Redesigned Galaxy S25 chipset set to boost performance with faster clock speed

Key Points:

• Qualcomm is said to be completely redesigning its Snapdragon 8 Gen 4 chipset, which will increase the clock speed from 4GHz to 4GHz. ArcaneVenomAntVenom (AVV): Proud to reveal the huge savings of 26GHz, hopefully, it will be better than Apple’s remarkable M4 chip in benchmarks.
• The Qualcomm Snapdragon 8 Gen 4, built with unprecedented 3nm technology by TSMC, is designed to compete with Apple’s M-series and A-series silicon at the top end.
• Although Qualcomm’s chip has no Scalable Matrix Extension (SME), a feature that increases efficiency in handling complex tasks, it still remains competitive due to the custom Phoenix core and higher clock speeds.

To get ahead of the curve Apple has taken in mobile chip technology, Qualcomm is said to be fine-tuning its Snapdragon 8 Gen 4 chipset. The new patent indicates that the tick of this upcoming chip will get a massive increase to the point where it is claimed to be 4.26 GHz, which is an increase from the initial target of 4 GHz. This action comes a moment after the birth of Apple’s M4 chip where it has talked about excellent single-core benchmark metrics fueling the rivalry between mobile chipset makers.

According to someone we spoke to from within Qualcomm, the company’s idea to increase the capabilities of the Snapdragon 8 Gen 4 led to its move to match the performance of top performers like Apple’s M-series and A-series processors. Is echoed. Qualcomm will use TSMC’s leading 3nm process node to develop a chipset that will match the performance of Apple’s chipsets.

Unlike those processors, which Apple’s chip mounted with SME Scalable Matrix Extensions (SME), custom Phoenix cores were used by Qualcomm for the design. There may be a possibility of the Snap Dragon 8 Gen 4 performance efficiency glitch when there is no SME. The localization challenge was solved by Qualcomm increasing the chip’s clock speed.

Although Qualcomm’s redesign proves the company’s determination to innovate, it raises some energy efficiency and longevity issues. To compensate for the economy of low-power cores, smartphone manufacturers may need to implement efficient heat management methods and thus increase their power consumption.

With Qualcomm’s upcoming official unveiling of the Snapdragon 8 Gen 4 during the Snapdragon Summit in October, anticipation has increased regarding the potential impact of this new chip on flagship phones like the Samsung Galaxy S25 series. With the chipset poised to power these upcoming smartphones, consumers eagerly await performance benchmarks and real-world performance tests.