The computer hardware world relies on the promise that every new generation of processors will bring faster speeds and better gaming performance. However, recent benchmarks for Intel’s upcoming Bartlett Lake “Core Series 3” flagship processor tell a different story. Despite featuring a massive 12-core “P-core” layout, the new chip failed to outperform the aging Core i9-13900K, a processor that first arrived on the market nearly four years ago. This result has shocked many enthusiasts who hoped Intel’s new desktop architecture would finally push the company back to the top of the gaming performance charts.
Intel designed the Bartlett Lake lineup to offer a cost-effective alternative to its most expensive flagship hardware. The chipmaker focused these processors on the LGA 1700 platform, aiming to provide a final, affordable upgrade path for millions of users who currently own older motherboards. While the strategy seems sound on paper, the gaming benchmarks reveal a painful reality for Intel fans: sheer core count does not always translate into better frame rates for PC gamers.
In a series of standardized tests, the new 12-core Bartlett Lake flagship processor struggled to keep pace with the Core i9-13900K in almost every gaming scenario. The 13900K, which features a hybrid architecture of high-performance cores and efficient cores, consistently delivered higher average frame rates and better minimum frame times. The fact that a chip released in 2022 can still beat a brand-new release from 2026 highlights a significant stagnation in Intel’s gaming-specific performance gains.
The architecture of the Bartlett Lake processor explains part of this performance gap. Unlike the hybrid designs that Intel successfully used in recent years, this new chip relies entirely on a massive array of performance cores. While this design is great for certain types of heavy professional work, it falls short when dealing with the specific way most video games use system resources. Games rarely scale perfectly across 12 high-performance cores; instead, they often prefer faster individual core speeds, larger caches, and lower latency between the memory and the processor.
This performance plateau is particularly concerning as Intel navigates one of the most difficult chapters in its history. The company recently reported significant quarterly losses, with some segments of its business seeing revenue decline by more than 1.5% compared to previous cycles. To turn things around, Intel plans to invest over $1 billion into restructuring its manufacturing and design divisions. Investors are looking for a clear win to prove these investments are working, but the lackluster showing of the Bartlett Lake series suggests that the company is still struggling to optimize its silicon for the competitive gaming market.
The competition is not sitting still, either. AMD continues to dominate the gaming performance rankings with its “X3D” series of processors, which utilize 3D V-Cache technology to blow traditional chips away in gaming tasks. By focusing on huge amounts of on-chip memory, AMD has effectively created a performance lead that Intel has failed to overcome with its recent desktop lineups. For gamers, the math is simple: if an older Intel chip costs $300 and offers the same performance as a newer, more expensive chip, there is no reason to upgrade.
Looking at the broader picture, Intel’s reliance on the aging LGA 1700 platform might be holding them back. While keeping the same motherboard socket saves users money on upgrades, it also limits the amount of power the system can deliver to the processor and restricts how fast memory can run. To truly beat the best chips from the past, Intel may need to embrace its newer platforms entirely, rather than trying to squeeze one more generation of life out of an older, limited architecture.
Some industry experts suggest that this chip was never meant to be a gaming king. Intel likely targeted this processor at the entry-level enthusiast and office worker who needs many cores for video editing or light design work. In those specific tasks, the 12-core layout performs reasonably well, especially for its price point. But when the company markets these chips to gamers, they set expectations that their current design simply cannot meet.
Ultimately, this benchmark data serves as a sobering reminder to PC builders. Buying the newest part does not always guarantee the best experience. Before spending hundreds of dollars on a CPU upgrade, gamers should always check independent reviews. As this Bartlett Lake flagship demonstrates, sometimes the best gaming processor for your system is the one you already have installed. For Intel, the pressure is now on to deliver a much stronger product with its next desktop architecture to regain the trust of the gaming community.
