Support
sales@oemstron.com
86-755-83232896
English$ USD
Contact Us
TELEPHONE86-755-83232896
E-MAILsales@oemstron.com
SKYPEcondy@oemstron.com
QQ2881672436
MessageLeave Your Message
Top

Samsung will unveil the upgraded 3 - and 4-nanometer chip manufacturing process in June 2023

Jun 3 2023 2023-06 Semiconductors Samsung Semiconductor, Inc.
Article Cover
Samsung's announcement that it will launch an upgraded 3 - and 4-nanometer chip process is a significant advance that will have a significant impact on the semiconductor industry.

Samsung is one of the world's largest semiconductor manufacturers and has been a leader in chip manufacturing technology. Recently, Samsung announced that it will launch an upgraded 3 - and 4-nanometer chip process, which is a major advance that will have a significant impact on the semiconductor industry.

 

Samsung's advantage in the semiconductor industry

 

Samsung places great emphasis on technology and R&D investment to ensure its leadership position in the global semiconductor market. In addition to this, the company has a large production capacity and supply chain network that enables it to play an important role in the semiconductor industry. In recent years, Samsung has also continued to innovate in chip manufacturing technology, introducing many new technologies that lead the industry and strengthen the gap with other competitors.

 

Samsung announced the launch of an upgraded 3 - and 4-nanometer chip process

 

Samsung has announced that it will launch its upgraded 3 - and 4-nanometer chip processes in June 2023. These two processes will help Samsung improve the efficiency of semiconductor manufacturing and reduce production costs. The company said that these new processes use more advanced process technology to enable more chips to be produced on each wafer.

 

It is understood that the new process will use the "vertical" technology of transistors in flash storage instead of the "vertical" technology of traditional transistors, which will result in transistors being more closely aligned, thereby improving chip density and performance. In addition, these new processes will also use Samsung's GAA (Door-to-door Active) technology, which can reduce power consumption and improve the chip's operating time.

 

The launch of these new processes will enable Samsung to make a huge breakthrough in semiconductor manufacturing technology, while also providing other companies with more advanced manufacturing technology. According to Samsung's plans, these upgraded processes will be mass-produced in the second quarter of 2023, and the company also plans to apply them to areas such as automotive electronics, artificial intelligence and 5G communication equipment.

 

The meaning of the new process

 

First, the launch of the upgraded 3 - and 4-nanometer chip processes will help Samsung enhance its leadership position in the global semiconductor market. The two processes will increase the speed and performance of Samsung's chips, enhancing the company's market competitiveness in areas such as automotive electronics and 5G.

 

Secondly, the launch of the technology will provide other enterprises with more advanced chip manufacturing technology and production tools. This will promote technological innovation and development within the industry and promote the progress of the entire industry.

 

Finally, the launch of the upgraded 3 - and 4-nanometer chip processes will further strengthen Samsung's position in the current global semiconductor crisis. At present, the global semiconductor market is plagued by problems such as supply shortages and price increases, and Samsung's introduction of these new processes into the market can bring more stability and growth to the industry.

 

Conclusion

 

The launch of the upgraded 3 - and 4-nanometer chip processes marks a further breakthrough for Samsung in semiconductor manufacturing technology. These new processes will help Samsung improve the efficiency and performance of chip manufacturing, further expanding its leadership position in the global semiconductor market. At the same time, the launch of these new processes will also provide other enterprises with more advanced manufacturing technology and promote technological innovation and development of the industry.

The Products You May Be Interested In

CAR2012TEBX5Z01A CAR2012TEBX5Z01A AC/DC CONVERTER 12V 2000W 130

More on Order

CP3000AC54TEPZ-F CP3000AC54TEPZ-F AC/DC CONVERTER 120

More on Order

AVX012A0X3-SRZ AVX012A0X3-SRZ DC DC CONVERTER 234

More on Order

SHHN000A3CL4-SRZ SHHN000A3CL4-SRZ DC DC CONVERTER +/-15V 9W 369

More on Order

APTH006A0X4-SR APTH006A0X4-SR DC DC CONVERTER 0.6-3.63V 22W 398

More on Order

EQW020A0A81Z EQW020A0A81Z DC DC CONVERTER 5V 100W 294

More on Order

EHHD020A0F64-18HZ EHHD020A0F64-18HZ DC DC CONVERTER 3.3V 66W 185

More on Order

AXA010A0P93-SR AXA010A0P93-SR DC DC CONVERTER 1.2V 12W 358

More on Order

QHW100F71 QHW100F71 DC DC CONVERTER 3.3V 66W 252

More on Order

QHW100A1 QHW100A1 DC DC CONVERTER 5V 100W 379

More on Order

JRW040A0A41 JRW040A0A41 DC DC CONVERTER 5V 200W 394

More on Order

ATH010A0X3 ATH010A0X3 DC DC CONVERTER 0.8-3.6V 36W 103

More on Order

AXA016A0X3 AXA016A0X3 DC DC CONVERTER 0.8-5.5V 88W 372

More on Order

QSVW042A0B41-HZ QSVW042A0B41-HZ DC DC CONVERTER 12V 180

More on Order

ESTW036A0F41-HZ ESTW036A0F41-HZ DC DC CONVERTER 3.3V 120W 455

More on Order

EHHD006A0B641-HZ EHHD006A0B641-HZ DC DC CONVERTER 12V 72W 296

More on Order

ESTW010A0A41Z ESTW010A0A41Z DC DC CONVERTER 5V 50W 439

More on Order

KSTW002A5B41-SRZ KSTW002A5B41-SRZ DC DC CONVERTER 12V 30W 106

More on Order

QSVW050A0B641-HZ QSVW050A0B641-HZ 36-75VIN, 50A/12V OUT, 600W, 1/4 378

More on Order

IND060SIP IND060SIP DC DC CONVERTER 0.59-5.5V 660

More on Order

EHHD024A0A41-HZ EHHD024A0A41-HZ DC DC CONVERTER 5V 120W 614

More on Order

AXA010A0X3Z AXA010A0X3Z DC DC CONVERTER 0.8-5.5V 55W 790

More on Order

AXH003A0XZ AXH003A0XZ DC DC CONVERTER 0.8-3.6V 10W 684

More on Order

KHHD010A0A41Z KHHD010A0A41Z DC DC CONVERTER 5V 50W 2112

More on Order