It’s been north of a long time since Intel and AMD have genuinely clashed in the CPU game, yet since Ryzen has sent off, the fight between the two titans has just barely started (sorry, Atom). So Best Gaming Processor will win out regarding unadulterated gaming execution? This is the way they stack up.
Best Gaming Processor :-
What Are AMD and Intel CPUs and GPUs
Before we start looking at why AMD and Intel are different, let’s cover some basics. The computer’s processor (or CPU) and graphics card (or GPU) handle things like word processing, spreadsheets, web browsing, media consumption—basically anything that isn’t related to gaming. CPUs are made by AMD and Intel; GPUs are made by AMD and Nvidia. For most people building a gaming PC from scratch—that’s you!—we recommend using an Intel Core i5-8400 six-core processor paired with an Nvidia GeForce GTX 1060 6GB video card.
Cores And Threads
The trend in recent years has been toward more cores—or processing units—in CPUs. It’s becoming much more common to find 6-core and 8-core processors in desktops and laptops; these machines can handle lots of tasks at once, making them great choices for gamers. The latest generation of chips also includes a lot more threads, which are essentially mini-tasks that a processor can perform simultaneously. For example, an 8-core chip with 16 threads could potentially perform 64 mini-tasks at once! Although it’s nice to have all those options, it’s also very easy to overload a high-end computer with too many tasks.
Clock Speed
With CPUs, clock speed will tell you how many operations it can perform per second. This translates to faster loading times, smoother gameplay and better framerates when gaming. The downside of high clock speeds is that they generate more heat and require a larger power supply. Intel processors have higher clock speeds than AMD chips, making them better suited for gaming (especially if you do a lot of streaming). That said, their overclocking potential is significantly lower—so if you’re planning on tweaking your PC, you may want to opt for an AMD processor instead.
Cache Size
Larger cache sizes mean better overall performance, particularly in games that use large data sets. Cache size can be increased through over clocking, but it comes at a cost of greater heat output and generally higher power consumption. When choosing between Intel processors based on cache size, also keep in mind that AMD’s AM4 platform has reduced memory bandwidth available to all types of processors. So while larger L3 caches can improve game performance on paper, that doesn’t necessarily translate into real-world gains over smaller L3 caches.
GPU
You might not realize it, but choosing a GPU is just as important as picking a CPU. Your graphics card handles all of your games’ visuals and any compute-based workloads. A powerful card can also help extend your battery life since high-end cards consume little power on idle. The two big names in gaming GPUs right now are Nvidia and AMD, with Nvidia holding a slight lead in most benchmarks thanks to its 10 series GPUs. AMD’s Vega range should soon disrupt its competitor, so expect more movement in that department over time.
Memory Bandwidth And Latency (DRAM vs DDR4 vs DDR5 vs GDDR6)
The bandwidth and latency of a memory bus are important factors to consider if you’re planning on building a high-performance gaming PC. Generally speaking, having more bandwidth available results in faster speeds overall, and lower latency (ping) allows data to be transferred faster. In general, DDR4 provides higher bandwidth than DDR3, but it also has higher latency. And GDDR5 tends to have better latency than GDDR4; its overall bandwidth depends on where it’s used. For example, top-of-the-line consumer GPUs often use GDDR5 RAM because of its low latency and high throughput rates; but your typical desktop system will almost always use DDR4 or DDR3.
Price/Performance Ratio
The most important spec of any gaming processor, price/performance ratio tells you how many frames per second (fps) a particular computer chip will allow you to play at. While it’s tempting to choose an expensive high-end Intel Core i7-8700K ($370), your better off choosing an AMD Ryzen 5 2600 ($199) instead. When we factor in budget and frame rate performance, the best gaming processor for under $200 is the AMD Ryzen 5 2600. The Intel Core i5-8400 ($180) isn’t too far behind—it could be worth your extra money if you don’t want to upgrade later on.
