An extensive reconfiguration of development departments at Samsung Display could be underway, according to an insider report published by The Elec. South Korean industry moles believe that company leadership has adjusted priorities, prompted by increased demands from a VIP client: Apple. Future waves of smartphones, tablets, and VR headsets will require cutting-edge display technology. The Elec article alleges that restructuring efforts started as far back as June (2025), but additional changes are needed in order to meet Apple's next-gen requests. The Cupertino, California-based juggernaut also orders various panels from LG Display, a neighboring arch-rival of Samsung's.

Insiders propose that Samsung's Apple-centric "A Business Team" has "upgraded" its development team. Their lab reportedly specializes in "small and medium display" applications. The Elec claims that necessary changes have: "consolidated previously dispersed functions." A resultant "A-Development Office" seems to be taking on the challenge of readying next-gen OLED units for the rumored iPhone 18 family and mysterious iPhone Fold device. In addition, a supposedly newly-established "M Business Development Team" will be working on "micro displays for extended reality (XR) devices measuring approximately 1 inch." This group is supposedly operating as part of Samsung Display's "Small and Medium Business Division." Interestingly, the company unveiled their Galaxy XR mixed reality headset last month. This Android-powered product is marketed as a cheaper alternative to Apple's premium Vision Pro goggles.

Samsung has published new research showing a way to cut NAND flash power consumption by a large margin. In a paper released in Nature, a team of 34 engineers from Samsung's Advanced Institute of Technology (SAIT) and the Semiconductor R&D Center describes how combining ferroelectric materials with oxide semiconductors can reduce power use during string-level operations (the method by which NAND flash reads/writes data by passing signals through series-connected cells) by up to 96%. Modern NAND keeps adding more layers to increase capacity, but this also lengthens the path that signals have to travel through each string of cells. As the stack gets taller, read and write power goes up. Earlier attempts to use ferroelectric designs didn't fully solve this problem. Samsung's approach takes advantage of the electrical characteristics of oxide semiconductors. These materials normally have limited threshold-voltage control, which is seen as a drawback in other device types. In this design, however, that behavior helps lower switching power while still supporting high density, including up to 5 bits per cell. By reworking the transistor structure and applying these materials in a NAND layout, the team shows a clear path to much lower power consumption without sacrificing storage capacity.

If brought to market, the technology could help reduce power use in data centers and improve battery life in mobile and edge-AI devices. Market research firm Omdia projects global NAND revenue will jump from $65.6 billion in 2024 to $93.7 billion in 2029 with shipments growing at an average rate of 17.7% annually over that period. However, just last week we reported that the company seems to plan converting parts of its NAND flash lines in Pyeongtaek and Hwaseong into DRAM production, and will also run its upcoming Pyeongtaek Fab 4 (P4) as a DRAM-only line. Industry sources say Samsung has become cautious about the NAND market, while demand (and prices) for standard DRAM have jumped sharply.

NVIDIA is rumored to be changing its approach by supplying only the raw silicon to its AIC partners, rather than bundling its usual GPU and memory kit. Typically, GPU manufacturers like NVIDIA, AMD, and Intel provide their GPU dies with GDDR memory to AIC partners as a kit. These partners then solder the components onto their custom PCBs, often modifying the layout and cooling systems. However, according to Golden Pig Upgrade, NVIDIA might halt this practice and supply only the bare silicon dies due to memory shortages affecting the company's ability to meet orders.

Recently, AMD informed its supply chain of an impending price increase across its entire GPU product line by about 10%. This decision is primarily driven by a significant memory shortage, which has led to soaring DRAM prices and reduced profit margins for GPU manufacturers. AMD's AIB partners have been advised of the planned 10% price hike, and it is expected that AIBs will follow suit in the coming weeks to maintain their margins. However, this now adds to the entire confusion of DRAM shortage, especially for GPUs.

