Frore Systems launched the LiquidJet Diamond liquid-cooling coldplate to address extreme heat in AI accelerators, claiming a 22°C temperature reduction and the ability to handle 770 W/cm² hotspots for Nvidia's Rubin family. This technology targets high-power processors requiring advanced thermal solutions. Impact: Neutral for GPU chip pricing; potential demand increase for liquid cooling components.
iC-Haus has announced that it will attend electronica (Munich, 10–13 November 2026, Hall C5, Booth 420) and SPS 2026 (Nuremberg, 24–26 November 2026, Hall 4A, Booth 146) with a focus on robotics, presenting highly integrated encoder and sensor iCs for position sensing and motor control in axes, joints, grippers and more. Highlights include the new iC-MUE magnetic absolute encoder SoC for position sensing in hollow-shaft applications such as robot joints, laser diode drivers for optical measurement systems including triangulation-based distance and object detection, and the iC RT2624 26-bit optical encoder solution for high-performance motor feedback systems. This is background product-showcase information; the source does not state any price, supply or demand change, and the source does not state the cause.
Stackpole Electronics introduced the RMAN series chip resistors, combining thick film resistor technology with the heat-dissipating capability of an aluminum nitride (AlN) substrate for industrial and automotive electronics operating at high power or under sustained load. According to the source, aluminum nitride provides thermal conductivity several times higher than conventional alumina while maintaining electrical insulation. In terms of power specifications, the RMAN provides power ratings up to 2.4 W in the 1206 size and 3.4 W in the 2512 size, which the source states delivers substantially higher power capability than conventional alumina-based thick film designs in compact PCB footprints. Applications include gate and snubber resistors for IGBT, SiC, and GaN power modules, pre-charge, discharge, bleeder, and current-sensing functions in motor drives, power supplies, and inverters, as well as automotive battery management systems, onboard chargers, DC-DC converters, and inverter gate drives. Pricing varies by size, tolerance, and TCR; customers are directed to contact Stackpole or a franchised distribution partner for specific or volume pricing.
Microsoft will scale its in-house Azure Maia AI accelerators to multi-gigawatt deployments starting in 2027, making Maia the primary AI inference system for its products and services; it also unveiled Maia 300, the third generation of the chip family, which it says will start production deployments next year.
Azure Maia AI acceleratorsMicrosoftDigiTimes AsiaCapacity Change
On Oct. 12, 2026, Texas Instruments (TI) debuted new products at the Open Compute Project (OCP) Global Summit, including the ADC34DSO75, described as the industry's first ADC enabling 24/7, low-power, event-based remote monitoring at nanosecond resolution (a 3-gigasamples-per-second ADC, thousands of times faster than current solutions per TI), the LMI800PS, described as the industry's first 800V isolated hot-swap controller (replacing a discrete solution requiring five integrated circuits with a single package, reducing board area by more than 60%), and the LMK6B, a bulk acoustic wave-based oscillator delivering 9.6fs jitter at 625MHz. TI states these analog solutions address data center operators' challenges around power instability, inadequate real-time monitoring and signal degradation as AI workloads increase, and TI is also showcasing 800VDC power solutions in NVIDIA's MGX AI Factory Ecosystem. This is a product launch news item with no price or capacity change.
Intekplus announced on Oct. 12 that it has signed a 30.902 billion won contract to supply semiconductor substrate inspection equipment, marking its largest single supply contract disclosed this year, with the contract value equal to 34.43% of its consolidated revenue last year; the supply period runs from Oct. 8, 2028 to Jan. 10, 2028, and customer details are withheld due to a confidentiality agreement. This deal brings Intekplus's disclosed supply contracts this year to eight, with a combined value of approximately 103.6 billion won, surpassing its total revenue for last year, although the full order amount will not be recognized as revenue this year because delivery timelines differ across contracts.
