iPhone 17 Pro Models to Arrive in 2025 With 2nm Chipset Built by TSMC: Report

Apple is planning to launch the first iPhone equipped with a processor built on a 2nm process in 2025, according to a report. The Cupertino company will reportedly launch the iPhone 17 Pro and iPhone 17 Pro Max with a next generation chipset from TSMC. The iPhone 15 Pro models were the first phones from Apple to be equipped with a 3nm A17 Pro chip, while the standard iPhone models still run on the 4nm A16 Bionic chipset that previously powered the Pro models launched in 2022.

According to a DigiTimes report (via Apple Insider) citing supply chain sources, Taiwan Semiconductor Manufacturing Co (TSMC) is preparing a new chip manufactured on its 2nm process for the iPhone 17 Pro models that are expected to launch in the second half of 2024. Apple is also expected to introduce Mac models with 2nm chips in the future, but the report does not specify a timeline for these processors.

With TSMC on track to produce the 2nm chips that will be built on its “N2” process technology, the iPhone 17 Pro and iPhone 17 Pro Max are likely to be the first smartphones to feature the next generation chips, while the standard iPhone 17 models could be equipped with a previous generation chipset, a process Apple has followed since the iPhone 14, which featured the same chip as the iPhone 13 Pro.

While the Taiwanese chip firm will start production of 2nm chip designs next year, it is also working on a more advanced version of the “N2” process technology for even better 2nm chips that will be ready by 2026-end, according to the report. This suggests that the first iPhone models with chips built on the “N2P” process technology could be from the iPhone 19 series that could debut a year later in 2027.

TSMC is also working on its more advanced “A14” process technology, which will allow it to produce 1.4nm chipsets, according to the report. However, there’s currently no word on a timeline for production of chips on the advanced process technology, which means it could be years before an iPhone model is launched with a 1.4nm processor.


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Intel Signs Microsoft as Foundry Customer; Says Firm on Track to Overtake Biggest Rival TSMC

Intel said on Wednesday that Microsoft plans to use its services to manufacture a custom computing chip and that the company expects to beat an internal deadline of 2025 to overtake its biggest rival, Taiwan Semiconductor Manufacturing Co, in advanced chip manufacturing.

The American chipmaker also gave new details on how it plans to maintain a lead over TSMC into 2026 and beyond.

Intel made the disclosures at an event in San Jose, California, at the first technology conference for Intel Foundry, the contract manufacturing operation it established to compete with TSMC.

Intel says it plans to retake the mantle of making the world’s fastest chips from TSMC later this year with what it calls Intel 18A manufacturing technology and extend that lead into 2026 with new technology called Intel 14A.

It said Microsoft will use its 18A technology to make an undisclosed chip and that it now expects $15 billion of foundry orders, up from the $10 billion that the company had earlier told investors to expect.

TSMC said it had “no comment on the competitiveness of our advanced technologies” beyond what its CEO C.C. Wei said at the company’s last investor conference in January.

TSMC’s Taipei-listed stock has jumped almost 17% so far this year due to its dominance in producing the kinds of advanced chips used in AI applications by companies like Nvidia.

The news of 14A technology is the first time the Silicon Valley company has given details of its plans beyond 2025. That is the deadline Intel’s CEO, Pat Gelsinger, had set to regain the chipmaking crown when he took the reins three years ago.

For decades, Intel made chips only for itself and used its lead in manufacturing to create a cycle in which it made chips with industry-leading performance and charged a premium for them. Those margins, in turn, helped fund manufacturing advances. But when Intel lost its manufacturing lead, its chips became less competitive and margins slipped, sapping the source funding for a manufacturing rebound.

Now, Intel is counting on potentially billions of dollars in U.S. government subsidies and business from outside customers to help it get back on track.

It is hoping some customers will be enticed by its long history of operating cutting-edge factories on multiple continents, especially those with concerns about TSMC’s practice of keeping its most advanced factories clustered in Taiwan.

“It’s a sales pitch that’s resonating right now. People want that,” Stu Pann, the executive overseeing Intel Foundry, said of the company’s geographic diversity.

