MediaTek has spent the last few years transforming its image from a budget silicon supplier to a genuine threat in high-end mobile computing. After the flagship success of the Dimensity 9400 and Dimensity 9500, expectations are high for the company's next-generation flagship silicon: the MediaTek Dimensity 9600 series.
The leak landscape around this chip has moved fast, and the biggest shift is a recent one: MediaTek now appears to be splitting the Dimensity 9600 into three separate chips rather than shipping a single flagship SoC. Here's a comprehensive breakdown of architectural leaks, foundry specifications, GPU updates, and AI capability expectations for MediaTek's upcoming flagship silicon — updated to reflect the latest rumors as of early August 2026.
For a broader overview of where current silicon stands, explore SpecFront's 2026 Mobile Processor Power Rankings.
A note on sourcing: MediaTek has not officially confirmed a single detail below. Nearly everything traces back to tipster Digital Chat Station's posts on Weibo, along with supply-chain checks from analyst Ming-Chi Kuo. Treat all specifications as unofficial until MediaTek's own announcement, expected around September 2026.
1. Three Chips, Not One: The 9600s / Pro / Pro Max Split
The most significant recent development is a late-July 2026 leak suggesting MediaTek is borrowing a page from Apple's playbook and splitting its next flagship generation into three tiers instead of one:
- Dimensity 9600s — reportedly a refined, rebadged version of the existing Dimensity 9500, staying on TSMC's N3P (3nm) process rather than moving to 2nm. Positioned to sit below Qualcomm's standard Snapdragon 8 Elite Gen 6.
- Dimensity 9600 Pro — the "true" next-gen chip, built on TSMC's N2P (2nm) process, expected to go head-to-head with the standard Snapdragon 8 Elite Gen 6.
- Dimensity 9600 Pro Max — shares the same underlying 2nm design as the Pro, differentiated mainly by clock speeds and configuration, aimed at competing with a rumored Snapdragon 8 Elite Gen 6 Pro.
This is a meaningful departure from MediaTek's usual one-chip-per-year cadence, and it means "Dimensity 9600" is likely to mean different things depending on which device you're looking at.
2. Process Node & Manufacturing: A Split Between 3nm and 2nm
Unlike a straightforward node upgrade, the 9600 generation reportedly splits manufacturing across two processes:
- The Dimensity 9600s stays on a refined 3nm (N3P) node — essentially a "Dimensity 9500+."
- The Dimensity 9600 Pro and Pro Max move to TSMC's cutting-edge 2nm (N2P) Gate-All-Around process, the performance-enhanced variant of TSMC's N2 node.
What the N2P Move Means for the Pro/Pro Max Chips:
- Transistor Density & Voltage: N2P builds on TSMC's Nanosheet GAA architecture, reducing parasitic current leakage at high clock frequencies compared to FinFET-based 3nm chips.
- Power Efficiency: As with prior node jumps, expect meaningful gains in performance-per-watt over the 3nm Dimensity 9500 — though MediaTek hasn't published specific efficiency figures for the 9600 series yet.
- Supply Constraints: Some reporting suggests TSMC's 2nm capacity is tight, which is part of why MediaTek may be leaning on a 3nm-based 9600s to cover the broader mid-flagship segment while reserving 2nm for the Pro tier.
3. CPU Architecture: A Genuine Redesign for the Pro/Pro Max Chips
This is where the 9600 Pro and Pro Max diverge most sharply from their predecessor. The Dimensity 9500 uses a 1+3+4 "All-Big-Core" layout — one ultra-prime core, three performance cores, four efficiency cores. Leaks point to the 9600 Pro and Pro Max moving to a new 2+3+3 layout with, for the first time in the Dimensity 9-series, two prime cores instead of one.
Dimensity 9500 (current generation, official):
1x ARM Prime Core @ 4.21 GHz
3x ARM Performance Cores @ 3.50 GHz
4x ARM Efficiency Cores @ 2.70 GHz
Dimensity 9600 Pro / Pro Max (rumored, per Digital Chat Station):
2x ARM "Canyon" Prime Cores — next-gen Cortex-C2-series — up to ~5.0 GHz peak
3x ARM "Gelas-B" Performance Cores
3x ARM "Gelas" Efficiency Cores
Dimensity 9600s (rumored): carries over the 9500's 1+3+4 layout on the refined 3nm node.
Key CPU Expectations for the Pro/Pro Max:
- Dual Prime Cores: The shift to two high-clock "Canyon" cores is the headline change — MediaTek is reportedly betting on this to close the single-core gap with Apple's chips while pushing multi-core performance past them.
- Near-5GHz Clocks: Leaked clock targets for the prime cores sit close to 5.0 GHz, a large jump from the 9500's 4.21 GHz.
- Early Benchmark Estimates: Engineering-sample Geekbench 6 figures shared by Digital Chat Station point to roughly 4,200–4,300 single-core and 12,000–12,500 multi-core for the Pro tier — unofficial and likely to shift before launch.
- Memory Jump: The Pro/Pro Max are rumored to support LPDDR6 and UFS 5.0, while the 9600s reportedly stays on LPDDR5X and UFS 4.1, matching the outgoing 9500.
For details on how rival chips handle multi-core design, read SpecFront's Tensor G6 vs. Snapdragon 8 Elite Gen 5 Benchmark Analysis.
