Following Apple's recent move to upgrade the Vision Pro with the latest M5 SoC and a new band, Samsung and Google revealed the first Android-powered mixed reality headset to challenge Apple's Vision Pro at nearly half the price. The Samsung Galaxy XR has dual 4K Micro-OLED displays with up to 72 Hz refresh rates (with 90 Hz "upon service request"), and it is powered by the Qualcomm Snapdragon XR2+ Gen 2 SoC, which supposedly delivers 20% faster CPU performance and 15% faster GPU frequencies. The virtual display has a field of view of 100° vertically and 109° horizontally. Much like the Vision Pro it is meant to compete with, the Galaxy XR uses cameras for video passthrough, relying on two 6.5 MP sensors with 18 mm, f/2.0 wide-angle lenses.

The inside-out tracking uses six cameras to track the world and your hands, and the Galaxy XR also has a depth sensor and five IMUs (inertial measurement units) to accurately interpret head movements. Controls are handled by a mix of eye tracking, voice commands, hand tracking, or the Samsung Galaxy XR Controllers, which are designed for gaming. In addition to eye tracking, the Galaxy XR supports iris recognition for biometric access to both the device and certain apps. The headset also comes with dual two-way speakers and a six-microphone array with support for beamforming. The headset weighs in at 545 g, with an additional 302 g coming from the external battery that should provide 2-2.5 hours of continuous use, depending on the application. It is only available with 16 GB of RAM and 256 GB of internal storage, and there is no microSD expansion. The Galaxy XR is available now on Samsung's online store at $1,799.99.

Apple is making a notable comeback in the VR/MR market with its upgraded Vision Pro, which still uses OLEDoS display panels. The device aims to drive the next generation of head-mounted devices by enhancing computing power and weight distribution.

TrendForce's latest report on "2025 Near-Eye Display Market Trends and Technology Analysis" indicates that OLEDoS, the preferred display technology for mid-to-high-end VR/MR devices, is experiencing significant breakthroughs in both supply chain and application areas. Consequently, OLEDoS adoption in VR/MR is projected to rise to 58% by 2030.

Samsung Foundry is getting a High-NA EUV overhaul with the purchase of additional ASML Twinscan EXE:5200B dual-stage lithography systems, valued at $773 million in total. This investment will secure two of these advanced High-NA EUV machine. Each machine can process over 175 wafers per hour (around 200 at Intel 14A fab) and, under optimal conditions, can handle tens of thousands of 300 mm wafers per month. Samsung plans to install one High-NA EUV scanner this year, likely in the coming weeks, with the second unit scheduled for early 2026. The ASML machine can print transistors as small as 8 nm, which is significantly smaller than the current "2 nm" nodes with a gate pitch of over 40 nm and a metal pitch of 20 nm. The actual size of the transistors differs from the nominal node name.

Samsung Foundry will use these advanced High-NA scanners primarily for logic and SRAM production, with High-NA-powered DRAM expected to follow later. ASML projects that by 2027, it will deliver 56 Low-NA EUV scanners based on current orders and demand. This includes five units for Intel, seven for Samsung, and up to 20 for SK Hynix. According to South Korean media, SK Hynix plans to install 20 Low-NA EUV units over the next two years, focusing on HBM memory and advanced storage solutions. For High-NA, ASML aims to deliver 10 High-NA EUV scanners by 2027, each costing around $380 million. Intel will use these for its 14A node manufacturing, and SK Hynix is expected to incorporate two for its memory operations. To remain competitive, Samsung is also making significant investments.