Intel says it has four “large” customers signed up for its 18A manufacturing technology but has yet to name them. It is not clear if Microsoft is among those financially important customers.

Intel said on Wednesday it was partnering with Arm Holdings to make it easier to make chips with Arm technologies in its factories. Intel also said it will work with the University of California, Berkeley, and the University of Michigan to allow students to access its 18A manufacturing technology.

Intel also has a special technology that analysts say will be useful for speeding up power-hungry artificial intelligence chips. Nvidia, the leader in the AI chip market, has said it is evaluating Intel’s manufacturing technology, but the two companies have not announced a deal.

Intel’s effort to lure in outside customers “is the key to the turnaround story,” said Ben Bajarin, chief executive of consulting firm Creative Strategies.

“Unfortunately, it’s an unanswered question, because this is a two-to-three-year journey before we have any inkling of knowing that this is working.”

© Thomson Reuters 2024


(This story has not been edited by NDTV staff and is auto-generated from a syndicated feed.)

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AI Will Define Trend for Global Computing Industry, Says AMD Chief

AI will be the “defining mega-trend” for the global computing industry, the head of chip giant AMD said Thursday in Taiwan, where the majority of the world’s semiconductors powering the technology is produced. 

California-based Advanced Micro Devices (AMD) is one of the world’s largest chip suppliers — rivalling giants Intel and Nvidia — and their processors are used in everything from gaming consoles and laptops to massive servers. 

In the past year, tech companies have shifted resources to developing chips that have the processing power for generative AI — which churns out complex content in seconds — after seeing the popularity of products such as ChatGPT

“The innovation opportunities ahead of us are truly enormous and the computing industry is changing very fast,” said AMD’s CEO Lisa Su, in Taiwan to receive an honorary doctorate from a university in the city of Hsinchu. 

“AI is really the defining megatrend for the next 10 years,” she said, adding that generative AI has reshaped how industry players think about tech’s possibilities. 

“Every product, every service, every business in the world will be impacted by AI, and the technology is actually evolving faster than anything than I’ve ever seen before,” Su said in her speech to the university. 

As a chip design foundry, AMD outsources the production of their microchip designs to Taiwan Semiconductor Manufacturing Company (TSMC), which is headquartered in Hsinchu. 

The Taiwanese chipmaking giant controls half the world’s output of the silicon wafers, which are used to power everything from drip coffee machines to cars and missiles.

Unlike the AMD chief, TSMC’s chairman Mark Liu cautioned investors on pinning their expectations of a boom in chips due to generative AI. 

“The short-term frenzy about AI demand definitely cannot be extrapolated for the long term,” Liu told shareholders in a conference call Thursday — held around the same time as the university ceremony Su attended. 

“Neither can we predict for the near future, meaning next year, how the sudden demand will continue or flatten out.”

TSMC reported a 23 percent drop in its second quarter net income to about $5.85 billion (nearly Rs. 47,950 crore).

“Our second quarter business was impacted by the overall global economic conditions, which dampened the end market demand, and led to customers’ ongoing inventory adjustment,” said Wendell Huang, TSMC’s VP and chief financial officer.

The company also announced that its long-awaited Arizona plant — the first in the United States — has met delays, due to “an insufficient amount of skilled workers”, and the start of production will be pushed to 2025, Liu said.


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Taiwanese Technology Giants Look to Relocate Production Bases to India in Move Away From China

Leading Taiwanese technology firms are looking at relocating their manufacturing bases to India to bring down their exposure to the Chinese market, top policymakers in the Taiwan government have said, amid the self-governed island’s increasingly tense relations with China.

Deputy Minister for Taiwan’s National Development Kao Shien-Quey said there is huge scope for collaboration between New Delhi and Taipei in areas of emerging and critical technologies including manufacturing of semiconductors and electronics equipment.

In an interaction with a group of international journalists, she said major Taiwanese technology giants are looking at India as a key destination to strengthen their global supply chains.

