Hey there đ
If youâre into PC gaming these days you might have gone over headlines calling for Intelâs comeback.
And honestly, I get why you might be skeptical. Intel has been saying itâs coming back for years now and most of the time it was just corpospeak.
But this time something actually feels different.
See, Intel just launched their latest desktop processors and once you go over their specs and the price, you have to give them a hand. Itâs exciting news from Intel since quite some time.
So let me take you through the whole story. Not just the chips that launched last week, but how we got here.
In todayâs article Iâll share how Intel went from owning the chip market to becoming a meme, how AMD quietly took over, and now what these new chips actually mean for anyone buying a PC in 2026.
Iâll also talk about something that could be even bigger. NVIDIA making CPUs (Yes, the GPU company). It could be the most interesting thing to happen to PC hardware in a long time.
But first, let me explain what a CPU actually is because not everyone knows and that is completely fine.
What Is A CPU Anyways?
Before I even start letâs just establish that the words âprocessorâ and âCPUâ stand for the same thing.
In any computer, CPU is the brains of the operation, a tiny chip that does billions of small mathematical calulations in a second to get you to browse the internet or play games or whatever you do on your computer
A CPU generally dictates how fast and powerful your computer would be. Your PCs, smartphones, laptops - basically every computer needs a processor to function properly.
Every single thing your PC does goes through a processor. It could be you browsing through Google Chrome, editing a photo or video calling someone.
Normally we as consumers donât get to be able to see our processors because theyâre tightly packed inside our computers.
But we should know that CPUs are the main workhorse in our computers. They do all the heavy-lifting while we use our computers.
If you want to understand CPUs at a more deeper level, you can checkout my full blogs where I dive deep into Cores, Threads and what you should know when selecting a CPU for your PC. That article is linked here.
The x86 Duopoly
For about two decades now only two companies have been making CPUs for regular consumers using PCs. Those are Intel and AMD.
And itâs not because other companies cannot make CPUs for PCs but rather both Intel and AMD keep a secret to them that they donât share with others.
That secret is the foundation of the processors both companies make. That is the x86 instruction-set architecture.
Think of an instruction-set architecture (ISA) like an underlying blueprint or manual for making processors.
At this point, x86 is decades old but only Intel and AMD have a license to it. Itâs age is the reason it is the dominant platform in desktop PCs even to this day.
Having access to x86 makes Intel and AMD sort of a monopoly (duopoly to be exact) because only these two companies have license to it.
Even if x86 is decades-old, it is being challenged by a new player: ARM. It is the one your MacBooks use.
If youâre curious about ARM, Iâve talked about it too here on SK NEXUS, you can read the full article here.
That is partly why historically there has been little to no competition in the CPU market. The usual trend is that the dominant player gets lazy with time and stops innovating.
Intel Before Ryzen
For a long time, Intel has been the dominant CPU maker in the desktop and even enterprise computer markets. The company used to own the PC world. It was called âChipzillaâ for a reason.
Intel single-handedly controlled somewhere around 80 to 90 percent of the CPU market for decades. Computers from brands like HP, Dell, Lenovo, even Apple used Intelâs processors for decades.
That kind of dominance however makes you comfortable, and sometimes a little too comfortable. Which is what happened to Intel.
If you bought an Intel CPU in 2015 and then looked at what Intel was selling in 2017, the improvement was honestly pretty borderline.
A bit faster here, a small speed bump there. Nothing that made you feel like the technology was actually moving forward.
Intel was stagnating from the technology side. They knew there was basically nowhere else for buyers to go.
However, AMD at the time was selling chips that no serious person was recommending for new builds.
So Intel just kept doing what it was doing. Releasing chips on the same old 14nm manufacturing process year after year. The same basic architecture with tiny upgrades.
Reviewers at the time were writing things like âshould you upgrade from your 2014 chip to this 2017 chipâ and the answer was often âno, not really.â
That was the Intel of that era and around that time AMD showed up with a punch to Intelâs face.
AMDâs Ryzen Changed Everything
In early 2017, AMD released its Ryzen processors. Those were the first generation processors on their new architecture they called Zen.
To be honest, first gen Ryzen was not perfect. In pure gaming performance it was still behind Intel. Intel kept the gaming crown.
But Ryzen brought something Intel wasnât offering at those prices: more cores, more threads, better multitasking, and a lower price tag.
AMD was basically saying: you can have a chip that does more things well for less money. And every year after that, Ryzen got better. Faster.
The second generation Ryzen processors (Zen 2) in 2019 was a big leap forward. Third generation Ryzen processors (Zen 3) in 2020 finally took the gaming crown away from Intel.
By 2020, recommending Intel over AMD for most PC builds was genuinely hard to justify.
AMD had more than doubled its market share in the desktop segment. People were building Ryzen systems everywhere. The PC building community had swung decisively toward the red team.
