MediaTek

MT6921BA

  • The MT6921BA is a MediaTek chipset designed primarily for audio and voice applications, offering enhanced capabilities for speech processing, voice recognition, and audio enhancement. It is optimized for use in devices like smart speakers, smart home assistants, wearable technology, and other voice-activated systems. The MT6921BA is designed with advanced audio processing capabilities to improve the quality of voice commands and speech recognition. The MT6921BA is optimized for AI-based voice recognition. The MT6921BA is designed with energy efficiency in mind, making it an ideal choice for battery-powered devices like wearables, headphones, and portable speakers.

Product Description

The MT6921BA from MediaTek is a sophisticated audio processor designed to enhance voice recognition and improve overall sound quality for consumer electronics and IoT devices. It integrates a variety of advanced audio features to provide a better user experience in environments where voice commands and audio processing are critical.

One of the key strengths of the MT6921BA is its advanced speech processing capabilities. It incorporates noise cancellation and echo suppression technologies, which are vital for ensuring that voice commands are clearly heard and understood, even in noisy environments. Whether used in a smart home, automotive system, or a wearable device, these features make sure that the device can effectively capture voice input without interference from background sounds, improving both voice recognition accuracy and user interaction.

The chip supports multi-microphone array processing, which enables devices to capture 360-degree sound. This makes it particularly useful in applications where users may speak from different angles or where multiple people might be giving commands at the same time. Devices like smart speakers or headphones benefit from this feature, as they can better isolate and process voices, leading to improved clarity and accuracy in recognizing commands.

In addition to audio processing, the MT6921BA is integrated with AI-based voice recognition. This allows it to offer more intelligent responses, as it is capable of recognizing complex commands and understanding context over time. This is particularly beneficial in smart home assistants or devices that require ongoing interaction with the user, such as voice-activated thermostats, lights, or security systems.

The low power consumption of the MT6921BA ensures that it is an ideal choice for devices that require long battery life, such as wearables and portable speakers. Whether used in Bluetooth earbuds, fitness trackers, or voice-controlled headphones, this chip enables devices to run efficiently for extended periods without frequent recharging.


Specification

  • Audio Features:

    • Speech Enhancement: Features advanced audio algorithms for speech recognition, voice enhancement, and clearer audio capture in challenging environments.

    • Noise Suppression: Reduces background noise to focus on the user’s voice, improving the accuracy of voice commands.

    • Echo Cancellation: Helps to eliminate any echoes, ensuring clearer communication during voice interaction.

  • Microphone and Audio Array Support:

    • Supports multi-microphone arrays, which allow for better directional audio capture and enhanced voice detection, even from multiple users or different directions.

  • Low Power Consumption:

    • Designed to provide low power usage for extended battery life, making it suitable for wearables, headphones, and IoT devices that require constant voice interaction without frequent recharging.

  • AI and Voice Recognition:

    • Integrates with AI-powered voice recognition technology to improve speech-to-text conversion, allowing devices to accurately interpret voice commands in real time.

    • Context-aware voice recognition, enabling more intelligent responses based on previous interactions.

  • Applications:

    • Ideal for use in smart speakers, smart home assistants, wearable tech, headphones, and IoT devices requiring high-quality voice recognition and audio processing.


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