The biggest industry news recently was a report by South Korean media that graphics chip giant NVIDIA has confirmed that it will outsource its latest generation of 7nm graphics chips to South Korea's Samsung for production using a 7nm process that includes extreme ultraviolet (EUV) technology. This is tantamount to breaking up with its long-time partner TSMC, and TSMC's stock price was hit hard by the negative news on the 3rd. The stock price fell by NT$6.5 to NT$242.5 per share, a drop of 2.61%.
However, Morgan Stanley (Morgan Stanley) disagrees with the South Korean media report in its latest report, believing that the South Korean media report is too exaggerated and that NVIDIA's 7-nanometer process new generation graphics chips will still be produced by TSMC. Morgan Stanley pointed out that the competition between Samsung and TSMC in high-end processes is well known and is no longer a new thing. According to the supply chain, Samsung should be striving for NVIDIA's 8-nanometer and 10-nanometer process graphics chip orders, and 7-nanometer graphics chip orders should still be produced by TSMC.
Morgan Stanley's latest report shows that Samsung's 7nm process started later than TSMC, and the part of TSMC's orders that Samsung has a greater advantage in grabbing should be 8nm and 10nm process products. South Korean media reported that Samsung won a large order for NVIDIA's 7nm graphics chips, and Morgan Stanley believes that NVIDIA is more likely to place it with TSMC.
At the same time, Morgan Stanley said that NVIDIA and TSMC have a close partnership, so if they really place an order with Samsung, TSMC will be the main supplier, and Samsung will play the role of the second supplier. In addition, Morgan Stanley also pointed out with recent market estimates that the number of chips manufactured by TSMC for NVIDIA in 2018 accounted for 80% of all NVIDIA chips. In this case, Morgan Stanley strongly supports TSMC and believes that the report that NVIDIA will place an order with Samsung is exaggerated.
Research agency: TSMC leads Samsung in 7nm process, but is still the first choice for major manufacturers
Nvidia, a major customer of TSMC (2330), the world's leading graphics chip manufacturer and a major customer of the leading wafer foundry, confirmed that the next-generation 7nm graphics processing unit (GPU) chips will be transferred to South Korea's Samsung, which attracted the attention of the industry and caused TSMC's stock price to fall 2.6% yesterday; however, research institutions and legal persons believe that TSMC's 7nm process is ahead of Samsung and has a stable yield rate, and it is still the first choice for major global customers.
Liu Meijun, an analyst at the Industrial Technology Research Institute's International Strategy Development Institute, said that the rise of innovative applications of 5G, artificial intelligence (AI) and high-performance computing (HPC) has driven processors to move towards high-speed computing, smaller size and low power consumption as the mainstream development. The latest products of global chip manufacturers including Qualcomm, NVIDIA, HiSilicon, AMD, etc. are all mass-produced with the most advanced process technology, triggering a surge in demand for 7-nanometer process, and TSMC still holds a leading position in 7-nanometer process.
Liu Meijun pointed out that due to the different speeds of various major manufacturers in advancing the 7nm process, the global foundry business landscape may be reorganized this year. Intel has announced that it will abandon its foundry business and focus on its core business to maintain its dominance in processors. Last year, Samsung adopted the 10nm process, an enhanced version of the 8nm LPP process, to temporarily replace the 7nm process due to poor 7nm yields. It will only start mass production of products with the 7nm process in the second half of this year. TSMC was the first in the world to start the 7nm process, and its yield performance is stable, making it the first choice for major design companies to introduce.
TSMC's 7nm process is currently operating at full capacity. It is estimated that 7nm and the enhanced 7nm extreme ultraviolet (EUV) lithography equipment will account for more than 25% of TSMC's full-year revenue this year, and will also be the main driving force for the growth of operations in the second half of the year compared to the first half.
Legal persons believe that TSMC has superior production and manufacturing technology and does not compete with customers like Samsung. Qualcomm previously outsourced its 10nm process to Samsung, and its 7nm process returned to TSMC for production. Nvidia should only give a portion of its orders to Samsung, with the majority of its production still based on TSMC.
Previous article:The domestic chip industry has been hit hard by the Internet and the industry has lost its innovative vitality
Next article:Using semiconductors to put pressure on South Korea, is the Japan-South Korea trade war about to begin?
- Popular Resources
- Popular amplifiers
- Vietnam's chip packaging and testing business is growing, and supply-side fragmentation is splitting the market
- The US asked TSMC to restrict the export of high-end chips, and the Ministry of Commerce responded
- ASML predicts that its revenue in 2030 will exceed 457 billion yuan! Gross profit margin 56-60%
- ASML provides update on market opportunities at 2024 Investor Day
- It is reported that memory manufacturers are considering using flux-free bonding for HBM4 to further reduce the gap between layers
- Intel China officially releases 2023-2024 Corporate Social Responsibility Report
- Mouser Electronics and Analog Devices Launch New E-Book
- AMD launches second-generation Versal Premium series: FPGA industry's first to support CXL 3.1 and PCIe Gen 6
- SEMI: Global silicon wafer shipment area increased by 6.8% year-on-year and 5.9% month-on-month in 2024Q3
- LED chemical incompatibility test to see which chemicals LEDs can be used with
- Application of ARM9 hardware coprocessor on WinCE embedded motherboard
- What are the key points for selecting rotor flowmeter?
- LM317 high power charger circuit
- A brief analysis of Embest's application and development of embedded medical devices
- Single-phase RC protection circuit
- stm32 PVD programmable voltage monitor
- Introduction and measurement of edge trigger and level trigger of 51 single chip microcomputer
- Improved design of Linux system software shell protection technology
- What to do if the ABB robot protection device stops
- Ford patents pre-charge alarm to help save costs and respond to emergencies
- New real-time microcontroller system from Texas Instruments enables smarter processing in automotive and industrial applications
- Sandia Labs develops battery failure early warning technology to detect battery failures faster
- Ranking of installed capacity of smart driving suppliers from January to September 2024: Rise of independent manufacturers and strong growth of LiDAR market
- Industry first! Xiaopeng announces P7 car chip crowdfunding is completed: upgraded to Snapdragon 8295, fluency doubled
- P22-009_Butterfly E3106 Cord Board Solution
- Keysight Technologies Helps Samsung Electronics Successfully Validate FiRa® 2.0 Safe Distance Measurement Test Case
- Innovation is not limited to Meizhi, Welling will appear at the 2024 China Home Appliance Technology Conference
- Innovation is not limited to Meizhi, Welling will appear at the 2024 China Home Appliance Technology Conference
- Huawei's Strategic Department Director Gai Gang: The cumulative installed base of open source Euler operating system exceeds 10 million sets
- The 2019 STM32 National Tour Seminar is about to start. Register now to win three gifts
- Problems of overcurrent and overvoltage protection in voltage doubler rectifier circuit
- When installing 32-bit dependent libraries in 64-bit Ubuntu, "libc6:i386 (!= 2.19-0ubuntu6.6) but 2.19...
- Popular science information on the entire process of chip design and production
- [Rivet RVB2601 Creative Application Development] 1. Routine Experience - Music Player
- EEWORLD University Hall----Linux Kernel Analysis and Application Xi'an University of Posts and Telecommunications (Chen Lijun)
- DIY ImxRT1010 board, sharing hardware debugging experience
- Useful information sharing | Come and get the various "grounds" in the switching power supply
- Learn something new! LED diodes, neon bulbs, buzzers... these common components can actually generate electricity?
- PID Album Resource Collection