Posts Tagged Under: CPU

Building a Compact Gaming PC with the i5-12600K

After spending the last several generations playing it safe and letting AMD enjoy the CPU spotlight, Intel finally decided to provide a more robust competition with their recent 12th-generation Alder Lake chips. New DDR5 RAM support, much smaller lithography, and lots more cores await to provide plenty of gaming and multitasking performance this holiday season.

Today, we’ll be looking at a build including the i5-12600K that focuses on being compact yet powerful—capable of fitting in a tight space, or moving with relative ease from house to office (or from home office to entertainment room). As we’ll see, the i5-12600K is a multitasking master for a great price, so this will be a gaming-workstation hybrid in a nice tight package.

Before we begin, let’s explore the 12600K in a bit more depth so we know what we’re working with!

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Building a Quiet Gaming PC with the Intel i7-12700K

 

With Intel releasing their new 12th-generation chips into a market still saturated with scalpers peddling $2000 GPUs, it’s fair to say that most people interested in this new hardware are looking to upgrade just their CPU (and motherboard) rather than putting together an entirely new build.

But it’s a lot easier to conceptualize what to upgrade when you see how the part fits into an entire build. And maybe some wild people out there are looking to build an entirely new PC regardless of the difficulties. For those reason, the ongoing graphics card woes won’t stop us from having a little fun and planning a handful of creative builds with Intel’s Alder Lake series of CPUs! For this specific build, we’ll be looking to make a quiet PC capable of letting you game in peace (without it sounding like a passenger jet is preparing for takeoff right on your desk).

First, let’s take a close look at the star of the PC: the i7-12700K!

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Building a Workstation PC with the i9-11900K

The i9-11900K is a somewhat confusing component. On the one hand, it compares unfavorably with its own predecessor, the i9-10900K: it has 8 cores (down from its older sibling’s 10), yet has the same top speed. And indeed, benchmarks by Gamers Nexus show that performance is very similar, with the i9-11900K sometimes slightly behind its predecessor.

On the other hand, 8 cores (and 16 threads) is likely to be more than enough for the vast majority of both gaming and workstation users, 5.3 GHz is still an excellent native top speed, and the two fewer cores do make a slight positive difference in favor of cooler temperatures on the 11900K. Thus, although the core count has been ‘downgraded,’ this i9 remains a powerful processor.

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Building a Gaming PC with the i7-11700K

Intel recently launched a new lineup of chips, and one of them was the i7-11700K, an 8 core/16 threaded powerhouse with a boost clock of 5 GHz. With such specifications, this processor runs any game smoothly. As a result of the high core count, it would also be fit for workstation purposes such as video rendering.

It does have a noticeably high TDP: 125 Watts! This already tells us the processor might get a little hot under high loads. Nevertheless, the performance is astounding and makes up (slightly) for the high TDP.

In this article, we’ll be building using the new i7 to build a PC for high-tier gaming. Let’s dig in:

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AMD 5nm vs. Intel 7nm: Whose CPUs Will Win?

 

Time traveling is always a risk. When you go to the past, there’s the usual dangers like making sure you don’t talk to your past self, not stepping on any bugs so you don’t trigger the butterfly effect, etc… and when you go to the future, there is the danger that your expectations could be a million miles off of what actually happens.

Well, that second type of time travel is what we’re risking today: we’re gonna take a speculative leap forward in time, to discuss AMD and Intel’s CPUs of the future!

We’ll do our best to base our speculations on available evidence, in the hopes that they won’t be a million miles off of reality (maybe only a thousand miles). So, let’s take a look at some future manufacturing tech, and see who might come out on top in the next era of the ongoing battle between red and blue.

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