Kristy Tsun-tzu Hsu, the director at premier policy think-tank Taiwan ASEAN Studies Center at Chung-Hua Institution of Economic Research, described India as an important country for Taiwan and said Taiwanese companies operating in China are looking at “decoupling” the global supply chain from that country while maintaining it for the domestic consumers.

Leading Taiwanese companies are increasingly looking at relocating their production bases from China to countries in Europe, North America, the US and India in view of Washington’s trade dispute with Beijing and the Chinese military’s increasing muscle-flexing around Taiwan.

The relationship between China and Taiwan has become increasingly strained after US House Speaker Nancy Palosi’s visit to the island in August last year.

India is keen on having production facilities of leading Taiwanese chip producers including Taiwan Semiconductor Manufacturing Corporation (TSMC), the world’s largest chipmaker whose clients included Apple.

“With the larger context of global supply chain restructuring and the ‘China plus one’ strategy, I am sure that we will see an acceleration of collaboration between the two sides in the field of semiconductor and information and communication industry,” Shien-quey said.

It is learnt that a sizable number of Taiwanese companies are going to set up production bases at two industrial parks in India which are being set up exclusively for leading industries from Taiwan.

Talks are in the final stages for a Taiwanese semiconductor company to set up a manufacturing facility in India, an official said on condition of unanimity.

Taiwan produces over close to 70 percent of the world’s semiconductors and over 90 percent of the most advanced chips that are required for almost all electronic equipment such as smartphones, car components, data centres, fighter jets and AI technologies.

The ‘China-Plus-one’ strategy aims at encouraging businesses to expand their operations outside of China while maintaining their presence in that country.

“We are actively promoting the diversification of the production bases of the Taiwanese companies and we would like them to move their production bases to other countries with a like-minded value system,” Shien-quey said.

Tsun-tzu Hsu said the Indian economy is significantly large and the view is that it can provide some opportunity for Taiwan to change its trade dynamics with China.

“It is not only about trade. It is more about strategic collaboration. Our companies were considering moving to India even before the beginning of the US-China trade war because the Indian economy is so large that it can provide some opportunity to Taiwan to change the dynamics with China and reduce its dependence on China,” she said.

Tsun-tzu Hsu said the Taiwanese government has been trying to negotiate a trade deal with India to expand the trade basket.

Taiwan-based Foxconn, which is Apple’s largest supplier, has an iPhone manufacturing facility in Tamil Nadu.

The company is now setting up another iPhone production facility in Karnataka that is expected to start production by April next year.

New Delhi and Taipei inked a landmark bilateral investment pact nearly five years back that seeks to protect Taiwanese investment in India.

The bilateral trade between India and Taiwan is on an upswing. The volume of trade increased from $2 billion (roughly Rs. 16,361 crore) in 2006 to $8.9 billion (roughly Rs. 72,806 crore) in 2021.

“Recently, we see new momentum in Taiwanese companies moving to India and expanding their operations. The expansion of Foxconn is one such example,” Tsun-tzu Hsu said.

Deputy Minister Shien-quey said there is a lot of room for collaboration between India and Taiwan in the area of semiconductor manufacturing.

“India is strong in its software capabilities while Taiwan is strong in hardware and manufacturing in the ICT sector. There is a lot of room for complimentary collaboration here. Secondly, India enjoys a very huge domestic market. So this is also an incentive for investment,” she said.

The deputy minister said the operations by Foxconn in India are expected to encourage more technology companies to invest in India.

“Since Foxconn is already there (India) and some of the suppliers in the lower part of the supply chain for Foxconn are also in India, I am sure that this will attract more companies to invest in the upstream of the value chain,” she said.

China considers Taiwan as its breakaway province and insists it should be unified with the mainland, by force if necessary. Taiwan, however, sees itself as completely distinct from China.

India does not have formal diplomatic ties with Taiwan but both sides have trade and people-to-people relations.

Following the eastern Ladakh border row with China, some experts in India have been pushing for upgrading New Delhi’s ties with Taipei, especially in the trade and investment sectors.


