8th gen intel core processor

Types of Core Processors

The 8th Gen Intel Core processor (also known as Coffee Lake) family includes the Core i3, Core i5, Core i7, and Core i9 and are categorized into three types:

• Desktop

  These are the processors for personal computers that stay at the office or at home. Recent models have up to six cores (the physical parts of the CPU that help with processing) and twelve core processors that can handle simultaneous multi-core processing. They come with Intel UHD Graphics 620 integrated GPUs (the graphic processing unit that helps in handling graphics) so that there's no need for an additional graphics card to run normal computer tasks or display images, videos, and games.

• Mobile

  The 8th generation Intel processor family has Core M, Core i3, Core i5, Core i7, and Core i9 Mobile versions. The Core M version is usually found in tablets, lightweight laptops, and 2-in-1 laptops that are assembled into tablets. These devices run on batteries, so the Core M processors are designed to use very little power (efficient) while still giving acceptable performance. The Core i3 to i7 Mobile versions are better performing versions of the Core M that are also highly power-efficient and are mostly used in mid-range to high-end laptops. Some of the latest models have more than four processor cores and can multi-process simultaneously from four to eight core i7 and i9s.

• Embedded

  These versions of the 8th generation Intel core processor are specially designed for integration into devices other than personal computers and servers, such as IoT (Internet of Things) devices, medical equipment, industrial machinery, and retail systems. They are built for reliable, long-lasting use in these environments. Their device-specific features help to optimize their performance for a particular task or workload.

Basically, Intel's 8th generation processors Core i3, Core i5, Core i7, and Core i9 are categorized for the desktop, mobile, and embedded markets. The needs of users of each market differ, so the CPUs are designed with these distinct needs in mind.

Function and features

Features and functions of 8th Gen Intel Core processors may differ based on the specific model and its configuration. Nevertheless, common features and functions include:

• Performance cores: In Core i5 and Core i7 models, there are six CPU cores. There can be up to fourteen CPU cores in models from Core i9.
• Integrated graphics: Intel Gen 8 has significantly boosted integrated graphics performance with Intel Iris Xe graphics, particularly in lower-premium laptops. They also support visual technologies like HDR, 10-bit color, and up to four 4K displays.
• Overclocking: Select models of Intel 8th gen core processors offer unlocked multipliers for users to increase clock speeds and improve performance.
• Thermal velocity boost: Some models of Core i9 processors have an increased single-core turbo frequency, which is contingent upon the availability of thermal headroom.
• Adaptive cores: This processor has the capability of dynamically changing the frequency of the performance and efficiency cores based on the limits set by temperature and power consumption. This feature helps optimize performance for a wide range of workloads.
• Security and manageability: The processor provides a suite of hardware-enhanced security features, including endpoint management to securely connect and manage intelligent endpoints in the cloud.
• Enhanced support for artificial intelligence (AI): 8th generation processors have built-in capabilities to execute AI-based workloads that improve productivity and optimize the user experience.
• Support for voice activation and Cortana: This generation introduced the ability to use Cortana and voice-activated PCs anywhere. This feature relies on far-field recognition, which allows users to interact with their PC using natural language.
• Spectre and Meltdown vulnerabilities: The Intel Core processor family has numerous processors that are vulnerable to the Spectre and Meltdown vulnerabilities, which raise concerns about system security and information safety.

Application of the 8th Gen Intel Core Processor

Many applications use Intel's 8th generation processors. This is because they have better performance and more capabilities than previous models.

• Gaming: Gamers prefer the Intel Core i5 8th generation and other higher models because of the amazing game performance they offer. The generation of processors introduced hardware that supports 4K (high-definition) video. It also provided a seamless gaming experience with fewer lag issues. Many game developers use Intel processors to program games. So, many gamers will not have a choice but to use computers with Intel processors to avoid compatibility issues.
• Content Creation: Many content creators, like videographers, bloggers, and graphic designers, use computers with Core i7 and Core i9 processors because they have more processing power. These content creators prefer laptops and desktops with Intel's 8th gen CPU because it can perform multi-threaded tasks without any pressure. Working with heavy files, rendering videos, and multitasking will be smoother and faster on computers with 8th gen processors.
• Desktop and Laptop: Many manufacturers build laptops and desktops with Intel 8th generation CPUs. This is because the CPU offers better performance than the 7th generation, particularly in multi-core tasks. The Core i3 from the 8th generation has more advanced features than previous models, which makes it attractive for manufacturers of budget laptops.
• Embedded Systems: Apart from using Intel processors in laptops and desktops, some hobbyists and manufacturers use them for embedded systems and robotics. 8th gen Intel processors offer good performance for small devices that can connect to the Internet.

How to choose a processor

When Intel released its 8th gen core processors, it made chips for every segment from low-end to high-end. The company had introduced new architechures called coffeelake for the high-end (core i7, i9) and kabylake for the mid-range (core i5) and low-end (core i3) families of processors.

The processors also have quite a number of features and functionalities that provide users with great experiences depending on their use cases. This means that when trying to buy an 8th gen Core Intel processor for sale, one has to understand the different types of customers who will use the product and the type of functionalities they want in the processor.

Core i3 processors are suitable for low-end computing tasks, core i5 can be used for mid-range tasks or gaming while core i7 and i9 processors are ideal for high-performance computing and gaming.

Since 8th gen processors are compatible with motherboards that use chipsets such as Intel H370 chipset, buyers should also stock the motherboards so that they can offer combined solutions to their customers.

Q&A

Q1: What is the difference between i3, i5, and i7 in 8th Gen Intel Core processors?

A1: The i3 processors are expected to provide basic performance for tasks such as web browsing, emailing, and productivity software. The i5 processors are better equipped to handle demanding multitasking and more intensive computing needs. The i7 processors offer the highest level of performance, with added features for handling complex and heavy computing tasks.

Q2: What is the purpose of an Intel Core processor?

A2: The core processors are meant for computers and devices, where they provide the main functionality. The processors carry out most of the computing tasks, which makes them one of the most important parts of a computer or device.

Q3: Beyond clock speed, what other measures are used to assess a processor's performance?

A3: Other than the clock speed, one could look at the number of cores and threads in a processor. The speed at which it can carry out single operations, also called the single-threaded performance, and its capability of carrying out multiple operations at the same time, also known as multi-threaded performance.