PC Hardware

Intel’s Future CPUs Could Be Very Beneficial for Gamers

These CPUs could have a 75% increase in L2 cache.

In some of my past chats, I’ve chatted about all sorts of stuff related to PC gaming. You can find those links down below when you’re done reading this.

But right now, I’m diving into Intel’s upcoming CPUs, and trust me, gamers, this could be a game-changer!

Word on the street is that Intel’s got something cooking in their labs, and it’s got gamers and tech enthusiasts buzzing with excitement. Yeah, we’re talking about the next-gen Intel desktop CPUs, codenamed Arrow Lake. And guess what? They’re about to drop a massive cache bomb on us!

AMD’s been making waves with its processors and GPUs, packing them with fast cache memory using techniques like X3D and Infinity Cache. Nvidia’s been doing the same thing with its Ada Lovelace architecture. They’re all capitalizing on new process nodes, cranking up clock speeds, and tossing in heaps of L2 cache to boost performance.

Intel is reportedly planning to jack up the L2 cache in the Performance cores of the upcoming Arrow Lake processors by a whopping 50%. Older Alder Lake cores had 1.25MB, but each Raptor Lake core will have a cool 2MB.

Rumor has it that Arrow Lake will rock a generous 3MB of L2 cache per core. If Intel sticks with its trusty eight Performance Core setup, you’d be looking at a grand total of 24MB for those beefy cores.

But hold onto your seats because there’s more. Intel decided to double the number of Efficient cores from Alder Lake to Raptor Lake and, you guessed it, doubled the L2 cache too.

Alder Lake had 2MB shared between each four-core cluster of Efficient cores, while Raptor Lake doubled that to 4MB, which essentially gives each core 1MB. The result? A beast like the Core i9 13900K boasts a massive 32MB of L2 cache!

Now, here’s where things get really exciting. There’s chatter that Intel might not stick to the same Efficient core design for the top Arrow Lake chip. Some whispers even suggest that we could see as many as 32 Efficient cores in the top desktop processors.

Even if they don’t boost the L2 cache per four-core cluster, you’d still be looking at a staggering 56MB of L2 cache for a hypothetical Core i9 15900K.

So, to sum it up, we’re talking about a mind-blowing 75% increase in L2 cache for the highest-spec Arrow Lake processor. But wait, there’s more! L3 cache typically exceeds L2 cache in capacity, so it’s not crazy to think that Intel might slap a generous 64MB of L3 cache onto these top-tier chips.

Now, you might be wondering, why all this fuss about cache? Well, it all boils down to one thing: performance. Cache reduces the time it takes for your CPU to access data, and that’s a big deal. The closer your data is to the core, the faster your CPU can process it.

It’s like having your snacks right next to your gaming station — no need to get up and rummage through the pantry. If your data fits in the L1 cache (the smallest and closest to the cores), you’re golden. If not, it moves on to the L2 cache, and if it still can’t find what it needs, it heads to the slower L3 cache, and finally, it resorts to the sluggish system memory.

With more L2 cache, you cut down on those trips to slower memory pools, and that’s a massive boost in performance, especially in PC gaming. Just take a look at what the Ryzen 7 7800X3D achieves with its extra cache — it’s like turbocharging your gaming rig.

Final Words

So, why is Intel beefing up the cache? When it comes to CPUs, the cache is king.

It’s all about making sure your CPU never has to wait for data — it’s like giving it a supercharged brain.

And that’s what makes the future of CPUs so exciting. Cache may not be the sexiest part of a CPU, but it’s definitely the one that’s turning heads in the tech world right now.

So, stay tuned, because Arrow Lake might just change the game for Intel and PC enthusiasts everywhere.

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References

Intel to Expand Arrow Lake’s L2 Cache Capacity.

Intel’s next-gen CPUs could deliver a 75% increase in L2 cache, which would be big news for gamers.

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