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Tag: chips act

  • The Trump administration’s big Intel investment comes from already awarded grants | TechCrunch

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    Intel officially announced an agreement with President Donald Trump’s administration on Friday afternoon, following Trump’s statement that the government would be taking a 10% stake in the struggling chipmaker.

    While Intel says the government is making an “$8.9 billion investment in Intel common stock,” the administration does not appear to be committing new funds. Instead, it’s simply making good on what Intel described as “grants previously awarded, but not yet paid, to Intel.”

    Specifically, the $8.9 billion is supposed to come from $5.7 billion awarded-but-not-paid to Intel under the Biden administration’s CHIPS Act, as well as $3.2 billion also awarded by the Biden administration through the Secure Enclave program.

    In a post on his social network Truth Social, Trump wrote, “The United States paid nothing for these shares.” Nonetheless, he described this as “a great Deal for America and, also, a great Deal for INTEL.”

    Trump has been critical of the CHIPS Act, calling it a “horrible, horrible thing” and calling on House Speaker Mike Johnson to “get rid” of it. In a regulatory filing in June, Intel said that while it had already received $2.2 billion in CHIPS Act funding, it had subsequently requested an additional $850 million in reimbursement that the government had not yet paid.

    According to The New York Times, some bankers and lawyers believe the CHIPS Act may not allow the government to convert its grants to equity, opening this deal to potential legal challenges.

    In addition to his targeting of the CHIPS Act, earlier this month Trump also accused Intel CEO Lip-Bu Tan of conflicts of interests and said he should “resign immediately.” The president was more positive about Tan on Friday, saying on Truth Social that he “negotiated this deal with Lip-Bu Tan, the Highly Respected Chief Executive Officer of the Company.”

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    For his part, Tan said in a statement that the company is “grateful for the confidence the President and the Administration have placed in Intel, and we look forward to working to advance U.S. technology and manufacturing leadership.”

    Intel’s announcement also says the government’s investment will be “passive,” with no board seats or other governance and information rights.

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    Anthony Ha

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  • Mill City miracle: Draper Labs expands to Lowell

    Mill City miracle: Draper Labs expands to Lowell

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    LOWELL — A company that operated the computer guidance system that helped land Apollo 11 on the moon is coming to Lowell, to be an anchor tenant in the Lowell Innovation Network Corridor project that was announced last week.

    UMass Lowell Chancellor Julie Chen, flanked by local, state and federal leadership, introduced Draper President and CEO Jerry Wohletz during a welcome ceremony held Thursday at UMass Lowell’s University Crossing, in a room that overlooked the Merrimack River.

    “Today is a milestone in the history of this city,” Chen said. “Because [LINC is] setting in motion a vision that will not only transform UMass Lowell, but will transform this whole region for our students, but also all of the residents of this great city.”

    LINC is an $800 million development plan that leverages the prestige and innovation of the university and the resources and history of the city of Lowell with the job creation capabilities of industry like Draper Labs to envision a vibrant urban village/main street model and economic engine for the city.

    Until ground is broken on Phase 1 of the project next year, which will construct two industry co-location and professional housing apartment buildings, Draper Labs will temporarily move a microelectronics division of about 50 people into university-owned space in Wannalancit Mills.

    According to its website, Draper Labs “is an innovation company that pursues scientific advancements to solve that nation’s toughest national security problems for the betterment of the nation and secure democracy around the globe.”

    Pulling together this transformative project with a $600 million investment is Wexford Science & Technology, a company known for its mixed-use, amenity-rich, innovation-focused communities blending industry/university community models. It responded to a request for proposal that UMass Lowell sent out 16-18 months ago.

    The project will bring new housing, economic development, technology jobs and workforce development to downtown Lowell.

    The planning for this campus-style industry initiative was more than 12 years in the making, said UMass President Marty Meehan.

    “Some of the parcels that are involved in this, we acquired in 2010, 2011,” he said. “This was a vision that was set out over a long period of time.”

    That vision moved from the planning stage to implementation with support from Gov. Maura Healey and U.S. Rep. Lori Trahan, both of whom were in attendance at the morning event. They were joined by Lt. Gov. Kim Driscoll, state Sen. Ed Kennedy and state Reps. Vanna Howard, Rodney Elliott and Rady Mom. In the audience were several Lowell city councilors, former Congresswoman Niki Tsongas and Middlesex Community College President Phil Sisson, among others.

    Healey said her administration would draw on LINC as a “marquee” example of innovation in the commonwealth. The state was recently awarded $19.7 million to establish the Northeast Microelectronics Coalition Hub, a regional hub that will advance the microelectronics needs of the U.S. Department of Defense while spurring new jobs, workforce training opportunities and investment in the region’s advanced manufacturing and technology sectors.

    “This is a space in which we’ve done really, really well,” Healey said. “Microelectronics is an example of a sector that is growing and that is key to our future and it’s going to happen here. I’m really pumped about this. Lowell deserves this … it’s good for the country.”

