Yesterday, Qualcomm introduced the upcoming Snapdragon X Plus laptop processor, adding to the lineup that includes the previously revealed Snapdragon X Elite chips. This move marks Qualcomm’s foray into the laptop processor market, positioning itself to compete with industry giants like Apple, Intel, and AMD in terms of processing speed and capabilities.

Snapdragon X Plus: entry-level powerhouse

The Snapdragon X Plus is Qualcomm’s entry-level laptop chip, boasting impressive specifications. With 10 cores, 42MB of cache, and a maximum multithreaded frequency of 3.4GHz, this processor is designed to deliver high performance. It also features an NPU capable of handling 45 tera operations per second (TOPS), enhancing its ability to support advanced generative AI applications. It’s important to note that while TOPS is a significant metric, it may not fully represent the quality or complexity of the calculations performed.

Additionally, the Snapdragon X Plus supports LPDDR5x memory with a maximum transfer rate of 8448 MT/s and includes a 3.8 teraflop (TFLOP) integrated Adreno GPU. TFLOP measures the processor’s capability to perform a trillion floating-point operations per second, showcasing its computational prowess.

Snapdragon X Elite: power and performance

Qualcomm is also set to release three twelve-core Snapdragon X Elite processors, offering even more power and performance. These processors can reach a maximum multithreaded frequency of 3.8GHz and feature up to a 4.6 TFLOP integrated GPU. All three variants share the same NPU and memory support as the Snapdragon X Plus. The top two SKUs come equipped with Dual-Core Boost, allowing for dynamic adjustment of processor frequency to optimize performance when needed, similar to Intel’s Turbo Boost or AMD’s Turbo Core technologies.

Unique architecture and performance

One notable aspect of Qualcomm’s Arm processors is their unified core design, unlike Apple Silicon and Intel chips that utilize hybrid architectures with dedicated performance and efficiency cores. While hybrid architectures aim to enhance power efficiency and battery life, Qualcomm asserts that its Snapdragon cores, all classified as “performance cores,” outperform competitors in terms of performance, power efficiency, and battery life. Qualcomm also emphasizes seamless compatibility with PC games on Windows via emulation, promising a smooth gaming experience.