In a frantic race for innovation, Samsung is currently testing a prototype Exynos chip on its cutting-edge 2nm process, illustrating its component diversification strategy. Depending on the market, the company alternates between its own Exynos chipsets and those of Qualcomm for its smartphones, an approach which allows it to adapt to regional specificities while remaining at the forefront of semiconductor technology.
In the ever-evolving field of computer technology, semiconductors, Samsung continues to push the boundaries of innovation. After having marked the industry with the launch of its first chip engraved in 3 nm, a major breakthrough which allowed it to gain a head start over its competitors, the company is not resting on its laurels. This technological feat has been praised both in the business sector and by the general public.
However, faced with fierce competition and constantly evolving technological challenges, Samsung is already anticipating the next steps. Recent reports suggest that the firm could shift its focus from 3nm chip production to 2nm chip production by 2025, illustrating its commitment to staying ahead of the game. technology race. This strategy allows him to stay competitive against TSMC. It also meets the need for produce efficiently to maintain its leading position in semiconductors. With this in mind, the Korean giant is currently testing an advanced Exynos prototype.
Samsung is testing an Exynos prototype on its 2nm process
Following a request from Qualcomm for samples of 2nm chipsSamsung has initiated testing of a Anonymous Exynos with this fineness of engraving. The current yield of chips engraved in 3nm does not exceed 60%a figure below expectations which would require reaching at least 70% to generate customer interest. The Korean giant is therefore turning to this new engraving technology to improve its performance. This development, reported by Sedaily, shows the company’s commitment to advanced semiconductor manufacturingwith prototypes both for themselves and for Qualcomm.
The adventure in 2nm is not the only innovation project at Samsung. The company is also working on the Exynos 2500equipped with a 10-core CPU cluster, directly succeeding the Exynos 2400. However, mass production of the latter using this engraving precision is not expected before 2026. Additionally, Samsung has ahead of TSMC by attracting Preferred Networks, a Japanese startup, for this technology. It remains to be seen whether the company will succeed in maintain satisfactory performance for this promising advance.
Source: sedaily