Reports

MediaTek has successfully demonstrated an emergency satellite communication service for smartphones using the Starlink network. The demo showcased how a standard smartphone, equipped with MediaTek's 5G NTN (Non-Terrestrial Network) chipset, can directly connect to low-earth orbit (LEO) satellites for two-way messaging and emergency SOS services. This marks a significant step towards integrating satellite connectivity into mainstream consumer devices. The core of the demonstration is MediaTek's 5G NTN chipset, which enables direct satellite communication without the need for external antennas. During the demo, the smartphone successfully sent and received SMS messages via the Starlink satellite constellation. This technology is designed to provide critical communication links in areas without traditional cellular coverage, such as remote mountains, oceans, or disaster zones, enhancing personal safety. This technical demonstration is part of MediaTek's collaboration with SpaceX's Starlink, aiming to commercialize the 3GPP 5G NTN standard. It highlights the potential for seamlessly integrating satellite connectivity into the existing mobile ecosystem, paving the way for broader satellite-to-phone services in the future. **Comment**: This demo is a key milestone in democratizing satellite communication. By leveraging its 5G NTN chip technology, MediaTek lowers the barrier for direct satellite-to-phone connectivity, creating a differentiated approach compared to proprietary solutions from Apple or Huawei. It is advisable to monitor the subsequent progress of chip mass production integration and partnerships with more smartphone OEMs, as this could redefine the boundaries of mobile network coverage.

MediaTek, in collaboration with the European Space Agency (ESA), Eutelsat, Airbus, Sharp, ITRI, and Rohde & Schwarz (R&S), has announced the successful completion of the world's first 5G-Advanced NR-NTN (Non-Terrestrial Network) connection test based on the 3GPP Release 19 standard. This demonstration was conducted over OneWeb's Low Earth Orbit (LEO) satellite constellation, representing a critical step towards the practical application of 5G-Advanced satellite communication technology. The demo showcased the capability to directly apply the 5G NR standard to satellite communications, aiming to enable direct connectivity between smartphones and satellite networks. The test utilized NR-NTN technology compliant with the Rel-19 standard, a key component of the 5G-Advanced evolution focused on enhancing the performance and efficiency of satellite links. This collaboration brought together chip design (MediaTek), satellite operators (Eutelsat, OneWeb), device manufacturers (Sharp), test & measurement (R&S), and research institutions, validating the end-to-end technical feasibility from space to ground terminals. **Comment**: This demonstration is a milestone in the convergence of 5G and satellite communications, validating the technical feasibility of the Rel-19 NR-NTN standard in LEO satellite scenarios. It lays a crucial foundation for future globally seamless "smartphone-direct-to-satellite" services. The deep collaboration among leading players across the industry chain accelerates the technology's journey from standardization to commercialization.

MediaTek has officially launched its new “Artificial Intelligence” technology platform, designed to integrate advanced AI capabilities across its product portfolio and empower next-generation smart edge devices. The platform's core lies in its edge-computing-optimized AI processing architecture, capable of efficiently running complex Generative AI and Large Language Models (LLMs), significantly enhancing on-device AI processing power and responsiveness. This technology platform integrates MediaTek's latest innovations in APU (AI Processing Unit), NPU (Neural Processing Unit), and software stacks. Through deep hardware-software co-optimization, the solution supports multimodal AI tasks and achieves a balance between power efficiency and performance, enabling smooth, low-power AI experiences on devices such as smartphones, IoT, automotive, and smart home products. This move signals MediaTek's acceleration in driving the proliferation of AI from the cloud to the device side (On-Device AI), providing partners with a foundation for building differentiated AI applications. **Comment**: MediaTek's release is not a single product but a future-oriented underlying AI technology framework, indicating a clear strategic intent. Its emphasis on on-device AI processing directly addresses the growing market demand for privacy, low latency, and offline AI functionality. It is advisable to monitor the subsequent integration of this platform into specific chip products (e.g., Dimensity series) and its ecosystem adaptation progress with mainstream AI models and development tools, which will be key indicators of its technological competitiveness.

