引言 Ipsos和Perspective Economics于2025年5月受英国科学、创新和技术部(DSIT)委托,对英国网络安全行业进行更新分析。 This analysis builds upon the previous. 这份分析基于之前的。 英国网络安全行业分析 (发布于2025年3月)提供了对英国网络安全产业规模和规模的最新估计。该研究提供了以下评估: 英国供应网络安全产品或服务的公...
引言 Ipsos和Perspective Economics于2025年5月受英国科学、创新和技术部(DSIT)委托,对英国网络安全行业进行更新分析。 This analysis builds upon the previous. 这份分析基于之前的。 英国网络安全行业分析 (发布于2025年3月)提供了对英国网络安全产业规模和规模的最新估计。该研究提供了以下评估: 英国供应网络安全产品或服务的公司数量 该行业对英国经济的贡献(通过收入和毛增值衡量)新增,或GDP) 网络安全行业中的就业人数 The products and services offered by these firms这些公司提供的产品和服务
Huawei touts chip breakthrough to close TSMC gap Bloomberg Huawei Technologies Co (華為) said it has come up with a new pathway to shorten its gap with industry leader Taiwan Semiconductor Manufacturing Co (TSMC, 台積電), potentially achieving a breakthrough in making advanced semiconductors without cutting-edge equipment. Right now there is about a five-year gap between what TSMC is capable of and wha...
Huawei touts chip breakthrough to close TSMC gap Bloomberg Huawei Technologies Co (華為) said it has come up with a new pathway to shorten its gap with industry leader Taiwan Semiconductor Manufacturing Co (TSMC, 台積電), potentially achieving a breakthrough in making advanced semiconductors without cutting-edge equipment. Right now there is about a five-year gap between what TSMC is capable of and what Huawei, together with its manufacturing partner Semiconductor Manufacturing International Corp (中芯), can produce. Huawei is to start making 1.4-nanometer chips by 2031 with its own “LogicFolding” technology, Huawei semiconductor chief He Tingbo (何庭波) said in a rare public appearance during a chip conference yesterday, while TSMC has said that it would begin mass production of the same product in 2028. Huawei Technologies Co’s logo is pictured at the Porte de Versailles exhibition center in Paris on June 12 last year. Photo: Reuters He added that the Kirin mobile chips, set to be launched this fall, would be the first to adopt the LogicFolding architecture, which helps boost the chip performance by increasing the number of transistors it carries and optimizing data transmission speed. “This year we have prepared a surprise for the whole industry. Not saturation, not continuation, but a big leap ahead,” she said. If Huawei could manage to make 1.4-nanometer semiconductors in large quantities, the company would be defying the industry consensus that Dutch supplier ASML Holding NV’s state-of-the-art extreme ultraviolet (EUV) lithography machines are necessary to commercially produce 5-nanometer — or even more advanced — chips. Such semiconductors are used for the most sophisticated artificial intelligence technologies. While He said that her team has found a way for “sustainable evolution,” she did not specify how the company would be able to advance its chipmaking prowess significantly without the use of EUV. She added that the LogicFolding architecture is based on Huawei’s ...