Rising demand for heterogeneous integration in AI chips is pushing package sizes sharply higher, and that has brought glass substrates back into the center of semiconductor discussions. A Statementdog industry report cited by ABMedia says advanced packaging has expanded from "2x reticle" to "4 to 5.5x reticle" in two years, increasing warpage risk and making glass one of the most closely watched material options for next-generation packaging. The report separates two very different uses of glass in packaging: temporary carriers used during manufacturing and removed afterward, and glass substrates or interposers that remain inside the finished product. The second category is drawing most of the market attention. Glass is being considered because it offers adjustable coefficient of thermal expansion, high rigidity, and a very flat surface, traits that can help control warpage and support finer wiring and higher layer counts. At the same time, commercialization still faces major hurdles in TGV reliability, copper adhesion, and inspection methods for transparent material. According to the report, limited commercialization could begin in 2027, possibly in optical communications, while larger-scale production may not arrive until 2028 to 2029. The report says the most important signal for a real volume ramp will be whether Taiwan Semiconductor Manufacturing Co. (TSMC) introduces glass substrates into CoWoS packaging lines, with that window estimated at late 2028 to early 2029.

Maji, the crypto personality known as Big Brother Maji, launched the TAIWAN meme token on Robinhood Chain on Sept. 1, pairing it with the stock token TSM. He said he would test a zero-inventory launch and buy in through the open market like other users. Data cited by Odaily shows that Maji bought $7,636.24 worth of TAIWAN at an average market capitalization of $769,000 and had not sold by publication time. TAIWAN briefly reached a $1.7 million market cap before falling to about $600,000, with only slightly more than 1,000 holders. Its liquidity pool held about $200,000, while creator fees totaled $4,784.28. The report also reviews Maji’s earlier projects, including Mithril, Cream Finance and Boba Oppa, and compares his recent performance with that of Him, Wang Xiaoer, 0xSun and Crypto D. Wang Xiaoer’s BONER call pushed the token to a peak market cap of $90 million, while JOHNDOG, backed by 0xSun and Crypto D, reached only $2.5 million. The figures point to a divided comeback for early crypto market leaders as newer traders attract social-trading users.

Hangzhou-based Xinliu Weilan Intelligent Technology, an AI-for-IC design startup, has completed its first funding round worth tens of millions of yuan, with Qigao Capital as the sole investor. The company was founded in 2026 by Zhejiang University researcher Sun Qi, who set out to combine artificial intelligence with electronic design automation, or EDA, to build a new generation of intelligent chip design tools. According to the company, its system has already run through the full physical design flow in real-world projects below the 10nm node and at a scale of nearly 10 million gates, while continuing to improve PPA metrics covering performance, power and area. The startup says its product stack includes an in-house IC design model called Wavelet and an engineering workflow control system named Orbit, designed to support long-running, cross-tool and cross-stage tasks. The article, originally published by WeChat account Touzijie AI and written by Yu Mengying, also cited comments from Qigao Capital founder and managing partner Dr. Zhang Yong, who said chip design is moving from tool automation toward process-level intelligence centered on large models and agents.

Meta has agreed to a settlement with attorneys general from 52 U.S. states and territories that could cost the company up to $18 billion over 10 years, while forcing major changes to how Instagram and Facebook operate for teenage users. The deal ranks among the largest civil settlements ever reached with a technology company and is being described as a defining legal turning point for social media platforms accused of designing products that hook children. The case had only recently gone to trial. A multistate federal lawsuit led by California, Colorado, New Jersey, and Kentucky opened on Aug. 18, with plaintiffs seeking $1.4 trillion. They alleged that Meta knowingly built features such as infinite scroll, algorithmic recommendations, and frequent notifications to keep teens engaged, concealed mental health risks, and unlawfully collected data from children under 13 in violation of the Children’s Online Privacy Protection Act, or COPPA. The settlement goes far beyond money. It imposes hard requirements on time limits, overnight access, school-hour notifications, visibility of likes, age verification, and independent auditing. It also includes a condition tied to whether TikTok and YouTube accept similar restrictions and payments. The article frames the agreement as a possible "tobacco moment" for social media, with legal concepts such as public nuisance now being applied to platform design and youth harm.

