Fabless semiconductor startup Bolt Graphics announced the bring-up of its Zeus test chip and the opening of a Taipei office to manage manufacturing partnerships as it prepares for production of its first fully commercial GPU, which is planned for general availability in 2028 (a plan, not an achieved result). Built on Bolt's rendering technology architecture, the 12 nm TSMC test chip accelerates electromagnetic simulation and path tracing in software and hardware, enabling full-product simulation without physical prototypes. Bolt stated its GPU exceeds performance expectations, validating the chip architecture, and that it has proven complex physics algorithms can be executed on fixed-function hardware, accelerating training of advanced robotics and world models. The source does not state the cause (this is a company progress announcement, not a price or supply change).
LS Materials secured a $51.5 million contract to supply ultracapacitors to a U.S. hydrogen fuel cell company for AI data centers. This order, valued at 2.4 times the company's 2023 revenue, marks a strategic expansion into the AI sector. The deal is bullish for LS Materials' UC business and demand for power stabilization components in data centers.
Infineon has introduced the XDP8HD40S-1 high-voltage hot-swap controller designed for digital power-path protection and monitoring in next-generation AI server power architectures operating at ±400 V and 800 VDC, with samples targeted for availability in the second quarter of 2027.
LG Chem announced on October 13 that it will introduce UNIQABLE, a recyclable ultra-thin packaging film made from polyethylene (PE), at TOKYO PACK 2026 in Japan running from October 14 to 16. The film maintains physical properties comparable to conventional multilayer packaging while reducing thickness to as little as 12 micrometers and is easier to recycle than multi-material packaging. At the exhibition, LG Chem will showcase UNIQABLE applications in snack and candy packaging developed with Crown Confectionery and plans to identify new customers in Japan and other Asian markets through on-site technical consultations.
U-Best Innovative reported record revenue driven by strong footwear material demand and expansion into emerging display applications. This shift indicates growing opportunities for materials suppliers in the foldable device market.
The article discusses how AI-assisted chip engineering can reach design milestones, emphasizing the need to compare AI-generated designs with trusted engineering benchmarks, and outlines a framework involving workload modeling, DOE, regression, prediction, EDA verification, etc., ultimately questioning whether AI can truly beat the benchmark and prove it with engineering data.
Applied Materials is investing $5 billion in the EPIC Center to bring chipmakers, equipment suppliers, and researchers together to accelerate semiconductor R&D and commercialization.
On October 13, 2026, it was reported that Vital Technology Group’s subsidiary Vital Core Optoelectronic Technology (Wuhan) Co., Ltd. officially brought its wafer fabrication facility (fab) online in the Wuhan East Lake Free Trade Zone on September 28. The facility serves as the manufacturing core of the group’s CNY 12 billion high-end compound semiconductor material and chip industrialization base, featuring large-format optoelectronic chip platforms supporting 4/6-inch InP and 6/8-inch GaAs materials. Additionally, this month the group entered into a strategic cooperation agreement with Smarter Microelectronics and, together with its subsidiaries, secured joint pre‑research development orders from a leading overseas customer for next‑generation single‑lambda 400G optical interconnects.
Major South Korean semiconductor materials, components and equipment suppliers will attend SEMICON West 2026, scheduled for Oct. 13-15 at the Moscone Center in San Francisco, US. According to the companies, growing investment in semiconductor manufacturing facilities in the US is drawing increased interest from South Korean firms in SEMICON West. Among materials suppliers, ENF Technology will showcase process materials including etchants, cleaning solutions, strippers and thinners; the company has supplied Samsung Electronics' Austin facility from its Kyle, Texas plant since 2021, completed capacity expansions for stripper and thinner production early this year, and began supplying Samsung Electronics' Taylor fab in the first half. Dongjin Semichem will present photoresists, thinners and CMP slurries; its thinners and high-purity sulfuric acid production facilities in Texas are targeting mass production by the end of this year and are expected to support Samsung Electronics' Taylor fab and other local operations. Equipment makers will showcase advanced packaging technologies for AI servers: Hanmi Semiconductor will exhibit TC bonders for HBM and 2.5D packaging, and Shindo Eng Lab will introduce its TGCV substrate technology combining glass and ceramic. Inspection and metrology firms will participate: Intekplus will present automated visual inspection and 3D metrology for packages and substrates and recently secured an order from a Japanese substrate maker for inspection equipment for glass-substrate R&D; Koh Young Technology will showcase 3D measurement-based inspection solutions. Test component suppliers ISC and LEENO Industrial will also attend. Gas delivery and control component suppliers BMT, DK-Lok and ASFlow, as well as equipment component and wafer-handling materials suppliers BOBU Hi-Tech and Glint Materials, will be represented. SEMI expects more than 1,500 booths and over 35,000 attendees at this year's exhibition.
semiconductor process materialsetchantscleaning solutionsENF Technology, Dongjin Semichem and 15 totalThe Elec
Hermes Testing Solutions (HTSI) reported September revenue of NT$514 million, up 2.35% month-over-month and 150.33% year-over-year, driven by increased shipments of customized products and membrane probe cards for AI and HPC chip testing.
