MediaTek has officially introduced its latest flagship mobile chipset, the Dimensity 9600 Pro, marking another major step in the company's push into premium smartphones. Built using TSMC's advanced 2nm manufacturing process, the new chip focuses heavily on performance, power efficiency, on-device AI, gaming, and imaging. MediaTek is positioning it as its most advanced mobile platform yet, particularly for phones expected to handle increasingly complex AI workloads without relying entirely on the cloud.
The Dimensity 9600 Pro also arrives at a time when flagship smartphone processors are becoming much more than just faster CPUs. Modern mobile chips now need to handle AI assistants, high-end gaming, camera processing, advanced connectivity, and desktop-like multitasking while still fitting inside a thin device with limited battery capacity. MediaTek's latest design attempts to improve all of those areas at once rather than focusing only on raw benchmark performance.
A New 2nm Flagship Architecture
At the heart of the Dimensity 9600 Pro is a fourth-generation All-Big Core CPU design arranged in a 2+3+3 configuration. The layout includes two ARM C2-Ultra processors, three ARM C2-Pro cores with 1MB of L2 cache each, and another three C2-Pro cores equipped with 512KB of L2 cache. By continuing with an All-Big Core approach, MediaTek is once again avoiding the traditional split between high-performance and small efficiency cores.
The move to TSMC's 2nm process is expected to play a major role in improving both performance and efficiency. Smaller manufacturing nodes generally allow chipmakers to pack more transistors into the same space while reducing power consumption, although the actual gains depend heavily on the final chip design. For smartphones, these efficiency improvements are particularly important because additional performance is only useful if it can be sustained without excessive heat or battery drain.
MediaTek claims the Dimensity 9600 Pro delivers 17% higher single-core performance while using 37% less power than its predecessor. Multi-core performance is said to improve by 15%, while power efficiency reportedly increases by as much as 61%. If those numbers translate well into real-world devices, the efficiency improvements may ultimately be more noticeable than the raw performance gains, especially during sustained workloads.
Agentic AI Becomes a Major Part of the Platform
Artificial intelligence is one of the biggest themes surrounding the new chipset. MediaTek describes the Dimensity 9600 Pro as its fastest and most intuitive Agentic AI mobile processor so far, reflecting the broader smartphone industry's shift toward AI systems capable of performing multi-step tasks instead of simply generating text or images.
The chip introduces a new dual-NPU architecture centred around MediaTek's second-generation Super Efficient NPU 1090. According to the company, the new neural processing hardware offers up to 51% higher LLM prefill performance and 55% faster token generation compared with the previous generation. Those improvements are intended to accelerate large language models running directly on the device, potentially making local AI assistants more responsive while reducing the need to constantly send data to cloud servers.
MediaTek is combining these capabilities through what it calls the AI Computing Fusion Architecture. The idea is to coordinate AI workloads across different parts of the chipset instead of treating the NPU as a completely isolated processor. This could become increasingly important as smartphone AI moves toward assistants that simultaneously understand text, images, voice, device context, and application activity.
Why On-Device AI Matters More Than Ever
Running AI locally has several practical advantages beyond speed. Sensitive information can remain on the smartphone rather than being continuously uploaded to remote servers, while certain AI features can continue working without a strong internet connection. Local processing can also reduce latency for tasks such as summarisation, image recognition, translation, voice processing, and contextual assistants.
The challenge is that advanced AI models require substantial processing power and memory bandwidth. Smartphones have far less thermal headroom than laptops or desktop computers, so simply adding more compute is not enough. The processor must be able to sustain those workloads efficiently, which explains why MediaTek is highlighting both the NPU's performance improvements and the energy benefits of the 2nm manufacturing process.
Whether developers take full advantage of these capabilities will depend heavily on the software ecosystem. The most powerful NPU in the world is of limited value if smartphone manufacturers and application developers do not build meaningful experiences around it. MediaTek's Agentic AI push therefore needs to be matched by strong support from its device partners.
LPDDR6 and UFS 5.0 Push Memory and Storage Forward
The Dimensity 9600 Pro also introduces support for LPDDR6 memory and UFS 5.0 storage, giving future flagship smartphones access to significantly faster memory and storage technologies. Faster memory bandwidth can benefit gaming, AI processing, high-resolution camera workloads, and multitasking, while quicker storage reduces loading times and improves the responsiveness of data-heavy applications.
These technologies may be particularly important for local AI because large models need to move considerable amounts of data between memory, storage, and processing units. Increasing CPU and NPU performance without improving memory bandwidth could create bottlenecks elsewhere in the system. Support for newer memory and storage standards helps prevent the rest of the platform from holding back the chip's computational capabilities.
MediaTek has also upgraded its Dimensity Scheduling Engine, which is responsible for allocating system resources more intelligently. Better scheduling can help determine which workloads are handled by particular CPU cores, the GPU, or other processing blocks, with the goal of balancing speed, temperature, and battery life. In real-world usage, this kind of resource management can be just as important as peak benchmark numbers.
G2-Ultra NX GPU Targets Higher-End Mobile Gaming
Graphics performance receives another substantial upgrade through the new G2-Ultra NX GPU. MediaTek claims peak GPU performance has increased by as much as 27%, while power consumption has been reduced by around 24%. Ray-tracing performance is also said to be up to 18% faster, continuing the company's push toward more sophisticated lighting and rendering effects on mobile devices.
MediaTek is once again using the phrase "console-grade" to describe its gaming ambitions, with the chipset supporting gameplay at up to 185 frames per second under suitable conditions. That figure will obviously depend on the game, display, device cooling, resolution, and graphics settings, so users should not expect every title to run at 185 fps. Still, the specification demonstrates how aggressively mobile hardware is progressing toward extremely high refresh-rate gaming.
