In a frantic race to innovate, Samsung is currently testing a prototype Exynos chip on its cutting-edge 2nm process, highlighting its component diversification strategy. Depending on the market, the company switches between its own Exynos chipsets and those from Qualcomm for its smartphones, allowing it to adapt to regional specifics while remaining at the forefront of semiconductor technology.
Source: Samsung
In the ever-evolving field of computer technology semiconductorSamsung continues to push the boundaries of innovation. After shaping the industry with the launch of its first 3nm engraved chip, a major breakthrough that gave it a leg up on its competitors, the company isn't resting on its laurels. This technological achievement is being praised by both business and the general public.
Given the fierce competition and constantly evolving technological challenges Samsung is already looking forward to the next steps. Recent reports suggest that the company could shift its focus from 3nm chip production to 2nm chip production by 2025, underscoring its commitment to staying ahead of the curve. Technology race. This strategy enables him Stay competitive with TSMC. It also meets the need produce efficiently to maintain its leading position in the semiconductor sector. With this in mind, the Korean giant is currently testing an advanced Exynos prototype.
Samsung is testing an Exynos prototype on the 2nm process
Upon request from Qualcomm for samples from 2nm chipsSamsung has started testing one Anonymous Exynos with this fineness of engraving. The current chip yield is engraved 3nm does not exceed 60%a number that is below expectations and should be achieved at least 70% to arouse customer interest. The Korean giant is therefore betting on this new engraving technology to improve its performance. This development reported by Sedaily shows the company's commitment advanced semiconductor manufacturingwith prototypes for both itself and Qualcomm.
The adventure in 2 nm is not the only innovation project at Samsung. The company is also working on it the Exynos 2500equipped with a 10-core CPU cluster, direct successor to the Exynos 2400. However, mass production of the latter with this engraving precision is not yet expected 2026. In addition, Samsung has before TSMC by attracting Preferred Networks, a Japanese startup, to this technology. It remains to be seen whether the company will succeed maintain satisfactory performance for this promising progress.
Source: sedaily