Samsung Display's various generations of QD-OLED technology have served as the basis of many top-grade gaming monitors. The South Korean giant enjoys a market leading position, with multiple big name manufacturers adopting Samsung's latest and greatest 4K and 2K panels. Naturally, the company's own Odyssey G-series utilizes these offerings. OLED gaming monitor enthusiasts have long wondered whether WOLED-based solutions were in the running—noted as LG Display's main specialty. According to inside track information—courtesy of Channel Gate—Samsung is set to release its first-ever WOLED-based gaming monitor in 2026. A leaked schedule outlines a "Week 20" (aka late June) launch of the unannounced "S27HG702WC" model.

It is claimed that an LG-produced 4K 165 Hz WOLED panel will serve as the basis of this 27-inch dual-mode capable product; allowing an alternative FHD 330 Hz mode. A smattering of Samsung TVs already utilize LG WOLED tech, but this supply agreement has seemingly expanded into gaming lines. Industry experts posit that Samsung's plants are perfectly capable of manufacturing their own WOLED solutions, but it is more economically viable to source units from a nearby rival. Additionally, the Channel Gate leak points to various forthcoming QD-OLED-based models; mostly refreshes of existing G60/61 and G80/G81 products. These products are lined up for launch throughout the first half of 2026.

TrendForce's latest research shows that significant increases in conventional DRAM contract prices, higher bit shipments, and growing HBM volumes drove the global DRAM industry revenue to US$41.4 billion in 3Q25, marking a strong 30.9% QoQ growth.

Looking ahead to Q4 2025, DRAM suppliers' inventories are almost depleted, and growth in bit shipments will decrease substantially. Regarding pricing, CSPs continue to be relatively flexible with procurement costs, which causes other applications to also increase their prices to secure supply. Consequently, contract prices for both advanced and legacy nodes, as well as across all major applications, are anticipated to increase rapidly. TrendForce predicts that conventional DRAM contract prices will rise by 45-50% QoQ, and total contract prices (including DRAM and HBM) will increase by 50-55%.

Samsung has reportedly started sampling its fastest-ever GDDR7 memory running at 36 Gbps. Coming in 24 Gb capacity per chip, this translates to 3 GB of capacity ready for next generation of graphics cards. However, these are not Samsung's only 3 GB modules. The South Korean giant is also making 28.0 Gbps 3 GB modules as of now, and has put them in mass production for what we assume is NVIDIA's next-generation mid-cycle SUPER refresh. As 3 GB modules are rare, we have first confirmation that they are in mass production. Especially starting at 28 Gbps, it is a welcome addition to the faster VRAM.

The middle-end 32 Gbps 3 GB GDDR7 modules are also being sampled, but we assume that manufacturers will opt for solutions that are at 28 Gbps for the time being. Faster 32 and 36 Gbps modules will be most likely exclusive to professional-level cards like NVIDIA's Pro-Viz. NVIDIA's RTX PRO 6000 "Blackwell" GPU already includes the 3 GB modules, and NVIDIA recently updated the RTX PRO 5000 "Blackwell" GPU to feature 72 GB of GDDR7 ECC memory, up from 48 GB. This update also uses 24 modules, meaning each module has a 3 GB capacity to achieve the 72 GB total.

Samsung Electronics today announced that TM Roh was officially named Head of Device eXperience (DX) Division and appointed as CEO, joining Young Hyun Jun, Vice Chairman and Head of Device Solutions (DS) Division, as co-CEOs of the Company. President Roh will continue to oversee the Company's mobile business as Head of Mobile eXperience (MX) Business, while Vice Chairman Jun will remain as Head of Memory Business.

To strengthen Samsung's technology leadership, the Company named Janghyun Yoon as President, Chief Technology Officer of DX Division and Head of Samsung Research, and Hongkun Park as Head of Samsung Advanced Institute of Technology (SAIT). President Yoon was previously the CEO of Samsung Venture Investment. Prior to Samsung Venture Investment, he was responsible for software platforms as well as IoT and Tizen development at the MX Business. Park is currently the Mark Hyman Jr. Professor of Chemistry and Professor of Physics at Harvard University, and a renowned researcher in the fields of nanoscience, quantum science and engineering.

