The latest Geekbench listing has brought to light intriguing details about the upcoming XRing O1 chipset. This chipset is designed with a unique core configuration that sets it apart from its competitors. According to the listing, the XRing O1 features a total of eight cores, divided into different performance tiers. Specifically, it comprises two cores clocked at 1.80 GHz, another two at 1.89 GHz, four cores running at a robust 3.4 GHz, and a final pair of cores reaching speeds of 3.90 GHz.
The exact identity of these cores remains unconfirmed until the official launch of the chipset. However, industry insiders suggest that the two highest-performing cores, clocked at 3.90 GHz, are likely to be Cortex-925 cores. Meanwhile, the two lower frequency cores, operating at 1.80 GHz, are speculated to be Cortex-A520 cores. This distinctive arrangement aims to optimize performance while maintaining efficient power consumption.
Interestingly, a second Geekbench page presents a contrasting view of the XRing O1's capabilities, showcasing lower performance scores. This listing indicates scores of 1,860 for single-core performance and 7,449 for multi-core performance. These figures suggest that the XRing O1’s performance positions it somewhere between the Snapdragon 8 Gen 2 and the Snapdragon 8 Gen 3, highlighting its competitive nature in the high-end smartphone chipset market.
In addition to its impressive core configuration, the XRing O1 is confirmed to feature ARM's Immortalis-G925 MC16 GPU. This powerful graphics processing unit will enhance the gaming and multimedia experience for users. Furthermore, the chipset will be paired with a substantial 16 GB of RAM in the upcoming Xiaomi 15S Pro, ensuring smooth multitasking and high-performance capabilities.
As we await the official launch, the XRing O1 chipset is generating significant buzz in the tech community. With its innovative design and promising specifications, it is poised to make a substantial impact in the smartphone market.
