Skip to main content

25 billion dollars! Infineon has made its biggest single investment in Texas Instruments to build another wafer factory

Recently, Infineon, Renesas, Texas Instruments, Rapidus and other chip giants have started to build new wafer plants, the industry estimates that the four major companies in the production expansion of the amount of 25 billion dollars.

 

Infineon: 5 billion euros to build a factory in Germany, the largest single investment in history

 

On Feb. 16, Infineon said it had received approval to build a 5 billion euro ($5.35 billion) chip plant in Dresden, Germany, scheduled to start production in 2026. Infineon said it would be the largest single investment in its history and was expected to create about 1,000 jobs. The company is seeking 1 billion euros in public funds for the project.

 

Infineon also said the planned plant, which will produce power semiconductors and analog/mixed-signal components, would generate roughly the same annual revenue as the investment at full capacity.

 

The German economy ministry approved early projects for the plant, allowing Infineon to start construction until the European Commission completes checks on legal subsidies. German Economy Minister Robert Habeck welcomed the news as a sign that Germany is an attractive place for businesses to invest.

 

 

Renesas: Considering expanding chip production outside Japan

 

Renesas Electronics, a major maker of automotive chips, said on Feb. 16 that it was considering expanding chip production outside Japan to reduce the risk of future supply chain disruptions to automakers and other key customers.

 

Hideki Shibata, Renesas chief executive, said Japan faced challenges in building and operating new plants, including relatively high water and electricity costs, earthquakes and limited talent. It's always good to have a lot of options, not just in Japan, but everywhere.

 

Despite the volatile market conditions in the broader semiconductor industry, Renesas said earlier this month that inventories of automotive products remained below its target level. Mr. Shibata said at the time that the target for next season was to raise supply to slightly above expected demand.

 

Texas Instruments: Will build a second 12-inch wafer plant in Lee High, Utah

 

On Feb. 16, Texas Instruments plans to open a second 12-inch semiconductor wafer manufacturing facility in Lehi, Utah. The facility is next to Texas Instruments' existing 12-inch wafer manufacturing facility in the area, LFAB, and when completed, the two facilities will operate as a single wafer manufacturing facility. It's part of the company's $11 billion investment in Utah.

 

Construction of the new plant is expected to begin in the second half of 2023, with production starting as early as 2026. The facility will join Texas Instruments' existing 12-inch wafer manufacturing facility, which includes DMOS6 in Dallas, Texas; RFAB1 and RFAB2 in Richardson, Texas; And LFAB in Lehi, Utah. Texas Instruments, meanwhile, is building four 12-inch semiconductor wafers in Sherman, Texas.

 

Haviv Ilan, Executive Vice President and Chief Operating Officer, who will take over as President and Chief Executive Officer of TI, said, "This new facility is part of our long-term plan for 12-inch wafer capacity to meet customer demand for decades to come. With semiconductor demand for electronic products, especially industrial and automotive markets, expected to continue to grow in the future, now is the perfect time for us to further expand our own manufacturing capabilities."

 

 



Rapidus: Considering building a chip plant in Hokkaido, Japan

 

Japan's state-backed chip company Rapidus is considering building its first manufacturing plant in Hokkaido, Japan, TV Tokyo reported on Feb. 15.

 

Rapidus said a formal decision on the location of the new plant could come as early as the end of February, with Chitose, a city of about 100,000 people in southwestern Hokkaido, a possible location.

 

Rapidus, a joint venture between Toyota Motor, SONY and six other Japanese companies, has signed a partnership with IBM to develop the 2-nanometer chip project. Rapidus aims to mass-produce the chips in 2027.

 

The Japanese government has said it will invest 70 billion yen in Rapidus, and Rapidus revealed earlier this month that it would need about 7 trillion yen in funding, mostly government grants, to mass-produce 2nm chips by 2027.

 

Or affect OEM orders

 

In the global automotive chip market, Infineon is the industry leader, and Renesas and Teche are the third and fourth respectively. These three manufacturers adopt the IDM model and have analog IC, microcontrollers and other products. In the past, they were mostly produced by Taiwan Semiconductor, United Electric and other wafer factories.

 

In recent years, in order to shorten the delivery time, major automotive chip manufacturers direct contact with wafer foundries for cooperation, especially the next generation of automotive IC design is more complex and requires a higher level or special semiconductor manufacturing process support. As these IDM plants aggressively build their own capacity, the supply of automotive chips may be smoother in the future, but it will also reduce outsourcing orders, affecting Taiwan Semiconductor Manufacturing, United Electric and other orders.

