Intel has announced Plan it on Tuesday Cost 20 billion Creating new chipmaking factories. The move aims to show that the company and the United States are serious about regaining global leadership in a key technology. But it also highlights how far behind Intel and the US have fallen.
As part of its plan, Intel Said it would open its factories more extensively to make chips for other factories, highlighting its production efficiency and ambition. But at the same time, Intel has said it will outsource the production of most of its advanced chips to Taiwan Semiconductor manufacturing company. Extra Ultimate Ultraviolet Lithography (EUV) is being used to push another computer power to a chip by holding the TSMC transistors together.
“The good news for the United States is that Intel is doubling its manufacturing business,” he said Saif Khan, Research Fellow at Georgetown University Center for Security and Emerging Technology. “Chip production is a key source of U.S. economic competition and is also highly relevant to national security.”
Khan, who is studying the policy implications for chip production, said the concentration of chip production in Taiwan and South Korea over the past decade has been risky for the United States and other economies. Supply pressures and geopolitical conflicts can cripple the entire industry. “The situation looks a little scary.”
Semiconductor Industry Association, a US industry group, In September 755 percent of the chips are now made in Asia. In global chip production in 1990, the share of U.S. partners was 37 percent, down from 12 percent. Both Intel and the US government want some claws behind it.
CEO of Intel, Pat GelsingerThe company said Tuesday it would spend ২০ 20 billion to build a new chipmaking plant in Arizona, encourage other companies’ chip-making units, and collaborate with IBM on research into new chip technology.
Gelsinger also confirmed rumors that Intel would outsource some products to TSMC but said the company would keep most of the chipmaking in the house.
Manufacturing modern microchips is an incredible feat of engineering, with features shrinking to just a few billion miles in size, leaving more efficiency and computational power out of the new design.
Intel is currently making chips featuring 10 nanometer sizes. TSMC is making chips using 7- and 5-nanometer processes; TSMC says it will move to 3 nanometers as Intel accelerates production to 7-nanometers.
“It’s a great deep hole for Intel,” said Linley Gennap, president Linley Group, A chip industry analyst firm. “And the problem is not just throwing money.”
For Intel to gain a stronger position in chipmaking, Jennap says the death penalty will be effective and the company will have to do much more to get its technical edge back. He said there are plans to cooperate IBM The new chip could prove the most important part of yesterday’s announcement on the combined research of design and packaging components. IBM has several research groups working on innovative approaches to microprocessor design and manufacturing.
“I think it should help Intel do better to innovate next-generation technology,” he says. “And it really needs Intel” “
A decade ago, Intel topped the chipmaking world. However, the company failed to make significant changes from desktop machines to computers Smartphone, And for specialized chips from general purpose chips Artificial intelligence. Intel has created misconceptions in many important cases to delay the production, use of EUVs and leave its latest products several years behind.
As Intel has stumbled, other companies such as Arm, Which designs mobile chips and Nvidia, Which sells specialized AI and graphics chips, has grown. Nvidia has announced plans to acquire Arm. Intel’s manufacturing errors, and the rise of custom chips, have coincided with changes in chipmaking in Asia, where Samsung and TSMC now make many advanced chips in the world. Other Asian foundries such as UMC in Taiwan and SMIC in China produce less advanced chips.