MediaTek

MT6889

  • The MT6889 is a mobile System-on-Chip (SoC) developed by MediaTek, designed to provide advanced 5G capabilities and high-performance features for premium smartphones and mobile devices. This chip integrates cutting-edge technologies like 5G connectivity, AI capabilities, and graphics performance, aimed at delivering a seamless, high-quality user experience in smartphones and other consumer electronics.

Product description

The MT6889 is a flagship mobile SoC from MediaTek, featuring 5G connectivity and advanced AI capabilities, designed to meet the high demands of premium smartphones and mobile devices. It is a highly capable chip that enables next-generation experiences, with a primary focus on 5G and AI-powered features.

The 5G connectivity support in the MT6889, including both sub-6 GHz and mmWave technologies, ensures that devices using this chip can take full advantage of 5G networks, delivering ultra-fast download speeds, low-latency communication, and the ability to handle multiple devices simultaneously. This is especially beneficial for data-heavy applications such as cloud gaming, virtual reality, and live streaming.

One of the key features of the MT6889 is its AI Processing Unit (APU), which allows devices to perform AI tasks more efficiently. This includes camera optimizations such as AI-enhanced photo processing, image stabilization, and real-time facial recognition. Additionally, AI-driven battery management optimizes power consumption, extending battery life even during intensive usage periods. The AI features are also valuable for improving user experience through personalized content and smart system optimizations based on user behavior.

In terms of performance, the MT6889 incorporates a multi-core CPU, which enables it to handle demanding tasks like mobile gaming, video streaming, and multitasking without slowing down. The high-performance GPU ensures that the chip can render complex graphics with ease, making it ideal for 3D gaming, high-quality video playback, and virtual reality applications. The graphics processing unit also supports smooth frame rates and enhanced visual effects, delivering an immersive experience for users.

The MT6889 is also optimized for camera and multimedia performance. With support for 4K video recording and multi-frame image processing, the chip enables high-quality video capture and stunning photo results. Whether users are shooting professional-grade videos or taking AI-enhanced photos, the MT6889 can deliver exceptional visual quality, even in low-light conditions. The chip also supports real-time image processing, including noise reduction and dynamic range adjustments, ensuring that photos and videos look their best, no matter the lighting.

Finally, the MT6889’s power management features help ensure that devices powered by this SoC can offer extended battery life despite high-performance demands. With AI-powered power management, the chip intelligently adjusts performance levels based on the task at hand, ensuring that devices use power efficiently and last longer on a single charge.


Specification parameters

  • 5G Connectivity:

    • Supports sub-6 GHz and mmWave 5G for ultra-fast and low-latency connectivity.

    • Provides high-bandwidth performance for data-intensive tasks such as HD streaming, cloud gaming, and VR.

  • AI Integration:

    • Features a powerful AI Processing Unit (APU) for AI-based enhancements like camera processing, battery optimization, and voice recognition.

  • CPU and GPU:

    • Multi-core CPU optimized for high-performance tasks, multitasking, and smooth app performance.

    • Powerful GPU capable of handling high-end gaming and advanced graphics rendering.

  • Camera and Video Features:

    • Supports 4K video recording, AI-enhanced image processing, and multi-frame photography.

    • Advanced image stabilization and low-light enhancements for professional-grade photo and video quality.

  • Power Efficiency:

    • AI-powered power management for optimal battery life and energy efficiency.

    • Smart resource allocation for extending battery performance during less demanding tasks.


Product view

Related products