Abandon 30 years of grudges! Japan and the United States jointly research 2nm, want to control the global semiconductor supply chain?

According to recent news, Japan will establish a research base for a new generation of semiconductors, and jointly research 2nm semiconductor chips with the United States, which is expected to be widely used in artificial intelligence and other fields. Japanese Minister of Economy, Trade and Industry Hikaru Hagi said that the cooperation between Japan and the United States in the field of semiconductors made him feel the strangeness of fate.

More than 30 years ago, Japan once occupied the world's leading position in the semiconductor field. However, under the suppression of the United States, the market share dropped from 50% to about 10%. Now that Japan and the United States have cooperated again in the semiconductor field, it is thought-provoking.

Japan's semiconductor industry controlled by the United States

After World War II in the last century, the Japanese economy was bleak. For its own development, the United States began to support the Japanese economy and let it provide cheap products to the United States. During this period, the United States allowed Japan to directly use its basic research results, and the Japanese semiconductor industry took this initial development.

In 1970, IBM, which almost monopolized the computer market at the time, announced the use of semiconductor memory in the latest computers. The memory on the computer also began to gradually change from the original magnetic core technology to semiconductor memory.

Optimistic about the semiconductor market. In 1974, the Ministry of International Trade and Industry of Japan took the lead and organized five companies, Hitachi, NEC, Fujitsu, Mitsubishi and Toshiba, and invested 300 billion yen to tackle key problems in semiconductor technology.

With the support of the government, Japanese semiconductors are progressing smoothly. DRAM, the main research result, surpassed the United States in market share in 1982. In 1985, Intel, which dominated the DRAM market, gave up the DRAM business that continued to lose money. In the following year, Japanese semiconductors accounted for the global market. The share reached 46%, surpassing the United States and becoming the first in the world.

According to the data released by the Ministry of Economy, Trade and Industry in 2021, Japanese semiconductors accounted for 50.3% of the global market share in 1988. Among the top ten global companies in 1992, Japan occupied 6 seats, namely NEC (2nd), Toshiba (3rd), Hitachi (5th), Fujitsu (7th), Mitsubishi (8th) and Panasonic (10th).


Related Articles

IRFZ44N VS IRF3205: Are They Replaceable?

Release time:2024-02-20       Page View:694
This post is about the comparison between irfz44n and irf3205, including their Pinout, CAD-Model, Test Circuit, Package, Applications, Similarities and Differences and so on.

​AG13 Vs LR6 Battery : Are they Replaceable?

Release time:2024-02-18       Page View:412
Batteries are an essential component of many electronic devices, from small toys to household gadgets. Two common types of batteries that often come up in discussions are the AG13 and LR6 batteries. While both serve similar purposes, they have distinct differences that make them suitable for different applications. One common question that arises is ...

How Does LM386 Audio Amplifier Work?PDF,Pinout,Circuits

Release time:2024-02-17       Page View:232
Let’s Exploring the LM386 Audio Amplifier: Features, Applications, Guitar Amplification Circuits, equivalent and Im386 spice model

What is C1815 transistor? Datasheet, Pinout, C1815 vs BC547

Release time:2024-02-03       Page View:1076
CatalogWhat is C1815 transistor?C1815 PinoutC1815DescriptionC1815 CAD-ModelC1815 AlternativesC1815 ApplicationsC1815 DiagramC1815 Package DimensionHow to test C1815 transistor?Where to find C1815 transistor?Is C1815 compatible with BC547 transistor?C1815vs BC547What is C1815 Transistor? Datasheet, Pinout, C1815 vs BC54...

1N5408 Vs 1N4007 Diode Which Works Better? Specification, PDF

Release time:2024-02-02       Page View:652
This post is about 1N5408 vs 1N4007 Diode: A Comparison of Specifications and Performance

Distinction of STM32G070CBT6 And STM32G070KBT6 Microcontrollers

Release time:2024-01-25       Page View:449
Guys, Let me bring you through Distinction: STM32G070CBT6 vs STM32G070KBT6

​STM32H747HIX6 vs STM32H723VET6: Compare STM32 Microcontroller

Release time:2024-01-24       Page View:383
Hi guys, this is Comprehensive STM32 Microcontroller Series Comparison for STM32H747HIX6 vs STM32H723VET6

2N7000 Vs 2N7002 Transistor Difference Comparison

Release time:2024-01-17       Page View:715
Hi, friends, when looking at 2N7000 Vs 2N7002 these two components, you might have a question: Are They Replaceable? So this post will make a Comparison about their features

Overview For ADS774JU Analog to Digital Converters: How it Works

Release time:2024-01-16       Page View:217
ADS774JU is Analog to Digital Converters. This post is going to reveal ADS774JU ADC Datasheet, Pinout, Replacements

TMC5160 vs TMC2209 vs TMC2226 Stepper Motor Drivers Comparison

Release time:2024-01-10       Page View:521
​This article is A Comparative Analysis for TMC5160 vs TMC2209 vs TMC2226, including their features, CAD-Model, pinout,application, diagram and so on

BSS123 vs BSS138: Which is Best?

Release time:2024-01-02       Page View:923
When it comes to selecting the right transistor for your electronic projects, it's important to consider various factors such as voltage, current, and applications. In this article, we will compare two popular MOSFET transistors, the BSS123 and the BSS138, and explore which one might be best suited for your needs.First, let's understand the ba...

How to Use MAX13487EESA+T Transceiver Datasheet,Diagram,Features

Release time:2023-12-29       Page View:1225
This post is about ​ MAX13487EESA+T: A Versatile RS-485/RS-422 Transceiver for Reliable Data Communication
RFQ
BOM