AMD has reportedly notified its supply chain that it will increase pricing across its entire GPU product line by about 10%. The main driver behind this is the massive memory shortage driving DRAM prices to skyrocket and eating up all the margins for GPU makers. Apparently, AMD's AIB partners have been notified that AMD plans to implement a 10% price increase across the board, which AIBs will likely match in the coming weeks to preserve their margins. GPU makers like AMD (and NVIDIA/Intel) bundle their GPU dies with GDDR memory and send that to AIBs as a kit. In situations like this, when AMD raises GPU prices, it is due to the cost of the DRAM bundled with the GPU, as the costs of AMD's raw silicon remain stable for now.

Additionally, this is AMD's second recent GPU price increase. The company did some price restructuring in October, but it seems that the memory supply chain is now starting to show signs of weakness and that a full 10% increase is needed. We have reported that AMD's long-standing AIB partner, PowerColor, is now urging gamers to purchase GPUs during this holiday season, and that 2026 is when we will see this price hike. It could be that AIBs have locked their pricing mechanisms for now with the old AMD pricing, and that 2026 will be implementing the new pricing strategy. This is also happening just as AMD's Radeon RX 9070 and Radeon RX 9070 XT graphics cards have finally reached their MSRPs of $549 and $599, respectively.

Samsung is reportedly preparing a major shift in its memory production strategy as DRAM demand continues to surge on the back of global AI infrastructure growth. According to Korean industry reports cited by SE Daily, the company plans to convert parts of its NAND flash lines in Pyeongtaek and Hwaseong into DRAM production, and will also run its upcoming Pyeongtaek Fab 4 (P4) as a DRAM-only line using Samsung's latest 1c process. Industry sources say Samsung has become cautious about the NAND market, while demand for standard DRAM has jumped sharply. Prices are rising fast, and some server customers are said to be offering as much as 70% higher prices for 96 GB and 128 GB DDR5 modules but still can't secure enough supply. Big tech firms reportedly expect shortages to run for years and are already negotiating DRAM allocations for 2027.

Samsung currently produces both DRAM and NAND across Pyeongtaek Fab 1, Pyeongtaek Fab 3, and its Hwaseong campus. The hybrid lines at P1 and Hwaseong will shift further toward DRAM as NAND equipment is removed. Fab 4, now in final construction, will start up next year as a dedicated 1c DRAM line, and Samsung is also considering using a second zone of P4, originally planned for foundry production, for DRAM as well. Once the changes are in place, Samsung's DRAM output from P1 (Hwaseong) and Fab 4 (P4) is expected to climb significantly in the first half of next year. Reduced Korean NAND production will reportedly be offset by higher output from Samsung's Xi'an plant in China.

A series of shocking news about price hikes continues to unfold, as we now receive official "warnings" from GPU AIB partners about the situation. On the official PowerColor subreddit, a representative noted that Holiday 2025 discounts are about to commence, but also claimed that prices will rise in 2026, urging gamers to buy before the increase. While this could be a marketing tactic, the recurring theme of warnings is becoming more prominent in the supply chain. Previously, we reported that DRAM prices have risen significantly—171.8% year-over-year—driving costs to new levels for this essential component found in every GPU, smartphone, PC, and console.

South Korean memory giants, such as Samsung and SK Hynix, are currently unable to fulfill all orders, completing only 70% of them. Smaller OEMs and channel distributors have been informed to expect only 35-40% fulfillment through the first quarter of 2026. Even some larger AIBs, like PowerColor, may face shortages in DRAM supply, potentially leaving their GPUs without installed DRAM modules. This situation not only delays their planned product rollouts but also jeopardizes their expected revenue streams if it persists. They are faced with the choice of either gambling on the spot market for a significant markup or leaving their production lines idle. Additionally, the shortage could ultimately increase the price of GPUs that are shipped, as they now contain a rarer commodity—DRAM.

abxylute officially launches 3D One, the world's first, and currently the only PC gaming handheld capable of running modern titles in native, glasses-free 3D. Powered by a custom 11-inch electronic-raster (parallax barrier) display, next-generation real-time eye tracking, and the Intel Core Ultra 7 Processor 258V, 3D One brings a completely new visual dimension to PC gaming. At a time when glasses-free 3D has nearly vanished from mainstream consumer electronics, the 3D One revives and significantly modernizes the technology with a purpose-built hardware-software system designed specifically for high-definition, low-latency 3D gameplay.