MediaTek has officially launched its HyperEngine gaming technologies, a comprehensive suite designed to optimize and elevate the gaming experience on mobile devices. This technology primarily consists of four core engines, each dedicated to optimizing network, graphics, control, and performance respectively. For network optimization, HyperEngine utilizes intelligent network prediction and dual-link concurrency technology to significantly reduce game latency and enhance connection stability, ensuring seamless online battles. The graphics engine integrates hardware-based ray tracing to deliver more realistic lighting and shadow effects for mobile games. The control engine improves touch feedback and reduces operational latency through high-precision touch response and intelligent sensing algorithms. The performance engine intelligently schedules CPU, GPU, and memory resources to maintain high frame rates while effectively managing power consumption and heat. Integrated into MediaTek's Dimensity series mobile platforms, HyperEngine aims to provide end-to-end gaming optimization for gaming phones and premium smartphones, marking a significant step towards higher performance and more immersive mobile gaming experiences. **Comment**: The launch of MediaTek HyperEngine represents a key move to penetrate the细分市场 and strengthen the competitiveness of the Dimensity platform. By integrating multi-dimensional optimizations from the underlying hardware to the user experience, particularly tackling core pain points like network latency and graphics quality, it demonstrates focused innovation. It is advisable to monitor its practical implementation in upcoming flagship Dimensity chips and the progress of ecosystem partnerships with game developers.

MediaTek has officially launched its MiraVision display technology. This technology aims to significantly enhance the screen display quality and visual experience of mobile devices such as smartphones and tablets through a series of advanced image processing and optimization features. The core of MiraVision lies in its integrated intelligent image processing engine. This engine can analyze and optimize display content in real-time, supporting various High Dynamic Range (HDR) standards including HDR10+, HDR10, and HLG, thereby delivering richer colors, higher contrast, and more realistic picture details on compatible devices. Furthermore, the technology features intelligent scene recognition, automatically adjusting display parameters for different content types like video, gaming, and photos to provide the optimal viewing experience. MediaTek emphasizes that MiraVision is designed to bring a cinema-grade visual experience to end-users and has been integrated into several of its mobile platform chips, offering device manufacturers a ready-to-use, high-quality display solution. **Comment**: The launch of MiraVision by MediaTek is a key step in strengthening the comprehensive experience of its mobile platforms and advancing into the high-end market. By combining software and hardware optimization, this technology directly enhances the display competitiveness of end products, helping device manufacturers create differentiated selling points. Partners in the industry chain focusing on mobile display technology should evaluate its integration level and practical performance compared to existing solutions.

MediaTek recently unveiled its latest smartphone camera technology, Imagiq. This technology aims to significantly enhance smartphone photography capabilities through a series of advanced image processing algorithms and innovative hardware architecture. The core of Imagiq technology lies in its integrated AI processing unit and powerful Image Signal Processor (ISP). It enables more accurate scene recognition, faster autofocus, and superior performance in low-light environments. The technology also supports multi-frame synthesis and real-time HDR processing, preserving more details in high dynamic range scenes and reducing overexposed and underexposed areas. Furthermore, its AI noise reduction algorithm effectively suppresses noise in low-light conditions, improving image clarity. This technology is expected to be integrated into MediaTek's future flagship and high-end mobile platforms, providing smartphone manufacturers with a more powerful foundation for imaging solutions and helping end products establish differentiated advantages in the highly competitive field of mobile photography. **Comment**: The launch of MediaTek's Imagiq technology is a key step in its assault on the high-end mobile imaging market. By strengthening the synergy between AI and ISP, this technology has the potential to narrow the algorithmic gap with competitors. For smartphone manufacturers, it provides a reliable technological option to enhance the imaging performance of mid-to-high-end models. It is worth monitoring the actual implementation effects and market feedback of its subsequent chip products.

