Samsung Electronics, SK hynix, and Micron are facing a new legal challenge in the US, with a class-action lawsuit accusing the three biggest memory chip makers of working together to limit DRAM supply and drive prices higher.

A class-action lawsuit filed on June 25th in the US District Court for the Northern District of California names all three DRAM giants as defendants, accusing them of illegally coordinating to restrict supply and drive up prices.

Tom’sHardware reports that the complaint, filed as Garciaguirre v. Samsung Electronics and assigned to Judge Noel Wise, claims DRAM prices have surged roughly 700 percent over four years.

The 17 plaintiffs, including individual consumers and small PC businesses, argue that Samsung, SK hynix, and Micron reduced production of traditional DRAM products such as DDR3 and DDR4 while prioritizing HBM.

According to the complaint, the transition toward HBM created a supply imbalance that pushed everyday memory prices higher. The plaintiffs claim the companies used the AI memory boom as an opportunity to restrict commodity DRAM availability.

The lawsuit also points to rising device costs, including recent price increases for products like Apple’s iPad and Mac lineup, as evidence of the broader impact of expensive memory components.

Samsung, SK hynix, and Micron have maintained that they operate independently and that capacity changes are a result of market demand, especially the rapid growth of AI infrastructure.

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Samsung is facing a fresh patent infringement lawsuit in the US, this time over something as fundamental as how its Galaxy phones connect to Wi-Fi.

The case, filed in the US District Court for the Eastern District of Texas, names both Samsung Electronics and Samsung Electronics America as defendants.

According to TheBiz, Saral Networks LLC claims Samsung S series phones from Galaxy S20 and Galaxy S26 series are infringing on US Patent No. 9,363,709, a technology designed to automate complex network configuration.

Wi-Fi automation tech

At the heart of the complaint is IPv6’s Stateless Address Autoconfiguration. When a Galaxy device connects to Wi-Fi, the router sends a network prefix to the device, which then automatically generates IP addresses, encryption settings, and more.

Saral argues this entire process mirrors its patented method, which uses a unique Network Identification assigned to each device to calculate those settings automatically via an algorithm.

It’s worth noting that Saral isn’t targeting just one or two devices. The complaint covers everything from the Galaxy S20 all the way through the S26 series, plus tablets, laptops, and televisions.

Saral stated it analyzed internal source code data from a Galaxy S25 device and found IPv6 address generation and network autoconfiguration routines that it says clearly demonstrate infringement.

Using a company’s publicly released code as evidence against it is a move that tends to hold up well in court, and Samsung’s legal team will need a precise counter-argument.

Samsung has not yet issued a public response to the lawsuit.

Related article:

• Samsung loses smartphone roaming tech patent case, faces $3 million penalty
• Galaxy S25, Watch8 and more named in Samsung LED patent dispute

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At ISTELive 26 in Orlando, Samsung pulled back the curtain on a slate of education-focused software and hardware updates for its Android-based Interactive Displays.

Samsung is offering upgrades to its classroom interactive displays, which cover AI Assistant, Account Management Solution (AMS), and support for the Android 16 operating system.

Thanks to the AMS, teachers sign in using a QR code or an NFC-enabled ID card, and their cloud-connected profile, wallpaper, app shortcuts, bookmarks, and preferred layout load instantly on whichever compatible display they’re standing in front of.

On the AI side, Samsung AI Assistant brings Circle to Search, Live Transcript, AI Summary, and AI Quiz to compatible displays.

Hardware-wise, three new models are incoming: the WAF-S, WAFX-PS, and WAHX-M. The first two are iterative upgrades over the existing WAF and WAFX-P series, most notably running Android 16.

Samsung is introducing a 98-inch option to its Interactive Display portfolio, targeting lecture halls and larger shared spaces. It supports on-device AI features and comes in four sizes ranging from 65 to 98 inches.

Last but not least, Samsung Fast Swap is a replacement program for Platinum and Gold Education Channel Partners in the US designed to minimize device downtime in K–12 schools.

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Samsung has officially launched the Galaxy M47 5G in India, slotting it at Rs 22,999, roughly $245. The company is directing it squarely at the Gen Z crowd that lives on their phones for gaming, streaming, and everything in between.

The company is promoting Bypass Charging feature, which keeps your phone running on charge for longer gaming sessions rather than filling the battery cell. The practical outcome is reduced heat, which keeps frame rates from dropping mid-session.

Display features: The 6.7-inch Full HD+ Super AMOLED panel hits 120Hz and peaks at 1400 nits brightness, with Gorilla Glass Victus+ covering the front.

Performance: Galaxy M47 5G’s chip choice is worth paying attention to. Samsung has gone with Qualcomm’s Snapdragon 6 Gen 3, built on a 4nm node, paired with LPDDR5X RAM and UFS 3.1 storage.

Battery and charging: The 6000mAh battery with 45W fast charging rounds out what is clearly a device built for heavy, all-day use rather than thin-and-light compromises.

Camera hardware leads with a 50MP OIS sensor capable of 4K recording, supported by an 8MP ultrawide and a 2MP macro; the 12MP front camera is tuned for HDR selfies in challenging lighting.

Software and update support: The M47 5G ships with One UI 8.5 on Android 16 and carries a commitment of six major Android upgrades and six years of security patches.

AI features: Circle to Search, Google Gemini integration, Samsung Wallet with NFC, Knox Vault security, and an on-device voicemail feature round out the software package.

Availability and price: Sales begin July 4th exclusively on Amazon in Rogue Red and Blaze Blue, timed to the Prime Day Sale window. The smartphone starts at Rs 22,999 (card discounts included) for the base variant.