"Rendering glasses-free 3D video is easy; gaming is extremely hard. Within a single second, the system must break down each frame into dozens of interlaced perspectives, which requires massive computing power," said CEO Donald Zhang. "We believe today's advancements in display tech, content availability, and AI acceleration finally make high-quality glasses-free 3D gaming not only possible, but genuinely exciting."

TrendForce's latest investigations reveal that global OLED monitor shipments hit 644,000 units in Q3 2025, marking a 12% increase from the previous quarter and a 65% rise from the previous year. Known for their outstanding image quality, wide color range, high contrast, and rapid response times—with many models supporting refresh rates of 240 Hz or more—OLED monitors have established themselves as the preferred choice in the high-end gaming market. The total shipments for 2025 are projected to reach 2.62 million units, reflecting an 84% annual growth, fueled by concerted efforts from panel makers and brands.

ASUS surpasses Samsung to claim top spot; MSI holds strong in third place
TrendForce reports that the ranking of the top two OLED monitor brands' rankings changed in 3Q25, with ASUS surpassing Samsung to become the leader with a 21.9% market share. ASUS's achievement is due to its wide product range: besides its popular ROG gaming monitors, it introduced ProArt OLED models for creators, along with portable and foldable dual-screen monitors. This diversification and ongoing innovation have strengthened ASUS's reputation in the mid- to high-end market, and its OLED monitor shipments are expected to rank first globally in 2025.

Samsung has reportedly raised prices for several DDR5 memory modules by up to 60% this month as supply tightens amid the global push to build AI data centers, according to two people familiar with the changes. The increases follow Samsung's unusual move to delay October contract pricing, which it normally sets each month. The jump in server-grade DDR5 costs is putting added pressure on hyperscalers and OEMs already short on parts. Fusion Worldwide president Tobey Gonnerman told Reuters that many major server builders "now accept that they won't get nearly enough product," with premiums reaching "extreme" levels. Recent contract pricing shows how fast costs have climbed. Samsung's 32 GB DDR5 module price rose from $149 in September to $239 in November. The company also raised prices for 16 GB and 128 GB DDR5 modules by about 50%, to $135 and $1,194. Prices for 64 GB and 96 GB modules increased by more than 30%, sources said.

The shortage has triggered panic buying for some customers and is disrupting demand for other semiconductor parts. Semiconductor Manufacturing International Corporation (SMIC) said the tight DDR5 market has caused buyers to hold back orders for additional chip types, while Xiaomi warned that rising memory prices are pushing up smartphone production costs. The shortage is turning into an advantage for Samsung. While the company still trails rivals in advanced AI processors, its memory division now has stronger pricing leverage than SK Hynix and Micron. TrendForce expects Samsung's contract prices to rise 40-50% in Q4, higher than the roughly 30% increase forecast for the broader market, supported by strong demand and long-term supply deals running into 2026 and 2027.

TrendForce's latest investigations reveal that despite higher ASPs boosting profitability across the memory industry, capital spending on DRAM and NAND Flash is only anticipated to increase modestly in 2026. This limited investment growth is unlikely to significantly affect bit output. Instead, the emphasis is shifting from capacity expansion to advancements such as process technology upgrades, higher-layer stacking, hybrid bonding, and high-value products such as HBM.

In the DRAM sector, total capital expenditure is expected to reach US$53.7 billion in 2025 and rise to $61.3 billion in 2026, representing about 14% YoY growth. For NAND Flash, spending is projected to rise from $21.1 billion in 2025 to $22.2 billion in 2026, a roughly 5% increase.

Although we're almost two months away from CES, companies are already starting to tease products that they will have on display at the show. Samsung has unveiled a pair of new SSDs, of which one might find an appeal with owners of portable gaming devices. The other, is not going to be something most consumers will ever have any direct contact with, but the Detachable AutoSSD is an interesting product from Samsung that might spill over in other markets in the future. It's intended for the automotive market and uses the E1.A form factor, but what makes it truly unique is the fact that the SSD controller and the NAND are separated from each other, something Samsung claims improves heat dissipation, but also that it can extend the product life and make upgrades and/or replacements easier.

