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    MediaTek Dimensity
    Flagship 5G Family

    MediaTek Dimensity 9600 Pro
    at‑a‑glance

    A Native AI Architecture
    For Flagship Smartphones
     

    Every core, engineered to think together.
    The Dimensity 9600 Pro fuses NPU, CPU, GPU, and ISP into a single Native AI Architecture — where hardware and software natively act as one.


    Its AI Compute Fusion Architecture blends the benefits of CPU, NPU, and the 3rd-gen Dimensity Scheduling Engine to make AI that's always-on, always available. Multitasking disappears as a concept — every action, every agent, runs at once, without friction.

    GPU and NPU fuse their power into a Neural Graphics Architecture — graphics that are not just smoother but also more detailed and clearer. The AI Imaging Fusion Architecture enables the ISP to tap directly into NPU intelligence, turning every photo and video, regardless of environment or distance, into a sharper, more capable shot.

    The result is a chip that's faster and more responsive, yet radically efficient — all packed into an incredible 2nm design. It's the supreme smartphone chip for the agentic era.

    Key Features

    As smartphones evolve into agentic phones, they need to run traditional mobile workloads while supporting a personal AI assistant that stays active in the background 24/7 — observing, reasoning, and assisting in real time. Where conventional architectures have struggled to balance power consumption with responsiveness, the Dimensity 9600 Pro eliminates that trade-off, delivering industry-leading peak performance alongside exceptional sustained efficiency.

    Dual NPU Architecture

    At its core is a dual NPU architecture, combining the ultra-performance MediaTek NPU 1090, built for the most intense on-device generative and agentic workloads, and the Super Efficient NPU 2.0, purpose-built for invisible, always-on scheduling. Paired with the new Dimensity Agentic AI Engine, this duo transforms AI from a passive responder into a proactive digital companion — one that understands context, anticipates needs, and coordinates intelligently across apps and services.

    The Most Powerful On-Device AI Performance

    Enabling real, personal, and proactive mobile AI, the NPU 1090 pushes on-device AI performance into the stratosphere, delivering the double INT4 computing than the previous-generation, 55% greater Token generation per watt, and 51% faster LLM Prefill performance . A new hardware compression engine upgrade KV-cache compression technology to reduce the LLM footprint size, alongside edge-training LLM technologies and support for Mixture of Experts (MoE) LLM on-device inference — together enabling the best generative AI smartphone experience.

    Always-on Intelligence

    Delivering faster performance and more low power saving than its predecessor, the Super Efficient NPU 2.0 gives background AI activity a dedicated always-on domain, so agents keep working continuously without draining the battery.

    Leading 2nm Chip Design

    Leading where others follow, the MediaTek Dimensity 9600 is a first-wave 2nm smartphone chip design that’s built to simultaneously raise the bar on performance, capability, and power-efficiency.

    4th Generation All Big Core CPU

    The AI Compute Fusion architecture is represented by the combination of efficient CPU scheduling and NPU performance, backed by an end-to-end high-bandwidth hierarchy spanning CPU and SLC caches through the latest LPDDR6 memory and UFS 5.0 storage — keeping data crunching at peak speed at every level.

    At its heart is MediaTek's 4th-generation All Big Core CPU: a revolutionary 2+3+3 design pairing two Arm C2-Ultra processors, three Arm C2-Pro processors with 1MB L2 cache and three Arm C2-Pro with 512KB L2 cache, which altogether contribute to a 21% larger L2 cache system.

    • 17% faster and 37% more power-efficient CPU single-core performance
    • 15% faster and 61% more power-efficient CPU multi-core performance

    Dimensity Scheduling Engine 3.0 x AI Compute Fusion Architecture Advantage

    • 40% faster LLM token generation
    • 27% faster on-device AI model launch speed

    First-wave support for UFS 5.0 and LPDDR6

    MediaTek leads the industry with first-wave support for both UFS 5.0, which delivers 2x faster read/writes than the previous generation, and LPDDR6, which boosts effective memory bandwidth by 33% at the same frequency.

    Together, this architecture delivers our best-ever smartphone performance, effective scheduling for multi-domain AI, and performance-per-watt efficiency — scaling as fast as your ambitions.

    MediaTek's unique direct GPU–NPU sync fuses the full capabilities of graphics and neural computation, combining powerful rasterization and raytracing performance, backed by a unique dynamic cache architecture to yield best-in-class flagship gaming performance and superior super-resolution quality and speed. 

    • Superior super-resolution quality with PC level neural graphics rendering
    • Supports native 185+FPS gameplay
    • 27% greater peak performance
    • 24% better power efficiency at peak performance
    • Up to 18% faster raytracing performance
    • Supports hardware-accelerated OMM raytraced gameplay
    • Ray Tracing Pipeline capable of multi-material reflection

    At its core, the Dimensity 9600 Pro’s flagship ISP is built to capture the real world with incredible precision — the full detail of any moment, straight from the sensors.

    Beyond the sensor, its AI Imaging Fusion Architecture (ISP-NPU) is ready on request; this system-level optimization is a cohesive imaging pipeline that redefines mobile photography and videography — such as 4K live photo with full depth of field in just a single click.