Global Technology said on Oct. 12 that it has begun co-developing ultraviolet (UV) curing light source units for ADST's active alignment equipment; ADST is a subsidiary of Sungho Electronics. The equipment is used to manufacture CPO systems and high-speed optical transceivers. The project will cover UV-curing LED driver ICs, UV LED light source modules, and control units. Active alignment equipment performs optical alignment in CPO mass-production processes, positioning fibers, lenses, and optical devices with sub-micrometer accuracy before securing them with UV-curable adhesive; UV output and exposure time must be precisely controlled to minimize shrinkage and positional displacement during curing. Global Technology noted that domestic equipment manufacturers have largely relied on imports for these UV curing light sources. This is the companies' second collaboration, following their micro-LED partnership for next-generation displays. The two companies plan to build a domestic mass-production ecosystem and localize key equipment components; after development is completed, they are considering deploying the light source units in ADST's equipment. Sungho Electronics, ADST's parent company, is a strategic investor in Global Technology. Industry participants expect CPO commercialization to accelerate in 2027 or 2028 when 1.6T-class equipment adoption begins.
UV curing light source unitsUV-curing LED driver ICsUV LED light source modulesGlobal Technology, ADST and 3 totalThe ElecPartnership/M&A
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
At ISOCC 2026, held at Songdo Convensia in Incheon on Oct. 12, SK Hynix Vice President Koo In-je disclosed the architecture and performance of the Hynix Transaction Processing Unit (H-TPU), a small in-house-developed processor for solid-state drives (SSDs). The technology distributes repetitive tasks traditionally handled by general-purpose CPUs across more than 100 H-TPUs processed in parallel; according to SK Hynix, a single H-TPU consumes approximately 2.5% (one-fortieth) of the power and occupies about 4% (one-twenty-fifth) of the chip area compared to a standard general-purpose CPU core, while the main general-purpose CPU is reserved for complex tasks such as error recovery, exception handling, and storage policy management. The company has also developed software tools, including a dedicated compiler. SK Hynix plans to apply the H-TPU technology across multiple NAND flash product lines, starting with controllers for next-generation enterprise SSDs (eSSDs), then integrating it into Storage Next, its next-generation storage architecture for AI that handles data units down to 512 bytes—one-eighth the size of conventional 4KB units—as well as high-bandwidth flash (HBF), which is scheduled for release next year; these deployments remain plans and are not stated as implemented.
RCA announced the 1802 single-chip microprocessor in February 1976. Samples were available internally by 1975. Compared to the earlier two-chip 1801, the 1802 reduced silicon real estate from 120,000 square mils to 40,000 square mils, a 3× reduction, while adding 10 or 15 percent more functions.
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.
Europe's CRA turns chip security into an auditable sign-off item, pushing silicon teams to prove resilience before 2027. The source does not state the cause beyond this, nor any specific manufacturers, part numbers, or price and supply/demand impact. The event is policy/regulatory in nature, with a compliance requirement to demonstrate resilience before 2027.
As the global smartphone system-on-chip (SoC) market contracts, competition in the high-end application processor (AP) segment is intensifying. MediaTek is accelerating its push into the flagship market, putting greater pressure on Samsung Electronics, which is promoting 2-nanometer Exynos chips. Per the title, MediaTek's flagship AP share is to surpass Samsung's as TSMC boosts Dimensity.
smartphone system-on-chip (SoC)high-end application processor (AP)2-nanometer Exynos chipsMediaTek, Samsung Electronics and 3 totalDigiTimes Asia
India's technology buildout is deepening across semiconductors and AI infrastructure: chip IP, packaging and equipment initiatives are advancing, alongside data center expansion, high-density computing, optical connectivity and GPU deployments. The source provides no specific companies, figures, dates or price information and does not state any cause.
On Oct. 7, Microsoft unveiled the Surface Laptop Ultra equipped with NVIDIA's RTX Spark superchip, with prices starting at $2,599, targeting creators, developers and AI engineers; the N1X chip combines an 18- or 20-core Grace CPU with either 5,120 or 6,144 Blackwell GPU cores, unified memory uses LPDDR5X ranging from 24GB to 128GB, maximum AI compute performance reaches 1 petaflop, and the system can run AI models with more than 120 billion parameters locally. The RTX Spark platform was jointly developed by NVIDIA and MediaTek and integrates a 20-core Arm-based Grace CPU, an RTX GPU based on the Blackwell architecture and up to 128GB of unified memory. Dell also unveiled the Dell XPS 16 Creator Edition based on the RTX Spark superchip, supporting up to 128GB of unified memory and up to 4TB of SSD storage. Dell and Microsoft's new products will launch globally from Oct. 16; ASUS has confirmed its ProArt P16 and P14 will be available from Oct. 16, and the HP OmniBook Ultra 16 and OmniBook X14, Lenovo Yoga Pro 9n and 9n 2-in-1, and MSI Prestige N16 Flip AI+ are also scheduled from Oct. 16. In addition, ASUS, Acer and MSI are set to launch desktop PCs equipped with NVIDIA DGX Spark and 64GB of unified memory from Oct. 23, with prices starting at $4,999. The source does not state the cause (the event is a product rollout with no causal background given).
