02/21/2025, 12:19 PM UTC
FD-SOI，迈向7nmFD-SOI, Advancing to 7nm
<p>➀ 传统CMOS工艺面临光刻技术限制和维持进一步发展的新技术需求带来的挑战。</p><p>➁ FinFET已成为半导体器件的主流选择，推动半导体工艺发展到7nm、5nm甚至3nm。</p><p>➂ 被忽视的FD-SOI凭借其独特的技术特点和优势开始崭露头角。</p><p>➃ FD-SOI技术正在快速增长，全球市场规模预计将从2022年的9.3亿美元增长到2027年的40.9亿美元。</p><p>➄ FD-SOI技术在性能、功耗和射频性能方面具有优势。</p><p>➅ FD-SOI技术特别适合移动和物联网等低功耗设备。</p><p>➆ FD-SOI技术的发展由半导体行业的关键参与者推动，行业积极推动该技术的发展并扩大其应用边界。</p><p>➀ The traditional CMOS process faces challenges due to the limits of photolithography and the need for new technologies to maintain further development.</p><p>➁ FinFET has become the mainstream choice for semiconductor devices, pushing the development of semiconductor processes to 7nm, 5nm, and even 3nm.</p><p>➂ FD-SOI, once overlooked, is gaining prominence due to its unique technical characteristics and advantages.</p><p>➃ FD-SOI technology is growing rapidly, with the global market size expected to increase from $930 million in 2022 to $4.09 billion in 2027.</p><p>➄ FD-SOI technology has advantages such as higher performance, lower power consumption, and better radio frequency performance.</p><p>➅ FD-SOI technology is particularly suitable for low-power devices such as mobile phones and IoT.</p><p>➆ The development of FD-SOI technology has been driven by key players in the semiconductor industry, with the industry actively promoting the technology's development and expanding its application boundaries.</p>
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