Ryzen 5 9600X vs Core Ultra 5 250K Plus: which is faster, and which is worth the money

Buy the Ryzen 5 9600X for a gaming PC and the Core Ultra 5 250K Plus for work that loads every core. The Intel chip led by about 1% across 17 games at 1080p in Tom's Hardware's review (April 19, 2026), then scored 1,860 to AMD's 971 in Cinebench 2024 multi-core on the same outlet's charts (March 24, 2026).

So the question is whether you will use 12 extra E-cores, and pay about $48 for them at the lowest Newegg prices on MaxMyBuild: $171 against $219 (undated live page, read November 2026). The launch prices, $279 for AMD and about $200 for Intel, now point the wrong way.

Read down the columns within a row, not across rows: these are different benches, and CS2 alone changes winner between Tom's Hardware and ACEMAGIC. Some dates need a warning too. Tom's Hardware's review appears under March 24 in the hub's citations and April 19 in the record of its 17-game results, so each figure keeps the date it was filed under. Our copy of Tom's Hardware's faceoff carries no exact date.

Base and boost clocks, L2 and L3 cache, HandBrake, PugetBench scores and Cinebench 2026 single-core figures are not in the sources behind this piece, so they are not in the table.

AMD's chip is the cooler, quieter-drawing part with the better platform story. It wins the titles that reward it decisively: Minecraft by 127 fps to 88.9 and F1 2024 by 171.3 to 148.3 in Tom's Hardware's review (April 19, 2026), plus Counter-Strike 2 by 644 fps to 617 on that outlet's March 24 chart. The faceoff (2026) adds AMD leads of 6% in F1 25, 17% in FFXIV: Dawntrail and 9% in Rainbow Six Siege. Club386 (March 27, 2026) also has it ahead in some Premiere-style editing and Photoshop tests, though our record of that piece holds no scores.

The weakness is arithmetic: six cores. It loses every multi-thread chart above, by anything from 52% on Geekbench 6 (Geekbench Browser, Sept. 16, 2026) to 92% on Cinebench 2024 (Tom's Hardware, March 24, 2026).

Pricing has wandered rather than fallen. A Slickdeals thread put Best Buy at about $187 on March 31, 2026 and $220 on July 27, 2026, with Newegg at $199.99 on the later date. We found no dated November Best Buy read, so check the live listing. Amazon was bundling a free Cooler Master 240mm AIO in that July thread; check the price on Amazon.

Buy it for a gaming build where the money saved goes to the graphics card. Anyone also weighing the Ryzen 5 7600X should read how the 9600X compares first.

Intel's chip won 11 of the 17 games in Tom's Hardware's review (April 19, 2026), including Cyberpunk 2077 at 110.7 fps to 100.6 and Starfield at 125.3 to 107.4. The faceoff (2026) adds a 13% win in Total War: Warhammer III and a faster Civilization VI AI turn, 23.30s against 24.59s. In heavily threaded work it is in another class for the money: Club386 has Cinebench 2026 at 7,406 to 3,984 (March 27, 2026), and MaxMyBuild has Blender 4.5 at 433 to 263 (undated). Tom's Hardware's line on creative work is that "there's simply no beating the value Intel's CPU offers."

The bill arrives in heat and platform. Club386 measured 82°C under Cinebench against 68°C, and Tom's Hardware recorded 179W of sustained AVX draw against 95W (April 19, 2026). The faceoff also reports only 12,100MB/s from a PCIe Gen 5 SSD rated for 14,900MB/s, blamed on an architectural flaw, while the 9600X ran the same drive at full speed. It adds that LGA1851 is unlikely to see future CPU families, whereas AM5 has at least one more series coming. Today's upgrade path, then, is the one you buy on day one.

The lowest Newegg price on MaxMyBuild is $219.00 (read November 2026), above the roughly $200 launch price. The iGPU-free 250KF Plus is listed at $199.99 at Newegg on the same site's undated page, and is the better buy if you are running a graphics card anyway. For the 250K Plus itself, check the price on Amazon as well.

Buy it if rendering, encoding or compile-style jobs are a regular part of the week.

Three sources land in the same place. Tom's Hardware has Intel about 1% ahead on geometric mean with a GeForce RTX 5090 at 1080p (April 19, 2026). MaxMyBuild's 1080p index reads 73.3 to 72.6 (undated), which it calls a wash, and it says the gap shrinks further at 1440p and 4K. ACEMAGIC has Intel ahead by small margins in all five games it ran on an RTX 4090 (July 13, 2026).