Keysight Technologies, the University of Glasgow, the National Physical Laboratory (NPL), and MPI Corporation have developed a new approach to broadband characterisation of next-generation sub-terahertz (sub-THz) semiconductor devices. The four organisations demonstrated continuous on-wafer characterisation of indium phosphide high-electron-mobility transistors (InP HEMTs) from near DC to 250 GHz in a single sweep, simplifying broadband measurements for advanced semiconductor research and design. The setup combined Keysight's PNA-X Vector Network Analyzer, Single-Sweep 250 GHz Frequency Extender, and Precision Source/Measure Unit (SMU); the University of Glasgow's InP HEMT devices and on-wafer calibration standards; MPI Corporation's broadband on-wafer probing technology and calibration software; and NPL's high-frequency metrology and calibration methodologies. This enabled continuous measurement from near DC to 250 GHz with a single probe touchdown, eliminating multiple setup changes, with built-in source filtering and broadband source power calibration helping ensure signal purity at the probe-tip. This is a measurement-technology collaboration demonstration and serves as research and design background; it has no bearing on prices, capacity, or policy.
sub-terahertz (sub-THz) semiconductor devicesindium phosphide high-electron-mobility transistors (InP HEMTs)Keysight Technologies, University of Glasgow and 4 totalElectronics Weekly
Related manufacturers
Keysight Technologies, University of Glasgow, National Physical Laboratory (NPL), MPI Corporation
Toray Industries successfully tested a 150°C film capacitor prototype for inverters, potentially halving the size of heat dissipation structures. This technology addresses thermal constraints in high-output drive systems like flying cars. The development signals a long-term bullish outlook for high-temperature film capacitors in the EV sector.
Film CapacitorsToray IndustriesElectronics WeeklyTechnical
According to an EE Times Asia piece, AI-driven power density is pushing advanced packaging toward thinner TIMs, lower thermal resistance, tighter warpage control, and new material requirements. The source does not mention specific companies, part numbers, price movements, or timing.
At an online technical seminar held on October 8, LG Display's CTO Choi Young-seok said the company plans to prioritize its next-generation OLED patterning technology FLiPP for IT products such as laptops and monitors, while leaving open the possibility of future smartphone applications. LG Display will spend about a year reviewing how existing LCD and OLED production equipment can be reused or modified to reduce capital investment. FLiPP remains in the technology development stage, with mass production targeted for the coming years; development began in July 2025 and has been demonstrated on an eighth‑generation glass substrate. Compared with conventional FMM, FLiPP increases panel utilization rate from 75% to more than 93% for a 23.5‑inch panel, improves organic emissive material utilization from 40% to 74%, reduces deposition time by about 40%, raises the aperture ratio to 65% from 42%, and can increase luminance by 1.6 times, extend lifespan by 2.4 times, or reduce power consumption by 13% depending on design priorities. LG Display will initially focus on IT OLED applications, including laptops and monitors. The source does not state the cause for this prioritization.
According to The Elec, ASML reportedly plans to raise prices by 10% on all replacement parts supplied to South Korea, covering both EUV and DUV lithography systems. The report notes that ASML notified Samsung Electronics and SK hynix of the planned increase through its South Korean subsidiary in early September, and the new prices will apply to deliveries starting in January 2027. The increase covers everything from regularly purchased consumables to major components replaced due to failures or declining performance; while ASML has previously adjusted prices for individual parts due to rising raw material costs or supply shortages, an across-the-board 10% hike is unusual, and industry sources suggest the company is seeking a larger share of its customers' profits. ASML is also reportedly discussing higher prices for newly ordered lithography equipment with major customers. For context, ASML generated €8.193 billion in revenue from services, replacement parts, and upgrades for installed equipment last year, roughly 25% of its total revenue of €32.667 billion, and expects this business to grow by more than 30% this year. According to Reuters, its EUV machines priced around US$200 million each are nearly sold out through 2027, and next-generation High-NA EUV systems are priced at roughly US$400 million each. ASML has also reportedly sought a 10% price increase for DUV lithography equipment, with some Chinese customers accepting, while TSMC is said to be resisting price hikes for both EUV and DUV systems; Applied Materials said in August that higher prices were supporting margin expansion, Tokyo Electron said in late July it was negotiating price adjustments to offset rising costs; lead times for certain deposition equipment components have increased from four months to as long as 10 months, and some Japanese-made laser-processing components face delivery times of up to 40 months. The source does not state a single definitive cause, linking the increases to AI-driven capacity expansion, inflation, and rising raw material costs.