Meta has agreed to a multistate settlement valued at up to $17.1 billion to resolve claims that Facebook and Instagram were deliberately designed in ways that addicted teenagers, according to The New York Times. The deal would end a closely watched trial underway in federal court in Oakland, California, where attorneys general had accused the company of using addictive product features, misleading the public about platform safety, and unlawfully collecting minors’ data without parental consent in violation of the Children’s Online Privacy Protection Act, or COPPA. Under a statement from the Connecticut attorney general’s office, Meta would pay as much as $12.19 billion over the next 10 years, with the total potentially rising to $17.1 billion if rivals such as TikTok, YouTube, and Snapchat accept similar safety reforms and financial terms. The agreement also requires broad changes for users under 18, including a combined default daily limit of two hours across Instagram and Facebook, forced pauses after 15, 60, or 90 minutes of continuous use, overnight restrictions from 12:00 a.m. to 6:00 a.m., and muted notifications during school hours on weekdays. The settlement still requires a judge’s approval, and thousands of related lawsuits across the US remain active.

Meta is now at the center of a major U.S. state lawsuit that reaches far beyond a single social media case. A bipartisan coalition of 29 state attorneys general sued the company in 2023, and on Aug. 18, California, Colorado, Kentucky, and New Jersey opened the first trial in federal court in Oakland. The case targets two main issues: alleged deception over platform safety and allegedly addictive design features for children and teens on Instagram and Facebook, plus alleged violations of the Children’s Online Privacy Protection Act, or COPPA, tied to the collection of data from children under 13 without parental consent. State experts said about 4.6 million children under 13 used Instagram during the review period, while another 3.9 million used Facebook. The states’ headline number is a theoretical maximum of $1.4 trillion, calculated by multiplying alleged violations by per-violation penalties under state law. Even so, public court records cited in the source indicate the states themselves suggested a more realistic figure could be closer to $200 billion. The broader significance lies elsewhere: the case tries to sidestep Section 230 by arguing that Meta should be held responsible for its own product design, including recommendation systems, infinite scroll, and like-driven feedback loops. That approach, if upheld, could shape future litigation against other platforms and even products beyond social media.

Meta’s child safety case has opened in federal court in Oakland, California, with former engineering director Arturo Béjar delivering testimony that cut directly at Instagram’s internal priorities. Béjar told jurors that the company’s posture toward users under 13 was effectively 「don’t ask, don’t tell」 and said Mark Zuckerberg’s 2021 public rejection of claims that Meta put profit ahead of user safety was not true. He also argued that Meta’s internal culture measured success mainly by how long and how often people used its products, even when that came with harm to mental health. The case, brought by California, Colorado, Kentucky, and New Jersey, centers less on specific posts and more on product design. State lawyers said features such as infinite scroll, likes, and optional safety settings were built to keep young users engaged for longer, improving ad targeting and revenue. Prosecutors also said Meta failed to take basic steps after identifying underage users and collected personal data from children under 13 without parental consent. Meta, for its part, said youth mental health and social media use are serious issues, argued it has a responsibility to work with families, and has challenged whether 「social media addiction」 amounts to a recognized psychiatric diagnosis for fraud claims.

Samsung has pushed back its 1.4nm mass-production target from 2027 to 2029, extending its focus on the 2nm platform for at least three more years. The shift puts more weight on yield improvement, process maturity and customer adoption, rather than rushing into another node transition. The article argues that Samsung is still developing its 2nm family rather than standing still. In addition to standard SF2, the company is working on derivative 2nm processes for different use cases and plans to introduce backside power delivery in more advanced versions. Samsung has also taken a cautious stance on High-NA EUV, with Vice President Park Chang-min saying the technology still needs to mature and may only become essential for production at A10 and below, or the 1nm class and beyond. That caution stands out as TSMC keeps advancing. According to the article, TSMC’s N2 has already entered mass production, and A16, its first post-2nm node, is scheduled for mass production in the second half of 2026. A16 will use TSMC’s SPR backside power delivery technology. TSMC says that versus N2P, A16 can deliver an 8% to 10% speed gain at the same power, a 15% to 20% power reduction at the same speed, and up to about 10% higher chip density. The piece frames the latest roadmap shift as a sign that leading-edge competition is no longer just a race to the next number. Cost, yield, power delivery, packaging and ecosystem execution are becoming just as important as transistor scaling itself.