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iPhone 5G Modem to Be Made on TSMC’s 3nm Process: Report

Apple could switch to its own 5G modems with future iPhone models. Now a new report states that the Cupertino-based tech giant will employ the 3nm technology by Taiwan Semiconductor Manufacturing Company (TSMC) for its in-house 5G modems. The TSMC is expected to start the trial production in the second half of this year. The iPhone 16 series, which is expected to be unveiled in 2024 could come equipped with the company’s own iPhone 5G modem chips. The iPhone 15 models could use Qualcomm’s 5G modems exclusively.

The iPhone maker has been trying to develop its own 5G modems in recent years to reduce dependence on Qualcomm as a supplier. As per a new report by Commercial Times, Apple’s in-house 5G modem chip will be built based on TSMC’s 3nm technology. The supporting RFIC could use the TSMC’s 7nm process node. The chipmaker is expected to begin trial production for Apple in the second half of this year and it could increase the production volume gradually in the first half of 2024.

Apple was earlier speculated to use its in-house 5G modem chips with the iPhone 15 series. This timeline suggests that this year’s lineup could be powered by Qualcomm’s 5G modems. The current iPhone 14 models pack a Snapdragon X65 5G modem chip.

The iPhone 15 series is expected to come equipped with the Snapdragon X70 5G modem chip. Apple’s own 5G modem chips are expected to debut in iPhone 16 series.

TF International Securities analyst Ming-Chi Kuo earlier said that Qualcomm will continue to remain as an exclusive supplier of the iPhone 5G modem chips with a 100 percent supply share. Qualcomm was earlier expected to grab only 20 percent of iPhone modem orders. The modem was said to be designed and tested at 5nm before moving to mass production in 2023 at 4nm. Apple is expected to reveal more details on its 5G modem in the coming days.


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TSMC to Recruit More Than 6,000 New Staff in 2023 Despite Global Downturn in Chip Sector

Taiwan Semiconductor Manufacturing Company (TSMC), the world’s largest contract chipmaker, will recruit more than 6,000 new staff in 2023, the company said in a statement on Saturday. The hiring drive comes despite a global downturn in the chip industry.

According to TSMC, the company will seek young engineers with associates, bachelor’s, masters’s or doctorate degrees in electrical engineering or software-related fields, in cities all across Taiwan.

The average overall salary of a new engineer with a master’s degree is T$2 million (roughly Rs. 53,55,930), the company added.

A decline in demand for electronics and high inventory levels following a shortage of some chips have led to a downturn for the semiconductor industry.

Since late 2022, a number of chip companies around the world have reined in investments.

Intel recently announced that it would cut payments to mid-level staff and executives from 5 percent to 25 percent. Chief Executive Pat Gelsinger also took a pay cut of 25 percent. Meanwhile, the company’s hourly workforce’s pay will not be cut, said a person familiar with the matter who was not authorised to speak publicly.

Gelsinger also conceded that Intel has “stumbled” and lost market share to rivals such as Advanced Micro Devices, which on reported quarterly sales that were above Wall Street’s expectations. The company has also lowered its 401(k) matching program from 5 percent to 2.5 percent and suspended merit raises and quarterly performance bonuses, the person said.

TSMC’s dominance in making some of the most advanced chips for high-end customers such as Apple has shielded it from downturn.

The company slightly reduced its annual capital expenditure for 2023 and predicts a first-quarter revenue drop, but has said it expects demand to pick up by the second half of this year.

© Thomson Reuters 2023


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Berkshire Hathaway Purchases $4.1 Billion in TSMC in Rare, Significant Foray Into Tech Sector

Berkshire Hathaway said it bought more than $4.1 billion (roughly Rs. 33,212 crore) of stock in Taiwan Semiconductor Manufacturing, a rare significant foray into the technology sector by billionaire Warren Buffett’s conglomerate.

The news sent shares in TSMC soaring, closing up 7.9 percent in Taiwan on Tuesday, as it boosted investor sentiment for the world’s largest contract chipmaker, which saw its shares hit a two-year low last month due to a sharp slowdown in global chip demand.

