expert-optimistic-about-china’s-chipmaking-industry

Expert optimistic about China’s chipmaking industry

 

A news report by China.org.cn on Expert optimistic about China’s chipmaking industry.

The development of China’s domestic chipmaking industry is looking promising as advanced 28 and 14 nanometer (nm) processes are expected to enter mass production by the end of this year and next year respectively, an expert predicted.

Wen Xiaojun, head of the Electronic Information Institute at the China Center for Information Industry Development (CCID), told China’s news portal huanqiu.com, that he was seeing more encouraging signs in China’s chipmaking industry despite technological challenges.

The country’s 14 nm process has navigated many technology difficulties with significant improvements to manufacturing techniques, packaging technologies and key equipment materials, signaling that the technology for this particular node is going to mature and enter mass production by next year, Wen explained.

“This means that China’s complete reliance on overseas supply chains is coming to an end,” he argued.

According to statistics, the global semiconductor market made around $200 billion in sales in the first half of 2019. The 14 nm chipmaking process accounted for 65% of those sales as it is widely used in fields like high-end consumer electronics, high-speed computing, artificial intelligence and automobiles.

The production lines for 14 nm and 12 nm chipmaking are believed to be critical in the semiconductor industry, as the 14 nm process and above can meet almost 70% of the industry demand for chips, and the 12 nm node can meet the requirements for most mid-end 5G chips.

With cautious optimism, Wen noted that although China’s chipmaking industry is delivering impressive results regarding the 14 nm node, domestic industry stakeholders still need to play catch-up with other global giants in order to bridge the technology gap, which, in his words, “calls for devoting more time, investment, and human resources.”

In an interview earlier in May with weiot.net, a media outlet focused on the Internet-of-Things (IoT) industry, Ni Guangnan, an academician of the Chinese Academy of Engineering, also stressed the importance of staying at the forefront of the advanced chipmaking industry to catch up with other leading countries.

Ni said new technology breakthroughs in the 28 nm and more advanced 14 nm nodes will raise morale in China’s semiconductor industry, and facilitate growth in cutting-edge sectors like new energy vehicles and artificial intelligence.

The World Semiconductor Conference kicked off in Nanjing, capital city of east China’s Jiangsu province, on June 9 this year, showcasing the innovative technology and applications in the semiconductor industry from home and abroad.

Industry leaders such as Taiwan Semiconductor Manufacturing Company (TSMC), Semiconductor Manufacturing International Corporation (SMIC), Synopsys Inc and Montage Technology participated in the conference together with over 300 exhibitors.

According to a report by China Daily, statistics show that the global sales volume of semiconductor products reached $123.1 billion in the first quarter, up 17.8% year-on-year.

expert-optimistic-about-china’s-open-source-capability,-28nm-chip-mass-production

Expert optimistic about China’s open-source capability, 28nm chip mass production

 

A news report by China.org.cn on Expert optimistic about China’s open-source capability, 28nm chip mass production.

China should devote more efforts to strengthening its open-source capability as it continues to expand its hardware industry, a top expert in computer science said on May 27.

Ni Guangnan, an academician of the Chinese Academy of Engineering, underscored the importance of staying at the forefront of the open-source competition at a keynote speech in Shenzhen, southern China’s Guangdong province, according to a report by cs.com.cn, a website run by the China Securities Journal.

Ni said the open-source software is more widely used in artificial intelligence, big data, cloud computing and other leading technologies and is gradually replacing traditional proprietary software. In recent years, the open-source designing, building, and customizing of hardware has also grown in popularity.

China is an open-source global leader in terms of the number of people working and contributing to the field, Ni noted. By 2019, there were 10.50 million open-source contributors worldwide, among which 3.8 million came from Asia, including 1.18 million Chinese contributors, accounting for 31% of Asia’s total.

Despite its large scale, China should also devote more efforts to strengthen its open-source capability, he said.

Those who stay at the forefront of open-source development are bound to become leaders in the next-generation IT development, Ni added.

In an interview earlier this month with weiot.net, a media outlet focused on the IoT industry, Ni also stressed the importance of staying at the forefront of the advanced chipmaking industry to catch up with other leading countries.

Ni said new technology breakthroughs in the 28 nanometer (nm) node and the more advanced 14nm process will raise morale in China’s semiconductor industry, and facilitate growth in cutting-edge sectors like new energy vehicles and artificial intelligence.

Considering cost and technical factors, the 28nm chip is regarded as the demarcation point between mature and advanced processes.

Ni said, once China’s 28nm chips are fully localized, many downstream application industries will be able to achieve self-sufficiency and use domestic chips. This will also meet the needs of most electronic products other than mobile phones.

He said looking at the current domestic chip industry, leading companies are devoted to research and development in each and every section, completely covering the entire industrial chain. As the technology rapidly develops, the domestic chip industry is now fully equipped to begin mass producing 28nm process chips.