Samsung more details of its next-generation HBM4e memory at the OCP Global Summit aiming for per-pin speeds above 13 Gbps and a total bandwidth of 3.25 TB/s, roughly 2.5× faster than HBM3e. The company also claims more than double the power efficiency, with energy use dropping below 1.95 pJ/bit, less than half that of HBM3e. According to SeDaily and Tweaktown, the development was driven by NVIDIA's request for higher-speed memory to power its upcoming Vera Rubin AI accelerator. While the JEDEC HBM4 standard caps bandwidth at 8 Gbps per pin, NVIDIA has reportedly urged Samsung, SK hynix, and Micron to push beyond 10 Gbps. Chosun Daily reports that Samsung may dissolve its 1c DRAM yield-improvement task force to fast-track HBM4 mass production, even as early cold tests show yields below 50%. The company has reportedly skipped its usual internal production review and moved directly toward ramping production. TrendForce adds that Samsung shifted its HBM4 base die process to a 4 nm FinFET node, positioning itself ahead of competitors in both speed and manufacturing scale. Volume production of 10 Gbps-capable chips is expected to begin by late 2025.

Moreover, on Tuesday, Samsung announced its earnings for the third quarter of 2025, and surprisingly the company's operating profit rose 32% from last year to 12.1 trillion won ($8.5 billion), far exceeding market predictions of about 10 trillion won, according to TrendForce citing Reuters, ZDNet and Chosun Daily. While Samsung didn't share detailed numbers, analysts mentioned in the report estimate the semiconductor division (DS) alone earned around 5 trillion won ($3.5 billion), over 10 times its Q2 profit of 400 billion won (($281 million). A major reason for Samsung's comeback in the third quarter is the big improvement in its foundry division. This part of the business has boosted performance by running at higher capacity and winning new customers. Samsung will reveal full results, including business-by-business breakdowns, on October 30.

NVIDIA announced at the OCP Global Summit that Samsung Foundry is joining its NVLink Fusion ecosystem, bringing Samsung's design and manufacturing muscle into the fold for custom CPUs and XPUs. The partnership positions Samsung to offer end-to-end support. Everything from silicon design and verification through integration and tape-out for chips that can connect directly into NVLink-enabled MGX and OCP rack architectures. For hyperscalers and AI data centers chasing greater performance and tighter CPU-GPU coupling, the development opens another route to custom silicon that speaks NVIDIA's high-bandwidth fabric language. Technically, NVLink Fusion functions as an IP and chiplet framework that enables non-NVIDIA processors and accelerators to become first-class participants in the company's data center fabric.

Earlier partners and chipset makers can now interoperate inside the same MGX and OCP designs, and Samsung adds both fabrication capacity and design services. NVIDIA's own engineering work on the Vera Rubin OCP rack and MGX integration was cited as the backbone that makes these cross-vendor connections possible, and industry players such as Intel, Fujitsu, and Qualcomm were highlighted as part of the larger custom-silicon network. Bringing Samsung Foundry into the NVLink Fusion circle should help shorten development cycles, reduce single-source risk, and give companies more choice when building CPUs and XPUs tuned for large language models and agentic era AI. For integrators, that means faster prototyping of workload-specific hardware and simpler paths to volume production.

Samsung is reportedly set to be the main supplier of HBM4 memory to AMD's upcoming MI450 chips according to TrendForce citing SeDaily. The rumors (news) came just days after AMD announced a multi-year deal with OpenAI paving the way for a 6-Gigawatt partnership (and the option for OpenAI to acquire up to 10% of AMD). Collaboration between Samsung and AMD is nothing new as current generation chips such as MI350X and MI355X feature 12-high HBM3e memory from Samsung and Micron.

OpenAI made initial agreements with Samsung and SK hynix to obtain memory for its huge Stargate data center project last week, before joining forces with AMD. Reuters reports that OpenAI's needs might soar to 900,000 DRAM wafers - a number that could make up almost 40% of the world's total DRAM production. Maeil Business Newspaper states that Samsung plans to provide not just HBM but also graphics DRAM (GDDR) high-capacity SSDs, and LPDDR5X-PIM - low-power DRAM with in-memory computing - to use in AI applications for OpenAI's Stargate project. The industry seems to polarize even more around NVIDIA and AMD since Intel just teamed up with Team Green. To counter NVIDIA's proprietary NVLink, AMD is pushing for the Ultra Accelerator Link (UALink) open-standard alternative. This initiative managed to gather quite a sizable momentum, gathering partners such as Apple, Google, Microsoft, Synopsis, Meta, and Intel. The latter's presence in the UALink consortium remains to be seen, due to its latest partnership with NVIDIA.