Intel tried to respond by stuffing more cores into its chips and pushing clock speeds higher. But efficiency was still not there. The chips ran hot, used a lot of power, and fell behind in too many comparisons.
And thatâs when things started to get genuinely bad for Intel.
Intelâs Dark Years
From around 2019 through 2024, Intel was struggling real hard.
It was stuck on old manufacturing processes while AMD had moved to smaller, more efficient chip designs. Intelâs products fell further behind.
The community started making jokes about â14nm+++++â because Intel kept using the same old manufacturing process for years.
But the worst part of this whole era was what happened with Intelâs 13th and 14th generation processors.
People randomly started noticing that their latest-gen Intel CPUs were quietly dying. Not just slowing down or underperforming. Physically, permanently degrading over time.
The 13th and 14th generation i9 processors (Intelâs top consumer chips) were the main culprits. Systems would crash. Games would fail. Blue screens of Death became a daily thing for some users.
What was happening is that these chips were being pushed with too much voltage for too long. This was causing permanent physical damage to the intel inside (pun intended).
And the worst thing was that this damage could not be reversed by any software update. Intel first tried to shift blame to motherboard manufacturers. Then it released patches. Multiple rounds of them across 2024.
Eventually Intel admitted there was a fundamental firmware-level issue with how the chips handled voltage, extended the warranty on affected chips to five years, and told owners to update their BIOS.
The update patches could prevent future degradation on newer chips but they could not undo damage that was already done. If your chip had already degraded, it stayed degraded.
And that is when consumers started losing trust. Spending $400 to $600 on a processor and watching it slowly die is not something people forget easily especially in this economy.
AMD had none of these issues during this period. Ryzen chips just worked. Stable, efficient, reliable. AMDâs market share was also growing.
So when Intel launched new chips in late 2024 called Arrow Lake, everyone was watching very carefully. Arrow Lake launched but the reviews were mixed.
Chip Stability was back, which was some progress. But gaming performance was behind AMDâs Ryzen 9000 series in several comparisons.
GamersNexus headlined their review âWaste of Sand.â Intel was still not there yet.
Then in March 2026, Intel dropped something cool when it came back with its latest chips.
Intel went from being the leader in chip manufacturing to a company looking to just survive especially after Ryzen gave it a punch to the face.
We covered Intelâs decline in a lot more detail starting from the time they missed the smartphone wave and lost Apple as their customer.
If youâre interested in learning more about Intelâs issues, hereâs our deep-dive article which you can read here.
Intelâs 2026 Comeback
This March, Intel launched two new desktop chips:
Core Ultra 7 270K Plus at $299
Core Ultra 5 250K Plus at $199
Keeping the weird naming scheme aside, the chips are actually impressive. LinusTechTips also titled their review video as âIntel is backâ.
GamersNexus reviewed the 270K Plus and called it âNot a Waste of Sand.â And thatâs coming from a reviewer who termed the previous generation Intel processors as âA Waste of Sandâ :p.
Tomâs Guide also said Team Blue is getting its desktop swagger back.
So you might be asking: What actually makes these chips different from what came before?
The 270K Plus is a 24 cores beast with 8 performance cores and 16 efficiency cores.
For $300. That is the same core configuration as Intelâs previous flagship chip, the 285K, which launched at over $600.
Intel basically figured out how to offer its best silicon at half the original price.
In multi-threaded workloads, so things like video rendering, photo editing in batch, 3D work, compiling code, the 270K Plus beats AMDâs Ryzen 7 9700X by over 100 percent.
TechSpot showed the 250K Plus was 85 percent faster than AMDâs Ryzen 5 9600X in Cinebench multi-thread. Both Intel chips cost the same as their AMD competition.
To be clear, multi-threaded work is the stuff that uses many cores at once. Itâs what content creators, editors, and developers care most about, not our average Bashir. But Intel is now dominating at this price.
Intel also launched a driver suite with these new processors. Think of it like a software driver that handles advanced optimizations for your processor.
Itâs Intelâs equivalent of what AMD has had for its Ryzen platform for a while. A bit late to the party but it does the job.
Is Intel Better Than AMD Now?
Honestly, this is where the honest answer is not as straightforward as youâd want it to be.
In productivity workloads (general tasks like browsing, content consumption) at the $300 price point, yes, Intel is genuinely better right now. AMD has nothing at $300 that matches the 270K Plus even in rendering and similar tasks. Nothing close.
In gaming however, AMD still has the edge. Especially with their X3D chips.
The Ryzen 7 9800X3D costs around $480 and it is the best gaming CPU you can buy right now. It beats the 270K Plus in most gaming benchmarks. But it costs $180 more.
The 270K Plus is not that far behind in gaming though. Itâs competitive. And for someone who uses their PC for a mix of gaming and productivity work, the Intel option at $300 suddenly makes a lot of sense.