In a Monday regulatory filing describing its US-listed equity investments as of September 30, Berkshire said it owned about 60.1 million American depositary shares of TSMC.

TSMC’s other foreign investors include US asset managers BlackRock and Vanguard Group, and Singapore sovereign wealth fund GIC.

Berkshire also disclosed new stakes of $297 million (roughly Rs. 2,405 crore) in building materials company Louisiana-Pacific and $13 million (roughly Rs. 105 crore) in Jefferies Financial Group. It exited an investment in Store Capital, a real estate company that agreed in September to be taken private.

The filing did not specify whether Buffett or his portfolio managers Todd Combs and Ted Weschler made specific purchases and sales. Investors often try to piggy back on what Berkshire buys. Larger investments are normally Buffett’s.

While Berkshire does not normally make big technology bets, it often prefers companies it perceives to have competitive advantages, often through their size.

TSMC, which makes chips for the likes of Apple, Qulacomm and Nvidia, posted an 80 percent jump in quarterly profit last month, but struck a more cautious note than usual on upcoming demand.

“I suspect Berkshire has a belief that the world cannot do without the products manufactured by Taiwan Semi,” said Tom Russo, a partner at Gardner, Russo & Quinn in Lancaster, Pennsylvania, which owns Berkshire shares.

“Only a small number of companies that can amass the capital to deliver semiconductors, which are increasingly central to people’s lives,” he added.

Berkshire has had mixed success in technology.

Its more than six-year wager during the last decade in IBM did not pan out, but Berkshire is sitting on huge unrealised gains on its $126.5 billion (roughly Rs. 10,24,553 crore) stake in Apple, which Buffett views more as a consumer products company.

Apple is by far the largest investment in Berkshire’s $306.2 billion (roughly Rs. 24,80,264 crore) equity portfolio.

Berkshire disclosed the TSMC stake about 2-1/2 months after it began reducing a decade-old, multi-billion dollar stake in BYD, China’s largest electric car company.

In the third quarter, Berkshire added to its stakes in Chevron, Occidental Petroleum, Celanese, Paramount Global and RH.

It also sold shares of Activision Blizzard, Bank of New York Mellon, General Motors, Kroger and US Ban.

Buffett, 92, has run Berkshire since 1965. The Omaha, Nebraska-based company also owns dozens of businesses such as the BNSF railroad, the Geico auto insurer, several energy and industrial companies, Fruit of the Loom and Dairy Queen.

 

© Thomson Reuters 2022


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ASML Launches EUR 12 Billion Buyback, Upgrades 2025 Forecast

ASML, a key supplier of equipment to computer chip manufacturers, on Thursday said it would launch a EUR 12 billion (nearly Rs. 98,380 crore) share buyback programme to run through 2025.

In an announcement ahead of an investors’ day on Friday, the company said it expects revenue of EUR 30 billion (nearly Rs. 2,45,600 crore) to EUR 40 billion (nearly Rs. 3,27,550 crore) by 2025, up from a previous estimate of EUR 24 billion (nearly Rs. 1,96,500 crore) to EUR 30 billion.

The company’s 2021 sales totalled EUR 18.6 billion (nearly Rs. 1,52,460 crore).

ASML, which has more orders for its equipment than it can currently supply and foresees a decade of growth, said it is moving ahead with plans to expand capacity.

“While the current macro environment creates near-term uncertainties, we expect longer-term demand and capacity showing healthy growth,” the company said in a statement.

Shares jumped on the announcement and closed 9.7 percent higher at EUR 544.20 (nearly Rs. 44,600) in Amsterdam.

The company said it expects sales to continue growing, with a sales target of EUR 44 billion (nearly Rs. 3,60,500 crore) to EUR 60 billion (nearly Rs. 4,91,700 crore) by 2030.

ASML dominates the market for lithography systems, large machines used to map out the circuitry of semiconductors.