MediaTek today officially launched the Dimensity 9500s and Dimensity 8500 mobile platforms, targeting next-generation flagship and premium smartphones with a focus on performance, gaming, and power efficiency. The flagship-tier Dimensity 9500s features an advanced "all-big-core" CPU architecture, integrating the latest Armv9 CPU cores and a powerful Arm Immortalis-G9 GPU, designed to deliver top-tier peak and sustained gaming performance. It also incorporates MediaTek's 7th-generation AI Processing Unit (APU) to support a broader range of generative AI applications. The Dimensity 8500, aimed at the premium segment, balances performance and efficiency, equipped with a robust CPU, GPU, and APU combo, and supports high-speed memory and storage. Both platforms emphasize power efficiency and thermal management under heavy gaming loads for sustained performance. This move intensifies competition in the high-end mobile SoC market, offering OEMs more options.

MediaTek showcased its end-to-end solutions for the smart retail sector at NRF 2026. The focus was on enhancing retail intelligence and connectivity through integrated advanced computing and communication technologies. The core of the solution leverages MediaTek's chipset portfolio to deliver high-performance, low-power processing for various retail devices, supporting a wide range of wireless connectivity standards including Wi-Fi, Bluetooth, and cellular networks. This enables a seamlessly connected retail ecosystem, facilitating real-time data collection and interaction across smart shelves, electronic shelf labels, self-checkout terminals, and inventory management robots. Through the demonstration, MediaTek highlighted how its technology empowers retailers to optimize inventory management, enhance customer experience, and automate operations. The solution aims to address challenges in traditional retail such as data silos, slow response times, and labor costs, driving the transformation towards smarter and more efficient physical retail. **Comment**: MediaTek is actively extending its chipset strengths from mobile and IoT into vertical industries. This retail solution showcase represents a strategic shift from providing single hardware components to offering scenario-based system solutions, which helps establish a differentiated advantage in the competitive IoT market. Its subsequent product deployments and partner ecosystem development warrant close attention.

MediaTek has officially launched its next-generation flagship mobile platform, the Dimensity 9500. It is designed to deliver best-in-class performance, AI experiences, and power efficiency for the next generation of smartphones. The Dimensity 9500 is built on an advanced process (believed to be TSMC's second-generation 4nm or 3nm) and features an innovative "All Big Core" CPU architecture. It integrates the industry-leading latest Arm Cortex-X5 super core and high-performance Cortex-A7xx series cores, aiming for a breakthrough balance between performance and power efficiency. For AI, the platform incorporates MediaTek's 7th Gen APU AI processor, significantly boosting the efficiency and performance of on-device generative AI applications and supporting mainstream large language models (LLMs). Additionally, its integrated flagship Immortalis-G9xx series GPU and advanced 5G modem ensure top-tier gaming, imaging, and connectivity experiences. MediaTek emphasizes that the Dimensity 9500 demonstrates "best-in-class" CPU performance and multi-threaded power efficiency in various benchmarks, while its GPU performance and efficiency also lead the industry, setting a new standard for premium flagship phones. **Comment**: The "All Big Core" CPU architecture is the most significant technical highlight of this launch, representing a radical departure from the traditional "big.LITTLE" design to fully unleash the potential of high-performance applications. Its real-world power efficiency will be a key market focus. MediaTek continues its aggressive push into the high-end market by strengthening AI and foundational computing capabilities.

