Things To Remember Before Buying an Industrial Computer

The first question to ask when buying a new Industrial PC on the market is “What CPU does my computer need?” The CPU is the brain of any computer platform. They range from efficient heat giants to low power consumption and low access levels. Are you worried about the number of cores, maximum turbo speed or cache size? Is it important to save money or get better performance?

Before you choose a CPU, check the type of work required for your computer and the configuration power required for your computer.

CPU performance Teguirre and Intel are two main types of different processors: high performance and low performance. No one likes performance noise these days, but think about it.

I do not want to pay more than I need. If poor performance is the cause of your work, poor performance is a good choice. Intel’s low-performance processors are usually powered by Celeron or Tom.

For example, the Celeron J10000 used in the TS-4010 series and the Atom X-Z505000 used in the TRT-43808000 series. These processors run the entire Windows operating system and are primarily designed to run one or two text-based applications. For example, if you are scanning a serial number on a product line PC product, or someone is typing on a web browser-based computer, you will need an inactive processor.

 If you can meet your needs with less efficiency, this is a good choice as it uses less energy, generates more heat and saves money. Will The most common method of direct comparison with a processor is to use password marks. You can use CPUbenchmark.net as a tool for direct comparison of processors based on actual performance. The Celeron J10000 processor tops the list with 1.33939 points and the Core i620,000 U4001 points. This shows that the 6200 U has twice the power of 1x and 0x. Do this to see functional gaps between your processors.

CPU power consumption and temperature Both of these factors are directly related to performance. Higher efficiency absorbs more energy and generates more heat. Industrial computer designers should take this into account when designing internal circuits and ornaments that effectively dissipate heat effectively. As a consumer, you care about the energy consumption associated with the electricity bill you pay. Thermal design power is a method of measuring energy consumption and heat by DDP.

Displays the TDP on the processor’s website. 1900 DTP is 10 watts while Core i5 6200 U is 15 DTP. Processor Roadmap and Support Time This is a factor that is often overlooked, but may be important for some industrial applications. A product line for decoration can only be provided if the manufacturer (Intel or AMD) is still able to supply the CPU. Decker usually chooses processors that are part of Intel’s roadmap, ensuring that Intel processors can develop and support processors over a long process (typically 10 years or more).

Some companies may choose a processor based on their roadmap. These processors are inexpensive but can only be used for two years. These dates are usually hard to find. You can contact a Tiger sales agent who will give you time to support the CPU. This changes our environment as our users adapt to their system and they will buy from us over the years.

Processor speed, core, cache For most users, this can be done by choosing a high performance or low performance CPU, but there are several other technical indicators associated with CPU performance. If you want to get technical knowledge, check out the summary below. Clock speed It is expressed in GHz (GHz) and indicates the operating speed of the processor.

So the 3GHz processor runs faster than the 2.2GHz processor. This number, however, is useful compared to the processor family, as each processor can perform different functions at a specific speed. The 6th generation Core i5 processor with faster clock speed is superior to the 6th generation General Core i5 processor.