Samsung has quietly unveiled the Odyssey G60F, a 27-inch monitor with a 2560x1440 resolution, designed for users who need versatility in gaming, content creation, and everyday tasks. The monitor boasts a high 350 Hz refresh rate and an IPS panel, offering what many consider the ideal configuration: QHD clarity combined with fast IPS performance. Samsung has optimized the panel to deliver a 1-millisecond gray-to-gray response time, effectively reducing motion blur in competitive gaming. The matte anti-glare coating enhances usability in various lighting conditions, which is beneficial for professionals working long hours. The G60F also features variable refresh rate technology, supporting NVIDIA's G-SYNC Compatible mode and AMD FreeSync Premium, with a VRR window of 48-350 Hz and Low Frame Rate Compensation.

This makes it adaptable for console gaming, with HDMI 2.1 connectivity allowing 120 Hz operation at 4K resolution with HDR and VRR on PlayStation 5 and Xbox Series X systems. The monitor offers 99% sRGB color accuracy and a flicker-free WLED backlight with a typical brightness of 350 cd/m². While it has DisplayHDR 400 certification, it lacks local dimming, reflecting a balanced approach rather than a focus on specialized HDR performance. The design prioritizes functionality with slim dual-stage bezels and a fully adjustable stand, offering 120 mm of height adjustment, pivot for portrait orientation, and tilt and swivel options. It also supports VESA 100 mounting for arm installations. Connectivity options include DisplayPort 1.4 with DSC, HDMI 2.1, and a 3.5 mm audio jack, with ports located beneath the stand attachment. An external power adapter is used for electrical needs. Samsung has priced the Odyssey G60F at around $500, though the release date has not been announced.

OpenAI, Samsung Electronics, Samsung SDS, Samsung C&T and Samsung Heavy Industries today announced a letter of intent (LOI) for their strategic partnership to accelerate advancements in global AI data center infrastructure and develop future technologies together in relevant fields. This expansive collaboration will bring together the collective strengths and leadership of Samsung companies across semiconductors, data centers, shipbuilding, cloud services and maritime technologies.

The signing ceremony was held at Samsung's corporate headquarters in Seoul, Korea, attended by Young Hyun Jun, Vice Chairman & CEO of Samsung Electronics; Sung-an Choi, Vice Chairman & CEO of Samsung Heavy Industries; Sechul Oh, President & CEO of Samsung C&T; and Junehee Lee, President & CEO of Samsung SDS.

Samsung has cut its 2 nm wafer prices to $20,000 offering a 33% discount compared to TSMC's expected $30,000 per wafer cost, industry reports say. The company aims to draw customers to its underused advanced manufacturing capacity. The Korean chipmaker faces big pressure to get returns on billions it put into cutting-edge fabrication plants across South Korea and the United States. With production lines running below capacity due to few orders, Samsung has started using bold pricing tactics to compete with Taiwan Semiconductor Manufacturing Company's strong market position. Just recently, the company landed a $16.5 billion deal with Tesla to make next-gen AI chips. People in the industry think this team-up might grow to include more chances maybe even making chips for Elon Musk's xAI project.

TSMC keeps its lead in advanced node manufacturing getting major clients like NVIDIA and AMD for its 2 nm process. The Taiwanese foundry plans to start mass production of 2 nm chips in Q4 2025 even with record-high wafer prices at $30,000 per unit. Samsung has always used lower prices to take on TSMC's control of the market, and it seems to remain on the same strategy with discounts up to 33% cheaper than TSMC's prices for similar 2 nm chip-making services.

