Hon Hai Tech Day 2026 (HHTD 26) continued to focus on next-generation AI infrastructure. According to the source, although the event featured slightly fewer robots than in 2025, it still maintained a dedicated robotics exhibition area where Foxconn and its partners showcased the latest developments in smart manufacturing technology. Participants included KUKA, ABB, and Yaskawa, which are among the four major robotics families, as well as Japanese passive-component manufacturer TDK. Taiwan-based companies including Hiwin, TM Robot, and TECO also joined the exhibition. The source does not state the cause.
Google is deepening its strategic partnership with Foxconn, aiming to cut the time from chip supply to data-center deployment from the traditional 12 to 18 months to about six months. The statement was made by Rehan Sheikh, vice president of global silicon chip technology and manufacturing at Google Cloud, at Hon Hai Tech Day (HHTD 26) on October 30. The six-month timeline is a stated aim, not an achieved result; the source does not state the cause.
Hon Hai (Foxconn) and TECO Electric & Machinery showcased a jointly developed modular data center at Hon Hai Tech Day 2026, highlighting a factory-built approach to AI infrastructure. The 40-foot container integrates computing, cooling, power, energy management, and fire protection systems, as the companies target rising global demand for AI computing capacity.
modular data center (computing, cooling, power, energy management, and fire protection systems)Hon Hai (Foxconn), TECO Electric & MachineryDigiTimes AsiaPartnership/M&A
According to the source, Foxconn chairman Young Liu said the company's core strengths are processing capabilities and vertical integration, as the manufacturer seeks to move beyond its long-standing image as a simple "Box Mover." At its 2026 Hon Hai Tech Day, Liu described an end-to-end model spanning design, components, assembly, software integration, and global logistics. The source does not state any price change, production change, or supply-demand cause; it is a corporate positioning statement.
Foxconn Chairman Young Liu said at the opening of Hon Hai Tech Day 2026 (HHTD26) on October 30 that the company's core competitive strengths lie in its "processing capabilities" and "vertical integration," as the company seeks to dispel the perception that it is merely a "box mover" handling basic system assembly. The source does not state any price, capacity, or supply-demand change.
Apple has unveiled its first OLED touchscreen MacBook Pro, reportedly built with TSMC-made M5 Pro/Max chips and Samsung Display panels. The source states the launch could boost orders for Taiwanese ODMs Foxconn and Quanta; this is stated as a possibility ('could boost'), and the Samsung Display panel supply is qualified as 'reportedly', not a confirmed fact.
OLED touchscreen MacBook ProM5 Pro/Max chipsSamsung Display panelsApple, TSMC and 5 totalTrendForce Official (Market Data)
SpaceX is expanding its AI computing infrastructure to meet rising demand for AI applications, and has secured US$40 billion in financing commitments for GPUs and equipment. The surge in neocloud orders is reshaping the order landscape for Taiwan original design manufacturers (ODMs), including Foxconn, Quanta, and Wistron, and could accelerate a move from traditional original equipment manufacturer (OEM) sales to direct ODM supply and, eventually, to the delivery of complete AI data-center systems. The source frames the shift with the conditional wording 'could accelerate', so it is not stated as an achieved outcome.
GPUsAI data-center systemsSpaceX, Foxconn and 4 totalDigiTimes Asia
Reports of internal display damage have emerged for Apple's first foldable smartphone, the iPhone Duo. According to industry sources on Oct. 28, following the device's launch on Oct. 23, devices reported in the United States, Australia and other markets showed similar symptoms, including cracks near the lower portion of the central fold and long white lines extending to the right; some users said they heard a cracking sound after folding and unfolding several times, followed by screen damage. The leading hypothesis is that metal components inside the external hinge may have broken or malfunctioned, damaging the back of the display; cracks in similar locations across multiple countries have raised concerns about a possible structural defect in the hinge itself. The external hinge consists of more than 100 precision components; if a connecting component breaks or the support plate fails to move properly, the metal structure could press against the back of the OLED panel, and damage to internal OLED wiring could cause bright lines. Apple uses 3D printing for the titanium hinge cover, and observers suggested its adoption, potentially motivated by cost reduction, may be linked to hinge durability issues. The device had hinge production yield problems during development; the primary external hinge supplier was changed from U.S.-based Amphenol to Taiwan's Shin Zu Shing, which also reportedly supplied 'golden samples' meeting Apple's standards. Foxconn's assembly yield reportedly stood at slightly above 60% in mid-September, with yield problems of key components such as the hinge and OLED display, supply delays and design changes cited as possible causes. Supply chain: Shin Zu Shing and Amphenol supply the external hinges; South Korea's Fine M-Tec reportedly supplies the internal hinge (backplate); Samsung Display is the exclusive foldable OLED panel supplier; upper UTG is supplied by Lens Technology and South Korea's UTI; lower UTG by Lens Technology and China's Biel Crystal. Observers believe machining or assembly issues in the external hinge could be resolved through process improvements, but a design change may be necessary if the problem lies in the hinge structure itself. Apple said it is aware of an issue affecting internal displays of a small number of iPhone Duo devices and that users should contact AppleCare for a replacement.
