Let me introduce you to the key components of the CPU (** processor) and important performance indicators. CPUs typically include logic units, control units, and storage units. In the logical operation and control unit, there are components called registers, which play the role of temporary storage of data while the CPU processes it.
1. Main frequency:The main frequency is the clock frequency of the CPU, speaking human words is how fast the work efficiency of the person is, the larger the main frequency number, the higher the performance, for example, i5-10400F its main frequency is 294GHz, this 294 is his main frequency, so the higher the frequency, the faster the execution speed of the CPU.
2. Turbo frequency:TurboBoost is a technology introduced by Intel, also known as dynamic overclocking technology. This technology allows the processor to automatically increase the clock frequency when higher performance is needed to cope with temporary computing demands;For example, when running a large piece of software, the CPU will automatically overclock (turbo) if the main frequency is insufficient, to reduce the pressure on the CPU.
3. **Cache:The L3 cache is the first cache on the processor chip and is shared by multiple core processors. Used to store data shared between multiple cores to improve overall performance**The larger the cache, the lower the communication latency in multi-core processors that can be effectively mitigated.
For the 4U industrial computer, in fact, the CPU is the same as the CPU of the host, there is no big difference, I have used the arrow to indicate the 12-13 generation CPU that both will be used, and I will explain it to you below:
Let's start with 12th generation CPUs;It uses the new AlderLake architecture, which enables the integration of high-performance P-Cores and energy-efficient E-Cores on a single chip, while using more advanced process industries, which makes the 12th Gen Core more comfortable in handling complex tasks, with high performance and low power consumption. It is the most used product that makes the 12th generation CPU equipped on industrial computers and hosts.
Typical product representatives: i9-12900K, i7-12700K, i5-12600K, and standard versions without K.
Finally, the 13th generation CPU, the 13th generation Core has been significantly improved compared with the 12th generation, Intel has optimized the architecture design and improved the manufacturing process, the 13th generation Core has a relative balance between performance and power consumption while maintaining high performance, which helps to optimize the power consumption and heat dissipation of industrial computers and hosts, and reduce heat dissipation costs.
Typical product representatives: i9-13900K, i7-13700K, i7-13700K, and standard versions without K.
The Core 14th Gen CPU trend will have an impact on several areas. In terms of performance, the 14th Gen Core will bring a significant boost, making devices with high-performance processors smoother when handling complex tasks.
At the same time, the 14th Gen Core has also made improvements in energy-saving optimization, reducing power consumption and increasing the battery life of the device. In terms of security, the 14th Gen Core will strengthen security to protect data and privacy.
In addition, the 14th Gen Core will also support more advanced AI and machine Xi functions to advance AI technology. When it comes to cloud computing and edge computing, the high-performance and energy-efficient optimizations of 14th Gen Core will help drive these areas forward. Finally, the performance boost of the 14th Gen Core will also bring a better experience to the gaming and entertainment industry.