4. GPU & Ray Tracing: Arm's Next-Gen GPU, Codenamed "Magni"
Gaming performance has historically been a strong suit for MediaTek's 9000-series, and leaks point to the Dimensity 9600 Pro/Pro Max carrying Arm's next-generation Immortalis-class GPU, reportedly going by the internal codename "Magni."
| GPU Feature |
Dimensity 9500 (Current) |
Dimensity 9600 Pro/Pro Max (Rumored) |
| GPU |
Arm G1-Ultra |
Next-gen Arm Immortalis ("Magni") |
| Frame Generation |
Software-assisted |
Hardware-level frame interpolation |
| Upscaling |
Standard |
Native resolution upscaling |
| GPU–NPU Coordination |
Limited |
Neural Shader Scheduler (NSS) |
Mobile Gaming Enhancements (Rumored):
- Hardware Frame Interpolation: Leaks describe dedicated silicon for inserting synthesized frames, letting games running at 60fps scale toward smoother, higher frame rates without leaning entirely on software.
- Improved Ray Tracing & Lighting: Reports point to better hardware-handled reflections, shadows, and light calculation versus the 9500's ray-tracing block, though MediaTek hasn't detailed generational specifics yet.
- Neural Shader Scheduler (NSS): A workload coordinator that dynamically splits AI-related graphics tasks (motion estimation, upscaling, frame reconstruction) between the GPU and NPU to reduce power draw and avoid GPU stalls.
Exact GPU core counts for the "Magni" GPU haven't leaked yet, so treat any specific core-count figure with skepticism until MediaTek confirms it.
5. AI Engine: Dual-NPU Design — and a Possible OpenAI Connection
On-device AI execution is a major focus for the 9600 generation. Leaks describe a shift away from the 9500's single NPU 990 toward a dual-NPU architecture:
- Dual-NPU Layered Computing: One NPU reportedly handles intensive generative AI tasks, while a second, lower-power unit manages background jobs like voice detection and contextual awareness.
- SME2 Support: Native hardware support for Arm's Scalable Matrix Extension 2 is expected to meaningfully accelerate the matrix math behind modern generative AI models, improving both speed and power efficiency.
- Neural Shader Scheduler: As noted above, this scheduler routes compute between GPU and NPU based on real-time efficiency rather than fixed task assignment.
Notably, analyst Ming-Chi Kuo has reported that OpenAI is likely to use a customized version of the Dimensity 9600 — built on the N2P node — as the processor for its first "AI agent" smartphone, with mass production targeted for as early as the first half of 2027. Kuo's checks point to an enhanced HDR imaging pipeline and the dual-NPU design as headline features for that device specifically.
A caveat on naming: Some earlier coverage (including outdated versions of this article) has referred to the chip's NPU as "APU 990" — that's actually the Dimensity 9500's official NPU name, not a confirmed name for the 9600 generation. No official NPU model number for the 9600 series has leaked yet.
6. Connectivity, ISP, and Display: The Least-Leaked Category So Far
Camera, modem, and connectivity details haven't leaked with the same depth as the CPU, GPU, and NPU specs above. What we do know:
- Imaging is a headline focus. Per Ming-Chi Kuo's supply-chain checks, the ISP is expected to center on an enhanced HDR pipeline aimed at improving real-world visual sensing — details beyond that (resolution ceilings, video specs) haven't surfaced yet. For reference, the outgoing Dimensity 9500 uses MediaTek's Imagiq 1190 ISP.
- 5G, Wi-Fi, and Bluetooth specifics are not yet confirmed. Expect MediaTek to continue its usual generational cadence here (Release 18-class 5G modem, Wi-Fi 7, Bluetooth 6.0-class connectivity), but treat these as reasonable projections based on MediaTek's past cadence rather than confirmed leaks — no tipster has published concrete numbers for this category yet.
We'll update this section as connectivity and camera leaks emerge closer to launch.
To see how local AI integrations perform in real-world software, check out SpecFront's Google Gemini AI vs. Samsung Galaxy AI Comparison.
Projected Specifications Summary (All Figures Unofficial)
| Hardware Metric |
Dimensity 9600s (Rumored) |
Dimensity 9600 Pro (Rumored) |
Dimensity 9600 Pro Max (Rumored) |
| Process |
TSMC N3P (3nm) |
TSMC N2P (2nm) |
TSMC N2P (2nm) |
| CPU Layout |
1+3+4 (carried over from Dimensity 9500) |
2+3+3 ("Canyon" + "Gelas-B" + "Gelas") |
2+3+3, differs from Pro mainly in clocks/config |
| Peak CPU Clock |
~4.2 GHz |
~5.0 GHz |
Not yet leaked; expected slightly above Pro |
| GPU |
Refined Arm G1-Ultra-class |
Next-gen Immortalis ("Magni") |
Same "Magni" GPU family |
| NPU |
Refined single NPU (9500-derived) |
Dual-NPU, SME2 support |
Dual-NPU, SME2 support |
| Memory |
LPDDR5X |
LPDDR6 |
LPDDR6 |
| Storage |
UFS 4.1 |
UFS 5.0 |
UFS 5.0 |
| Est. Geekbench 6 (SC/MC) |
Not yet leaked |
~4,200–4,300 / ~12,000–12,500 |
Not yet leaked separately |
| Rival Chip |
Below Snapdragon 8 Elite Gen 6 (standard) |
Snapdragon 8 Elite Gen 6 (standard) |
Rumored Snapdragon 8 Elite Gen 6 Pro |
Expected Launch Timeline & First Devices
MediaTek's chips have traditionally launched in the back half of the year, and leaks consistently point to a September 2026 debut for the Dimensity 9600 series — timed close to Qualcomm's own Snapdragon 8 Elite Gen 6 unveiling.
The first wave of commercial smartphones is expected to arrive shortly after. Partners most consistently named across leaks so far:
- Vivo: The X500 series is repeatedly named as the likely launch vehicle for the Dimensity 9600 lineup.
- Oppo: The Find X10 series is also consistently tipped as an early adopter.
Other OEM pairings (including which brands get the 9600s versus the Pro/Pro Max) haven't been confirmed in current leak coverage, so we've left those out rather than guess.