At the 2025 Global Memory Innovation Forum in Shenzhen, China, Samsung confirmed it will ship its next-generation CXL 3.1 and PCIe 6.0 CMM-D storage products. Kevin Yoo, Samsung's Memory BU CTO, outlined a practical timeline for the company's upcoming storage solutions. The PM1763 Gen 6 SSD is expected to launch in early 2026, offering about twice the performance of its predecessor while maintaining power consumption around 25 watts. Following the release of 256 TB Gen 5 drives in 2026, Samsung plans to introduce a 512 TB PCIe Gen 6 unit around 2027 in the 1T EDSFF format. Additionally, a seventh-generation Z-NAND with GIDS, referred to as memory-class storage, is scheduled for 2026.

Samsung had previously showcased its PM1763 256 TB SSD at the Future of Memory Storage 2025 event in August. The company first demonstrated a working prototype of the 256 TB unit, initially hinted at in 2023. However, at the FSM event, it was revealed that the SSD is nearing readiness for market release. With a completely redesigned capacitor, controller, and DRAM layout, it appears Samsung is focusing on optimizing cooling and performance efficiency for these high-capacity drives. High-capacity SSDs are of significant interest to AI labs, especially as data requirements for training continue to grow. The exact timelines and release dates of these SSDs is unknown, and Samsung may change specific date as it irons out any remaining power/thermal issues it encounters in these high-capacity drives.

The U.S. government is considering imposing massive tariffs on semiconductor products unless manufacturers can match those volumes with chips produced in the United States. Under the current draft, companies that do not match foreign-sourced chip volumes with domestic output over time could face tariffs that, in some versions, reach 100%. The idea is an act of forceful action to speed up onshore capacity and reduce strategic dependence on overseas foundries, but they also admit that the plan faces serious practical hurdles. The core concept is simple to draft on paper, but hard to implement. For every unit brought into the U.S. from an overseas plant, such as TSMC in Taiwan and Samsung in South Korea, a corresponding unit would need to be produced domestically within a specified timeframe, or tariffs would be applied. This means that for every batch of chips NVIDIA, AMD, Intel, or Apple produce overseas, the same chip would need to be produced in the U.S.

Counting and comparing chip "units" is extremely complicated. Every semiconductor design differs wildly by complexity, cost, and function, and the typical semiconductor supply chain moves wafers, packages, and finished devices across several countries before a product reaches consumers. Even TSMC, the very maker of the chip, sometimes has a hard time confirming if the designs it makes are on the U.S. sanctions list. Like it experienced with Huawei, TSMC couldn't determine that a third-party shell company was ordering Ascend accelerator IP on behalf of Huawei—which sits on the U.S. blacklist—even with advanced detection tools. Officials are reportedly considering transitional credits and carve-outs for companies that commit to building U.S. fabs, which would allow them to import while new plants come online. Even with those credits, a question arises about how to compare a million small mobile processors against a million high-performance data center accelerators.

Samsung Display hosted its second annual OLED IT Summit in Taipei, where more than 400 representatives from leading technology firms—including Intel, Acer, ASUS, Dell, HP, and Lenovo—were in attendance. The conference focused on accelerating OLED adoption in notebooks and desktop monitors. At the event, Samsung Display unveiled more affordable OLED products engineered for broader market adoption. These panels consolidate several driving elements into a unified IC, reducing costs without sacrificing performance. The company further presented its "UT One" low-power OLED solution, the first of its kind to support a 1 Hz variable refresh rate using Oxide TFT technology. In testing, laptops equipped with UT One panels delivered up to three additional hours of battery life over standard OLED panels. Samsung Display also presented its SmartPower HDR power-saving technology, developed jointly with Intel.

According to Omdia research, OLED displays represented 3% of laptop and monitor shipments in 2024 but are projected to reach 13% by 2029. Samsung Display disclosed that its OLED shipments reached 4.9 million units in the first half of 2024, a 50% year-on-year growth and reached 74% of the market in Q2 2024. Commenting on adoption trends, Executive Vice President Jonghyuk Lee noted that widespread integration of emerging technologies hinges on three elements: innovative user experiences, competitive pricing, and robust ecosystem alliances. The company summarized its strategy as a combination of cost optimization, low-power design innovations, and close cooperation with OEM partners to push OLED further into the mainstream. For end-users, this could result in a wider range of reasonably priced OLED products with better specs and functionality.