    Trahan brought the federal government to the table with CHIPS Act and other funding.

    The $280 billion CHIPS Act, which stands for Creating Helpful Incentives to Produce Semiconductors, was passed in July 2022 to bring semiconductor manufacturing back to the United States.

    “We’ve secured investments that will position the Mill City for a multibillion economic and jobs boom the likes of which hasn’t happened here since the Industrial Revolution,” Trahan said.

    Wohletz said Draper needs talent, and lots of it. The company is doubling its staff of 2,400 in the coming years. It has campuses across the U.S., including Massachusetts with its headquarters in Cambridge and the U.S. Navy Integrated Repair Facility in Pittsfield.

    “Draper views UMass Lowell’s microelectronics program as one of the top programs in the region,” Wohletz said. “We view UMass Lowell as a strategic partner and a resource for state and federal engagement and a pipeline for engineering talent.”

    That pipeline includes Middlesex Community College, the Lowell Public Schools system, as well as Greater Lowell Technical High School.

    Several leaders spoke to a brain drain that happens in Lowell, in which promising talent leaves due to a lack of housing. LINC incorporates professional housing as part of the model. The project is expected to add almost 500 new units to the city’s housing stock.

    “LINC will retain and attract professionals to Lowell as well as ramp up economic development, entertainment and culture for Lowell residents,” City Manager Tom Golden said during his welcoming remarks.

    Golden added that the city and UMass Lowell are also planning infrastructure improvements as more people live and work in Lowell.

    The teamwork between the local government, the university and state and federal leadership is what brought Draper Labs to Lowell, Wohletz said.

    “The secret recipe has always been partnerships,” he said. “At the core of these great technology achievements has been a partnership between government, academia and industry. United in solving these tough problems while committed to educating the next generations of engineers and scientists.”

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    Melanie Gilbert

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  • The last American venture capitalist in Beijing: Here are the strategic miscalculations undermining America’s technology competition with China

    The last American venture capitalist in Beijing: Here are the strategic miscalculations undermining America’s technology competition with China

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    On Oct. 10, the Biden administration announced a series of sanctions aimed at cutting off the flow of American talent and equipment to the Chinese semiconductor industry. The policy marked a significant departure from the administration’s initial forays which targeted extending American leadership in the industry via funding grants, such as the $100 billion CHIPS and Science Act.

    The latest actions make clear that the U.S. feels it must couple defensive and offensive action to “maintain as large of a lead as possible” over China, as National Security Advisor Jake Sullivan described. What is becoming clear, however, is that the Americans have already lost the initiative in many core technology-enabled areas.

    Since 2017, the U.S. government has pursued a strategic “decoupling” whereby American economic and technological systems were to be disentangled from China. Many of the resulting sanctions, especially on the Chinese tech industry, foreshadowed those now being taken against Russia.

    Putin’s descent into global pariah status has been a long time coming–yet the effectiveness of these sanctions has revealed the unintended consequences of sanctions against China. As one of the last American VCs in China and the son of the U.S. Air Force pilot who flew Henry Kissinger to Beijing, I have seen firsthand the nuance of our relationship.

    To be clear, the U.S.-China relationship has significant tensions. Nevertheless, China is not Russia.

    To start, decoupling pushed China further towards technological self-sufficiency, illuminating China’s technological vulnerabilities and providing a window to bridge these gaps. The effectiveness of future sanctions will be muted compared to those now being taken against Russia. This divergence will not only be a result of the size and sophistication of the Chinese economy–but also because America gave China years of lead time to prepare.

    Sanctions on Russia were significantly strengthened precisely because America still controls Russia’s digital rails (operating systems and app stores). America’s decoupling policy needlessly made China fully aware of these vulnerabilities, spurring the Chinese to protect themselves and ultimately extend their commercial and political influence. 

    In the field of semiconductors, human talent, private and public capital, and regulatory support mobilized en masse are enabling China to leap rungs on the evolutionary ladder of chip development. A recent report claims SMIC took just two years to leap from 14 nm to 7 nm–faster than TSMC and Samsung, without the most advanced production equipment.

    The history of U.S. unilateral hardware sanctions against the Chinese is not pretty. In the 1990s, we decided to cut China’s access to US-built satellites. Other nations rushed to fill the market gap. Today, China consumes roughly 40% of the world’s chips. The Dutch, Koreans, and others will loathe abandoning this market to align with US sanctions. A former senior National Security Council official recently told me that even typical China hawks such as Japan and India were questioning the logic of the recent American action, which could actually trigger a rush from other nations to design-out U.S. products as quickly as possible, so as to not fall within the sanctions guidelines. The net effect here is clear “self-harm,” as a senior former NSC official told me this week.

    Sanctions on China have also impacted America’s ability to win hearts, minds, and wallets globally. Decoupling actually encouraged Chinese dominance in other battleground markets by forcing Chinese tech to take ownership over app stores, hardware, and operating systems that were historicaly ceded to the Americans.

