Intel did a Ryzen

Intel Did a Ryzen

Intel launched the Core Ultra 7 270K Plus and Core Ultra 5 250K Plus on March 26, 2026. Ryzen had it's good core-count, decent price, and "close enough" performance in it's initial stages. This Arrow-Lake refesh feels similar.

The Short Version

The 270K Plus has the same core layout as the Ultra 9 285K (8 performance cores, 16 efficiency cores) and performs within spitting distance of it. Intel is charging £300. The 285K launched at £589...

The 250K Plus sits at £200 with 6 performance cores and 12 efficiency cores. It trades blows with the AMD Ryzen 5 9600X in games and beats considerably more expensive chips in productivity workloads.

Both chips sit at 125W base power. The 270K Plus can pull up to 250W under full turbo load, while the 250K Plus tops out at 159W, which is pretty restrained for an 18-core chip. Relevant if you're paying UK electricity prices.

It's still Arrow Lake, so you get PCIe 5.0, Thunderbolt 4, AV1 hardware encode/decode, HDMI 2.1, DisplayPort 2.1, and ECC memory support. There's also a 13 TOPS NPU on both chips. It's not going to run serious local AI models, but it handles lightweight inference (background blur, noise cancellation, Windows Studio Effects). The die-to-die fabric clock is up by 900 MHz, they raised the memory controller speed, and added native DDR5-7200 support. These are real architectural improvements to Arrow Lake's weakest points, rather than that classic "14nm+++" method previously used to compete with Ryzen chips.

The Memory Problem

Native DDR5-7200 support is technically impressive. It's also completely irrelevant to anyone shopping for a £300 processor.

A 32GB DDR5-7200 kit runs about £500. Want 48GB? That's £500 to £700. 64GB kits at 7200 are barely available. You can find a 64GB Corsair kit at DDR5-6400 for around £975. Even dropping to DDR5-6000 still costs £330 and up for 32GB. The DRAM market is in crisis. Fabricators have pivoted capacity toward HBM for AI accelerators, and consumer memory is paying the price. See more about that here if you want: RAM & SSDs are Stocks Now.

So Intel ships a chip optimised for memory speeds that its target audience cannot afford. The feature exists on paper. In practice, most buyers will be running DDR5-5600 or 6000 and doing just fine.

The Socket Question

Every review of these chips mentions the same caveat: LGA 1851 is a dead-end platform. Nova Lake is expected before 2027 on a new socket. Buy a 270K Plus today and you're locked in. No upgrade path.

This is a valid criticism. Socket longevity is genuinely preferable. AMD earned enormous goodwill with AM4's lifespan, and AM5 looks set to do the same. A longer-lived socket gives you options, and having options is always better than not having them.

How many people actually use the upgrade path though?

I'm on AM4 right now. I could upgrade the CPU in my system. I have never done it. And I suspect that's the norm, not the exception. Speculation, of course.

CPUs last a long time. A 24-core chip running at 5.5 GHz on a platform with PCIe 5 and DDR5 is going to be perfectly adequate for years. Games are overwhelmingly GPU-bound now. The GPU is the component that actually gets swapped mid-build. The CPU sits there and does its job until the entire system gets replaced.

The enthusiast press treats socket longevity as a top-tier concern because enthusiast press people upgrade CPUs on a cadence that normal buyers don't. For most people, a CPU upgrade comes with a whole new PC around it, maybe once every five or six years. The socket being end-of-life doesn't matter if you were never going to swap the chip anyway.

That doesn't make Intel's habit of short platform lifecycles acceptable. It's really not. Two years for a socket is poor, it needs the mention. But the practical impact on the average buyer (not a keen tech enthusiast) of a £300 chip probably isn't high. For the non-enthusiast, spending £300 on a metal square isn't something they'll want to do again any time soon.

The Bigger Picture

Intel has spent the last few years losing. Process delays. The Raptor Lake stability disaster. Losing desktop mindshare to AMD in a way that felt permanent. These chips don't really erase any of that, but they suggest someone at Intel looked at the current market and made a sensible decision for once.

Pricing a chip that matches your own flagship at half the cost, during a period where everything else in PC building is getting more expensive, is a welcome move. Whether it's strategic clarity or competitive desperation, the outcome for buyers is the same.

If you're building a PC right now and productivity matters alongside gaming, these are hard to argue against on value. If you only care about gaming, AMD's X3D lineup still wins. If you care about platform longevity, AM5 is the safer bet. But at £200 and £300, Intel is at least back in the conversation.

Sources: Specs and pricing from Intel ARK and press materials. Review data referenced from Tom's Hardware, The Register, PC Gamer, LTT Labs, and PC Perspective. All reviews published March 23, 2026.