Intel's Core Ultra 7 270K Plus: Budget CPU That

Here's something that doesn't happen often in the CPU market: a chip that costs half the price of its competitor while delivering better performance in most real-world tasks. Tech Notice's Lauri Pesur just put Intel's Core Ultra 7 270K Plus through its paces, and the results are kind of wild.

The 270K Plus retails for $299. AMD's Ryzen 9 9950X—which it consistently beats in creative workloads—costs nearly double that, depending on where you're buying. This isn't a marginal difference. This is the kind of value proposition that makes you check the price tag twice.

The Numbers Game

Pesur ran the 270K Plus through a gauntlet of benchmarks focused on creative professional workflows. In Cinebench R24, the chip pulled a multi-core score of 2,441 points—about 10% faster than Intel's own 285K (which costs significantly more) and roughly 8% faster than AMD's 9950X in multi-core performance.

But synthetic benchmarks only tell part of the story. The real test is how these chips handle actual creative software.

In Lightroom Classic, the 270K Plus beat the 9950X by 10% in standard scores and 6% in extended scores. Some sub-scores showed even wider gaps—the Panasonic processing was 25% slower on AMD, though Sony extended scores flipped the other direction with AMD pulling 111% faster performance. (Creative software is weird like that—optimization is everything.)

Premiere Pro showed similar trends: the 9950X lagged 7-14% behind in most tests. The only area where AMD's extra cores really flexed was in raw extended scores, where having 16 cores and 32 threads matters more than single-thread performance.

After Effects was particularly brutal for AMD—the 270K Plus nearly doubled the M5 Max's scores. "I don't think it's very well optimized yet for After Effects," Pesur noted about Apple's chip, which tracks with what we've seen across the industry. Adobe's software still heavily favors x86 architecture.

The Conspiracy Theory (That Actually Makes Sense)

Here's where things get interesting. Pesur noticed something odd while testing: the 270K Plus performs almost identically to the 285K across many benchmarks. In some tests, it's within margin of error. In others, the cheaper chip actually pulls ahead.

"I have a very suspicious theory that Intel had loads of 285Ks left over and instead of just cutting the pricing of that CPU, they kind of modified it slightly... and then just made it into 270K because that 270K is so similar to 285K. It's absolutely insane," Pesur said.

Is Intel just rebadging chips? Or did they find a way to extract similar performance through firmware optimization while using slightly different silicon? Either way, consumers win. The 270K Plus delivers flagship-adjacent performance at midrange pricing.

Power Draw: The Surprise Efficiency Win

One thing that caught me off guard: idle power consumption. The 270K Plus pulls around 12W while doing nothing. AMD's 9950X? 40W. That's more than three times as much power just to sit there.

Under load, the Intel chip pulls 253W sustained, which is slightly more than AMD at peak. But here's the thing about real-world usage—you're not pegged at 100% CPU utilization all day. You're idling between renders, switching between applications, reading emails while footage imports. Those idle and partial-load states matter for total power consumption, and Intel has a clear advantage there.

Apple's M5 Max, for reference, maxes out around 80W total system draw. It's a different architecture entirely (ARM vs x86), but the power efficiency is genuinely impressive. The performance gap in certain tasks is the tradeoff.

The Hidden Upgrade: Memory Controller Improvements

This is the detail that has me most interested. The 270K Plus supports 7,200 MT/s (megatransfers per second) memory natively—up from 6,400 MT/s on previous Intel generations. That's a significant jump in the integrated memory controller (IMC) capability.

For Pesur, this solved a practical problem: his 13900K workstation had 128GB of DDR5-6000 RAM, but the CPU could only run it at 5,000 MT/s when all four sticks were populated. Upgrading to the 270K Plus means that same RAM kit can run at its rated speed—a free performance boost just from swapping the CPU.

"If you're wanting large amount of memory, which as creators we all do, and if you already have that and perhaps you can't run it at the full speed and you're running it lower, going with Intel, it's a great option," Pesur noted.

This matters more than the spec sheet suggests. Memory bandwidth is often the bottleneck in creative workflows—especially video editing where you're moving massive files between storage, RAM, and GPU constantly.

The Boost Profile Drama

Intel's boost profile is supposed to push performance even higher by allowing the CPU to sustain higher frequencies. Unlike AMD's EXPO profiles (which technically void your warranty since they're considered overclocking), Intel's boost profile maintains warranty coverage.

Except... Pesur couldn't get it working. The system crashed repeatedly when the boost profile was enabled. After switching to standard XMP settings at 7,200 MT/s, everything stabilized. Whether this is a motherboard compatibility issue, early BIOS problems, or something else isn't clear. But it's a reminder that first-gen platform adoption always comes with some friction.

Where It Falls Short

Photoshop is the one major creative application where AMD clearly wins. The 9950X beats the 270K Plus significantly, and Apple's M5 Max is 36% faster than the Intel chip in PugetBench for Photoshop.

If Photoshop is your primary workload, this matters. If you're a video editor who occasionally touches up stills? Probably not a dealbreaker.

What This Means for the Market

Intel's pricing here is aggressive in a way we haven't seen in years. The CPU market has been stuck in a pattern where both Intel and AMD incrementally improved performance while prices stayed relatively flat or crept upward. The 270K Plus breaks that pattern.

It's also worth noting what Intel didn't release: an Ultra 9 variant in this generation. Just the Ultra 7 and Ultra 5. That's unusual for a flagship launch, and it makes me wonder if Intel is deliberately positioning the 270K Plus as the sweet spot rather than trying to compete at the absolute high end where margins are better but volumes are lower.

The platform cost matters too. If you're already on a Z890 or B860 motherboard (Intel's latest chipset), dropping in a 270K Plus is a straightforward upgrade. If you're building from scratch, you need to factor in motherboard and DDR5 costs—though DDR5 prices have finally become reasonable after years of being prohibitively expensive.

For someone on a 13900K or older? Pesur's upgrading his editing rig, and the performance gains plus the memory controller improvements make sense for his workflow. For someone on a 285K? Probably not worth the swap unless you got a great deal on the 270K Plus.

—Yuki Okonkwo