internal OLED display (foldable OLED panel)external hingecentral support plateApple, Amphenol and 9 totalThe Elec
Related manufacturers
Apple, Amphenol, Shin Zu Shing, Fine M-Tec, Samsung Display, Lens Technology, UTI, Biel Crystal, Foxconn
Apple has unveiled a series of new products, including an OLED touchscreen MacBook Pro, an M6 MacBook Pro, an M6 iMac, and an OLED iPad mini; the OLED MacBook Pro is Apple's first Mac with an OLED touchscreen. According to MacRumors, the 14-inch and 16-inch models start at US$2,899 and US$3,399, respectively, representing a US$400 premium over comparable mini-LED versions, and both models are scheduled to go on sale November 6. Apple says the M6 marks its transition to 2nm and is expected to use TSMC's N2 process, delivering up to 30% faster graphics performance and 25% faster AI workloads than the M5, while the OLED touchscreen MacBook Pro uses the earlier M5 Pro and M5 Max chips built on TSMC's third-generation 3nm process. According to The Korea Herald, Samsung Display has reportedly secured exclusive OLED panel supply for Apple's 14-inch and 16-inch models, with industry estimates suggesting orders could reach approximately 2.5 million panels through 2027. Per Commercial Times, institutional investors expect the new lineup to drive high-end replacement demand and potentially boost fourth-quarter orders and shipments for Taiwanese ODM partners Foxconn and Quanta, while major PC ODMs remain cautious about the second-half market outlook, with persistently high memory and storage costs putting upward pressure on notebook ASPs and constraining overall PC shipment growth.
OLED touchscreen panelM6 chipM5 Pro chipApple, TSMC and 5 totalTrendForce
Foxconn Slovakia has started recruiting at its plant in Nitra, focusing on electrical engineering roles. The company says the hiring is a response to growing demand for AI infrastructure and new business opportunities in that area. The company has not said how many people it will hire, but according to an unnamed source in the company's management, cited by the Slovak news agency TASR, at least 300 positions will be created. The first engineering and technical positions, for specialists with an electrical engineering background, are already open, and recruitment will later be extended to production and assembly roles; the company will also focus on training in areas such as robotics and smart manufacturing. Background: the parent company, Taiwan's Hon Hai Technology Group (Foxconn), is one of the world's largest suppliers of AI servers, and in the third quarter its revenue rose 47%, driven by strong AI demand in its cloud and networking business. The hiring follows a round of job cuts at the plant: in November 2025, Foxconn Slovakia announced 509 redundancies in Nitra, and the first employees received notice in December.
According to Nikkei, citing industry sources, rising component costs are reportedly prompting leading PC brands including HP, ASUS, and Acer to move part of their production from Thailand and Vietnam back to China, while Dell is also reportedly considering a similar move (reported move, not confirmed as implemented). The stated cause is that surging AI demand drives shortages of memory and storage chips, raising PC bills of materials: per TrendForce, CPU, DRAM, and SSD costs accounted for approximately 68% of a mainstream notebook's BOM in the third quarter of 2026, up from 45% in the first quarter of 2025. The development partially reverses the 'China+1' diversification strategy pursued amid U.S.-China tensions and trade restrictions. TrendForce estimates the share of global notebook production outside China will decline from approximately 24% in 2025 to 21% in 2026, potentially falling below 20% in 2027, and expects global notebook shipments to decline by a low-single-digit percentage in 2027, potentially widening to a high-single-digit rate if elevated DRAM and CPU prices are passed on to consumers. Separately, Quanta reportedly suspended HP notebook production for about a week in September amid a dispute over rising component costs, resuming after further negotiations; servers accounted for over 80% of Quanta's revenue in the second quarter of 2026, and supply chain sources suggest it has gained greater leverage in notebook pricing negotiations. Chinese ODMs (Luxshare, Huaqin Technology, Longcheer Technology) are reportedly offering lower upfront costs, including waiving engineering and tooling fees, and benefit from access to domestically produced memory chips.
