Samsung
Samsung Ramps Up 3nm Chip Production to Compete with TSMC
Samsung is eagerly trying to compete with the biggest chip manufacturer, TSMC. To do that, the company has increased the production of the 3nm chip. However, it is still not achieving the same yield rate as TSMC.
According to a tipster, @Teck_Reve, Samsung’s initial yield rate was 10 to 20%, which has now increased by over threefold, but he didn’t mention the exact amount of production increase.
If you don’t know about the yield rate, it is a measure of the usable chips manufactured at a facility. It is calculated as the percentage of the total number of chips produced. If the yield rate is high, the number of defective chips is low. Ultimstrly it mrsdutr the efficiency of the chips production.
The Korean giant has started making 3nm chips in 2022, but it has struggled to achieve the yield rate. It has transitioned from the FinFET transistor architecture to the more advanced GAA architecture, but Samsung hasn’t achieved the desired yield rate while at the same time the TSSMC, with the same 3nm fabrication manufacturing, has achieved the efficiency and has enjoyed the yield.
However, if the report is inaccurate, there are some positive signs that Samsung is trying to fill the gap between the efficiency of manufacturing. As per the tipster, the Korean giant is providing the 4nm chips, which employ the FinFET architecture. The power efficiency and logic area have increased by 20–30%. If this happens, the company will get a major advantage to edge the 3nm semiconductor market.
According to a recent report, Samsung has informed its customers about a rebranding of its 2nd-generation 3nm process. The company will call the 2nm process instead of the 2nd generation 3nm process, technically a 3 nanometer process, but the Korean firm is renaming it to 2nm. It is confusing that the company is taking this step, but the real 2nm chips will be available next year’s second quarter.
Samsung debuted the ‘Circle to Search by Google’ feature on the Galaxy S24 series as part of the Galaxy AI package. It has been a couple of months since the debut of the ‘Circle to Search’ feature, which is still a hot topic in the tech industry. Now this feature is expected to arrive on Galaxy Book and Galaxy Chromebook laptops and PCs.
Samsung exclusively launched the Circle to Search feature on the Galaxy S24 series, then expanded it to more Galaxy devices, including the Galaxy S23, Galaxy S22, and other phones, along with the One UI 6.1 update. Now Google is setting up to bring it to the Chrome web browser on desktop operating systems; somewhere, this points out the probability that it could come to the Galaxy Book, Galaxy Chromebook laptops, and PCs.
At the moment, Google Chrome for desktop features Google Lens to search for text and images on the screen engine. Google seems to be working on the Circle to Search-like UI for the web browser. This is being speculated by a post on X shared by a tipster (via SamMobile) who mentioned that the new Lens UI in Chrome now has a new animation that appears like a familiar feature, ‘Circle to Search’, given that it is expected that this feature will be in Chrome’s version of “Circle to Search.”
While clicking the Google Lens extension, a Circle to Search-like UI will appear, and then you can click and drag using the mouse pointer to draw around the text or image you want to search on the screen. After circling the content you want to search for on the screen, the selected part will be highlighted in a rounded rectangular shape.
The Korean brand ‘Samsung’ is gearing up to begin the mass production of their next-generation phone chipset using a cutting-edge 3nm manufacturing process.
Samsung, in collaboration with Synopsys, a design automation company, has successfully taped out the high-end mobile SoC. This chipset will be built using a cutting-edge 3nm process with ‘gate-all-around’ (GAA) technology; this is the first time Samsung has used this process for a mobile processor.
Initially, Samsung began GAA-based 3-nm mass production in June 2022 and registered its name as the first giant to use this process in the industry. This will be the brand’s first-time mass-producing mobile APs using the 3-nm GAA process. The mobile AP that was mass-produced is presumed to be the “Exynos 2500.”
We already reported that the Galaxy S25 Ultra is rumored to use the Exynos 2500 chipset. Now again, the new report says that, designed by Samsung’s System LSI division, the Exynos 2500 is expected to power the forthcoming flagship Galaxy S25 smartphone model. It is reported that the Exynos 2500 will be a mass-producer by the end of this year using the second-generation 3-nm process, which is Samsung’s leading-edge technology.
Previously, the Korean giant reintroduced Exynos chipsets to the Galaxy S24 series for the very first time in two years. Samsung’s Galaxy S22 series debuted in 2022 and arrived with the Exynos 2200, but unfortunately experienced low performance and overheating issues. After the failure of the Exynos 2200, the giant subsequent Exynos 2300 project was abruptly canceled, and the entire Galaxy S23 series was equipped with Qualcomm’s Snapdragon 8 Gen 2.
Although Samsung introduced its Exynos 2400 and attached it to the newly launched Galaxy S24 base and Plus variants.
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Samsung announced its plan in the expansion of its plan to re-imagine mobile device security for business customers in collaboration with IBM.
The Korean brand ‘Samsung’ and IBM are partnering to enhance mobile security for businesses. Samsung Knox data integrated with IBM’s QRadar security system offers security teams a central view of mobile threats across the organization. Security analysts can identify and respond to smartphone threats quickly.
It seems that this new partnership runs more securely and without compromising user privacy. Increasingly, organizations’ IT and security teams are seeking to adopt a zero-trust framework. Samsung Knox offers SOCs with differentiated capabilities to ensure centralized visibility into mobile devices and their vulnerabilities and access to on-device danger detection to alert security observers early in the attack chain.
Typically, security struggles with random data from different gadgets, making danger detection and response difficult. Samsung and IBM are collaborating to merge Samsung Knox with IBM’s QRadar security system, which will surely enhance and add an extra layer of security. Security teams have the power to see threats across all Galaxy devices in one place. This new collaboration will enhance visibility and help organizations prevent security issues before they happen.
The Senior Vice President and General Manager of Mobile B2B, Samsung Electronics America, Brad Haczynski, stated that “Samsung Knox has been consistently recognized as the industry’s leading mobile device security platform* due to our comprehensive approach to protecting devices at the hardware and software levels. Working with IBM, we are excited to extend the power of the platform to SOCs to address the increasingly complex threats organizations are facing today.”