EUV光刻系统更换零部件DUV光刻系统更换零部件EUV光刻设备ASML, Samsung Electronics and 6 totalTrendForcePrice Movement
Related manufacturers
ASML, Samsung Electronics, SK hynix, Applied Materials, Tokyo Electron, TSMC
Zenithon, co-founded by Alex Higginbottom and Abetharan Antony in July 2025, has raised $10 million to accelerate development of world models for critical technologies. The company plans to ship a new model generation roughly every three months, allocating about half of the funds to compute and half to headcount, and is working on training models directly from experimental output to close the sim-real gap. Its focus is on semiconductor processes such as plasma etching, deposition, and reactor design, where its world models can search the parameter space a million times faster than conventional solvers.
ASML will raise prices by 10% across replacement parts supplied to South Korea, covering all parts for extreme ultraviolet (EUV) and deep ultraviolet (DUV) lithography systems, with the new prices taking effect for deliveries starting in January 2027. According to industry sources, ASML headquarters notified Samsung Electronics and SK Hynix of the proposed increase through its South Korean subsidiary in early September, and the increase was finalized after discussions with the purchasing organizations of both companies. Prices will rise for everything from consumable parts purchased regularly to major components replaced because of failures or performance degradation, raising the cost of keeping the equipment operational. Industry sources say ASML has traditionally adjusted prices for individual parts only when raw material costs rose sharply or specific materials became difficult to procure, making a blanket 10% increase unusual; an industry official said component prices have risen across the board but ASML also appears to be seeking a larger share of the profits its customers are making. ASML separately reports revenue from services, parts and upgrades for installed equipment, which totaled €8.193 billion last year, accounting for 25% of total sales of €32.667 billion, and the company forecast this revenue would grow by more than 30% this year. Prices for newly ordered equipment are also likely to increase, and ASML is discussing equipment price increases with major customers. The Information reported in July that ASML had notified Chinese semiconductor manufacturers and other customers of a 10% increase in DUV equipment prices, with some customers accepting, while largest customer TSMC was reportedly opposing the increase. Industry observers expect the across-the-board increase, accepted by Samsung Electronics and SK Hynix, to strengthen the position of other equipment and component suppliers seeking price increases: Applied Materials said in August that prices had risen for both new and existing products, Tokyo Electron said in late July it was pursuing price adjustments including for equipment already on the market, and Advanced Energy Industries said it had raised prices for some product lines. The source states the cause: AI data center investment has prompted memory makers and foundries to expand capacity simultaneously, driving up equipment and component orders while suppliers need time to expand production, creating a supply-demand imbalance; rising inflation and raw material costs have added to supplier cost burdens, giving suppliers greater negotiating leverage.
EUV lithography system replacement partsDUV lithography system replacement partsASML, Samsung Electronics and 3 totalThe ElecPrice Movement
A team including researchers at KAIST and South Korean startup TDS Innovation published a paper, "Spatially deterministic nucleation of 2D semiconductors by etching flux," in Nature on October 7, demonstrating a way to control where 2D semiconductor crystals begin growing: the etching-flux-mediated single-centred nucleation (EF-SCN) process uses oxygen released from an oxide barrier to create a lateral etching flux that suppresses nucleation everywhere within each patterned growth region except at its geometric center. FETs built with the process reported higher charge-carrier mobility than previously reported for selectively grown MoS₂ transistors; in a separate test across a two-centimeter substrate, the process produced single crystals at 397 of 400 patterned sites, a yield of 99.3 percent, which is not yet a demonstration of commercial chip production. Paper co-author Kibum Kang is co-CEO of TDS Innovation, which develops equipment and materials for 2D semiconductor devices. TDS's Jony Jung said the firm is aiming to enable commercial use of 2D semiconductors around 2030, and that accelerating demand from AI, including physical AI and robotics, could help bring adoption forward, although production timing will depend on further validation; the paper does not say when 2D semiconductors made this way will appear in production chips.
Everlight Chemical reported higher September and year-to-date revenue driven by strong demand for electronic chemicals. The results indicate continued resilience in industrial and specialty materials demand. Bullish for electronic chemical suppliers as demand remains robust.
Hyper-NA EUV could be ready around 2036, based on the roughly ten-year development outlook reported by ASML and Zeiss engineers in October 2026. No firm shipment schedule has been announced; ASML has begun development but has not committed to producing the machine.