MANILA, Philippines – HONOR has unveiled its latest flagship, the Magic7 Series, at the Snapdragon Summit 2024. Powered by Qualcomm’s Snapdragon 8 Elite Mobile Platform, the Magic7 Series will feature revolutionary AI capabilities, including the first-ever on-device AI Agent designed for an open ecosystem. This AI Agent can assist users with tasks such as ordering food, managing subscriptions, and booking travel with simple voice or text commands, enhancing convenience and automation.
The new HONOR device is also set to debut real-time AI graphics rendering in mobile gaming, utilizing NPU computing to optimize performance. This reduces GPU load, enabling cooler device temperatures and improved image quality, marking the first time on-device generative AI will be used in mobile gaming. HONOR is working closely with Qualcomm to create an AI-first ecosystem, emphasizing connectivity, performance, and seamless user experience across multiple devices through features like MagicRing technology.
The HONOR Magic7 Series is set to officially launch in China on October 30, 2024.
FAQ:
Q: What is the most notable feature of the HONOR Magic7 Series?
A: The HONOR Magic7 Series introduces the industry’s first on-device AI Agent for an open ecosystem, allowing automation of tasks such as ordering and subscription management.
Q: How does the AI improve mobile gaming?
A: The Magic7 Series uses NPU computing for real-time AI graphics rendering, reducing GPU load, lowering device temperatures, and enhancing gaming visuals.
Q: When is the HONOR Magic7 Series set to launch?
A: The official launch will take place in China on October 30, 2024.
Q: What is MagicRing and how does it work?
A: MagicRing enables seamless multi-device experiences, allowing users to easily transfer information and services between HONOR devices, such as smartphones, tablets, and laptops.
Q: How does HONOR plan to revolutionize AI with Qualcomm?
A: HONOR and Qualcomm are collaborating to create an AI-first ecosystem, focusing on enhancing connectivity, interaction, and performance across devices.