A recent screenshot has surfaced, revealing the results of Geekbench testing for Qualcomm’s forthcoming Snapdragon 8cx Gen4 processor, code named Hamoa. The data appears in a Gizmochina report and signals Qualcomm’s intent to target laptops and detachable PCs rather than smartphones with this chip.
In Geekbench’s web-based benchmark, the Snapdragon 8cx Gen4 posted a single-core score of 613 and a multi-core score of 5241. Gizmochina notes that these figures place the chip in a competitive position relative to Apple’s M-series processors, suggesting Qualcomm is aiming to close the gap in the high end of the PC processor market.
The leaked details also point to a 12-core configuration for the Gen4 chip, organized into two clusters. One cluster would run up to 3.4 GHz, while the other could reach up to 2.4 GHz. This dual-cluster approach mirrors recent CPU designs that balance high performance with power efficiency, potentially delivering strong bursts for demanding tasks while maintaining battery life in portable devices. The screenshot confirms this core layout and clock distribution, as observed by testers and shared by Gizmochina.
At this stage, an exact release date for the Snapdragon 8cx Gen4 remains unconfirmed. However, industry chatter suggests a market debut in 2024, with multiple PC makers expected to experiment with devices powered by the new silicon. Technical enthusiasts and enterprise customers alike are watching closely, hoping to see how the Gen4 scales performance in real-world workloads such as content creation, software development, and large-scale productivity suites.
Historically, Qualcomm has positioned the 8cx family as a platform for high-end always-connected PCs, emphasizing efficiency, integrated cellular connectivity, and optimized drivers for Windows and other desktop-class operating systems. The Gen4 iteration appears to continue this trajectory, underscoring Qualcomm’s strategy to diversify beyond smartphones and into the growing premium laptop segment. If the current Geekbench results hold up in broader testing, Hamoa could emerge as a credible competitor in a space long dominated by x86-based designs and Apple silicon, according to tech observers who have followed the rumor cycle for this processor. Readers should consider these benchmarks as initial indicators and await independent testing across a broader suite of workloads and real-world usage scenarios, as reported by Gizmochina and other outlets.
Independent outlets and analysts often caution that synthetic benchmarks do not always translate to day-to-day performance. Still, the early numbers do offer a glimpse into the architectural choices Qualcomm is making. A 3.4 GHz peak on one cluster combined with a 2.4 GHz peak on the other suggests a design tailored to burst performance while maintaining efficient temperatures in compact laptop form factors. This aligns with Qualcomm’s historical emphasis on mobility, connectivity, and a balanced performance profile that can handle modern applications, media editing, and light gaming in a portable chassis. Observers note that the Huawei-like coding diversity or other architectural tweaks could influence real-world results as developers optimize software to take advantage of the Gen4’s distinctive core arrangement. Reports from Gizmochina and other specialists help contextualize these numbers, offering a framework for interpreting what Hamoa might deliver once it enters production and ships in devices built for North American users who demand reliability and speed from their portable computing solutions.
The broader implication is that Qualcomm continues to push for a strong presence in premium notebooks and convertibles, expanding beyond the traditional mobile-first mindset. Should the Gen4 live up to early benchmarks, it could prompt PC makers to design thinner, cooler laptops that combine modern performance with all-day battery life and built-in connectivity. This would be particularly attractive in markets like the United States and Canada where professionals seek laptops capable of handling software development, data analysis, multimedia production, and complex communications workloads without frequent recharging. As always, consumers and business buyers should track official specifications, verified test results, and platform compatibility notes from manufacturers to determine how the Gen4 stacks up against current PC configurations and competing silicon in real-world scenarios, as reported by multiple tech outlets including Gizmochina, which has provided the most visible early data on Hamoa.