LG Unveils Thinnest-Ever Gram Laptops with Powerful Hybrid AI

2024-12-31

LG has announced its latest lineup of Gram laptops for 2025, featuring groundbreaking innovations like the first-ever Copilot+ PC and the integration of Gram AI, a proprietary hybrid AI system. These ultra-slim and lightweight devices, including the Gram, Gram Pro, Gram Pro 2-in-1, and Gram Book, are set to be unveiled at CES 2025.

A key highlight is the of “Gram Chat,” an on-device AI that leverages both local processing power and cloud-based AI. This hybrid approach ensures seamless AI functionality even when offline, utilizing LG’s powerful EXAONE large language model. When connected to Wi-Fi, Gram Chat seamlessly transitions to cloud-based AI powered by GPT-4o, providing users with consistent and robust AI assistance across various scenarios.

Gram Chat is designed to seamlessly integrate with essential applications like calendars and email, empowering users to efficiently manage schedules, send and receive messages, and streamline their workflows. The integration of the “Time Travel” feature, similar to Windows’ controversial feature, allows users to easily revisit and navigate through previously accessed web pages, documents, videos, and audio files.

The new Gram lineup boasts impressive hardware, powered by the latest Intel processors, including the “Arrow Lake” Intel Core Ultra H-Series and the “Lunar Lake” Intel Core Ultra V-Series, specifically optimized for AI tasks. The 0.49-inch thick LG Gram Pro with the Lunar Lake chip holds the distinction of being the first Copilot+ PC, a designation announced at IFA in Berlin earlier this year.

The Lunar Lake processors deliver exceptional performance, offering extended battery life and significantly enhanced AI capabilities through their integrated NPUs, capable of up to 48 TOPS (trillion operations per second). The 2025 Gram Pro laptops continue LG’s trend of offering ample storage options, with up to 2TB available (except for the Gram Book), and generous RAM configurations.

While the 16-inch 2-in-1 Gram Pro offers the exclusive option of an OLED display, the majority of the lineup features vibrant LCD displays with high refresh rates. The LG Gram Pro 2-in-1 (16-inch) and Gram Pro (16-inch) models are available with Intel Core Ultra 5, 7, and 9 processors, while the Gram Pro (17-inch) and Gram Book (15.6-inch) offer Intel Core Ultra 5, 7, and Intel Core i5 options, respectively.

Pricing details have not yet been released by LG. However, based on the pricing of the 2024 Gram Pro models, it is estimated that the flagship models will likely range from $1,500 to $2,000 and above. The LG Gram Book, with its more modest hardware configuration, is expected to be priced more competitively.

What Undercode Says:

LG’s new Gram laptop lineup represents a significant leap forward in the integration of AI into the user experience. The hybrid AI approach of Gram Chat, combining on-device and cloud-based AI, ensures consistent and powerful AI assistance regardless of internet connectivity. This innovative solution addresses a critical limitation of many AI-powered devices and provides users with greater flexibility and convenience.

The selection of the latest Intel processors, particularly the AI-optimized Lunar Lake chips, further enhances the performance and efficiency of these devices. The integration of NPUs into the processors significantly accelerates AI tasks, enabling users to experience faster response times, smoother multitasking, and more seamless AI interactions.

Furthermore, the focus on maintaining an ultra-slim and lightweight form factor while incorporating powerful hardware is commendable. This commitment to design and portability ensures that these laptops remain highly appealing to users who value both performance and mobility.

However, it is crucial to closely monitor the thermal performance of these devices, given the challenges of effectively cooling high-performance components within such thin chassis. Overheating can significantly impact performance and potentially shorten the lifespan of the components.