Connect with us

Tech

Chinese industry bodies to companies: Don’t use chips from Nvidia, AMD and Intel; they are ‘no longer safe’ – Times of India

Published

on

Chinese industry bodies to companies: Don’t use chips from Nvidia, AMD and Intel; they are ‘no longer safe’ – Times of India

The US-China technology and trade tensions have escalated as four major Chinese industry associations have urged domestic firms to exercise caution when purchasing U.S.-made chips. Highlighting concerns about reliability and security, the associations advised companies to prioritize Chinese-made semiconductor alternatives.
This development could significantly impact American chipmakers such as Nvidia, AMD, and Intel, which have maintained a presence in the Chinese market despite stringent export restrictions. If Chinese companies shift towards local suppliers, it may erode the market share of U.S. semiconductor giants in one of the world’s largest chip markets, potentially reshaping the global semiconductor industry landscape.
The move reflects growing strategic competition and deepening mistrust between the two nations over critical technologies. This move comes in direct response to the latest round of US export controls on advanced semiconductor technology to China announced on Monday, December 2. The US government has been steadily tightening restrictions on chip shipments to China, aiming to curb the country’s technological advancement, particularly in artificial intelligence and military applications.
The Chinese government has also taken additional steps to retaliate against U.S. actions. Beijing has imposed export restrictions on rare earth minerals, which are critical for various industries, including electronics and renewable energy.
Experts believe that this escalating tech war could have significant geopolitical consequences, potentially leading to a fragmented global tech ecosystem. As tensions between the two superpowers intensify, it remains to be seen how this will impact the global supply chain and the future of technological innovation.

Continue Reading