Intel Core Ultra 7 270K Plus
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- iGPU:
- Intel Graphics (4-core Xe-LPG)
- Boost/Base Clock:
- 5.5 GHz / 3.7 GHz (P-core); E-core up to 4.7 GHz
- Core/Thread Count:
- 24 Core / 24 Thread (8 P-cores + 16 E-cores)
- Cache:
- 76MB total (36MB L3 + 40MB L2)
- NPU:
- 13 TOPS INT8
- TDP:
- 125 Watts base, up to 250 Watts Turbo (PL1/PL2)
- CPU Socket:
- LGA1851 (FCLGA1851)
- CPU Process Node:
- TSMC 3nm (compute tile)
- CPU Series:
- Arrow Lake Refresh, Intel Core Ultra 200S Plus
- Memory Support:
- DDR5-7200, 2-Channel
- PCIe Lanes:
- 24 (PCIe 5.0)
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Manufacturer: Intel Last updated: September 8, 2026
Released March 26, 2026 at a launch price of $299, the Intel Core Ultra 7 270K Plus succeeds the Core Ultra 7 265K and is the biggest configuration change in the Arrow Lake Refresh lineup: it jumps from 8P+12E to 8P+16E, matching the Core Ultra 9 tier's 24-core, 24-thread count and 76MB total cache pool for the first time at this price point. P-core boost reaches 5.5 GHz and E-core boost 4.7 GHz.
It carries the same platform-wide Plus-family updates as the rest of the refresh: higher die-to-die and ring clocks, DDR5-7200 official memory support (up from DDR5-6400), and 24 lanes of PCIe 5.0. The chip is unlocked for overclocking and remains compatible with existing 800-series LGA1851 motherboards via a BIOS update.
Intel Graphics (Xe-LPG)
The same 4-core Xe-LPG integrated GPU used across the Core Ultra 200S Plus family, sufficient for display output and light desktop use rather than gaming, in a chip clearly built around pairing with a discrete GPU.
How Is the Core Ultra 7 270K Plus in Terms of Performance
The core-count jump from the outgoing 265K's 8P+12E to 8P+16E is a genuine architectural change, not just a clock bump, and gives the 270K Plus four more efficiency cores to share multi-threaded workloads with. Reviewers at launch noted its price-to-performance position sits close to the far more expensive Core Ultra 9 285K on productivity workloads specifically, at roughly half the price, reflecting the extra E-cores and cache rather than any single clock number.
Benchmarks
Geekbench 6 Single-Core scores estimate real-world responsiveness in everyday use: a browser, office applications, and most games lean on one fast core more than many slower ones. Geekbench 6 Multi-Core scores estimate performance under genuinely parallel workloads: video encoding, 3D rendering, compiling code, and running several demanding applications at once. Cinebench 2024 measures sustained multi-threaded rendering specifically and is a useful cross-check against Geekbench for workloads that hold every core at high load for minutes rather than seconds. See the benchmark comparison chart above for how this chip measures up against others in its class.