A review described the 270K Plus as a âcorker of a comeback for Intel, particularly in the realm of productivity.â
The value picture is genuinely different from what it was a year ago.
Intel is now the chip you would recommend to productivity-heavy users at $300. AMD is still the chip you recommend for pure gaming if budget allows.
Just look how the tables have turned and weâre seeing Intel be the value brand.
Not A Bed Of Roses
There is something important I need to tell you before anyone runs out to buy one of these chips.
The motherboard these Intel chips launched on, called LGA 1851, is a dead-end platform. Intel has already said itâs moving to a new socket with its next generation of processors.
What this means practically: if you buy a 270K Plus today and want to upgrade your CPU two or three years from now without buying a new motherboard, you cannot. The next Intel generation will need a new motherboard.
AMDâs current motherboard platform, AM5, still has more life left in it. AMD has promised at least one more CPU generation on AM5. So AMD users can upgrade the CPU later without replacing the whole motherboard.
This matters if you are someone who upgrades bit by bit. If you buy a chip and use it for five or six years without touching it, the platform situation barely affects you.
The 270K Plus is strong enough to last that long. But if you like swapping parts every couple of years, this is worth knowing upfront.
GamersNexus said it clearly in their review: âIf Intel can repeat a launch like the 270K Plus but on a platform with some actual life to it, theyâd be negating the number one complaint.â
Also worth noting: early reviews showed the chip running slightly below its advertised clock speeds in some configurations. Not dramatically but reviewers did flag the small differences.
And there is always the question of whether the listed prices hold once the chips actually land on shelves at scale.
And honestly that is the biggest concern. Because of AI weâre already in a crisis- like situation and then there are two major wars happening just before us.
Supply issues can push prices above MSRP quickly. And by the time this stuff gets to our local shopkeepers weâre likely to see a significant price increase which is just sad.
NVIDIA Joining The CPU Chat
Now here is something no-one saw coming. There have been rumors that NVIDIA is going to launch its laptop CPUs.
Yup, that graphics cards maker which just hit 5 trillion dollar market cap. The same people behind your RTX GPU.
Wondering how a GPU company just became the most valuable company in the world? Then, you may checkout my recent article on NVIDIA that answers this burning question that many people have.
They are making their own processor chips called the N1 and N1X and these are confirmed for Dell and Lenovo laptops later in 2026.
A Dell 16 Premium laptop with an N1X chip inside was spotted in a supply chain document from late 2025. Multiple OEMs are reportedly preparing products around this processor.
What makes this interesting is what the chip is reportedly capable of.
The N1X is expected to pack GPU performance equivalent to an RTX 5070, take a second and read that again, RTX 5070 performance by an integrated chip!!
If you read our MacBook Neo article, you already know what happens when a company puts CPU, GPU, and RAM all within one chip using a shared architecture.
Performance goes up. Power consumption goes down. Battery life improves dramatically. The machines become thin and quiet. That is what NVIDIA is attempting for Windows laptops.
The gaming implications alone are significant. Right now a gaming laptop needs a dedicated GPU which adds cost, weight, and heat. Just try and use a gaming laptop and an ultrabook side-by-side.
An N1X laptop with integrated RTX 5070 class performance could in theory give you serious gaming in a machine that looks and feels like a normal thin laptop.
Though Iâll be honest there are still real questions.
Windows on ARM is not perfect yet. App compatibility has improved a lot since the early days but gaming on ARM is largely unheard of.
The N1X has reportedly hit some engineering delays and may not land until late 2026 or early 2027. However there are reports that Dell and Lenovo are up for a reveal at Computex 2026 coming up in June.
But the direction of travel is clear. NVIDIA entering this space forces Intel and AMD to think differently about what an integrated chip can do.
Competition Gave Us Better Processors
If youâre a regular reader of SK NEXUS youâd have noticed a trend of us shouting that competition in products is a good thing for the end-user. And thatâs something we really believe in.
At the end of the day, itâs a bloody competition that delivers great products.
If Ryzen didnât give a solid punch to Intel weâd not have seen processors like the 270K and 250K Plus from Intel certainly not at this price.
When Ryzen came to the scene Intel had to improve almost immediately. It added more cores to its chips for the first time in years. Prices dropped. Performance jumped faster than it had in a long time.
That is what competition does to a market.
The 270K Plus at $299 offering double the multi-threaded performance of a same-priced AMD chip is a direct result of Intel needing to fight again.
A year ago that chip would have cost $600. Competition brought the price down.
So, no matter how big of a âChipzillaâ you are, the product is what matters in the end.
The CPU wars being back is good news. Not just for people who enjoy reading nerding out on specs but those who are on a budget and want a good value for their money.
More competition, better products, lower prices. That is the story here. And honestly, it is only going to get more interesting from here now that NVIDIA is joining the chat.
As always your comments are what I look forward to when writing these articles. Your feedback directly helps us become better writers so please be generous with that in the comments down below.