Intel's upcoming laptop CPUs may receive a significant cache enhancement with Razor Lake.

      Razor Lake is said to be introducing bLLC to mobile chips, while an initial claim regarding N2X has already been updated to N2P V2.

      Intel's upcoming laptop processors may feature a significantly larger cache. Leaker Jaykihn suggests that Razor Lake will include mobile SKUs equipped with bLLC, or Big Last Level Cache, which could expand Intel's large-cache approach to laptops.

      However, it’s wise to be cautious about these claims. Jaykihn first mentioned TSMC’s N2X process for Razor Lake before revising it to N2P V2. Intel has yet to unveil Razor Lake or validate either specification, maintaining an air of uncertainty around this upcoming generation.

      Razor Lake will feature bLLC mobile SKUs, according to Jaykihn (@jaykihn0) on August 18, 2026.

      The significance of bLLC for laptops

      Implementing bLLC would provide certain processors with a much larger last-level cache. Nova Lake is anticipated to launch this technology in desktop chips, while mobile processors might have to wait for Razor Lake's arrival.

      A clear comparison can be drawn with AMD’s X3D series, which utilizes additional cache as a key selling point for gaming CPUs, including some laptops. If Intel successfully integrates its own large-cache architecture into notebooks, future gaming laptops may enjoy an upgrade that surpasses mere increases in clock speeds and core counts.

      At this stage, we should not assume returns akin to those seen with X3D. The leak lacks specifics about cache sizes or performance benchmarks, leaving actual performance benefits uncertain.

      Understanding N2P V2

      The revised claim regarding the process is more challenging to define. TSMC has publicly characterized N2P as an upgraded version of N2, but their current documentation does not mention a process labeled “N2P V2.”

      This makes it challenging to interpret Jaykihn’s revised term based solely on publicly available information. Until Intel or TSMC provides further clarification, N2P V2 should be viewed as a term emerging from the leak rather than an officially recognized TSMC process.

      What remains unverified

      Razor Lake’s development timeline is such that both cache configuration and manufacturing aspects might still undergo changes. The swift amendment from N2X to N2P V2 serves as a reminder of the variable nature of early CPU leaks.

      The key point to observe is whether Intel eventually confirms bLLC for mobile processors. If this feature makes it to the final Razor Lake hardware, premium laptops could receive a more intriguing cache improvement than just another typical generational upgrade.

      Paulo Vargas is a former English major who transitioned into reporting and technical writing, with a career that has always returned to...

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      The original story continues.