Samsung Electronics today unveiled TRUEBench (Trustworthy Real-world Usage Evaluation Benchmark), a proprietary benchmark developed by Samsung Research to evaluate AI productivity. TRUEBench provides a comprehensive set of metrics to measure how large language models (LLMs) perform in real-world workplace productivity applications. To ensure realistic evaluation, it incorporates diverse dialogue scenarios and multilingual conditions. Drawing on Samsung's in-house use of AI for productivity, TRUEBench evaluates commonly used enterprise tasks - such as content generation, data analysis, summarization and translation - across 10 categories and 46 sub-categories. The benchmark ensures reliable scoring with AI-powered automatic evaluation based on criteria that are collaboratively designed and refined by both humans and AI.

"Samsung Research brings deep expertise and a competitive edge through its real-world AI experience," said Paul (Kyungwhoon) Cheun, CTO of the DX Division at Samsung Electronics and Head of Samsung Research. "We expect TRUEBench to establish evaluation standards for productivity and solidify Samsung's technological leadership."

ASML is about to manufacture significantly more Low-NA EUV and High-NA EUV machines than it originally anticipated. As you may be aware, acquiring an EUV scanner is a year-long process, during which companies make commitments that can span several years to procure these tools. According to ASML, the company estimates that in 2027, based on current order information and demand, it will deliver 56 Low-NA EUV scanners. This includes five units for Intel, seven units for Samsung, and as many as 20 units for SK Hynix. According to South Korean media, SK Hynix plans to install 20 Low-NA EUV units in the next two years, all designed for HBM memory and advanced storage solutions.

For High-NA, ASML plans to deliver 10 High-NA EUV scanners, each costing around $380 million. Intel will add to its facilities manufacturing the 14A node, and SK Hynix is expected to use two of those as well for its memory operations. Intel is betting big on its next-generation 14A node, adding additional EUV tools to its already existing High-NA portfolio. In the past, Intel disclosed that it processed over 30,000 wafers within a single quarter while achieving simplified manufacturing by cutting the required steps for a particular layer from 40 to fewer than 10, which naturally led to much faster cycle times. Similarly, Samsung has seen impressive results in its operations, documenting a 60% reduction in cycle time for one of its specific applications.

When you have hundreds of thousands of AI accelerators in your datacenters, like Microsoft, problems easily build up, especially with cooling. Today, Microsoft showcased its custom cooling plates, which utilize microfluidics to carry liquid coolant into microscopic channels etched directly into the back of silicon chips, promising to pull heat away far more effectively than today's standard cold-plate systems. In internal tests, the approach removed heat up to three times more efficiently than conventional cold plates and cut the peak temperature rise inside a GPU by roughly two-thirds. The company sees these results as a path to allow data centers to squeeze more performance from the same hardware while using less energy for cooling.

Instead of relying on a metal cold plate that sits above a packaged chip, Microsoft's design carves tiny microchannels into the silicon itself so coolant can flow much closer to the actual heat sources, the actual transistor network. The channels are hair-thin and follow a unique pattern inspired by nature, resembling leaf veins more than straight pipes. Microsoft used AI to direct fluid toward hotspots and map each chip's thermal fingerprint, improving efficiency over standardized channel layouts.

HARMAN International ("HARMAN"), a wholly-owned subsidiary of Samsung Electronics Co., Ltd., focused on connected technologies for automotive, consumer, and enterprise markets, today announced it has completed the acquisition of Sound United, the former consumer audio business of Masimo Corporation. Sound United's portfolio of iconic audio brands includes Bowers & Wilkins, Denon, Marantz, Definitive Technology, Polk Audio, HEOS, Classé, and Boston Acoustics.

This strategic milestone marks a significant expansion in HARMAN's core audio business and footprint across key product categories including home audio, electronics (amplifiers, Hi-fi components, AVRs), headphones, and car audio. Combining Sound United's distinguished portfolio with its world-renowned audio business enables HARMAN to deliver one of the most comprehensive audio portfolios in the industry. As a result, HARMAN is now empowered to bring consumers more choice, deeper innovation, and exceptional experiences across listening environments.

