SEMICONDUCTOR INDUSTRY

UPDATE

 November/December 2017

 McIlvaine Company

 

TABLE OF CONTENTS

 

Cleanroom Constructor UIS Seeing Orders Swell

Samsung Electronics Invests More than the Intel-TSMC Combined

Modernization of Massachusetts Institute of Technology Lincoln Laboratory

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Cleanroom Constructor UIS Seeing Orders Swell

Taiwan-based cleanroom maker United Information Systems (UIS) has seen its backlog of orders reach NT$17.67 billion (US$588.92 million), according to a report by Taiwan's Central News Agency (CNA).

The ramp-up of orders will buoy UIS' revenues for 2018 with EPS expected to surpass NT$8, the report quoted market watchers as saying. Among the orders received so far, about NT$7.06 billion worth of orders were placed for fab construction projects in Taiwan while NT$8.37 billion worth of orders were for those in China, the report indicated.

UIS is reportedly among the beneficiaries of new fab projects of Taiwan Semiconductor Manufacturing Company (TSMC), Micron Technology and Winbond Electronics which will be implemented in Taiwan. In China, the cleanroom constructor is involved in the ongoing construction of new LCD fabs in Xianyang and Chengdu, according to the report.

UIS has also landed NT$2.24 billion worth of orders for a large-scale semiconductor project in Singapore, the report noted.

UIS' revenues for the first three quarters of 2017 decreased 13.5% from a year earlier to NT$9.92 billion, while net profits fell 14.7% on year to NT$971 million. EPS for the nine-month period came to NT$4.08.

 

Samsung Electronics Invests More than the Intel-TSMC Combined

Samsung Electronics’ investments in semiconductor facilities this year are larger than that of the world’s largest system semiconductor producer and the world’s biggest foundry chipmaker TSMC combined. As Samsung Electronics has made the largest facility investment ever in its history, there is growing concern over an oversupply of memory chips. Market watchers say Samsung is changing its strategy that focuses mainly on profitability to that expands a memory market share through the so-called “chicken game.” 

Samsung Electronics’ investments in its semiconductor facilities will reach US$26 billion (28.81 trillion won) this year. This is more than twice the figure of US$11.3 billion (12.52 trillion won) last year. During the 2017 Q3 conference call, Samsung Electronics announced to inject 29.5 trillion won (US$26.62 billion) into the semiconductor sector alone this year. IC Insights forecasts that the total amount of facility investments in the semiconductor industry will come to US$90.8 billion (100.61 trillion won) this year, up 35 percent from last year. Samsung is expected to account for 28.6 percent of the total. 

Samsung will inject US$14 billion (15.51 trillion won) in 3D NAND flash, US$7 billion (7.76 trillion won) in DRAM and US$5 billion (5.54 trillion won) in foundry and others this year. The company is expected to make the investment to increase the production capacity at its new Pyeongtaek plant in the 3D NAND flash sector, upgrade the process node and prevent a wafer input loss in the DRAM sector, and expand 10-nm production in the foundry sector. 

IC Insights said, “Samsung’s large-scale investment will cause the oversupply of 3D NAND flash chips. It can also instigate the investment of its competitors such as SK Hynix, Toshiba, Micron and Intel.” It means that Samsung’s move can either increase the total investment or lose a market share. 

Samsung’s huge investments will deflate the hopes of Chinese firms that seek to push into the NAND flash and DRAM memory markets, according to the market research firm. It said, “Considering Samsung’s investments this year, Chinese memory chip start-ups will not be able to compete with Samsung on the same basis unless they establish a joint venture with existing memory chip makers.” 

IC Insights focused on more the 3D NAND flash sector. However, Taiwan-based market research company TrendForce said there are concerns over the excessive supply in the DRAM market as well citing ET News’ report on Samsung Electronics’ expanding DRAM supply on October 30. 