memory chipsstorage chipsDRAMHP, ASUS and 11 totalTrendForceCapacity Change
Apple’s first foldable smartphone, the iPhone Duo, is reportedly facing quality concerns over display damage near the hinge. According to MacRumors on October 26, Apple acknowledged an issue affecting the inner displays of a small number of iPhone Duo units, but did not disclose the cause of the cracking or whether a fix is planned; affected customers have been able to obtain in-store replacements, though limited inventory has left some waiting. According to ZDNet (citing MacRumors), persistent hinge problems during development prompted supplier changes: U.S.-based Amphenol was initially the primary hinge supplier with Taiwan’s Shin Zu Shing as secondary; Shin Zu Shing took over after Amphenol’s production yields fell well below expectations, but reportedly also struggled, having to select units meeting Apple’s quality standards as “golden samples,” and these difficulties delayed iPhone Duo production. Reuters adds that iFixit, via a 3D hinge simulation based on teardown footage, patents, and CT scans, suggested a possible cause: a central support bar may fail to retract properly during folding, placing pressure on the inner display. According to NewsPim, Apple has reportedly asked Foxconn and component suppliers to raise the iPhone Duo shipment target for the next 12 months by 44%, from 9.7 million to 14 million units; industry sources suggest the increase reflects stronger-than-expected initial demand plus additional component stockpiling for potential assembly defects, and Foxconn’s final assembly yield was reportedly around 60% in September, with hinge-related defects potentially further increasing demand for replacement OLED panels. TrendForce notes early screen-failure reports could undermine consumer confidence, with the long-term impact largely depending on how widespread the issue is and how quickly Apple identifies the root cause and repairs or replaces affected units. Separately, per ZDNet, another potential supply constraint is T-glass, a high-end fiberglass yarn used in copper-clad laminates (CCLs) for PCBs, where Japan’s Nittobo holds a near-monopoly and is prioritizing shipments for AI chips made by companies such as NVIDIA, potentially adding pressure to Apple’s supply chain.
hingeinner OLED displayT-glassApple, Amphenol and 6 totalTrendForce
Related manufacturers
Apple, Amphenol, Shin Zu Shing, Foxconn, Nittobo, NVIDIA
At SEMICON West 2026, under the theme "Optical Integration for the Next Generation of AI," NVIDIA presented its next-generation co-packaged optics (CPO) technology, including an optics-on-interposer (OOI) prototype that moves optical engines from the organic package substrate onto the silicon interposer carrying the computing chips; according to The Elec, this eliminates the organic substrate from the electrical signal path, allowing signals to travel through shorter, fine-pitch interposer connections that could increase bandwidth density and reduce power consumption. NVIDIA also demonstrated DWDM technology that, according to Wccftech, combines eight wavelengths operating at up to 32 Gb/s each, delivering an aggregate bandwidth of 256 Gb/s per fiber. Both technologies remain in the research stage with no commercialization timeline announced, and NVIDIA said it is evaluating them for potential future products. Looking ahead, NVIDIA plans to extend optical interconnects with its Kyber NVL1152 architecture, which will connect eight racks into a single 1,152-GPU NVLink domain and support the Feynman platform, which Wccftech says is expected to arrive in 2028. On existing products, in May 2026 NVIDIA announced that its Spectrum-X Ethernet Photonics switches had entered full production, integrating 200Gb/s SerDes with CPO technology for the Vera Rubin platform, with CoreWeave, Lambda, and Oracle Cloud Infrastructure among early adopters; its manufacturing ecosystem includes TSMC for silicon photonics fabrication, SPIL for chip-scale packaging, assembly, and testing, TFC for laser die packaging and reliability validation, and Foxconn for integrating Spectrum-X Photonics switches into complete networking systems, plus Coherent, Lumentum, and Sumitomo Electric for external laser source modules, Corning, Senko, and Browave for optical fibers and related components, and Fabrinet for cooling and final testing.
Foxconn is expanding its proprietary large language model (LLM), FoxBrain, into vision-language models (VLMs) and vision-language-action models (VLAs), targeting smart manufacturing, electric vehicles (EVs) and robotics. The initiative complements its growing AI server and data centre businesses, with global competition increasingly extending from computing hardware to AI models and applications, alongside rising interest in sovereign AI. The source does not provide a timeline, investment amounts, or further detail.
FoxBrain large language model (LLM)vision-language models (VLMs)vision-language-action models (VLAs)FoxconnDigiTimes Asia
Foxconn has reached a final agreement to acquire a 50% stake in Mitsubishi Electric Mobility for JPY 115 billion (EUR 646.3 million), valuing the unit at an enterprise value of JPY 320 billion and equity value of JPY 230 billion. The purchase price corresponds to 50% of the equity value. The transaction still requires regulatory approvals, including competition clearance, and is expected to close on 1 October 2027. Upon completion, the two companies will jointly run the automotive equipment business, combining Mitsubishi Electric’s capabilities in electric powertrains, software and vehicle control with Foxconn’s speed, scale and strength in market deployment, with plans to offer EV platforms initially focused on Japan and later globally.
