The collaboration between Chinese auto giant Geely and renowned smartphone brand Meizu is set to bring a revolutionary change to the in-car entertainment experience by introducing advanced AI-powered sound systems. In a bid to redefine entertainment standards in automobiles, the partnership aims to take luxury and personalization to unprecedented levels.
The centerpiece of this collaboration is Meizu’s “Galaxy Flyme Auto” smart cockpit system, accompanied by the AI-supported “Flyme Sound Limitless Voice” audio system. These innovations, developed in synergy between automotive and smart technology expertise, are scheduled to be integrated into the new Geely Galaxy models in the coming months.
By combining their skills, Geely and Meizu are introducing a new era in automotive sound, focusing on delivering exceptional auditory experiences in cars. This joint effort signifies a dynamic shift in the Chinese electric vehicle market, with an emphasis on improving the soundscapes of vehicles.
The Galaxy Flyme Auto builds on Meizu’s Flyme OIS platform, providing drivers with a seamless in-cab experience through features like full-screen gestures, continuous voice interaction, and intelligent script recognition. One of its key features is the automatic connection of user smartphones to the vehicle, streamlining functions such as keyless entry, navigation handover, and multi-platform app integration.
At the core of the system lies Geely’s “Dragon Eagle 1,” a 7nm cockpit chip that boasts twice the AI performance of Qualcomm’s Snapdragon 8155. This advanced chip allows for high-resolution video playback and supports multiple AI-based applications. Additionally, it can learn user music preferences, optimize audio settings automatically, and provide a personalized listening experience through a proprietary AI algorithm.
The “Flyme Sound Limitless Voice” audio system takes center stage with its 9.1.6 channel AI-supported configuration. It features 27 speakers with a combined output of 2000W, delivering a captivating 3D surround sound experience comparable to a concert hall. Advanced noise-canceling algorithms help isolate the in-cab environment from external distractions, and simple voice commands offer users a more convenient and safer driving experience.
As Geely and Meizu’s partnership flourishes, the AI sound system promises not only top-tier audiophile-grade in-car audio experiences but also a customized auditory journey tailored to the unique preferences of modern Chinese drivers. This innovative alliance signifies a significant leap towards defining the future sound trends in automotive design.
While the integration of AI-powered sound systems in cars offers numerous advantages like enhanced audio quality and safer voice-controlled functionalities, it is not without its challenges. Complex software and hardware integration, data privacy, and user acceptability are among the key hurdles that Geely and Meizu may face. Ensuring the system’s reliability, balancing cost with advanced features, and maintaining user privacy and data security are critical aspects that need to be addressed.
Ultimately, Geely and Meizu’s collaborative effort holds great potential to transform the in-car entertainment experience, making it more personalized, luxurious, and immersive. However, successfully addressing technical, ethical, and privacy challenges will be crucial to ensure the acceptance and success of these AI-powered sound systems in the market.
FAQ
1. What is the collaboration between Geely and Meizu about?
– The collaboration aims to bring a revolutionary change to the in-car entertainment experience by introducing advanced AI-powered sound systems.
2. What are the main components of this collaboration?
– The centerpiece is Meizu’s “Galaxy Flyme Auto” smart cockpit system, accompanied by the AI-supported “Flyme Sound Limitless Voice” audio system.
3. What can drivers expect from the Galaxy Flyme Auto system?
– The system provides a seamless in-cab experience with features like full-screen gestures, continuous voice interaction, and intelligent script recognition. It also allows automatic connection of user smartphones to the vehicle for keyless entry, navigation handover, and app integration.
4. What is Geely’s contribution to the collaboration?
– Geely provides the “Dragon Eagle 1,” a 7nm cockpit chip with advanced AI capabilities, offering high-resolution video playback, support for AI-based applications, and personalized audio settings based on user preferences.
5. What are the features of the Flyme Sound Limitless Voice audio system?
– The audio system features a 9.1.6 channel AI-supported configuration with 27 speakers and a combined output of 2000W. It delivers a captivating 3D surround sound experience and includes advanced noise-canceling algorithms.
6. What advantages do AI-powered sound systems offer in cars?
– These systems offer enhanced audio quality, safer voice-controlled functionalities, and personalized auditory experiences tailored to the preferences of drivers.
7. What challenges may Geely and Meizu face in implementing AI-powered sound systems?
– Complex software and hardware integration, data privacy concerns, and user acceptability are among the key challenges that need to be addressed. Reliability, cost balance, and user privacy and data security are critical aspects to consider.
Definitions
– AI-powered sound systems: Sound systems that utilize artificial intelligence technology to optimize audio settings, provide personalized listening experiences, and offer advanced features.
– Cockpit chip: A microchip designed specifically for in-car systems, responsible for processing and controlling various functions within the vehicle.
– Snapdragon 8155: A popular mobile processor developed by Qualcomm.
– 3D surround sound: An audio experience that creates the illusion of sounds coming from different directions and distances, providing a more immersive effect.
– Noise-canceling algorithms: Algorithms that analyze and cancel out background noise to improve audio clarity.
Suggested related links
– Geely
– Meizu
The source of the article is from the blog smartphonemagazine.nl