TrendForce said, “Samsung is trying to boost the production of DRAM chips in order to raise the barrier to market entry. This is to prevent further price increases.” Samsung Electronics has decided to convert some space of 16 lines in Hwaseong into DRAM production lines and produce DRAM chips on the second floor of the new Pyeongtaek plant. Merrill Lynch also said in its report published earlier this month that Samsung Electronics’ monthly DRAM production capacity will increase more than 20 percent in the next two years.

There is consensus in the industry that the memory boom will last until the first half of next year and droop from the second half. The general opinion is that it face difficulties in 2019. Samsung Securities and KB Investment & Securities have recently downgraded their investment opinions on SK Hynix from “buy” to “neutral.” 

However, Kim Young-woo, a senior analyst at SK Securities, said, “The Taiwanese market research firm forecasted that there would be an oversupply earlier this year as well but the forecast is wrong when it comes to results. There will be no excessive supply because the amount of production will not dramatically increase even with larger investments than past as DRAM and 3D NAND flash chips have a higher level of process difficulty. In addition, there is a greater demand for memory chips in cloud infrastructure. Samsung cannot afford to boost the output while reducing its profits.” 

 

Modernization of Massachusetts Institute of Technology Lincoln Laboratory

The New England District, U.S. Army Corps of Engineers (USACE), selected a CH2M-led joint venture with Burns & McDonnell (BMcD) to design an advanced Compound Semiconductor Laboratory – Microelectronics Integration Facility at the Massachusetts Institute of Technology Lincoln Laboratory, a federally funded research and development center located on Hanscom Air Force Base in Bedford, Massachusetts. The CH2M team was competitively selected for the project-specific Architect-Engineering contract in accordance with the Brooks Act.

Funded by the Air Force Civil Engineer Center (AFCEC), the new laboratory will be fitted for developing advanced technologies that are applied to problems of national security.

Currently spread across several buildings, including some 1950s-era facilities, MIT Lincoln Laboratory is confronting the limitations of an infrastructure that is aging and not structurally designed for modern research. "This modernization will consolidate the aging facility into an energy-efficient building, with state-of-the-art features," said CH2M Senior Vice President and Department of Defense Portfolio Lead Tim Byers.

MIT Lincoln Laboratory provides systems architecture, long-term technology development, prototyping and system demonstration in diverse mission areas such as:

Air, missile and maritime defense.

Homeland protection and air traffic control.

Communications systems.

Cyber security.

Space control.

Intelligence, surveillance and reconnaissance systems.

"The CH2M – BMcD JV team will provide design and construction-phase services to support the Laboratory's ability to meet changing mission needs over the next 30 years," said Byers.

Ranked No. 1 in semiconductor design, No. 2 in manufacturing and No. 4 in government offices by Engineering News-Record, CH2M has spent the last three decades pioneering and leading design of high-tech facilities in the semiconductor and related microelectronics industries. The firm has designed more than 5 million square feet of Class 10 clean rooms and 250 semiconductor research and manufacturing projects worldwide. CH2M has served the USACE for approximately 50 years and the Air Force for 30 years.

Burns & McDonnell has designed more than 250 new and renovated research, manufacturing, chemical, medical, and pharmaceutical laboratories.  Ranked in the Top 50 Design Firms and No. 7 in government offices by Engineering News-Record, the company has worked with the AFCEC and USACE for more than 20 years.

About CH2M

CH2M leads the professional services industry delivering sustainable solutions benefiting societal, environmental and economic outcomes with the development of infrastructure and industry. In this way, CH2Mers make a positive difference providing consulting, design, engineering and management services for clients needing world-class solutions in environmental; industrial and advanced facilities; transportation; and water markets, from iconic infrastructure to global programs like the Olympic Games.

Ranked among the World's Most Ethical Companies and top firms in environmental consulting and program management, CH2M in 2016 became the first professional services firm honored with the World Environment Center Gold Medal Award for efforts advancing sustainable development.

McIlvaine Company

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