    In 2019, Google forcibly removed its operating system and app store from Huawei phones after the United States Department of Commerce added the Chinese company to its trade restriction list. By 2020, Huawei announced it would use its internally built HarmonyOS on all of its hardware and would look to replace Google Play Store with its own AppGallery.

    Once American-controlled app stores are removed from emerging market phones, Chinese companies can pre-load or provide exclusive access to Chinese applications, rather than their American competitors. Imagine a Huawei, Xiaomi, Oppo, Vivo, or Techno user in Africa only able to access Didi ride-hailing affiliates instead of Uber, Alipay mobile payment partners instead of PayPal, Shein affiliated e-commerce platforms instead of Amazon, TikTok instead of Facebook, Youku instead of YouTube, iQiyi instead of Netflix, etc. Chinese companies control 78% of the African feature phone market and provide almost 70% of Africa’s 4G networks. A significant segment of the African market now uses mobile interfaces that could potentially box out American-built applications. Aside from Samsung, there is no global handset (be it a smartphone or feature phone) alternative to the Chinese-built hardware.

    Growing Chinese tech independence has also transformed U.S.-China competition across the globe. In an era where goodwill and economic ties scale exponentially through digital connectivity, decoupling hinders America’s strategic relationship with countries and global consumers, as it forces them into a binary decision on technology partnerships. Goaded by America to choose sides, many key emerging markets may elect to work with China.

    To understand the growing power of Chinese competition, look no further than TikTok. Since it entered the American market, TikTok has exploded as the dominant both social and entertainment platform. In 2021, Americans spent an average of 25.6 hours a month on TikTok. This dwarfs the average time spent by Americans on TikTok’s competitors: Facebook (16.1 hours) and Instagram (7.7 hours). Only YouTube came close at 22.6 hours a month. Who has Netflix cited as amongst their most formidable competition in a letter to shareholders? TikTok. While TikTok and Netflix deliver different products, they are competing for the same thing: your attention. Time (or to be more specific, screen time) is finite. Netflix has a $10 billion production budget. TikTok’s users generate its content for free. The more time users spend on TikTok, the less there is available for other forms of socializing or entertainment.

    TikTok isn’t just a threat to traditional American social media, entertainment, and news platforms. Google’s two-decade unchallenged dominance as a search engine is eroding, as TikTok’s native search capabilities become the go-to hub for GenZ. The company is now expanding into e-commerce and logistics, threatening American giants like Amazon. 

    The real cost of miscalculating

    TikTok’s growing dominance is emblematic of the advantage that Chinese tech has over its American counterparts in the global competition for users. The dominance of Chinese models isn’t driven just by rock-bottom production costs. Core technology innovation is what drives it, particularly as it relates to TikTok’s highly addictive algorithmic recommendation engine.

    In 2018, I hosted a dinner party between Peter Thiel and Zhang Yiming, the Founder of Tiktok’s parent company Bytedance. When our Chinese interlocutors questioned Thiel about Facebook’s lack of recent innovation, he pointed to a content partnership with Major League Baseball. Zhang laughed. After years of being told Chinese tech was only capable of copying American giants, this moment must have felt vindicating. It was probably as gratifying for Zhang as when Facebook’s TikTok knock-off called Lasso (where Thiel was previously a board member) sputtered and crashed in just under two years.

    American tech giants have effectively been walled off from competition since the mid-2000s. Their near-monopoly position–and the rent-seeking it once enabled–has made them complacent.

    Chinese tech can now challenge Silicon Valley in an increasing number of areas. Models popularized in the Chinese market are a challenge for U.S. tech, particularly in emerging markets. There are hundreds of other Chinese-built, funded, or inspired applications that share TikTok’s voracious ability to latch onto the minds and wallets of consumers. In addition to TikTok, e-commerce platforms such as Shein and AliExpress, short-form video app Kuaishou, and various gaming companies owned by Tencent (like Fortnite) have a combined global customer base on a scale of billions.

    American policy towards China shouldn’t turn into a self-defeating prophecy. We are not locked in a zero-sum dynamic. As the two largest economies and strategic powers in the world, America and China still have much to gain through cooperation.

    There is no path to solving the great global challenges of our time (reversing climate change, pandemic management, nuclear disarmament, avoiding global financial crisis) without China’s direct collaboration. If Russia was to resort to using tactical nuclear weapons in Ukraine, no other nation could play a more pivotal role in staving off World War III than China. Decoupling is a poor policy choice for addressing these myriad and complex tensions.

    Worst of all, the loss of China as a market and increased zero-sum competition with China will reduce economic opportunities for American companies and dim American growth prospects. We will miss globalization when it’s gone.

    Ben Harburg is the managing partner of the global investment firm MSA Capital.

    The opinions expressed in Fortune.com commentary pieces are solely the views of their authors and do not necessarily reflect the opinions and beliefs of Fortune.

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    Ben Harburg

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