SK Hynix is installing a new pilot production line at its M15X facility in Cheongju, bringing online a new 1b DRAM manufacturing line designed to address surging HBM demand, The Bell reports. Equipment installation is scheduled to be completed by November with the pilot line targeting an initial monthly output of 10,000 wafers. The move highlights different approaches among memory leaders, while Samsung pursues 1c DRAM technology for HBM4 applications, both SK Hynix and Micron have committed to 1b DRAM architecture, according to Aju News. This difference reflects varying technical roadmaps as companies race to capture as much as they can from the expanding AI memory markets.

On the other hand it seems that memory price adjustments have become a widespread practice. TrendForce reports citing SeDaily and Business Korea notes that SK Hynix has entered price negotiations with customers, however, no formal announcement has been made yet. The company is tweaking its prices in line with current market trends. This hints at a unified industry shift towards pricier memory across all big-name suppliers. Micron kicked things off in September first letting its channel partners know about 20-30% price hikes for DRAM. Samsung followed by informing major customers that Q4 contract prices for DRAM products, including LPDDR4X and LPDDR5/5X variants, would rise 15-30%. NAND pricing isn't immune either—eMMC and UFS contract prices are expected to climb 5-10%. On the same note, TrendForce indicates suppliers are ramping QLC SSD production, with capacity utilization projected to continue its growth through 2026. Inference AI workloads are expected to sustain demand into 2027, potentially creating enterprise SSD supply constraints by 2026.

According to Korean media outlet News Daily, Samsung Electronics has confirmed that it has raised contract prices for DRAM by as much as 15-30% and mobile NAND flash by roughly 5-10%, in response to a noticeably tighter supply/demand balance. Samsung reportedly notified major customers ahead of fourth-quarter contracting, following a market shift, where older-generation parts are being phased down while demand from hyperscale cloud operators and device makers racing to ship AI-enabled PCs and flagship phones has surged. Additionally, Samsung's rivals such as SK Hynix and Micron have signaled similar adjustments, with several suppliers notifying clients of double-digit increases and temporary limits on new quotes. For buyers, the result is immediate price pressure across server and mobile storage purchases, while for vendors, it is a tactical reprioritization of wafer capacity toward higher-margin, next-generation product lines.

Samsung's DRAM LPDDR4X, LPDDR5, and LPDDR5X families, as well as embedded NAND formats such as eMMC and UFS, are among those experiencing contract uplifts. Meanwhile, shortages in commodity DDR4 briefly pushed spot quotes sharply higher. Memory makers have redirected capacity to DDR5 and HBM, prioritizing HBM orders used by AI accelerators, tightening the supply of consumer-focused DRAM. Samsung, which retains roughly a third of global DRAM and NAND market share, is accelerating development of next-generation LPDDR6 even as it tweaks production schedules for legacy nodes. The pricing reset is expected to materially improve semiconductor division margins in the near term, cushioning against earlier cyclical weakness. For customers, it will force revisions to inventory planning and, likely, a renewed focus on design choices for price/performance.

Samsung is running into some unexpected issues with its ninth-generation NAND flash memory technology. The tech giant has been forced to delay full-scale production of its V9 QLC NAND chips until at least the first half of 2026, according to industry reports from ZDNet. Samsung's V9 NAND uses a 280-layer design that first hit mass production back in April 2024. The company started with TLC (triple-level cell) versions that pack 1 TB of storage, then moved on to the more complex QLC (quad-level cell) variants by September last year. But here's where things went sideways. Multiple industry insiders tell ZDNet that those first batches of V9 QLC chips had some fundamental design problems that caused performance issues.