Power efficiency will be particularly important here because GPU-intensive gaming is one of the quickest ways to heat up a smartphone and drain its battery. A chip that can provide similar or higher frame rates while consuming less energy could produce a better gaming experience than one that simply reaches impressive peak performance for a short period before throttling.
Ray Tracing Continues to Move Into Smartphones
Hardware-accelerated ray tracing was once something associated almost entirely with desktop graphics cards and game consoles, but it is gradually becoming a standard feature of premium mobile chipsets. The technology allows games to simulate lighting, shadows, and reflections more realistically, although it can be computationally expensive.
The Dimensity 9600 Pro's claimed 18% ray-tracing improvement should give developers additional room to use these effects without sacrificing as much performance. However, software support remains the biggest factor. Mobile developers still need to optimise their games around the capabilities of each chipset, and visual improvements have to justify the additional processing cost.
As more flagship smartphones gain stronger ray-tracing hardware, developers may become more willing to build advanced graphical effects into Android games. That could gradually narrow the visual gap between high-end mobile titles and games designed for dedicated consoles.
Imagiq 1290 Brings a Major Camera Upgrade
Photography and video processing receive another significant boost through the new Imagiq 1290 image signal processor. MediaTek has combined the ISP with its new Dimensity AI Imaging Fusion Architecture, allowing the chipset's neural processing hardware to participate more directly in camera processing.
This combination is designed to improve computational photography by coordinating traditional image processing with AI-based enhancement. Modern smartphone photography already depends heavily on machine learning for noise reduction, dynamic range, portrait segmentation, autofocus, colour processing, and low-light photography. By integrating the NPU more deeply into the imaging pipeline, MediaTek can potentially apply increasingly sophisticated processing in real time.
The chipset supports video capture at up to 4K 240Hz, alongside 4K 60Hz motion capture and other imaging improvements. Recording at such high frame rates opens the door to extremely smooth slow-motion footage, although actual availability will depend on the camera sensors and thermal design chosen by smartphone manufacturers.
The Smartphone Camera Is Becoming an AI Workload
The role of the ISP has changed substantially over the past decade. Smartphone cameras once relied mostly on the quality of their sensors and lenses, but today the final image is increasingly the result of multiple frames, AI algorithms, computational photography, and extensive real-time processing.
That makes camera performance another area where CPU, GPU, NPU, and memory improvements intersect. A modern flagship phone may analyse several frames simultaneously, detect subjects, remove noise, improve exposure, apply HDR, and perform semantic processing before the user even sees the final photograph. MediaTek's AI Imaging Fusion Architecture appears designed specifically around this increasingly complex workflow.
The real test will come when smartphone manufacturers begin integrating the Dimensity 9600 Pro into shipping products. Camera quality depends on far more than the chipset alone, and companies still need strong sensors, lenses, tuning, and software algorithms to produce excellent results.
MediaTek Continues Its Push Into the Premium Market
MediaTek was once associated primarily with affordable and mid-range smartphones, but the Dimensity family has steadily changed that perception. Recent flagship Dimensity processors have become increasingly competitive with the most powerful mobile platforms from Qualcomm and other chipmakers, particularly in CPU performance and power efficiency.
The Dimensity 9600 Pro continues that strategy by targeting practically every flagship category at once: 2nm manufacturing, All-Big Core CPUs, next-generation AI acceleration, improved ray tracing, faster memory, newer storage, and more advanced imaging. Rather than simply competing on price, MediaTek increasingly wants Dimensity to be viewed as a first-choice platform for premium Android phones.
Much will depend on which manufacturers adopt the processor and how widely those devices are distributed. A powerful chipset can establish impressive benchmark results, but broader recognition comes when it appears inside popular phones that consumers can actually buy in many markets.
A Dimensity 9600M Is Coming Too
Alongside the flagship Pro model, MediaTek has also introduced the Dimensity 9600M. The company describes it as a slightly scaled-down alternative to the 9600 Pro, allowing smartphone manufacturers to offer many of the same architectural improvements at a potentially lower cost.
The 9600M still includes MediaTek's Agentic AI Engine and Dimensity Scheduling Engine, so AI and system optimisation remain important parts of the platform. Some performance-oriented capabilities are expected to be reduced compared with the Pro variant, although the exact impact will depend on final device implementations.
This two-tier strategy gives MediaTek more flexibility when working with smartphone makers. The 9600 Pro can occupy the highest end of the market, while the 9600M can potentially appear in devices positioned just below the most expensive flagship models.
Final Thoughts
The Dimensity 9600 Pro represents a significant step forward for MediaTek, but the most interesting part may not be any single performance number. The new platform shows how mobile processors are increasingly being designed around a combination of AI, gaming, imaging, efficiency, and sustained performance, rather than simply chasing higher CPU benchmark scores.
TSMC's 2nm process should give MediaTek more room to improve efficiency, while the new CPU, G2-Ultra NX GPU, dual-NPU architecture, LPDDR6 support, and UFS 5.0 create a strong foundation for next-generation flagship smartphones. The emphasis on Agentic AI also shows where MediaTek believes mobile computing is heading, with phones gradually becoming capable of running more sophisticated assistants and AI workflows directly on-device.
The claimed performance improvements are impressive on paper, but real-world results will depend on cooling, software optimisation, battery capacity, and how aggressively each smartphone manufacturer tunes the chip. The same applies to gaming and imaging, where the chipset provides the potential but the final experience is shaped heavily by the device built around it.
MediaTek says the first smartphones powered by the Dimensity 9600 Pro should arrive through brand partners later this year. Once those devices begin shipping, we will get a much clearer picture of whether the company's new 2nm flagship can translate its ambitious specifications into the kind of sustained performance, battery life, AI capability, and camera quality that users will actually notice.
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