Intel Rumored to Incorporate MediaTek Dimensity Chips in Upcoming 14A Process

How We Rate Rumors

0-20%: Unlikely – Lacks credible sources 21-40%: Questionable – Some concerns remain 41-60%: Plausible – Reasonable evidence 61-80%: Probable – Strong evidence 81-100%: Highly Likely – Multiple reliable sources

Rumor Assessment

Rating: 50%

Assessment: Plausible

Source: 2/5

Corroboration: 2/5

Technical: 3/5

Timeline: 3/5

Intel Potentially Secures MediaTek as Key Client for the 14A Process

Recent developments indicate that Apple is likely to utilize Intel’s 18A-P process for its upcoming entry-level M-series chips slated for release in 2027, alongside non-Pro iPhone processors anticipated in 2028. Additionally, GF Securities has noted that Apple’s custom ASIC, projected to debut in 2028, will incorporate Intel’s advanced EMIB packaging technology.

Previously, it was reported that Apple has signed a non-disclosure agreement (NDA) with Intel and obtained process design kit (PDK) samples of the 18A-P process for further assessment. Notably, this is Intel’s inaugural chip node that supports Foveros Direct 3D hybrid bonding, enhancing the capability to stack multiple chiplets using through-silicon vias (TSVs).

Intel get 14A and advanced package outsource customer for mobile chip: MediaTek

— meng (@meng59739449) February 9, 2026

Amidst this backdrop, a new rumor has emerged suggesting that Intel has successfully secured MediaTek as a significant client for its 14A manufacturing process. Readers should remain cautious, as such reports often carry unverified claims.

Despite this, as highlighted in a preceding analysis, integrating Intel’s 14A process in the production of MediaTek’s mobile chips, particularly its Dimensity series, may not be straightforward. Concerns arise from Intel’s decision to adopt a Backside Power Delivery (BSPD) strategy for both its 18A and 14A nodes.

While BSPD offers marginal performance enhancements by employing shorter, thicker metal paths on the chip’s backside—which reduces voltage drop and supports higher operating frequencies—this approach often exacerbates the Self-Heating Effect (SHE), necessitating improved cooling solutions. Moreover, the performance gains achieved through this technique are minimal.

Nonetheless, there exists potential for Intel to navigate the SHE challenges through innovative solutions. If confirmed, Intel’s acquisition of MediaTek for its 14A process could represent a significant achievement and potentially attract more clients in the future. However, until there is official validation of this rumor, we advise readers to approach it with a healthy degree of skepticism.

Source & Images