ACEMAGIC is a hardware retailer's blog and the weakest evidence here. It is also the only source in our set with Alan Wake 2 or 1440p figures, and its 1440p sample is one game. The outlier is Notebookcheck, whose gaming sample (2026, no exact date in our copy) showed an 18% advantage for the 9600X. Game selection, resolution and GPU pairing are the likely causes, though nothing in our record pins it down.

The reconciled answer: treat the average as a tie, then look up the games you play. Averages hide swings far bigger than the 1% headline, and they run both ways.

Efficiency is where the published figures disagree most, largely because they measure different things. MaxMyBuild's gaming score of 111.7 per 100W for AMD against 58.6 for Intel (undated) looks like a rout, but it divides a performance index by rated TDP. No watt was measured to produce it. Tom's Hardware did measure, and found gaming draw of 82.3W for Intel against 86.2W for AMD (April 19, 2026). ACEMAGIC reports 168W against 132W in games (July 13, 2026), a much larger number that points the other way.

Under all-core load, the faceoff (2026) has Intel at 22.65 points per watt to AMD's 18.79, so the hotter chip finishes Cinebench more efficiently. The same article's headline TDP pairing of 159W against 65W sets Intel's maximum against AMD's base; like for like is 125W against 65W, or 159W against 88W, per MaxMyBuild's listing.

For a buyer, the 9600X has the lower peak draw and idles lower (about 22W to about 30W, Tom's Hardware, April 19, 2026). The Intel chip does more work per watt when every core is busy.

None of the sources behind this piece publishes LLM tokens a second or AI images a minute for either chip. ACEMAGIC says the 250K Plus has "meaningful advantages in productivity and AI workloads" (July 13, 2026) and offers no AI figure in our record, so that claim stays unverified until someone runs the same model on both chips.

The multi-thread lead makes Intel the reasonable pick for CPU-side AI work, but that is an inference from Cinebench and Geekbench, not a measurement. Watch the hub's LLM inference table for a direct result.

For gaming, the index is so close that the cheaper chip wins almost by default. With the 250K Plus at $219, our arithmetic on MaxMyBuild's numbers puts the break-even for the 9600X at about $217 on CPU price alone and about $236 on full platform cost. With the 9600X at $171, Intel would have to reach about $173 on CPU price. July's $220 Best Buy listing for the 9600X would have lost the CPU-only sum and still won the platform one.

For multi-threaded work, price barely enters into it. On MaxMyBuild's Cinebench 2024 scores, Intel would have to reach about $307 before its lead per CPU dollar disappeared against a $171 9600X.

The $68 is not a fixed number, in either direction. A $16.59 cooler flatters Intel: ACEMAGIC says the 250K Plus needs at least a 240mm AIO or a high-end air cooler to sustain boost (July 13, 2026), and a mid-range tower is fine for the 9600X. Against that, Tom's Hardware lists starting board prices of about $150 for B650, $120 for B860 and $150 for Z890 (April 19, 2026). Put those B650 and B860 prices under MaxMyBuild's CPU prices and the gap before cooling falls to $18, with the caveat that B860 does not allow CPU overclocking and the two sets of prices come from different dates.

Value scores built on live prices deserve similar suspicion. PassMark gave Intel 238.9 CPU Mark per dollar to AMD's 167.8 in one undated snapshot, while an April 2026 snapshot cited elsewhere favored the 9600X. The chips did not change between readings. The retail prices did.

For a gaming PC, buy the Ryzen 5 9600X while it costs less than the Intel chip, or up to about $236 against a $219 250K Plus if you count the whole platform. The frame rates are level on average, it needs less cooling, it ran a Gen 5 SSD at full speed in Tom's Hardware's faceoff, and AM5 has another CPU series ahead.

For rendering, encoding, Blender or other all-core work, buy the Core Ultra 5 250K Plus, and budget for a capable cooler. A lead of 80% or more in Cinebench 2024 on both Tom's Hardware's and MaxMyBuild's charts is worth far more than $48, and no realistic price gap reverses it. If you run a graphics card, price the 250KF Plus first.

For local AI on the CPU, the 250K Plus is the better bet on thread count alone, pending a direct test. If the Intel chip drops to the 9600X's price and you have no use for AM5's upgrade path, take Intel: it gives up nothing on the gaming average and adds 12 cores.