A new leak tied to MediaTek’s next flagship silicon has surfaced, outlining early technical details of what’s being referred to as the Dimensity 9600 Pro. The information comes from Weibo tipster Digital Chat Station, who has a credible track record with pre-release chip disclosures.
Digital Chat Station already leaked the near 5GHz clock speed of Dimensity 9600 Pro on 7th April 2026. This new leak brings new details about Dimensity 9600 Pro.
The leak sketches an aggressive architectural shift, paired with an advanced manufacturing node that could push both performance and efficiency forward—though not all gains should be attributed to the chip design itself.
All-big-core layout with a near 5GHz target
According to the post, the Dimensity 9600 Pro adopts a “dual-core all-large-core architecture,” broken down as 2× Canyon + 3× Gelas-b + 3× Gelas cores. While these core names appear to be internal or next-generation Arm CPU designs, the configuration suggests MediaTek is continuing its move away from traditional small efficiency cores at the flagship tier.
Clock speeds are the headline here. The leak claims a peak frequency “near 5GHz,” which, if accurate, would mark a significant jump over current mobile SoCs that typically top out in the mid-3GHz to low-4GHz range. Thermal constraints will ultimately decide how sustainable those speeds are outside of short bursts.
Support for SME2 (Scalable Matrix Extension 2) is also mentioned, hinting at improved AI and matrix computation performance—particularly relevant for on-device inference workloads.
On the GPU side, the chip is said to use an Arm “Magni” GPU. This likely refers to a next-generation Mali architecture, though the exact branding remains unclear. Memory and storage support are equally forward-looking, with LPDDR6 RAM and UFS 5.0 listed—both standards that have yet to see widespread commercial adoption.
TSMC N2p process brings efficiency gains
The second part of the leak focuses on manufacturing. The Dimensity 9600 Pro is reportedly built on TSMC’s N2p node, a refined 2nm-class process using GAA (Gate-All-Around) transistor technology.
Internal specifications cited in the leak point to a 10–15% performance improvement alongside a 25–30% reduction in power consumption. However, the source explicitly clarifies that these gains stem from the process node itself—not from architectural changes within the chip.
That distinction matters. It suggests that while the silicon could be more efficient overall, the raw CPU or GPU uplift versus its predecessor may be more modest than those figures imply.
Context within MediaTek’s roadmap
MediaTek has been steadily closing the gap with Qualcomm in the premium tier, particularly with recent Dimensity 9000- and 9300-series chips that leaned heavily into all-big-core designs. This leak indicates that the strategy is not only continuing but being pushed further.
A near-5GHz target would also bring MediaTek into direct competition with custom high-frequency cores expected in upcoming Snapdragon platforms. The trade-off, as always, will be heat and sustained performance under load.
What it could mean for real-world devices
If LPDDR6 and UFS 5.0 support materialize alongside this chip, early adopters may benefit from faster memory bandwidth and storage speeds—but likely at a premium. These technologies typically debut in limited, high-end devices before scaling down.
Battery efficiency gains tied to the N2p node could be more immediately noticeable, especially in mixed workloads where lower power draw translates to longer screen-on time.
Still, much of this remains unverified, including the final clock speeds and GPU details. MediaTek has not announced the Dimensity 9600 Pro, and timelines for N2-class mass production are still evolving.
A chip targeting nearly 5GHz in a smartphone raises a different question entirely: can cooling solutions in slim devices keep pace, or will peak performance remain mostly theoretical?