At CES 2026, MediaTek unveiled its flagship Wi-Fi 8 platform, the Filogic 8000 series. This series aims to pioneer the next-generation Wi-Fi 8 ecosystem, marking the evolution from Wi-Fi 7 to Wi-Fi 8. The MediaTek Filogic 8000 series is a flagship platform designed for high-performance applications, such as premium gaming routers, enterprise-grade access points, XR devices, and smart home hubs requiring ultra-low latency and extremely high throughput. A core technological innovation of the platform is the integration of a MediaTek-developed AI processor, enabling intelligent network optimization, dynamic resource allocation, and proactive interference management to handle increasingly complex wireless environments. Furthermore, the platform supports key new technologies introduced in the Wi-Fi 8 standard, such as enhanced Multi-Link Operation (MLO) and Multi-Resource Unit (MRU) features, designed to deliver more stable and higher-capacity wireless connections. The launch of this series is expected to accelerate the time-to-market for Wi-Fi 8 certified products and push the boundaries of applications like 8K streaming, immersive AR/VR, and real-time cloud gaming. **Comment**: MediaTek's move aims to seize the high ground in next-generation wireless connectivity technology. By integrating an AI processor and fully supporting new Wi-Fi 8 features, the Filogic 8000 series builds differentiated advantages in performance optimization and intelligent management. It is advisable to monitor subsequent customer adoption and specific performance benchmark data to assess its market competitiveness.

MediaTek and DENSO, a leading global automotive components supplier, have announced a collaboration to develop next-generation automotive System-on-Chips (SoCs) for Advanced Driver-Assistance Systems (ADAS). The partnership aims to combine MediaTek's expertise in advanced SoC design, computing, and artificial intelligence (AI) technologies with DENSO's deep experience in automotive-grade safety, quality, and reliability. The collaboration will focus on developing high-performance, energy-efficient chip solutions for critical ADAS applications such as forward-looking cameras, in-vehicle computers, and central computing units. These SoCs are expected to support autonomous driving functions from L2 to L3 levels and meet increasingly stringent automotive functional safety (e.g., ISO 26262) and cybersecurity requirements. By leveraging the strengths of both parties, the goal is to accelerate the delivery of more advanced and reliable ADAS platforms to global automakers. **Comment**: This collaboration signifies MediaTek's strategic deepening in the automotive electronics sector, particularly in the high-value ADAS computing platform market. By partnering with a Tier-1 giant like DENSO, MediaTek is poised to translate its chip design and AI capabilities from the consumer electronics domain into automotive-grade solutions more rapidly, challenging the existing market landscape. For the industry, this suggests the potential emergence of more high-performance and cost-effective ADAS chip options.

MediaTek announced that its co-designed GB10 Superchip with NVIDIA has been integrated into NVIDIA's newly launched DGX Spark AI system. This chip is optimized for AI inference and edge computing workloads, marking MediaTek's first superchip to incorporate an NVIDIA GPU. The GB10 Superchip combines MediaTek's Arm-based processor with NVIDIA's GPU technology, targeting large-scale AI inference tasks. Its design focuses on improving energy efficiency and computational density to meet the growing demands of data center and edge AI applications. This collaboration signifies MediaTek's official entry into the high-performance AI computing market and deep integration with NVIDIA's ecosystem. The DGX Spark system, built around this superchip, is aimed at enterprise AI deployments to streamline AI workflows from training to inference. It offers a new hardware option for customers seeking high-performance, energy-efficient AI solutions. **Review**: This collaboration is a critical step for MediaTek's expansion from mobile and consumer electronics into the high-end data center and edge AI markets. By directly partnering with NVIDIA, MediaTek gains a strong ecosystem entry point and brand endorsement. However, its long-term competitiveness in the HPC market will depend on actual product performance and customer adoption.

MediaTek announced the successful development of a chip utilizing TSMC's next-generation 2-nanometer (N2) process technology, achieving significant breakthroughs in both performance and power efficiency. This development marks a key advancement in MediaTek's layout of advanced process technologies. The chip is based on TSMC's N2 process, designed to deliver substantial performance gains and power consumption reduction. MediaTek stated that the early development of the chip is progressing smoothly and has successfully completed tape-out, laying the foundation for future high-end mobile computing platforms. This indicates MediaTek's capability to launch more competitive flagship SoC products. <b>Comment</b>: This move by MediaTek aims to seize the technological high ground for next-generation mobile chips. Adopting TSMC's most advanced 2nm process directly targets the next-generation flagship chips from competitors like Qualcomm and Apple. It is recommended to monitor the subsequent product launch timeline, final naming, and actual performance comparisons with competing products to assess its true competitiveness in the high-end market.