Yesterday, the PlayStation 5 Pro launched. But I’ve been playing around with Sony’s most expensive console ever for the past week, and the biggest issue I have with it, besides the high price, is that its really hard to actually figure out what games r...
Yesterday, the PlayStation 5 Pro launched. But I’ve been playing around with Sony’s most expensive console ever for the past week, and the biggest issue I have with it, besides the high price, is that its really hard to actually figure out what games r...
The early Black Friday Google tech deals are flying today, with new Amazon lows now live on Pixel 9 and Pixel 9 Pro Fold handsets as well as the latest Pixel Watch 3, and even these Google Nest routers. But now we are turning our attention to the new P...
Biden and Donald Trump, the current and subsequent US presidents, will reportedly attend TSMC's Arizona facility opening, as both policymakers are eyeing taking the US semiconductor industry to new heights. TSMC's Arizona Facility Opening To Witness Attendance of High-Profile Individuals; Fab To Reshape US Semiconductor Industry The progress of the US semiconductor industry has now taken more of a "political turn," where policymakers are focused on how their decisions can help promote domestic production, ultimately molding it into a political achievement. Now, in a new report by DigiTimes, it is being claimed that Biden and Trump are expected to be seen […]
The 3nm GAA process was intended to take on various TSMC architectures on the same lithography, but Samsung has been reported numerous times to have hit a major snag regarding yields. The latest update stated that the Korean foundry was experiencing a 20 percent yield, which would explain why the Exynos 2500 would be delayed and not be found in the upcoming Galaxy S25 series. However, the company also introduced the Exynos W1000 for its Galaxy Watch range, and it has been mass produced on the 3nm GAA node, hinting that the rumors floating around might be nothing but hot air. […]
Samsung is reportedly struggling with improving its 3nm GAA yields, which would ultimately be the reason for the Exynos 2500’s delay. However, this obstacle has not prevented the company from officially announcing the Exynos W1000, its first SoC fabricated on its cutting-edge architecture that delivers incredible power efficiency while obtaining significantly higher single-core and multi-core performance. Here are more details that you would love to check out. New ‘1 + 4’ CPU cluster helps the Exynos W1000 achieve high single-core and multi-core performance compared to previous-generation SoC Apart from the obvious benefits that come with the 3nm GAA process, Samsung has […]
The Exynos 2500 rumors echoed a series of claims that made us believe that Samsung’s first 3nm GAA chipset meant for smartphones could finally be a worthy competitor to the upcoming Snapdragon 8 Gen 4. Unfortunately, it was stated by an analyst that due to the poor yields of the Korean giant’s cutting-edge manufacturing process, the chipset would not arrive in time, meaning that the Galaxy S25 series would launch exclusively with Qualcomm’s latest and greatest flagship SoC. We now get to talk in-depth about another rumor stating that Samsung’s 3nm GAA yields are at less than 20 percent. A string […]
The gate-all-around technology will reportedly be applied to Samsung’s 2nm chips, as the Korean’s foundry division aims to commence mass production of this node sometime in 2025. Industry sources have stated that the company will present a paper on the third-generation GAA characteristics applied in the 2nm (SF2) process at the ‘VLSI Symposium 2024,’ which is a global semiconductor conference that is scheduled to be held in Hawaii from June 16-20. Samsung has yet to strike gold with its 3nm GAA node, largely thanks to poor yields that make a partnership for other companies unviable The Korean giant announced its […]
Samsung and TSMC have yet to see yield improvements in their respective 3nm technologies. Though the Taiwanese foundry has already secured Apple as a long-term client, with future SoCs said […]
The 3nm GAA process was intended to take on various TSMC architectures on the same lithography, but Samsung has been reported numerous times to have hit a major snag regarding yields. The latest update stated that the Korean foundry was experiencing a 20 percent yield, which would explain why the Exynos 2500 would be delayed and not be found in the upcoming Galaxy S25 series. However, the company also introduced the Exynos W1000 for its Galaxy Watch range, and it has been mass produced on the 3nm GAA node, hinting that the rumors floating around might be nothing but hot air. […]
Samsung is reportedly struggling with improving its 3nm GAA yields, which would ultimately be the reason for the Exynos 2500’s delay. However, this obstacle has not prevented the company from officially announcing the Exynos W1000, its first SoC fabricated on its cutting-edge architecture that delivers incredible power efficiency while obtaining significantly higher single-core and multi-core performance. Here are more details that you would love to check out. New ‘1 + 4’ CPU cluster helps the Exynos W1000 achieve high single-core and multi-core performance compared to previous-generation SoC Apart from the obvious benefits that come with the 3nm GAA process, Samsung has […]
The Exynos 2500 rumors echoed a series of claims that made us believe that Samsung’s first 3nm GAA chipset meant for smartphones could finally be a worthy competitor to the upcoming Snapdragon 8 Gen 4. Unfortunately, it was stated by an analyst that due to the poor yields of the Korean giant’s cutting-edge manufacturing process, the chipset would not arrive in time, meaning that the Galaxy S25 series would launch exclusively with Qualcomm’s latest and greatest flagship SoC. We now get to talk in-depth about another rumor stating that Samsung’s 3nm GAA yields are at less than 20 percent. A string […]
The gate-all-around technology will reportedly be applied to Samsung’s 2nm chips, as the Korean’s foundry division aims to commence mass production of this node sometime in 2025. Industry sources have stated that the company will present a paper on the third-generation GAA characteristics applied in the 2nm (SF2) process at the ‘VLSI Symposium 2024,’ which is a global semiconductor conference that is scheduled to be held in Hawaii from June 16-20. Samsung has yet to strike gold with its 3nm GAA node, largely thanks to poor yields that make a partnership for other companies unviable The Korean giant announced its […]
Samsung and TSMC have yet to see yield improvements in their respective 3nm technologies. Though the Taiwanese foundry has already secured Apple as a long-term client, with future SoCs said […]