Intel Core Ultra 5 250K

Intel Core Ultra 5 250K Plus in India — The New $200 Sweet Spot Gets a Real Upgrade

I'll be honest, I didn't expect much from a "Plus" refresh. Usually these mid-cycle updates are a clock bump and a new sticker. The Core Ultra 5 250K Plus is not that. Intel took the original Core Ultra 5 245K, which was already a decent budget-to-mid CPU, and gave it four extra E-cores, a bigger cache, and proper DDR5-7200 support, all while holding the price at roughly $200 globally. Tom's Hardware called it "the new best $200 CPU" at launch, and after going through the numbers myself, I don't think that's an exaggeration.

For Indian buyers this lands at a genuinely useful moment. LGA1851 motherboards have finally gotten cheaper (B860 boards are now sitting in the ₹12,000-18,000 range instead of only pricier Z890 options), so the platform cost that made the original Arrow Lake launch awkward here has mostly gone away. The 250K Plus arrives right into the ₹25,000-35,000 CPU segment where the Ryzen 5 7600 and Ryzen 5 9600X have been the default recommendation for a while. That's the fight worth paying attention to.

Let's get into what actually changed, what it costs here, and who should buy it.

What's Actually New — 250K Plus vs the Original 245K

The core (pun intended) upgrade is in the core count and cache. The original Core Ultra 5 245K shipped with 6 Performance-cores and 8 Efficiency-cores, 14 total, 14 threads (Arrow Lake dropped hyperthreading entirely, so core count equals thread count on both chips). The 250K Plus keeps the same 6 P-cores but jumps to 12 E-cores, for 18 total cores and 18 threads. That's a 29% increase in core count on the same socket and roughly the same price.

Cache goes up too, from 24MB to 30MB of L3, and official memory support jumps from DDR5-6400 to DDR5-7200. Boost clock ticks up slightly, from 5.2GHz to 5.3GHz. Base clock is 4.2GHz. Power stays in the same envelope, 125W base (PBP) and 159W max turbo power (MTP), so you're not paying for the extra cores with a more demanding cooler.

Reviewers who've run both chips back to back (Gamers Nexus, TechPowerUp) found the practical result is a chip that's essentially the same in lightly-threaded gaming scenarios (the P-cores and clocks barely moved) but noticeably faster in anything that spreads across threads: video encoding, compilation, Blender renders, background-heavy multitasking. If your workload is mixed gaming and creator work, that extra E-core cluster is the difference that shows up in real render times.

The 250KF Plus — Same Chip, No iGPU, Cheaper

Intel also launched a sibling on the same day, the Core Ultra 5 250KF Plus. Identical core configuration, cache, and clocks, the only difference is it drops the integrated Arc iGPU (4 Xe cores on the regular 250K Plus) and comes in cheaper. If you're already running a discrete GPU and never plan to use onboard graphics for troubleshooting or a spare display, the KF variant is the better value pick. I've covered it separately in our Core Ultra 5 250KF Plus writeup with India pricing.

India Pricing — What You'll Actually Pay

Here's where I have to be precise instead of vague, because the range is wider than it should be. At MDComputers.in, the live catalog price is ₹29,300 street, with an MRP of ₹43,500. That gap is normal for a fresh Intel launch chip in India, where MRP tends to be set high and actual selling price settles lower once initial allocation stabilizes.

Realistically, expect to pay somewhere in the ₹29,300-43,500 range depending on the retailer and whether you're catching a street-price listing or an MRP-tagged one. MDComputers' ₹29,300 figure is the number I'd treat as the "buy now" price. Check the same SKU on PrimeABGB, Vedant Computers, Amazon India, Flipkart, and Croma before ordering, since Intel launch pricing in India tends to compress toward the lower end within a few weeks as more sellers stock it. Remember this is inclusive of GST at the listed price; import duties are already baked into what distributors quote, you won't see a separate customs line as an end buyer.

Platform — LGA1851, DDR5-Only, and Why B860 Changes the Math

The 250K Plus uses the same LGA1851 socket as the original Arrow Lake lineup. If you already own a Z890 or B860 motherboard from the first Arrow Lake wave, this chip drops straight in after a BIOS update, no new board required. That's good news for anyone who bought in early and wants to upgrade the CPU without ripping out the motherboard too.

For new builders, the bigger shift is availability. At original Arrow Lake launch, LGA1851 boards in India were mostly Z890, which meant a hefty ₹25,000+ motherboard tax on top of the CPU. That's changed. B860 motherboards are now available in India in the ₹12,000-18,000 range, which makes this a realistic budget/mid-range platform for the first time, not just an enthusiast one.

One thing to be clear on: LGA1851 is DDR5 only. There's no DDR4 fallback like some budget AM4 boards still offer. If you're comparing this against older Ryzen builds and wondering whether to carry over DDR4 memory, you can't, this platform requires a fresh DDR5 kit. I'd budget for at least a DDR5-6000 kit to get close to what the chip can officially handle at DDR5-7200; see our DDR4 vs DDR5 guide if you're still deciding between platforms for a new build.

Who Should Buy the 250K Plus

Buy this if: you want a mixed gaming and creator/productivity build in the ₹25,000-35,000 CPU budget, you're doing video exports, compiling code, or running background-heavy workloads alongside gaming, or you already own an LGA1851 board and want more cores without a platform change. The combination of a competitive gaming P-core cluster with a genuinely useful E-core count for multithreaded work is hard to match at this price right now.

Skip this if: you're building a pure gaming rig with no multithreaded workload in sight, in which case the cheaper Ryzen 5 7600 gets you nearly identical gaming frame rates for less money, or you never touch the integrated graphics, in which case the 250KF Plus saves you a bit more for the same core performance.