What makes this particularly frustrating for Samsung is that while they still dominate the broader NAND market, they're actually lagging behind when it comes to QLC technology specifically. Their top-tier QLC products are still stuck using older V7 generation technology - they never even bothered releasing a QLC version of their V8 chips. Samsung did show off its next-generation V10-class TLC NAND back in February, boasting over 400 layers and 1 TB capacity. However, they haven't said when we'll actually see these chips in production. Meanwhile, the competition isn't sitting still. Over in Japan, Kioxia has been announcing its own 332-layer V10-class NAND, though they're also still working on getting it ready for mass production. Moreover, SK Hynix recently achieved a breakthrough with its first 321-layer 2 TB QLC NAND chips.

According to the NBD shipment manifests, Intel has shipped its upcoming "Panther Lake" processor family to Samsung for its Galaxy Book laptops as early as May this year. This indicates that the final integration of Intel's latest design is complete and that Samsung has already incorporated these processors into its Galaxy Book line. The leaked shipping manifests show a BGA2540 processor, which corresponds to Panther Lake and is described as an integrated chip for a Samsung laptop. This confirms that the Galaxy Book is set to receive a Panther Lake update. However, the specific SKUs that will power the Samsung Galaxy Book laptops remain unknown for now.

The low-power PTL-U models are designed for a 15 W TDP and are expected to come in 6-core and 8-core versions. Some SKUs will feature four high-performance P-cores paired with four LPE-cores, while others will have only two LPE-cores complementing four P-cores. Both families will utilize Xe3-based integrated graphics, with entry models featuring four GPU cores. The more powerful PTL-H line will scale up to around 16 CPU cores, comprising four P-Cores, eight E-cores, and four LPE-cores. Some H-series parts might include up to 12 GPU cores for integrated graphics, but the final configurations will be revealed when Intel officially launches the Panther Lake product family. At IFA 2025 in Berlin, Acer was the only OEM to showcase a Panther Lake-powered laptop, the Swift 16 AI. We will have to wait for Samsung's official announcement to learn more about the remaining specifications, such as SKU choices, screen, memory, and storage configurations.

According to SemiAnalysis, Chinese AI semiconductor buildout faces an unexpected bottleneck that's more critical than manufacturing constraints: high-bandwidth memory shortages. While domestic foundries like SMIC can produce sufficient AI processors, the lack of HBM supply chains has emerged as the primary limitation throttling China's semiconductor ambitions. Huawei's Ascend 910C illustrates this mismatch. The company has foundry capacity to manufacture 805,000 units annually through TSMC, which is a result of stockpiling before the cutoff, as well as SMIC. However, HBM shortages prevent realizing this production potential. Chinese firms accumulated roughly 11.4 million HBM stacks from Samsung before export controls tightened, but these stockpiles won't sustain long-term AI scaling. The memory crunch effectively neutralizes Chinese manufacturing capabilities, giving Western competitors like NVIDIA and AMD a sustained advantage despite Beijing's substantial semiconductor investments.

The path toward HBM independence runs through domestic memory manufacturers like CXMT and the recent collaboration with YMTC. Converting standard DRAM production to HBM manufacturing requires specialized equipment, which is predominantly supplied by Western suppliers, creating another dependency layer. China could achieve competitive HBM3E production by 2026 if current investment trajectories continue and equipment restrictions remain stable. However, this timeline assumes successful technology transfer and uninterrupted access to critical manufacturing tools. If export controls expand to encompass additional HBM-related equipment, the development window could become considerably longer. YMTC is reportedly ready to enter DRAM production and could begin purchasing equipment by late 2025, utilizing its secret weapon, Xtacking technology, one of the most advanced hybrid bonding techniques available. This matters because HBM requires stacking at least 16 memory chips with incredible precision, something YMTC has been doing for years with their NAND products.

Samsung Display is accelerating the expansion of its automotive business, one of its next-generation growth engines, by broadening its vehicle OLED portfolio and actively engaging new customers. The company will be the only panel manufacturer participating in IAA MOBILITY 2025, the world's largest mobility exhibition, held in Munich, Germany, from September 9 to 14. At the show, Samsung Display will unveil a wide range of innovative technologies and customer-centric display solutions that showcase the future of mobility.