A more useful addition to its lineup of SSDs is the PM9E1 M.2 22x42, which is an OEM drive in the M.2 2242 form factor. This is as far as we're aware, the first announcement of an M.2 2242 PCIe 5.0 drive, but it's also one of what has to be less than a handful of drives in this form factor that has DRAM onboard. Samsung claims read speeds of up to 14.8 GB/s and write speeds of up to 13.4 GB/s, courtesy of its Presto SSD controller and its V8 TLC V-NAND. The PM9E1 will come in sizes up to 4 TB, which means it's a double sided drive with components on both sides of the PCB, which could make it a tad tricky when it comes to the cooling. However, for those with a handheld gaming device like the Steam Deck, could prove to be one of the best performance options out there, while at the same time offering plenty of storage space for your game library.

Samsung has developed its next-generation low-power LPDDR6 memory for mobile applications. Built on a 12 nm process, this LPDDR6 memory module achieves data rates of 10.7 Gbps. Engineers have increased the input/output channel count and introduced dynamic power tuning, which adjusts power consumption in real time based on workload demands. Samsung has also incorporated robust security features directly into the memory subsystem to ensure data integrity across all applications. Interestingly, Samsung's improved and tuned LPDDR5X also reaches 10.7 Gbps, which is the starting point for the new LPDDR6 memory.

As seen in the transition from DDR4 to DDR5, the final configurations of the previous generation memory are often close in performance to the first generation of the new standard. For LPDDR6, Samsung claims a 21% improvement in energy efficiency over its predecessor, LPDDR5X. This means devices can achieve the same bandwidth and speed while using one-fifth less power. Future LPDDR6 iterations are expected to reach speeds of up to 14 Gbps, surpassing even the fastest overclocked LPDDR5X chips. More details are anticipated at this year's CES, where Samsung will showcase devices powered by the new memory and reveal specific features.

NVIDIA today announced plans with Samsung Electronics to build a new AI factory, representing a new era where intelligent computing and chip manufacturing converge. The state-of-the-art AI factory will combine Samsung's semiconductor technologies with NVIDIA platforms to establish the foundation of next-generation, AI-driven production. Powered by more than 50,000 NVIDIA GPUs, Samsung's semiconductor AI factory will be a centerpiece of the company's digital transformation, integrating accelerated computing directly into full-fledged advanced chip manufacturing.

Through this collaboration, Samsung and NVIDIA are setting a global benchmark for AI-driven semiconductor manufacturing at scale, integrating data from physical equipment and production workflows to achieve predictive maintenance, process improvements and increased operational efficiency in autonomous fab environments.

After more than a decade of focusing exclusively on mobile platforms, Samsung is finally bringing its Samsung Internet browser to Windows-based PCs. The company announced today that a beta version of the Chromium-based browser will be available for Windows 11 and Windows 10 systems running version 1809 or newer, starting October 30, 2025, in the United States and Korea. It is a significant decision for Samsung, which has maintained a mobile-first approach since the browser's inception, essentially leaving desktop users out in the cold while millions enjoyed the experience on their Galaxy devices. Additionally, it shows that Samsung may venture into more applications as the local AI integration takes off.

The desktop version is designed to create a unified browsing ecosystem across Samsung's product lineup, letting users carry their digital experience seamlessly between phones and computers. Users who log in with their Samsung Account will have their bookmarks, browsing history, and saved passwords synchronized through Samsung Pass, which should make authentication and form filling straightforward across devices. The browser also brings intelligent features powered by Galaxy AI, including Browsing Assist, which can summarize web pages and translate content on the fly. For those switching between their Galaxy phone and PC, the browser will prompt them to pick up where they left off, eliminating the hassle of hunting down tabs across different devices.

Samsung has just reported its third quarter 2025 results, and the company has confirmed that its next-generation HBM4 memory samples has been shipped to customers worldwide, with mass production expected in 2026. "HBM3E is currently in mass production and being sold to all related customers, while HBM4 samples are simultaneously being shipped to key clients," notes Samsung, confirming that its memory business is thriving and advanced memory solutions are in great demand. In addition, the company has confirmed that "In 2026, the Foundry Business will focus on providing a stable supply of new 2 nm GAA products and the HBM4 base-die, and beginning operations at the Company's fab in Taylor, Texas in a timely manner."

