Nvidia and AMD are gearing up to release gaming laptops equipped with the artificial intelligence feature Copilot Plus announced by Microsoft for laptops powered by Qualcomm.
At Computex, the chip manufacturer announced the imminent launch of RTX AI PC laptops from Asus and MSI, which feature Copilot Plus capabilities.
The newly announced RTX AI PC laptops from Asus and MSI are said to be equipped with GeForce RTX 4070 graphics processing units and power-efficient central processing units along with Copilot Plus capabilities.
Nvidia confirmed that these laptops feature modern AMD central processing units under the Strix brand.
Nvidia mentioned that the initial copies of Copilot Plus on AMD-powered laptops may not initially benefit from the Microsoft AI features at launch.
The company stated that Copilot Plus laptops will receive a free update to provide Copilot Plus experiences when available.
This information suggests that Microsoft may not be ready to roll out updates and other smart Windows features using artificial intelligence via AMD processors, or there might be a waiting period before introducing Windows devices on ARM systems set to launch on June 18.
Nvidia is entering a specific battle to stay relevant in tasks executed by artificial intelligence on laptops.
Microsoft continues to advance in transferring artificial intelligence models to neural processing units, while Nvidia is preparing to make its graphics processing units useful in this battle through laptops.
Nvidia strongly prefers using its RTX AI brand for laptops, as its graphics processing units excel in executing heavy artificial intelligence tasks better than neural processing units.
The company announced that it will begin launching a set of RTX AI tools in June, including software development tools and kits for customizing, improving, and deploying models.
Nvidia is also collaborating with Microsoft to integrate artificial intelligence models into the Windows 11 operating system.
This collaboration enables developers easy access to the application programming interface for fast language models acceleration using graphics processing units.
