Apple Inks $500 Million Rare Earth Magnet Deal to Bring Supply Home

A person walks past an Apple store on July 15, 2025, in New York City. (AFP)
A person walks past an Apple store on July 15, 2025, in New York City. (AFP)
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Apple Inks $500 Million Rare Earth Magnet Deal to Bring Supply Home

A person walks past an Apple store on July 15, 2025, in New York City. (AFP)
A person walks past an Apple store on July 15, 2025, in New York City. (AFP)

Apple has signed a $500-million deal with Pentagon-backed MP Materials for a supply of rare earth magnets, one of the first US tech companies to ink an agreement that aims to centralize its supply chain inside the country.

MP shares jumped 26% on Tuesday afternoon trading to a record high, while Apple's stock gained 1%.

The deal, announced on Tuesday, is part of a broader push by Apple to bring iPhone production to the United States amid a push from the Trump administration to produce fewer electronics in China - also marking corporate America's growing alignment with US industrial policy.

MP last week agreed to a multibillion-dollar deal with the US Department of Defense that will see the Pentagon become MP's largest shareholder and financial backstop.

Neither the precise length of the deal nor the specific volumes of magnets to be supplied was provided, although the agreement does call for magnets produced from recycled material, in keeping with Apple's long-standing goal of ending its reliance on the mining industry.

Rare earths are a group of 17 metals used to make magnets that turn power into motion, including the devices that make cellphones vibrate. They are also used to make weapons, electric vehicles, and many other electronics.

China halted rare earths exports in March following a trade spat with US President Donald Trump that showed some signs of easing late last month, even as broader tensions underscored demand for non-Chinese supply.

As part of the agreement, Apple will pre-pay Las Vegas-based MP Materials $200 million for a supply of magnets slated to begin in 2027.

The magnets will be produced at MP's Fort Worth, Texas, facility using magnets recycled at MP's Mountain Pass, California, mining complex, the companies said.

"Rare earth materials are essential for making advanced technology, and this partnership will help strengthen the supply of these vital materials here in the United States," Apple CEO Tim Cook said in a statement.

Bob O'Donnell, president at market research firm TECHnalysis Research, said Tuesday's move "makes complete sense" given that Apple requires significant amounts of rare earth magnets for its devices.

"Plus, by focusing on a US-based supplier, it does help position Apple more positively in Washington," he said.

Apple, which said the deal is part of its $500-billion four-year investment commitment to the US, has faced threats from Trump over iPhones not made in the US. But many analysts have said making the iPhone in the US is not possible, given labor costs and the existing smartphone supply chain.

Apple, which sold about 232 million iPhones last year, according to data from IDC, did not disclose which devices in which it will use the magnets.

MP said the deal will supply magnets for hundreds of millions of devices, which would constitute a significant share of any of Apple’s product lines, which also include wearable devices such as watches and earbuds.

MP already produces mined and processed rare earths and has said it expects to start commercial magnet production in its Texas facility by the end of this year.

Last week's deal with the US government includes a price floor for rare earths designed to spur investment in domestic mines and processing plants, which has been lagging partly due to low prices set in China.



Tencent's Quarterly Revenue Rises 13% on Gaming, AI Demand

FILE PHOTO: Tencent's logo is displayed at its booth at the China International Fair for Trade in Services (CIFTIS) in Beijing, China, September 11, 2025. REUTERS/Maxim Shemetov/File Photo
FILE PHOTO: Tencent's logo is displayed at its booth at the China International Fair for Trade in Services (CIFTIS) in Beijing, China, September 11, 2025. REUTERS/Maxim Shemetov/File Photo
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Tencent's Quarterly Revenue Rises 13% on Gaming, AI Demand

FILE PHOTO: Tencent's logo is displayed at its booth at the China International Fair for Trade in Services (CIFTIS) in Beijing, China, September 11, 2025. REUTERS/Maxim Shemetov/File Photo
FILE PHOTO: Tencent's logo is displayed at its booth at the China International Fair for Trade in Services (CIFTIS) in Beijing, China, September 11, 2025. REUTERS/Maxim Shemetov/File Photo

Tencent Holdings reported a 13% increase in fourth-quarter revenue on Wednesday, driven by strong demand for gaming and growth in its artificial intelligence services, cementing its position as China's largest social media and gaming company.

The Shenzhen-based firm posted revenue of 194.4 billion yuan ($28.3 billion) for the three months to December 31, just above the 193.5 billion yuan forecast by analysts polled by LSEG.

Quarterly net profit was 58.26 billion yuan, compared with an average estimate of 57.75 billion yuan.

Tencent has been accelerating AI ⁠investments funded by ⁠its gaming arm as it competes with rivals including Alibaba and ByteDance.

The company is embedding AI across its WeChat messaging and payment app, cloud services and gaming, drawing on an ecosystem of more than one billion users.

Domestic gaming revenue rose 15% to 38.2 billion yuan, while international gaming revenue surged ⁠32% to 21.1 billion yuan. Online advertising revenue climbed 17% to 41.1 billion yuan, boosted by AI-enhanced ad targeting.

Gaming growth was driven by newer titles including "Delta Force" and "Valorant Mobile", alongside established hits "Honor of Kings" and "Peacekeeper Elite".

Revenue in its FinTech and Business Services segment, which includes cloud computing, rose 8% to 60.8 billion yuan. Tencent does not break out cloud revenue separately.

To compete with rivals such as Alibaba Group and ByteDance, Tencent ramped up AI talent acquisition, including hiring ⁠former OpenAI ⁠researcher Yao Shunyu to lead the development of its proprietary Hunyuan large language model.

It spent 1 billion yuan promoting its Yuanbao AI chatbot during the Lunar New Year holiday period to gain market share in China's increasingly crowded AI sector, Reuters reported.