Through this exhibition, Samsung Display will not only highlight the distinct advantages of OLED in enabling safer driving and premium in-car entertainment, but also showcase the potential and vision of OLED as a core component of future mobility.

TrendForce's latest investigations reveal that the ramp-up of NVIDIA's Blackwell platform shipments in 2Q25, combined with continued expansion of general server deployments by North American CSPs, significantly boosted demand for enterprise SSDs. Total revenue for the top five brands surpassed US$5.1 billion, representing 12.7% QoQ growth. However, shortages of DDR4 and extended lead times for controller IC substrates created board supply constraints, which in turn shaped market share dynamics and revenue performance among vendors.

TrendForce noted that future competition in the enterprise SSD sector will center around three key factors: rapid technology iterations driven by AI workloads, the rise of Chinese players challenging international suppliers, and the ongoing need for vendors to balance new and legacy production capacity. Supply-demand mismatches may become the norm, making precise capacity planning and supply chain management critical for profitability.

Qualcomm CEO Cristiano Amon, in an interview with Bloomberg Tech, claimed that Intel Foundry isn't yet suitable for its use case, but there is significant potential in the new nodes. According to the CEO, "Intel is not an option today," adding that "We would like Intel to be an option." The CEO discussed how the current Intel Foundry node, likely referring to Intel 18A, is not a suitable option for their mobile chips. However, the primary selling point of the vanilla 18A node isn't mobile, low-power SoCs, but rather mid-range and high-power solutions. "We design all of our chips assuming there's a battery on the other side, not plugged into the wall," said Amon, when asked about the design of their chips and their recent collaboration with German automaker BMW.

Qualcomm will continue to source its low-power SoC from TSMC and Samsung, both of which are skilled in mobile designs. For Intel, most customer attention is drawn to the enhanced 18A nodes, specifically 18A-P, scheduled for rollout in 2026, and 18A-PT, targeted for 2028. This, along with Intel 14A, will be a turning point for the foundry, which seeks to attract customers, including Qualcomm, with these improved nodes. US-based companies are constantly evaluating Intel Foundry services, and over time, these services are becoming increasingly attractive in areas such as packaging, not just advanced manufacturing. Still, the primary goal of Intel Foundry is leading-edge node production, so when/if customers like Qualcomm come, they will need to be ready with satisfying yield and performance figures.

XFX has officially published various performance figures claiming that its custom GPUs run better with Samsung GDDR6 memory, rather than SK Hynix modules. Usually, add-in-board (AIB) partners receive the GPU die sold as a kit with memory. However, AMD, NVIDIA, and Intel typically source their memory modules from various partners, including Samsung, SK Hynix, and Micron. GPU AIBs can sometimes prioritize a single memory maker, and this time it looks like Samsung GDDR6 memory modules are turning out to be a much better design for the XFX GPUs. "In terms of hardware, memory power consumption and heat dissipation also directly impact overall stability. Previously, the XFX 9060 XT used Hynix memory, but this time, the XFX 9060XT V3 has switched to Samsung memory. Not only is the GPU cooler, but its DDR temperature is 10°C lower than the Hynix version" says XFX on BiliBili.

The performance comparisons show that Samsung's GDDR6 memory runs at 77°C, while the SK Hynix modules run at 10°C hotter, 87°C. Switching to Samsung-made modules also brings down the total board consumption to 183 W, down from 207 W with SK Hynix. This is 24 W of heat, which the cooler system picks up, resulting in a lower fan speed. In contrast, the Samsung version spun the fans at 1461 RPM, while the SK Hynix version spun at 1814 RPM. This means that the overall GPU system is being more stable, generally more effective, prevents VRAM downclocks, and has higher stability. Interestingly, the choice of Samsung memory increases the GPU die temperature by 3°C, indicating that the memory controller on the die is likely operating at a higher intensity, or the lower fan speed resulted in less cooling. While we await more details and independent testing, it is interesting to see just how much a memory vendor choice can impact the overall GPU performance. There is little information on XFX 9060 XT V3 design, but it is already available in China.