Qualcomm has made quite a splash with its latest Snapdragon 8 Elite chipset, which is proving to be a true powerhouse in the world of mobile processing. Initially, the company had revealed that this silicon marvel’s custom performance cores can reach impressive clock speeds of 4.32GHz. However, in a surprising twist, it seems these in-house Oryon cores have the potential to run at even higher speeds, pushing the boundaries of performance.
In an exciting demonstration using Geekbench 6, Qualcomm showcased the Snapdragon 8 Elite achieving single-core results that match the capabilities of the formidable A18 Pro. The multi-core results are a true standout, with the Oryon cores now running at a blazing 4.57GHz, setting new performance records.
Previously, the Snapdragon 8 Elite’s reference design was tested at a standard 4.32GHz clock speed. While it slightly lagged behind Apple’s A18 Pro in single-core tests, it boasted the highest multi-core score among smartphones, reaching 10,617 points, a significant lead over its Android competitors.
This latest performance feat, shared by tech enthusiast Nicolas La Rocco, reveals that the Snapdragon 8 Elite’s two performance cores now clock at 4.57GHz, while the six efficiency cores operate at 3.53GHz. Such overclocking delivers unparalleled results in Geekbench 6, achieving a single-core score of 3,407 and an impressive multi-core figure of 10,875.
When comparing these scores to the A18 Pro on Geekbench 6’s database, the Snapdragon 8 Elite surpasses the performance powering various iPhone 16 Pro models, albeit with a few exceptions. Despite the remarkable achievements, there’s a price to pay for such cutting-edge performance.
In previous comparisons, Apple’s A18 Pro, with its 3nm architecture, showcased superior ‘performance per watt’ efficiency in Geekbench 6. It consumed slightly less power while delivering higher single-core results. With the Snapdragon 8 Elite now running its cores at a higher 4.57GHz, Qualcomm is likely facing increased power consumption and thermal challenges. Sustaining these clock speeds during prolonged workloads might be difficult, but it certainly leaves us intrigued about the performance thresholds Qualcomm can achieve with their latest technological marvel.