In an HBM stack, consisting of stacked DRAM dies up to a 12-high, connected with TSVs, there is the possibility of embedding an optional base die with customized logic/accelerator circuitry tailored to a specific need. Companies usually opt for off-the-shelf HBM memory for the standardized pricing model implemented across suppliers like Samsung, Micron, and SK Hynix. However, when ordering quantities so large, like NVIDIA and AMD do, they can request special accommodation features. While this may not be necessarily a compute die that brings TeraFLOPS of power, it will likely be a data processing/logic die that helps route data packets more efficiently, cutting latency and improving performance. Especially during inference, where latency is the most important factor, having a "smarter" HBM could yield sizable, double-digit gains in throughput of tokens.

Samsung Electronics today reported financial results for the third quarter ended Sept. 30, 2025. The Company posted KRW 86.1 trillion in consolidated revenue, an increase of 15.4% compared to the previous quarter. Operating profit increased to KRW 12.2 trillion. The Device Solutions (DS) Division reported a 19% increase in sales quarter-on-quarter (QoQ), with the Memory Business setting an all-time high for quarterly sales, driven by strong growth of HBM3E and server SSDs. Meanwhile, the Device eXperience (DX) Division posted a revenue increase of 11% QoQ due to the successful launch of new foldable phones and solid flagship sales.

Looking ahead to Q4, the rapid growth of the AI industry is expected to open up new market opportunities for both the DS and DX Divisions. The DS Division plans to focus on enhancing its performance by increasing sales of high-value-added memory products tailored to AI. The semiconductor market is expected to remain strong, driven by ongoing AI investment momentum. Meanwhile, the DX Division will strengthen its efforts to launch AI products equipped with the most innovative technologies through open collaborations with leading global partners in respective business segments.

Server memory has become the scarcest commodity in tech. According to DigiTimes, Samsung and SK Hynix quietly circulated fourth-quarter contract appendix that retroactively increased RDIMM prices by 40-50%. Even hyperscalers that signed agreements in August must now pay the new rate or risk losing their queue position. The two Korean manufacturers simultaneously reduced confirmed allocations by 30%, pushing Tier-1 U.S. and Chinese cloud order books to an effective 70% fill rate and eliminating the safety stock most buyers believed they had secured. Module manufacturers such as Kingston and ADATA now pay $13 for 16 GB DDR5 chips that cost $7 six weeks ago, an increase large enough to erase entire gross margin.

Smaller OEMs and channel distributors have been told to expect 35-40% fulfillment through the first quarter of 2026, forcing them either to gamble on the spot market or idle production lines. Even the older DDR4, now reduced to 20% of global DRAM output, is affected. Switches, routers, and set-top boxes that still use DDR4 are suddenly facing very long lead times because no fabrication plant wants to allocate wafers to trailing nodes. Analysts at TrendForce now forecast that the DRAM shortfall will outlast the 2026 hyperscaler build-out, meaning the industry's next relief valve may not be new capacity but a potential demand contraction, an outcome no manufacturer is willing to budget for.

Samsung Electronics today announced the launch of its new microSD Express card lineup, the P9 Express, designed to deliver next-gen gaming experiences and optimized for leading platforms, including the Nintendo Switch 2. Based on the PCIe interface and NVMe protocol, SD Express technology significantly enhances data
transfer performance compared to UHS-I cards, making it ideal for environments that demand high-capacity processing and fast data transmission.

The P9 Express is especially valuable for hardcore console gamers who frequently enjoy a diverse range of games and Downloadable Content (DLC), often demanding additional storage capacity beyond the internal storage. To meet different gaming needs, it is available in both 256 GB and 512 GB options. It also provides an ideal solution for multiple users sharing a single console, where ample capacity is required for several different game installations, helping gamers overcome limited internal storage and enjoy a wide variety of titles without compromise. When used with a dedicated SD Express interface, the P9 Express delivers sequential read speeds up to four times faster than UHS-I, enabling creators and professionals to efficiently move large volumes of data from devices to PCs, laptops, or workstations.

