What Does Intel Do?

What Does Intel Do? The largest producer of semiconductors and central processing units in the world is Intel Corp. The company is most known for its x86-based CPUs, which were developed in the 1980s and have since undergone numerous revisions, updates, and modernizations.

Additionally, Intel provides networking accelerators, communications, and security solutions, as well as graphics processing units (GPUs).

What Does Intel Do
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What Does Intel Do?: Intel products and services

In the field of computing, Intel produces and provides a wide range of goods and services.

1. Core processor

The CPU range for desktop and laptop computers is Intel’s best-selling item. The Core brand is used for primary products, and the most recent Core i9 CPU generation has up to 12 cores. There are single- and dual-core versions of several low-end CPUs available under the Celeron and Pentium brand names.

2. Supporting PC chipset

The vPro brand from Intel was created in 2007 for remote IT administration and assistance. Every Intel motherboard for a server, laptop, and desktop computer includes it as standard equipment.

IT departments may monitor, update, and troubleshoot many PCs using the vPro business solution without having to physically visit the impacted hardware. A laptop at another office can be troubleshot remotely by IT specialists.

3. Xeon processors

The Core desktop and laptop processor share the same fundamental CPU design as the Xeon processor, but the latter adds additional technology for increased availability, scalability, and dependability. It is intended for use scenarios that require substantially less fault tolerance, like servers.

There are four distinct Xeon processor generations from Intel:

3. Xeon W for creative professionals using high-end workstations and running VFX, 3D rendering, and 3D CAD; Xeon Scalable work for a variety of server workloads and make up the majority of the processor line. 1. Xeon D for tiny systems when space and power are at a premium.

4. GPUs

Intel has long possessed GPU technology, but it was only ever used for integrated graphics. For operating Windows and productivity software, Intel included low-end GPUs with its Core processors. In the gaming or enterprise industries, the company didn’t contend with Nvidia and AMD’s stronger GPU cards.

The development of its Xe GPU architecture and Intel’s intention to compete with Nvidia and AMD in the PC graphics card market, however, changed this in 2018. Released in 2020, Xe is a component of consumer goods sold under the Arc brand and business GPUs marketed under the Ponte Vecchio codename.

5. High-performance computing and AI

The Xeon Scalable CPU, Alteryx field-programmable gate arrays, and Ponte Vecchio GPU are only a few of Intel’s high-performance computing and AI processors. Intel also had a specialized AI processor called Habana, which it acquired after buying Habana Labs in 2019 for $2 billion. AI inference and training are both done by Habana. This is significant since training and inference are two distinct processes with varying computational needs.

6. Optane persistent memory

Optane is a special technology available only from Intel that acts as a cache for SSDs. SSDs are quicker than HDDs, but they are still much slower than conventional DRAM. Although Intel’s Optane has almost as much speed as DRAM, it also has an SSD’s persistence. Optane serves as a cache for SSDs and is located between flash memory and DRAM. It is a server-only technology that targets the business sector.

7. Intel Foundry Service

Some semiconductor businesses outsource the production of their chips to external foundry organizations due to the cost of maintaining and modernizing fabrication facilities. To take advantage of the expanding need for foundry capacity, Intel entered the chip manufacturing industry in 2021 as the Intel Foundry Service, joining firms like Samsung and the Taiwan Semiconductor Manufacturing Company. AWS and Qualcomm are a couple of its clients.

8. one API

The same API for all of Intel’s semiconductors is called OneAPI. The application is compiled for the processor that OneAPI determines is best for it. The developer is relieved of having to worry about low-level programming duties as a result. OneAPI is still being developed as of this writing, but Intel intends to make it open source.