Framework and Nvidia Evolution: Swappable Graphics Processing Units for Laptops

Launch of Swappable GPU Modules and Framework Laptop 16

Exceptional Evolution: This marks a paradigm shift for portable gaming devices, as Framework and Nvidia have announced their collaboration to launch swappable Graphics Processing Units (GPUs) for laptops. This innovative partnership aims to give users unprecedented flexibility to easily upgrade their devices, eliminating the need to purchase an entirely new laptop to improve graphics performance.

Framework Laptop 16: is the flagship laptop that supports this revolutionary technology, as it will see the launch of the first swappable Nvidia RTX 5070 GPU. This module is currently available for pre-order, with the first batch of shipments expected to begin in November. To facilitate the upgrade process, the GPU module will be sold separately, offering users great flexibility to enhance their device's performance over time.

Easy Upgrade and Enhanced Graphics Performance

Quick and Easy Installation: The installation process for the new graphics module is remarkably easy and fast, taking no more than five minutes thanks to a simple screw-based disassembly and assembly system. This design represents a significant improvement over older MXM GPU units, which required deeper device disassembly and reapplication of thermal paste, making the upgrade process complex and unsuitable for most users.

Enhanced Performance: The Framework Laptop 16 can now seamlessly switch between AMD and Nvidia GPUs, providing users with a wider range of options. The new RTX 5070 unit is expected to deliver a performance increase of 30% to 40% compared to the previous AMD Radeon RX 7700S unit available for the device. Reports indicate that this improvement will translate into a smoother gaming experience and higher frame rates in demanding games, enhancing the laptop's ability to run the latest games efficiently (Source: VideoCardz).

Comprehensive Cooling Improvements and New Processors

Advanced Cooling System: The developments were not limited to graphics units alone but also included comprehensive improvements to the Framework Laptop 16's cooling system. Honeywell PTM7950 thermal interface material was used, along with redesigned fan blades and IC controller engineering, aimed at reducing noise and supporting a sustained thermal design power (TDP) of up to 100 watts. To ensure all users benefit from these improvements, an enhanced version of the AMD Radeon RX 7700S graphics unit with the new cooling system will be available.

AMD AI 300 / Strix Point Processors: Additionally, the new laptop will come with AMD AI 300 / Strix Point processors, offering up to 12 cores and 24 threads of Ryzen HX 370. These processors are known for their advanced capabilities in accelerating on-device artificial intelligence tasks, enhancing performance in applications such as video editing, data analysis, and creative tasks that rely on AI (Source: Framework Blog). The device will ship with a 240W USB-C PD power adapter, a first in the world of laptops, preventing battery drain during long gaming sessions or intensive use and providing sufficient power to support the powerful new components. The new motherboard also supports display outputs on four of the six expansion slots, and the device is equipped with a second-generation webcam, a more durable top cover, and an AMD RZ717 Wi-Fi 7 module for ultra-fast connection speeds.

Pricing and Availability

Competitive Pricing: Pre-order prices for the new laptop start from $1499, with the note that this price does not include memory, storage, or the operating system. The RTX 5070 unit costs around $699, while the new motherboards with Ryzen AI 300 processors start from $749. As for the fully assembled laptop, which includes the new GPU unit, 16GB of memory, 512GB of storage, and six USB-C ports, its price will start from $2499.

Framework's Vision for Sustainability and Continuous Innovation

Commitment to Sustainability: These innovations underscore Framework's forward-looking vision to provide laptops with a long lifespan and continuous upgradeability, thereby reducing electronic waste and allowing users to enjoy the latest technologies without frequently replacing their devices. This approach contributes to environmental sustainability by reducing the need for continuous manufacturing of new devices, which lowers the carbon footprint associated with electronics production (Source: WIRED). This partnership with Nvidia also reflects both companies' commitment to pushing the boundaries of innovation in mobile gaming and meeting evolving user needs.