Nvidia unveiled next-generation co-packaged optics (CPO) technology, optics-on-interposer (OOI), at SEMICON West 2026 in San Francisco on Oct. 13. The technology moves optical engines from the organic package substrate onto the interposer carrying computing chips; by eliminating the organic substrate from the electrical signal path, it can increase bandwidth density and reduce power consumption, and Nvidia said it has developed a prototype. Nikola Nedovic, a principal researcher at Nvidia, presented the research. Nvidia also unveiled DWDM technology, demonstrating eight wavelengths operating at 32Gb/s each, delivering 256Gb/s per fiber. Both technologies remain in the research stage; Nedovic said the company is proposing and evaluating technologies for future products while addressing challenges preventing commercialization. Nvidia has already deployed CPO in mass-produced products including Quantum-X Photonics and Spectrum-X Photonics: Quantum-X is used in InfiniBand networks connecting Blackwell Ultra-based GB300 NVL72 racks, while Spectrum-X is deployed in Ethernet switches for the Vera Rubin platform. Nvidia has established a CPO manufacturing ecosystem: TSMC provides its COUPE silicon photonics packaging technology and handles contract manufacturing alongside SPIL; Coherent, Lumentum and Sumitomo Electric manufacture external laser source modules; Corning, Senko, Browave and TFC supply optical fibers and related components; Foxconn and Fabrinet handle cooling and final testing.
According to Economic Daily News, NVIDIA announced plans for a 400Gb/s-per-lane optical module specification at the Open Compute Project (OCP) Global Summit in San Jose, California, and has partnered with Cisco to develop the Ultra-Dense Small Form Factor Pluggable (USFP) specification, designed to support 400Gb/s per lane. NVIDIA and Cisco say the new design is expected to deliver four times the bandwidth density and 1.3 times the power efficiency of existing 200Gb/s-per-lane optics, with a path to 12.8Tb/s of total capacity; the companies plan to establish an open industry specification, potentially encouraging adoption by major cloud providers and creating opportunities in the pluggable optical module market. Economic Daily News highlights Luxnet and PCL Technologies as potential beneficiaries. The 4x and 1.3x figures are company expectations, and the event remains at the planning/specification stage. The report also notes: Meta is adopting NVIDIA's Spectrum-6 switch chips for the IceCube platform in its next-generation IcePack liquid-cooled network racks; NVIDIA's standalone Vera CPU MGX racks have entered mass production and begun shipping, are manufactured on TSMC's 3nm node and, per the report, deliver 50% higher performance and twice the performance per watt compared with conventional x86 CPUs; Commercial Times identifies 12 Taiwanese Vera CPU MGX rack partners, including Foxconn, Quanta subsidiary QCT, Wistron, Wiwynn, Inventec, Compal, Pegatron, MiTAC, ASUS, GIGABYTE, MSI, and ASRock subsidiary ASRock Rack; and NVIDIA is opening up its Vera Rubin rack and compute tray designs under the third-generation MGX 1.2 specification, whose modular liquid-cooling design eliminates internal cables, hoses, and fans from compute trays, reducing assembly and maintenance times from hours to minutes, while supporting up to 5,000 amperes to increase power density.
Vicor Corporation is seeking a new US import ban that would bar AI server power hardware from Taiwan's largest server makers — Foxconn, Quanta and Delta — from the US market; this is the second time this year that Vicor has made such an attempt. Vicor has previously won such a ban. The request remains at the seeking/proposal stage and has not been approved or taken effect. Aside from the patent fight referenced in the title, the source does not state the cause.
AI server power hardwareVicor Corporation, Foxconn and 4 totalDigiTimes AsiaPolicy/Regulation
Foxconn and Nvidia are jointly investing in precision assembly automation research to reduce manual handling, driven by US manufacturing constraints on labor and capacity.
AI ServersFoxconn, NvidiaDigiTimes AsiaCapacity Change
AMD CEO Lisa Su announced plans to substantially increase chip supply in 2027, acknowledging current demand exceeds supply. She emphasized the need for more advanced wafer capacity to meet future needs. Bearish sentiment driven by future supply expansion plans.
Advanced Wafer CapacitySemiconductor ChipsAMD, TSMC and 4 totalTechPowerUpCapacity Change