Introduction
Intel has recently released its new Core™ Ultra 200S Plus processors, the Intel Core™ Ultra 7 270K Plus and the Core™ Ultra 5 250K Plus, to widespread praise. Though they haven’t managed to topple AMD’s leadership in the high-end gaming sector, these processors provide excellent productivity performance at remarkably low prices. Unlike previous mid-generation refreshes, the 270K Plus and 250K Plus have rejuvenated the product line, making other 200S processors nearly obsolete.
The launch of the Intel Core Ultra 200S product line proved largely successful for content creators, as discussed in our Content Creation Review article. This time around, rather than emphasizing gaming performance, Intel has excelled in productivity, even as they concede some ground to Ryzen in the enthusiast space. Arrow Lake 200S processors feature a hybrid-architecture with performance-centric P-cores (based on Lion Cove microarchitecture) and efficient E-cores (based on Skymont), enabling efficient multi-threaded application support.
We’ve previously noted some standout differences between the original 200S line and the new 200S Plus processors in our content creation review. With this refresh, the 250K Plus replaces the 245K, and 270K Plus takes over from the 265K. These models introduce four additional E-cores each, a 100 MHz boost to the E-core max frequency, and memory speed increases from 6400 to 7200.
With these upgrades, Intel has brought the 270K Plus’s specs very near those of the 285K on paper. Alongside additional cores, Intel addressed past memory-latency defects affecting gaming by increasing their die-to-die interconnect from 2.1 to 3 GHz. While theoretically attainable through overclocking, we prioritize stock performance for enhanced reliability in professional settings, making Intel’s validation of these features a positive development.
The Core Ultra 200S Plus processors function as direct replacements for current Arrow Lake CPUs, primarily appealing to users migrating from older systems. Those investing in these new CPUs will encounter two notable software additions from Intel. Their iPPP package simplifies the driver installation process by amalgamating several drivers and software packages. However, the exceptions, such as APO and the new iBOT, which enhances gaming performance on these Intel CPUs, remain outside the scope of this article.
Specifications
The excitement surrounding this launch is largely due to the pricing. The 8P+16E core configuration previously exclusive to the Core™ Ultra 9 285K at $580 is now available with the 270K Plus for just $300. There are some differences in clock speeds, yet the 270K Plus dramatically undercuts the 285K’s pricing. Similarly, the 250K Plus matches closely to the 265K but is $100 cheaper. Other spec differences include the 250K Plus’s increased E-cores and boosted E-core frequency.
Intel’s competitive pricing positions the 270K Plus to undercut AMD’s Ryzen™ 7 9700X by approximately $40, depending on current market prices. The 270K Plus offers equal P cores alongside additional E cores and increased L2 and L3 cache while consuming more power. This provides an appealing option for users, although AMD’s design differences complicate direct comparisons.
Test Setup (Expandable)
Our review adopted standard methodology with both Intel and AMD platforms employing ASUS ProArt motherboards and NVIDIA RTX PRO™ 5000 Blackwell GPUs. All systems were updated with the latest Windows, BIOS, and drivers at the start of testing. Consistent with our professional workflow focus, all processors were set to stock configurations.
Analytical benchmarks included InvMark for Inventor, RFO Benchmark for Revit, SPECapc for Solidworks, and our in-house PIX4Dmatic benchmark. Notably, Intel APO was enabled, though no applications improved through its capabilities.
Inventor
Our initial tests revolved around Autodesk Inventor. Issues with Windows 11 impact drawing scores with InvMark, preventing Invmark and multi-core scores calculation. Thus, we utilized an adjusted average score excluding these non-representative results. The Core Ultra 7 270K Plus emerged as the top performer, surpassing competitors like the 9950X3D and 9700X by notable margins. Its single-threaded performance benefited from recent architectural alterations.
In modeling assessments, the 270