The CPU market of late has been dominated by Intel and AMD; Qualcomm, with its AI-powered, energy-efficient Snapdragon X-series ARM processors, goal to problem that.
Qualcomm’s present X-series processors have been making waves since their June 2024 launch. Winfuture have completely revealed that Qualcomm has been engaged on its next-gen high-end Snapdragon X2 CPU “SC8480XP”, underneath the codename “Mission Glymur”.
These next-gen processors place Qualcomm in competitors with Apple’s M-series processors: in contrast to the x86 chips Intel and AMD use, the Snapdragon X-series makes use of an ARM structure – like Apple’s M-series – designed for mobility and effectivity, in comparison with the primarily performance-focused former.
A standout characteristic of the X-series is its full compatibility with Microsoft Copilot+. It helps Microsoft’s Auto SR (tremendous decision), which makes use of AI to reinforce video high quality and body fee in current video games. By together with these options from the beginning, Snapdragon X positions itself effectively for the long run; different chip producers must introduce these options via later updates.
Qualcomm’s Snapdragon X-series launched to blended evaluations. Prospects hailed the brand new ARM processors for his or her power-efficiency and AI options; nevertheless, the CPUs fell quick in efficiency when in comparison with AMD’s Ryzen and Intel’s Core X86 chips, particularly the place multi-core duties had been involved. One other problem Qualcomm face is software program compatibility: not all software program has been ported to ARM.
Qualcomm has been testing the SC8480XP since July 2024, and there’s nonetheless little details about what options it has to supply; in accordance with Winfuture we are going to doubtless know little extra till 2025.
Within the meantime, there’s nonetheless extra to come back for Qualcomm’s present era of processors. Within the “worldwide export databases” the place Mission Glymur was found, the X1P-24-100, a brand new eight-core ARM processor, was additionally discovered.