    Where other chips overheat, the Dimensity 9600 Pro doesn't break a sweat. It’s incredible power efficiency unlocks unlimited 4K HDR capture time in true DSLR quality, unleashing every filmmaker's true potential.

    • Highly accurate 60fps continual subject focus-tracking
    • Pro-grade 17EV HDR video capture with LOFIC and UFCC
    • Best-in-class 4K60 with content-aware semantic processing for true colour videography
    • Industry-leading Up to 4K240 slow-mo video capture

    New H.266 Hardware Video Decoder

    Building on MediaTek's three decades of multimedia leadership and legacy, the MediaTek Dimensity 9600 Pro is the world's first smartphone processor to include H.266 hardware decode support for streaming video.

    In addition, it includes MV-HEVC support for spatial video, and improved power efficiency for video encoding.

    Rec. 2020 Color Quality for Displays

    The MediaTek Dimensity 9600 Pro supports an end-to-end BT.2020 (Rec. 2020) colour pipeline, enabling an ultra-wide colour gamut from source to display and ensuring studio-grade true-to-life colour accuracy suitable for professional use.

    Sharp, Accurate Displays that Endure

    Smartphone displays benefit from multi-frame overdrive, which works to eliminate motion blur, keeping fast-moving content sharp and fluid on screen. Alongside this, MediaTek’s PPST (Panel Power Saving Technology) and VHM (Video Hybrid Mode) together deliver further power-efficiency gains, ensuring vivid, lifelike visuals never come at the cost of battery life.

    The fully integrated 5G Advanced modem supports 5CC carrier aggregation up to 350MHz (>7.4Gbps), with in-modem AI (MMAI) enabling real-time network optimizations that reduce gaming latency. 

    MediaTek AI Connectivity Framework provides 90% time reduction in Wi-Fi roaming, achieves zero-lag for gaming live-streaming and 30% better positioning accuracy and improved roaming stability.

    The Dimensity 9600 Pro also introduces support for the latest Bluetooth 6.2.

    The MediaTek Dimensity 9600 Pro integrates essential, future-proof capabilities to create a secure hardware and software ecosystem for apps and services, helping to protect user data.

    • HWRoT: Hardware Root of Trust with tamper-resistant protection
    • PQC: defence against future quantum attacks
    • AISeal: Hypervisor isolation for proactive AI privacy (using pKVM)

     

     

    *The percentage figures shown are in reference to the previous generation Dimensity flagship processor.

    Specifications

    CPU

    Processor

    2x Arm C2-Ultra, 2MB L2 cache
    3x Arm C2-Pro, 1MB L2 cache
    3x Arm C2-Pro, 512KB L2 cache
    16MB L3 cache
    10MB SLC

    Cores

    Octa (8)

    Memory & Storage

    Memory Type

    LPDDR6 10667

    LPDDR5X 10667

    Storage Type

    UFS 5.0

    Connectivity

    Cellular Technologies

    3GPP-R17, Sub-6GHz (FR1), 2G-5G multi-mode, 5G-CA, 4G-CA, 5G FDD / TDD, 4G FDD / TDD, TD-SCDMA, WDCDMA, EDGE, GSM

    Specific Functions

    5G/4G Triple SIM Triple Active (TSTA), Dual Data, SA & NSA modes; SA Option2, NSA Option3 / 3a / 3x, NR FR1 TDD+FDD, DSS, 256QAM VoNR / EPS fallback

    DL Functions

    Sub6 DL 5CC 350MHz, R17 Enhancement, LB DL 4x4 MIMO

    UL Functions

    Sub6 UL 2CC 200MHz, R17 Enhancement, FDD UL 2x2MIMO/PC2

    Power Savings

    MediaTek 5G UltraSave 2.0, R17 Power Saving Enhancement

    GNSS

    GPS L1CA+L5+L1C
    BeiDou B1I+ B1C + B2a +B2b 
    Glonass L1OF
    Galileo E1 + E5a + E5b
    QZSS L1CA + L1CB + L1C + L5
    NavIC L5 + L1

    Wi-Fi

    Wi-Fi 7 (a/b/g/n/ac/ax/be)

    AI Networking

    Triple Band Triple Concurrency (TBTC)

    Up to 7.3Gbps

    Bluetooth

    6.2 with dual Bluetooth engine

    Up to 12Mbps

    Cameras

    Max Camera Sensor Supported

    200MP

    Video Capture Functions

    8K60
    4K60 96dB HDR video capture
    4K60 HDR with content-aware semantic processing
    4K120 with EIS
    4K240 slow-mo

    GPU

    GPU Type

    Arm Mali-G2 Ultra NX

    Video

    8K60, 10-bit Video Decode (VVC/HEVC/AVC/VP9/AV1)
    8K30, 10-bit Video Encode (HEVC/AVC)
    8K60, 8-bit Video Encode (HEVC)

    Display

    Max Refresh Rate

    WQHD+ 180Hz
    Tri-port MIPI for Tri-Fold Displays

    Display Functions

    BT.2020 (Rec. 2020) color pipeline
    Multi-frame overdrive

    AI

    AI Processing Unit

    MediaTek NPU 1090 (Generative AI, Agentic AI)
    Super Efficient NPU 2.0