Intel might be the key to re-realizing the American dream of advanced chip production and packaging on U.S. soil. Under the Trump administration, the United States has been making significant efforts to establish leading-edge chip manufacturing domestically. Achieving this goal is challenging for several reasons. In the race for the most advanced silicon, only a few major veteran players remain: Intel, Samsung, and TSMC. Among these, Taiwan-based TSMC has consistently overcome obstacles to become the leader in the semiconductor industry. Through a strategic approach to semiconductor development, TSMC has excelled in both leading-edge node production and advanced chip packaging, enhancing performance.

Historically, Intel has faced difficulties with leading-edge semiconductor node production, even outsourcing some chip manufacturing to TSMC. However, there is a significant opportunity for Intel to not only produce silicon but also establish itself as a major packaging partner for many manufacturers, including TSMC. TSMC's facilities in Arizona address the issue of USA-based manufacturing only partially. While TSMC's Arizona Fab 21 produces 4 nm wafers, these wafers must be sent back to Taiwan for packaging, disrupting the sovereign supply chain that is crucial for domestic manufacturing. Addressing these issues could present a good opportunity for Intel, even if Team Blue doesn't manufacture the underlying silicon.

Samsung has secured a significant win for its previously struggling foundry business as Tesla has decided to divide the manufacturing of its new AI5 accelerator between Samsung and TSMC. The chips will be produced at Samsung's plant in Taylor, Texas, and TSMC's facility in Arizona. This decision is part of a supply strategy following Samsung's previous $16.5 billion agreement to manufacture Tesla's upcoming AI6 processor. By using both top-tier foundries, Tesla aims to rapidly increase capacity while maintaining production within the United States. This dual-fab strategy is a pragmatic choice, allowing Tesla to avoid bottlenecks and build excess capacity for both its vehicles and expanding data-center needs. Elon Musk has praised Samsung's foundry capabilities, noting that the company already manages components of Tesla's AI4 platform, making the shared production of AI5 a logical step.

Meanwhile, Samsung is investing in next-generation High-NA EUV equipment and high-precision tools to close the gap with competitors on advanced nodes. The design of the AI5 chip is Tesla's desire for tight control of the componentry. Engineers have reportedly removed legacy GPU and image-signal blocks to create a more simplified chip optimized for real-time driving and AI workloads. This approach reduces die size and enhances cost efficiency. Tesla claims that the new architecture offers significantly better performance per dollar compared to its older designs, with company benchmarks indicating substantial improvements over AI4. In some cases, up to 40x performance improvements. Maybe the dream of Tesla Full Self-Driving (FSD) can now be accomplished with newer chips and better technology, if the conditions allow it.

A new generation of SK hynix DDR5 memory chips has surfaced online, reportedly marking the debut of second-generation 3 GB A-die ICs. First shown by Team Group's Kevin Wu on Facebook, the chip carries the X021 marking and "AKBD" part code. According to leaker @unikoshardware, the X021 label identifies it as the successor to the 3 GB M-die used in early DDR5 modules. Based on SK hynix's internal binning scheme, the "KB" designation in AKBD likely corresponds to a native 7200 MT/s JEDEC speed following the company's established progression from "EB" (4800 MT/s) through "HB" (6400 MT/s). This new bin suggests SK hynix is preparing faster DDR5 ICs aimed at next-generation Intel platforms, with Panther Lake and Arrow Lake Refresh expected to support up to DDR5-7200.

The sample shown reportedly uses an 8-layer PCB, which could limit headroom for extreme overclocking beyond 8000 MT/s. To fully exploit the new A-die's potential, manufacturers are expected to move to 10 or 12-layer PCBs for greater signal integrity. While SK hynix has yet to officially unveil the part, this early appearance of the 3 GB A-die AKBD hints that production may already be underway. To add some background, Samsung was reigning supreme in the DDR4 days with high-end memory modules pretty much always having Samsung's hand-picked B-die chips. However, things have changed in the DDR5 world with SK hynix taking the lead with its A-die and M-die chips grabbing all the attention.