【原文】摘錄自11月8日香港《文匯報》:在上海舉行的本屆進博會不僅規模空前,更匯聚了AMD、阿斯麥(ASML)、高通等國際頂尖芯片公司連續多年參展。中國擁有龐大市場,人工智能(AI)應用產業鏈蓬勃發展,更重要的是中國堅持開放市場、追求共贏,願意攜手各國一同推動技術進步,這是符合世界趨勢、符合全人類利益的正確方向,是一個開放的大國所應有的姿態,亦是在多變的世界格局中展示出的大國擔當。
今年進博會的芯片產業展區可謂「全面開花」,多家芯片巨頭和產業鏈上下游企業齊齊亮相。從肖特半導體的新型芯片封裝玻璃基板,到AMD的第五代EPYC處理器,再到阿斯麥的全景光刻解決方案,這些創新成果不僅代表了半導體行業的最前沿技術,更預示出中國市場在人工智能應用和產業鏈發展中不可取代的地位。
中國市場的龐大需求和快速發展,為全球科技企業提供了廣闊的舞台。以AI為例,隨着技術的不斷進步和應用場景的日益豐富,對芯片的算力、帶寬以及互聯互通集成度提出了更高要求。
中國擁有最大的人口基數、最富增長潛力的內需市場、最龐大的數據體量,這正是芯片產業鏈上下游企業積極擁抱中國市場的重要原因。這些國際頂尖芯片公司的連續參展和積極表態,充分說明了中國市場的巨大吸引力和國際合作的廣闊前景。
中國堅持開放市場,願意進一步以市場換合作空間,攜手各國一同推動技術進步和產業升級。這種共贏的理念和實踐,不僅是符合全球利益的正確方向,也將為全球科技企業的發展提供更多機遇和可能。通過進博會這一國家級平台,這些企業不僅能夠展示最新科技,還能拓展更多全球合作,實現共贏發展。
科技進步是世界性、時代性的課題,唯有開放合作才是正道。在芯片和AI領域,技術的複雜性和系統性到了前所未有的高度,沒有一個國家可以成為獨立的創新中心或獨享創新成果。國際合作成為推動科技創新的必然選擇。
進博會是一個平台,說明中國積極推動技術交流與國際合作,逐步成為引領全球科技發展的核心力量。更為重要的是,芯片和AI技術在氣候變化、糧食安全、能源安全等全球性挑戰中扮演着重要角色。中國的開放合作態度,將有助於各國共同應對這些挑戰,實現可持續發展。
近年來,西方個別國家對華搞「脫鈎斷鏈」,企圖遏制中國芯片技術發展,但愈來愈多事實證明,中國芯片技術有能力走自己的路,擺脫被人「卡脖子」的被動境地。例如華為作為中國科技產業的代表,多年前就開始自主研發海思芯片,在面對美國技術封鎖打壓時,海思芯片使華為能夠保持業務穩定運行,並在新一輪資訊技術競爭突圍而出,充分展示中國在高端芯片領域的自主創新能力。
當前,全球芯片產業處於緩慢復甦周期,芯片設備公司的業績持續調整。中國市場穩健發展,具有巨大潛力,為全球芯片產業回穩向好注入強大動力。得道多助,中國堅持開放市場,與世界共享發展機遇,中國的擔當大度,一定會得到愈來愈多國家和企業的堅定支持。
Chip giants gather at CIIE, partnering with China for a win-win future
【譯文】The ongoing China International Import Expo (CIIE) in Shanghai is not only unprecedented in scale, but also features continuous participation from leading international chip companies such as AMD, ASML, and Qualcomm for many years. China boasts a vast market and a thriving artificial intelligence (AI) application industry chain. More importantly, China is committed to opening up the market and pursuing win-win situations, and is willing to join hands with other countries to promote technological advancement. This aligns with global trends and the interests of all humanity, reflects the correct stance of an open country, and demonstrates its role as a great nation amid the ever-changing world landscape.
This year's chip industry exhibition area at CIIE can be described as "blooming in all directions," with numerous chip giants and upstream and downstream industry chain enterprises making their presence felt. From Schott Semiconductor's new chip packaging glass substrates, to AMD's fifth-generation EPYC processors, to ASML's panoramic lithography solutions, these innovations not only represent the cutting-edge technology of the semiconductor industry, but also highlight the irreplaceable position of China's market in the development of AI applications and industry chain.
The vast demand and rapid development of the Chinese market provide a broad stage for global technology companies. Taking AI as an example, with continuous technological advancements and increasingly diverse application scenarios, higher requirements are being placed on the arithmetic power, bandwidth and interconnection and integration of chips. China has the largest population base, the most promising domestic demand market, and the largest volume of data, which are precisely the important reasons for the upstream and downstream enterprises of the chip industry chain to actively embrace the Chinese market. The successive exhibitions and active stances of these top international chip companies fully illustrate the immense attractiveness of the Chinese market and the broad prospects for international cooperation.
China remains committed to an open market, willing to further exchange market access for cooperation opportunities, and to join hands with other countries to promote technological advancement and industrial upgrading. This win-win philosophy and practice not only align with global interests but also provide more opportunities and possibilities for the development of global technology companies. Through the national platform of the CIIE, these companies can not only showcase the latest technologies, but also expand their global cooperation, and achieve win-win development.
Technological progress is a global and contemporary issue, and only through openness and cooperation can the right path be found. In the fields of chips and AI, the complexity and systematic nature of technology have reached unprecedented heights, and no single country can become an independent innovation centre or solely enjoy the fruits of innovation. International cooperation has become an inevitable choice to drive technological innovation.
As a platform, the CIIE demonstrates that China has actively promoted technological exchange and international cooperation, and that China has gradually become a core force leading global technological development. More importantly, chip and AI technologies play crucial roles in addressing global challenges such as climate change, food security, and energy security. China's open and cooperative attitude will help all countries jointly tackle these challenges and achieve sustainable development.
In recent years, certain Western countries have attempted to "decouple and break chains" with China, aiming to curb the development of China's chip technology. However, increasing evidence shows that China's chip technology is capable of forging its own path, breaking free from the passive situation of being "strangled." For example, Huawei, as a representative of China's tech industry, began independently developing HiSilicon chips years ago. When faced with US technological blockade and suppression, HiSilicon chips enabled Huawei to maintain stable business operations and break through in the new round of information technology competition, fully demonstrating China's independent innovation capabilities in the high-end chip sector.
Currently, the global chip industry is in a slow recovery cycle, and the performance of chip equipment companies continues to adjust. The stable development and immense potential of the Chinese market inject strong momentum into the global chip industry's steady improvement. With the principle of gaining support through righteousness, China's commitment to an open market and sharing development opportunities with the world will undoubtedly garner increasing support from more countries and enterprises. ● Tiffany
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