This month, it launched its "OpenClaw" AI product suite, comprising QClaw for individual users, Lighthouse for developers and WorkBuddy for enterprises, as competition intensifies around AI agents - software that can perform multi-step tasks autonomously.

Capital expenditure for 2025 totaled 79.2 billion yuan, compared to 76.8 billion yuan in 2024.


Samsung Elec and AMD Sign MoU on AI Memory, Explore Foundry Partnership

FILE PHOTO: The logo of Samsung Electronics is seen at the company's store in Seoul, South Korea, April 15, 2025. REUTERS/Kim Hong-Ji/File Photo
FILE PHOTO: The logo of Samsung Electronics is seen at the company's store in Seoul, South Korea, April 15, 2025. REUTERS/Kim Hong-Ji/File Photo
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Samsung Elec and AMD Sign MoU on AI Memory, Explore Foundry Partnership

FILE PHOTO: The logo of Samsung Electronics is seen at the company's store in Seoul, South Korea, April 15, 2025. REUTERS/Kim Hong-Ji/File Photo
FILE PHOTO: The logo of Samsung Electronics is seen at the company's store in Seoul, South Korea, April 15, 2025. REUTERS/Kim Hong-Ji/File Photo

Samsung Electronics and Advanced Micro Devices (AMD) signed a memorandum of understanding to expand their strategic partnership on memory chip supplies for artificial intelligence infrastructure, the companies said on Wednesday.

The agreement will focus on supplying Samsung's next-generation high-bandwidth memory (HBM4) for AMD's upcoming Instinct MI455X AI accelerators, as well as optimized DDR5 memory for AMD's sixth-generation EPYC processors, they said in a statement.

The companies will also discuss opportunities for a foundry partnership, under which Samsung could provide contract chip manufacturing services ⁠for next-generation AMD ⁠products.

Under the agreement, Samsung will position itself as a key HBM4 supplier for AMD's next-generation AI GPUs, Reuters reported. The South Korean firm has already been a primary HBM supplier for AMD, supplying HBM3E chips used in AMD's MI350X and MI355X accelerators.

The ⁠agreement comes during the week of Nvidia's annual developer conference GTC, where CEO Jensen Huang on Monday announced a foundry partnership with the Korean firm and praised its HBM4 chips.

The tie-up highlights a broader race among global chipmakers to lock in long-term supply partnerships for advanced memory, as AI-driven demand reshapes the semiconductor industry and tightens supply of HBM chips.

Last month, AMD said it had agreed ⁠to sell ⁠up to $60 billion worth of AI chips to Meta Platforms over five years, a deal that allows the Facebook owner to purchase as much as 10% of the chips. AMD signed a similar deal with OpenAI last year.

Samsung, the world's largest memory chipmaker, has been seeking to narrow the gap with rivals in the fast-growing HBM segment. It holds about a 22% share of the global HBM market, compared with market leader SK Hynix's 57%, according to Counterpoint.


Nvidia Making AI Module for Outer Space

Nvidia CEO Jensen Huang says artificial intelligence powered by the company's graphics processing units is quickly infusing nearly everything from Disney character robots to data centers that may one day be orbiting the planet. JOSH EDELSON / AFP
Nvidia CEO Jensen Huang says artificial intelligence powered by the company's graphics processing units is quickly infusing nearly everything from Disney character robots to data centers that may one day be orbiting the planet. JOSH EDELSON / AFP
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Nvidia Making AI Module for Outer Space

Nvidia CEO Jensen Huang says artificial intelligence powered by the company's graphics processing units is quickly infusing nearly everything from Disney character robots to data centers that may one day be orbiting the planet. JOSH EDELSON / AFP
Nvidia CEO Jensen Huang says artificial intelligence powered by the company's graphics processing units is quickly infusing nearly everything from Disney character robots to data centers that may one day be orbiting the planet. JOSH EDELSON / AFP

Nvidia chief Jensen Huang on Monday said the leading artificial intelligence chip maker is heading for space with a goal of powering orbiting data centers.

An Nvidia graphics processing unit (GPU) was launched into space late last year by startup Starcloud in what was touted as an off-planet debut for the technology, but now Nvidia is creating a module intended as a building block for data centers there.

"We're working with our partners on a new computer called Vera Rubin Space One," Huang said as he kicked off the GPU-maker's annual developers conference in Silicon Valley.

"It's going to go out to space and start data centers."

Partners in the project include Starcloud, which is planning a November satellite launch that will mark the "cosmic debut" of the new Nvidia module.

A Starcloud-1 satellite, about the size of a small refrigerator, is expected to be packed with 100 times more computing power than any previous space-based operation.

"In 10 years, nearly all new data centers will be being built in outer space," predicted Starcloud co-founder and chief Philip Johnston.

The startup explained that it plans to power Google AI with the Nvidia GPUs to show that large language models can run in outer space.

Nvidia described the Vera Rubin module as being optimized for AI, enabling real-time sensing, decision making, and autonomous functioning.

"Space computing, the final frontier, has arrived," Huang said.

"With our partners, we're extending Nvidia beyond our planet - boldly taking intelligence where it's never gone before."

Tech firms are floating the idea of building data centers in space and tapping into the sun's energy to meet out-of-this-world power demands in a fierce artificial intelligence race.

More than a dozen startups, aerospace leaders, and major tech firms are involved in the development, testing, or planning of space-based data centers.

The big draw of space for data centers is power supply, with the option of synchronizing satellites to the sun's orbit to ensure constant light beaming onto solar panels.

Building in space also avoids the challenges of acquiring land and meeting local regulations or community resistance to projects.

Critical technical aspects of such operations need to be resolved, however, particularly damage to the orbiting data centers from high levels of radiation and extreme temperatures, and the danger of them being hit by space junk.