consuming activities. These include media, research projects, the Big Data sphere, and science. Remember that the GPU is used for calculations.

VPS+GPU=?

Organizations worldwide tend to refuse to exploit physical equipment in favor of virtual analog. The virtual private server is the logical solution for demanding companies who need productive servers with minimal infrastructural outcomes.

VPS/VDS is the product of virtualization. Some dedicated resources share the physical equipment with the help of a hypervisor. It allocates the memory and processor cores between created elements. The GPU isn’t an exclusion. The vGPU is based on the physical variety, but the software virtualizes it.

This type makes the server rental cheaper and simpler to maintain. High scalability and intuitive control suit the private volume for the local project. The broader projects need physical components. A group of these units creates the virtual private network. Most readers use it to unblock restricted websites, but it has wider use. For example, it synchronizes the timecode for remote employees in different countries or boosts the download speed. Thus, it simulates the user location in a particular place for testing or corporate purposes.

Cloud server with GPU

This unit is also based on virtualization combined with separate cloud technology and graphic accelerator. Research companies, video games, or software developers are primary beneficiaries. Each server is an autonomous unit accessible 24/7/365 without problems. They became popular among the companies that needed remote non-physical equipment infrastructure. Cloud technologies help them to avoid pauses in functionality and maintain a high-security level. Gaming and video streaming in the clouds require significant resources too.

Is GPU useful?

IT experts consider the video cards the new epoch in the calculation history. Technology has entered many spheres of economics and life, so this kind of infrastructure is a must-have for the respectful corporation or small firm.

In the early days, similar systems were used for heavy graphics. The graphic processors have more extensive performance, so they started to take some non-graphic calculations. It created the GPGPU – the majority of parallel computations for non-graphic procedures.

Moreover, and summarizing the listed above, these systems are helpful for:

  •   Scientific research, primarily in (bio)chemistry, maths, etc.:
  •   Big Data resources:
  •   Statistical and forecasts modeling, e.g., climatic change:
  •   Design and 3D technologies:
  •   Cryptocurrency mining:
  •   Computer games and simulators.

Security is partly an unexpected area for graphic accelerators. Why so? For example, the smart city collects and handles hours of video from the cams discovering the problems, identifying the individuals, or regulating the traffic lights. It’s impossible to maintain the speed of operations without a graphics processor. Video cards are multicore components like central processors, which help to generate or find passwords. Hence, crypto testing for stability is held with GPU.

Pros and cons

The advantages of the best GPU servers are their stability, quicker data handling, and individual configuration. In the case of shared use, the hypervisor will change the percentage of resources in a couple of seconds without harming neighbors. The customers get better defense from the DDoS attacks.

The immediate confrontation is the myth about the video adaptor’s key role in calculations. It’s partly correct as it can help perform simple tasks. To solve the complex procedures, it needs the assistance of the CPU.

Conclusions

GPU has 3000 cores compared to 24 of CPU. It increases productivity 100x and speeds by 10x. Equipment with the graphic processor is essential in such fields as video editing, animation, cryptographic processes, or blockchain. Thus, GPU-powered stands are unexchangeable for processes containing important information now.

Artificial intelligence enters new areas of the economy, so more companies buy or rent them now. This list widens every day. The fields which didn’t need them earlier would adopt them. Join their circle before the GPU servers are accessible to minorities.

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