Survey: Intel v. AMD – What makes one better than the other?

Intel and AMD are the top two manufacturers of semiconductor chips in the world. The majority of laptop and computer processors nowadays are made by either Intel or AMD. Although Intel has held a dominant position since the early 2000s, the chip market is rapidly changing.

To give you some background, Intel is a 53-year-old, international American technology firm. For computer system producers including HP, Dell, and Lenovo, Intel provides processors and other components like integrated circuits. Since taking over as the largest chip manufacturer in the world in 1991, Intel has enjoyed a significant market share.

The Intel processors are known for – ‘Productivity’ as they perform superbly, allowing for both outstanding productivity and entertainment, ‘Reliability’ since they are dependable on a wide range of platforms and servicing requirements, ‘Performance’ as it provides strong performance support for demanding applications, and ‘Security’ given that they have high-security elements added to them.

Advanced Micro Devices, also known as AMD, is a California-based business. Some of the top offerings by AMD are server processors, workstation processors, embedded and semi-custom CPUs, laptop, desktop, and Chromebook processors. The most widely used brand of AMD processors is Ryzen. The best-performing x8 CPUs in the world are known to be those made by AMD.

The processors made by the company are known for their prowess in – ‘Graphics’ as AMD offers outstanding graphics processors that are particularly suited for gaming, ‘Security’ as AMD’s Enhanced Virus Protection function can find malware, ‘Lithography’ given that AMD uses smaller lithography, which results in less frequent machine overheating, and for their ‘Economical’ lineup given that AMD focuses on user groups with limited resources.


In terms of sheer performance, Intel has consistently maintained a comfortable lead. That isn’t the case anymore with AMD’s most recent Ryzen processors, while Intel has once again surpassed AMD with Alder Lake. Consider the brand-new Intel Core i9-12900K. A strong 16-core CPU with 24 threads is used here. A new hybrid architecture based on Intel’s reduced manufacturing process design will increase its capabilities even further.

It has a Max Turbo speed of 5.2GHz, and 12th Gen Intel processors like this are what Intel enthusiasts have been yearning for for years. This beast is built for performance in normal computing, gaming, and even enthusiast use. Additionally, Intel advanced by introducing support for DDR5 RAM and PCIe 5.0.

However, AMD isn’t far behind. With a staggering 12 cores, 24 threads, and a boost clock speed of 4.8GHz, the AMD Ryzen 9 5900X is still regarded by many as the current sweet spot for gamers. The Core i9-12900K and Ryzen 9 5900X are both excellent processors with affordable costs. The AMD Ryzen 9 5950X pleased us greatly during our review.

Regardless of which high-end processor you choose, both processor platforms provide more than enough performance for everyday tasks and gaming, so you won’t likely experience any bottlenecking. Nevertheless, after accounting for everything, Intel dominates. AMD’s aggressive pricing had led to some pressure on Intel to restart innovation.

For a long time, AMD has found its niche with the audience that focuses on gaming and has catered well to their demand. Intel has somehow fallen behind in looking after this section of hardcore gaming users. Going forwards, an OEM like Intel with deep pockets and no lack of talent should definitely look into expanding its presence in the gaming space with high-end performance-oriented processors.


Intel Processors have a better track record when comparing software support for AMD and Intel CPUs. Because AMD has fewer resources than its much-larger competitors, it has experienced numerous problems with its CPU and chipset drivers. Even though Intel does occasionally make mistakes with drivers, especially when it comes to OEMs, its reputation for stability has allowed it to dominate the processor market.

When utilising Intel’s more uncommon options, though, one might want to proceed with a bit more caution. In the past, the corporation has created ground-breaking new items that, as a result of pricing and market pressures, were consigned to obscurity, and long-term support for those products would not always be certain.

AMD still has a lot of work to do. Although AMD has mainly resolved those difficulties after a protracted series of upgrades, the business has experienced a number of problems with BIOS releases that fail to reveal the full performance of its chips. Due to the fact that it is the smaller competitor, AMD must overcome the industry’s relentless preference for Intel’s designs above all others.

Even so, Intel still faces difficulties. Alder Lake, the company’s hybrid x86 architecture, uses large performance cores (P-cores) and small efficiency cores (E-cores) for various workloads. A new Intel Thread Director technology is needed to place the right workloads on the right cores, but Windows 11 is the only operating system that supports it.


Intel has also at long last made its Arc lineup available which is directed towards gaming and content development. In case you missed it, Intel’s Arc graphics card portfolio aims to compete with NVIDIA and AMD’s RADEON by giving gamers additional choices when building or upgrading their PCs.

The new Arc GPUs also have Intel XeSS, a technology that, like NVIDIA’s DLSS, enables games to operate at higher resolutions without suffering performance penalties. The new Arc A380, A580, A750, and A770 are some of the available options in the market.

AMD is unbeatable in terms of integrated graphics performance. With the Ryzen 7 5700G and Ryzen 5 5600G, the company’s current-generation Cezanne APUs provide the best performance from integrated graphics currently available.

As reported by us previously, Intel is pushing hard in the high-end graphics processor department and has recently announced the Xeon Max Sapphire Rapids along with their datacenter grade GPUs which are set to launch in 2023.

As a result, the most recent chips have seen a tremendous improvement overall. The company’s highest density CPU is the Max Series GPU, which offers up to 128GB of high bandwidth memory and more than 100 billion transistors in a 128-core, 47-tile box.

Pricing and Value

This has long been the topic of intense debate and is likely the most significant decision factor between AMD and Intel. Historically, AMD has been associated with more cores glued onto silicon than you’d know what to do with and CPUs that are more cost-effective but less energy-efficient. Although older AMD CPUs like the FX series get hot, they have some useful applications.

Intel made an effort to keep prices comparable while simultaneously positioning its chips as simply superior, and up until recently, they were. Intel effectively charged more than what they would typically charge for processors during AMD’s decline in the early decades of this century because AMD lacked a competitive product. You had to pay Intel prices if you wanted performance from Intel.

Years of market share dominance by Intel were ultimately dented by AMD with Ryzen and the Zen architecture. AMD had reached a breaking point, therefore Ryzen’s introduction had to be a success. Fortunately for AMD supporters, this new platform represented a significant improvement over processors from earlier generations. Having said that, Intel has managed to retain its market leader position as previously pointed out in large part due to the widespread acceptance in computing systems available in organizations and educational institutions that have opted for Intel’s offerings for decades simply because of the reliability, customer support and performance.


Unless you try to install a processor on an incompatible motherboard, it’s tough to choose the wrong CPU. You’ll get a powerful PC that can handle a huge variety of tasks whether you choose AMD or Intel. However, there are considerable variances in value and price.

As stated above, Intel continues to be the crowd favourite in terms of market share. It also sports better raw performance but has typically lacked in terms of graphics performance. However, the new launches in this department make it a worthy contender to AMD’s offerings. AMD has traditionally enjoyed the pricing advantage along with a loyal fanbase in the gaming audience. The company is also upping its game when it comes to CPU performance and is trying to bring the fight to Intel to eat into its phenomenal market share.

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