The $200 250K Plus Is the First Intel CPU in Years Worth Its Price

A $200 desktop processor that is actually competitive should not be remarkable, but it has been a while. The Core Ultra 5 250K Plus fixes most of what was wrong with the 245K — more cores, more cache, higher clocks — and then cuts the price to where the 245K should have launched. In a market where memory costs more than the CPU, that is the most useful thing Intel has shipped in years.

What Two Hundred Dollars Still Buys

Six P-cores, twelve E-cores, eighteen threads in total, a 5.3 GHz advertised boost, a 159 W TDP and 30 MB of L2 — up from 26 MB on the 245K, along with four more E-cores and a 100 MHz higher ceiling. Intel now claims native DDR5-7200 support as well, which is a fine thing to have and slightly absurd to pair with a $200 part when a decent kit costs several times the processor.

The setup is the sour note. Intel's Platform Performance Package has to be installed separately for scheduling and power behavior to work correctly, and the build supplied to reviewers needed a second hotfix on top of it. The Binary Optimization Tool is the other one: twelve supported titles, only two of which appear in a current test suite, and Intel's own numbers for those two are in the low single digits. An opt-in optimizer that helps two games by a couple of frames is not a feature, it is a checkbox.

The baseline for judging any of this is the 245K, which launched above $300 and lost to the 14600K that Intel had been selling for two years already. That is the regression the Plus refresh has to answer for. Same socket, same platform, same customer, and a part that was slower than the thing it replaced at a higher price. The 250K Plus does not just narrow that gap, it closes it and then keeps going, which is why a $200 processor from a company that spent three years fumbling is worth a second look rather than a shrug.

Gaming: Back to Where Intel Was in 2023

Qualitatively, since these figures come from one lab run and have not been reproduced independently: the 250K Plus more or less matches the 14600K and the 285K, beats the 245K clearly in every title tested, and loses to AMD's X3D lineup by about as much as the price gap predicts. Against the 5800X3D it is close in some games and behind in others. Against the 9800X3D it is not close at all, and it should not be, because that chip costs well over twice as much.

The comparison that actually matters is the 9600X at around $190. The 250K Plus beats it by double digits across most of the suite, which is the first time in years Intel has had a clean answer at this price point. Whether that matters depends on how much you value the socket, and the socket is the problem: AM5 will take another generation and LGA 1851 will not.

Production: Where Eighteen Cores Do Work

7-Zip compression shows the widest gap, with the 250K Plus landing far ahead of the six-core 9600X and ahead of the 14600K as well. Chromium code compile is more dramatic: 133 minutes against the 9600X's 235, which is not a marginal difference but a different class of machine for anyone who builds software for a living. Blender tracks core count as it always does, 9.2 minutes against 16.4 for the AMD six-core.

Photoshop is the exception. AMD's 9600X leads there by a meaningful margin, part of a pattern where AMD's Puget Suite numbers have been strong for a couple of years now. DaVinci Resolve puts the chip behind the 265K but clearly ahead of both the 245K and the 9600X, with the caveat that this particular test is still considered experimental.

Power is reasonable: around 186 W measured at the EPS12V rails under an all-core Blender load, with software package power down in the 140-150 W range, and roughly a hundred watts of draw during actual gameplay. Not efficient the way a modern laptop chip is efficient, but nothing like the space heater reputation the 14900K earned.

What I Think

At $200 this is the right product at close to the right moment. It undoes the 245K's regression, it undercuts the 14600K's old price by a wide margin, and it makes a budget production machine genuinely viable without asking anyone to spend $500 on a processor. That deserves saying plainly, because Intel spent three years not doing it, and a $200 part with competitive silicon is rarer than it should be.

The caveats are structural rather than technical. Dead socket. A software stack you have to assemble yourself. Memory pricing that makes the whole exercise expensive no matter what the processor costs. If you are building a machine this month and keeping it for five years, none of that matters and this chip is a good buy. If you upgrade processors, buy AM5 and a 7800X3D, or wait for the next platform to land.