RTX Spark superchipGrace CPURTX GPU (Blackwell architecture)Dell Technologies, Microsoft and 9 totalThe Elec
Prices for electronic components such as memory, advanced copper foil, glass fiber cloth, and ABF substrates have been rising for some time as makers pass on costs amid tight supply. For the US, even if Apple raises retail prices for its core products, the impact on the Consumer Price Index (CPI) is limited and the supply-side shock has been less severe than expected. The source does not state specific price increase magnitudes.
memoryadvanced copper foilglass fiber clothAppleDigiTimes AsiaPrice Movement
Vertiv said on Oct. 8 that its 2.3-megawatt CoolChip coolant distribution unit (CDU) model meets the requirements of NVIDIA's DSX Ready CDU program. The NVIDIA DSX Ready program allows operators building AI factories to identify power and cooling products that meet relevant requirements for NVIDIA DSX; for CDU suppliers, individual products are evaluated using the NVIDIA CDU self-qualification suite to determine whether they meet the applicable functional requirements. Because the verification is conducted by the suppliers themselves, customers adopting the products must separately evaluate whether a CDU meets the design, system configuration, and operational requirements of their facilities. The 2.3MW Vertiv model is part of Vertiv's liquid-to-liquid CDU portfolio, supports direct-to-chip (D2C) cooling and rear-door heat exchanger applications, and is designed for installation at the end of a rack row or along the perimeter of a data center room. Other CDU suppliers with products that have received NVIDIA DSX Ready certification include LG Electronics, LiquidStack, and Schneider Electric, in addition to Vertiv.
2.3MW CoolChip coolant distribution unit (CDU)VertivThe Elec
On Oct. 8, Amazon unveiled a new lineup of premium tablets, developed under the codename Kittyhawk, switching from its proprietary Fire OS to Google's Android OS and featuring the Alexa+ AI voice assistant. The Alexa Tablet lineup is priced between $230 and $550, well above the roughly $180 price of the Fire HD 10, previously Amazon's top-tier Fire tablet; the highest-end 128GB model costs $550, competing directly with Apple's iPad starting at $450 and Samsung Electronics' Galaxy Tab lineup starting at $550. The lineup comprises three models: the Alexa Tablet 12 Pro (11.95-inch IPS LCD, 2,800×1,840 resolution, 3:2 aspect ratio, 280 ppi, available with a standard LCD or a Nanomatte display developed with Corning, with the display supplier not disclosed, using MediaTek's 4-nm Dimensity 8400), the Alexa Tablet 11 (11-inch IPS LCD, 2,560×1,600, 16:10, 276 ppi) and the Alexa Tablet 8 (8.7-inch IPS LCD, 1,340×800, 5:3, 180 ppi), the latter two using the eight-core MT8189 tablet processor; the application processors are supplied by Taiwan-based MediaTek. Alexa+ access is limited to Amazon Prime members and subscribers to a separate Alexa+ plan. According to IDC, in the second quarter of this year Apple held 34% of the global tablet market and Samsung Electronics 17.5%, while Amazon's share fell sharply to 1.9% from 8% a year earlier, and global tablet shipments declined 12% year over year to 33.6 million units. The source does not state the cause of the launch event itself; the article notes Fire OS had faced persistent criticism over its limited app ecosystem and that Amazon's strategy of selling devices at or below cost had weakened hardware competitiveness.
application processor (AP)Dimensity 8400MT8189Amazon, MediaTek and 5 totalThe Elec
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.