It said it expects to expand production of its flagship EUV machines, which cost about EUR 200 million (nearly Rs. 1,600 crore) each, to 90 annually from around 60 at present, by 2026.

Major ASML customers include Taiwan’s TSMC, South Korea’s Samsung and SK Hynix, and Intel and Micron Technology of the United States.

© Thomson Reuters 2022

 


 

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MacBook Pro 3nm M2 Pro Chip by TSMC to Enter Production Later This Year: Report

The Taiwan Semiconductor Manufacturing Company (TSMC) could begin the production of its new 3nm chips for Apple by the end of this year, a new report claims. The Cupertino company could become the first to use the new 3nm processor for its M2 Pro chipsets. The report further suggests that Apple’s A17 Bionic chip and the M3 chip could continue to use TSMC’s 3nm process. The move from TSMC’s 5nm process to the 3nm process is expected to result in improved performance and energy efficiency.

According to a report by Taiwan’s Commercial Times (via MacRumours), Apple will take advantage of TSMC‘s 3nm process for the M2 Pro chip, which is expected to come with the company’s new lineup of 14-inch and 16-inch MacBook Pro laptops. These MacBook Pro laptops are expected to arrive later this year or early 2023.

The report further mentions that a new high-end Mac Mini could also come with the new M2 Pro chip. Apple is expected to utilise TSMC’s 3nm process for its A17 Bionic chip for next year’s iPhone 15 Pro models. This technology could also be used for the M3 chip for future generations of MacBook Air and 13-inch MacBook Pro models.

The M2 Pro chips manufactured using the 3nm process are expected to offer faster performance and better energy efficiency in comparison to the ones made using TSMC’s 5nm process. It could result in improved battery life for future iPhones and Macs.

Apple is expected to be the first to use TSMC’s 3nm chips by the end of this year. However, companies like Intel, Super Micro, Huida, Qualcomm, MediaTek, Broadcom, and more will seemingly get their hands on 3nm chips next year. Even AMD is expected to use TSMC’s 3nm process for some of its products after completely transitioning to the Zen 5 architecture next year or the year after.


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ASML Shares Fall After Report Suggests US Wishes to Restrict Sales to China

Shares in ASML Holding, a key supplier of equipment to semiconductor makers, fell on Tuesday following a Bloomberg News report that the US government wants to restrict the company from selling equipment to China.

ASML has already been unable to ship its most advanced tools to China, but the report said Washington would also restrict the sale of slightly older machines, citing “people familiar with the matter.”

A spokesperson for ASML said the company was unaware of any policy change.

“The discussion is not new,” the spokesperson said. “No decisions have been made, and we do not want to speculate or comment on rumours.”

ASML’s US shares sank 7.2 percent in the wake of the report.

Other chip gear makers also lost ground, with Lam Research off 3.6 percent and Applied Materials losing 2.4 percent.

China is ASML’s third largest market, after Taiwan and South Korea, representing around 16 percent of 2021 sales, or EUR 2.1 billion (nearly Rs. 17,100 crore).

ASML has a near monopoly on the manufacture of lithography systems, machines vital for chipmakers such as Intel, TSMC and Samsung. Lithography systems cost hundreds of millions of dollars apiece and use focused beams of light to create the circuitry of computer chips.

Lithography and other semiconductor manufacturing equipment require an export license, as computer chips are considered “dual use” technology, with military as well as commercial applications.

Since 2019, the Dutch government, in agreement with the US, has not granted a license for ASML to sell its most advanced machines, which use “extreme ultraviolet,” or EUV, light waves, to Chinese chipmakers.

ASML still sells “deep ultraviolet,” or DUV, machines, to Chinese customers.

The majority of chips worldwide are manufactured with DUV lithography. Restricting their sale to China would be highly damaging for China’s chip industry and would likely worsen a global semiconductor shortage.

In 2021, the US National Security Commission on Artificial Intelligence — led by former Google CEO Eric Schmidt — recommended that the US Departments of State and Commerce should push allies to deny China access to top DUV, EUV and related tools.

© Thomson Reuters 2022

 


 

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