Comments

Popular posts from this blog

The biggest problem with the latest 56 semiconductor manufacturers suspend orders, price increased, and long lead time. How can you fix it?

 Following the suspension of MCU orders by ELAN , Holtek Semiconductor issued a notice on 21st April suspending orders with immediate effect. The price of various semiconductors, especially MCUs, has risen as a result of factors such as the tightness of 8-inch wafer foundries. The demand for MCUs is so high that many major MCU manufacturers at home and abroad are operating at full capacity, but supply still exceeds demand. In its notice, Holtek  Semiconductor stated that Suspension of orders for 2022 Subject: Orders with delivery dates in 2022 are suspended with immediate effect.   Description: 1. The wafer fabs and packaging houses have advised that there will be another wave of price increases soon - price increases of 15%-30%. 2. The fabs are expected to provide 2022 production numbers by early May and will announce 2022 order acceptance rules when confirmed.   3. expected to resume accepting orders for 2022 by mid-May. 4. 2022 orders that have received deposits will be rescheduled

Understanding of DC-DC buck bootstrap circuit

In the peripheral circuit design of DC-DC BUCK chips, we usually add capacitors or a combination of capacitors + resistors between the BOOT and SW pins, this piece of circuit is called bootstrap circuit, the capacitors and resistors in the bootstrap circuit are called bootstrap capacitors and bootstrap resistors.   What is a bootstrap capacitor?   DCDC Buck chip has a pin called BOOT, and some are called BST. The following is an explanation of the BOOT pin of a DCDC chip. In the external circuit design, a capacitor, generally 0.1uF, is needed between the BOOT and SW pin, and is connected to the driver end of the high-end MOS tube of DCDC.     How does a bootstrap capacitor work?   The following is a block diagram of a DCDC BUCK chip, the top NMOS is called the high-side MOSFET and the bottom NMOS is called the low-side MOSFET.     When the high side MOS tube is turned on, SW is VIN, SW charges and stores energy in the inductor, and the inductor current is rising; when the low side MOS

2022 global chip shortage continues: ST、NXP、ADI、XILINX、ONSEMI、DIODES... latest trends

Under the influence of the epidemic and various emergencies around the world, the global chip industry fell into a shortage of stock in 2021. Now it has been a year, and the shortage of chips seems to have not eased. Below, we have collated the latest market developments of the original chip manufacturers such as ST, Renesas, NXP, ADI, ON Semiconductor, Microchip, Qualcomm, etc., so that you can have a good idea of the market situation. ST: Large shortage of high-end products and automotive chips Most stockists have been selling off since the prices of ST  products have fallen back, but this month has seen a small rebound. For example, STM8S003F3P6TR  and STM32F103VCT6 , two pieces of material, have seen a small price increase. It is worth noting that the market price of ST's brake system chips has recently soared, and other automotive chips have also risen, and there is still a large shortage of high-end products and automotive chips, and delivery times are still long.   In additi

Teach you 5 ways to identify and avoid counterfeit electronic components in a second

In the process of purchasing electronic components, the most worrying thing for buyers is not the price, but the quality of the product. There are a variety of IC chips on the market, of all kinds, and without paying attention to the distinction, it is sometimes difficult to see the difference between various materials, whether it is true or false, new or refurbished. The following is a compilation of some methods to identify genuine and fake chips, for your reference. Common chip counterfeiting methods Material A counterfeit material A Original manufacturer's tailor loose material: the original packaging has been disassembled or is no longer available, but product functionality and yield may be lower due to storage time or handling process, etc. Original manufacturer scrap or defective products: mainly products that have not passed factory inspection by the original manufacturer, such as scrap products after reliability testing, poor packaging quality, bad test products, etc. Orig

9 effective ways to improve your electronic components specification for approval

1. Let purchasers find manufacturers to provide specifications, safety information, environmental protection information, insurance information - E-document 2. Verify that the information is true and complete, such as the applicable period of the document, so as not to be fooled by the manufacturer. 3. Let the buyer find the manufacturer to provide samples, specifications, safety information, environmental information, insurance information - Paper files 4. Environmental test: send several samples to the environmental laboratory for ROSH halogen test. 5. Electrical specifications and high-temperature testing - e.g. electrolytic capacitors :  A: measuring capacity and deviation withstand voltage, PIN foot tin is good B: go through the production line to see if the capacitors are deformed after the high temperature of the furnace and if the capacity and the deviation voltage are okay. 6. Body size check - e.g. electrolytic capacitors . Body height and diameter, PIN pin spacing, PIN pin d