The M1 chipsets from Apple have been making headlines, and predictably, the performance of the Cupertino giant’s latest silicon is winning our hearts. The most significant gain that Apple’s 5nm M1 chip brings to the table is its immense battery life. Here is one more appreciation that adds to the list. Qualcomm President Cristiano Amon recently commended Apple’s efforts, saying that the next move for the tech giant might be the future of computing.
But we also know that Qualcomm is designing ARM-based notebook chips that will run Windows for Microsoft. And the chips will take on Apple’s upcoming Mac lineup with M1 silicon running directly.
Cristiano Amon said he was excited about the launch of Apple’s M1 chip, while also acknowledging that the release of this hardware would help drive the industry forward. “One of the great things about the M1, the way we look at it, we’re super satisfied with that announcement,” he said. So happy, very happy! And kudos to Apple because our confidence is justified. It validates our assumptions that you know that what they expect from the PC experience is determined by the mobile user.
The fastest SoC ever developed by Qualcomm, according to reports, is the Snapdragon 8cx Gen 2. It only offers a modest performance boost over its predecessor, the Snapdragon 8cx, and the chip was released back in 2018. But we know that the collaboration of Qualcomm with Microsoft in developing the Surface lineup notebook processor is still going high.
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Cristiano Amon was asked in The Verge podcast if there was any lesson that Qualcomm and Microsoft could learn from Apple and M1, and the executive replied that he was very pleased with the announcement as he “validates the assumption that what you expect from the experience of the PC is determined by the mobile user. “
He also commented on native ARM applications, which, due to better usability, could help improve performance, while also highlighting battery life and connectivity as important factors for a differentiated multimedia experience.
As a replacement for the Intel platform on Macs, the chipset is designed by TSMC in 5-nanometer lithography, generating 16 billion transistors (much more than the 11.8 billion Apple A14 Bionic in the iPhone 12 series).
Speaking more of it, this makes more energy-efficient, and living proof of that was the first reviews of Apple laptops with the new chip, with up to 20 hours of autonomy provided by the MacBook Pro.