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Samsung is gearing up to debut its incredible OLEDs with the next-gen Galaxy foldable and smartwatch. A new leak signals Galaxy Watch Ultra 2 may hit massive 5000 nits brightness, while the Z Fold 8 Ultra display may reach 3600 nits.

Galaxy Unpacked event may take place on July 22 in London. The Korean tech giant has three foldable phones (Flip, Fold, and Fold Wide) in the pipeline, along with two smartwatches (Galaxy Watch 9 and Watch Ultra 2).

2026 Galaxy Watch and Fold Ultra display upgrades

Recent leaks showed us minor improvements and refinements. However, the latest one is completely different from previous revelations. Tipster IceUniverse posted on Weibo the potential display upgrades and more info.

• Galaxy Watch Ultra 2 – 5000 nits display
• Galaxy Z Fold 8 Ultra 2 – 3600 nits display (main screen)

It seems the Galaxy Watch Ultra 2 adopts Samsung Display’s OCF (on-cell film) OLED technology. The Korean tech giant showcased this product during its MWC keynote and confirmed imminent mass production for small devices.

Galaxy Z Fold 8 Ultra, on the other hand, looks to be surpassing its predecessor, the Galaxy Z Fold 7, as well as the Galaxy S26 Ultra in terms of display brightness, as the previous OLED brightness ceiling was 2600 nits.

More details from the source

The tipster further revealed that the three foldable phones may feature 45W charging; however, the Flip 8 is less likely to be included. The devices share a familiar color palette, which also includes a White shade (not Cream).

Last but not least, the Galaxy Watch Ultra 2 may launch with an 800mAh battery. It’s an improvement of approx 35 percent over the original Watch Ultra and Apple’s Watch Ultra 3.

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Samsung Electronics Chairman Lee Jae-yong has revealed a Korean regional technology development and expansion plan that places AI-driven businesses at the center of the company’s long-term strategy.

The Korean tech giant is preparing for its next phase of growth with a major investment push across artificial intelligence, semiconductors, robotics, batteries, and other advanced industries, as reported by ETNews.

During the “Three Mega Projects for Korea’s Great Leap Forward” national report meeting held at the Blue House on June 29, Lee outlined Samsung’s plans to strengthen key technology sectors across South Korea.

Related article: Samsung, SK Hynix may announce $1.3 trillion chip investment plan

The company is looking to establish a new semiconductor production hub in Gwangju while expanding investments in existing and upcoming chip facilities.

Gwangju has emerged as a possible candidate for Samsung’s next semiconductor site. The potential expansion signals that the company wants more flexibility as the AI semiconductor market keeps growing.

Samsung’s increased focus on HBM comes as competition in AI memory continues to intensify. Samsung is also expanding into physical AI and robotics, with the company planning to concentrate robotics investments in Gumi, Gyeongsangbuk-do, alongside an AI data center.

The company is also strengthening its bio ambitions, with plans to expand investment in Songdo, Incheon. Samsung’s latest roadmap shows how heavily the company is betting on AI as the next major technology shift.

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Samsung has reportedly finalized the camera specs and suppliers for its upcoming Galaxy Z Flip 8, Galaxy Z Fold 8, and Galaxy Z Fold 8 Ultra foldable phones. A new industry report sheds light on juicy details linked to the camera setup.

Korea’s SisaJournal reports that Samsung has already locked in its camera module supply chain management system for the Galaxy Z Fold 8, Galaxy Z Fold 8 Ultra, and Galaxy Z Flip 8.

Camera component production is reportedly already underway, with the official launch expected in July. Not every change is dramatic on paper, but there are five that stand out.

The top-end Galaxy Z Fold 8 Ultra is expected to stick with a triple-camera setup.

Galaxy Z Fold 8 Ultra retains 200MP main camera

Samsung is reportedly leaving the 200-megapixel main camera alone, which will still be based on ISOCELL HP2. The current 200MP setup gives the Ultra a strong marketing angle, so Samsung appears to be focusing its attention elsewhere.

Galaxy Z Fold 8 Ultra gets an upgraded ultrawide camera

Samsung is expected to replace the Fold 8 Ultra’s 12-megapixel ultra-wide sensor with a 50-megapixel unit. The improvement should show up in detail, edge clarity, and overall consistency across the rear camera system.

Telephoto camera staying unchanged

The telephoto camera on the Fold 8 Ultra is reportedly staying at 10 megapixels. Instead of changing everything at once, Samsung appears to be targeting the weakest link and leaving the rest of the setup intact.

Related article:

1. Samsung Galaxy Z Fold 8 Ultra: Complete phone specifications

Galaxy Z Flip 8 retains camera specs but changes suppliers

The Galaxy Z Flip 8 is expected to stay close to its predecessor in terms of camera hardware, with a 50-megapixel main camera and a 12-megapixel ultra-wide camera.

The bigger shift is happening behind the scenes.

Coasia affiliates are reportedly joining Samsung’s premium foldable camera supply chain again, alongside Samsung Electro-Mechanics, Power Logics, and Sunny Optical.

Related article:

1. Samsung Galaxy Z Flip 8: Complete phone specifications

Fold Wide camera setup

The Galaxy Z Fold 8 wide model could come with a dual-camera setup featuring a 50-megapixel main camera and a 50-megapixel ultra-wide camera, plus a 10-megapixel cover and internal front cameras.

Related article:

1. Samsung Galaxy Z Fold 8 (Wide): Complete phone specifications

With Apple’s foldable iPhone now looming in the background, Samsung seems determined to make sure its camera strategy is just as flexible as its hardware.

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Apple, MediaTek, and Qualcomm are set to unveil their next-gen chips, adopting TSMC’s 2nm process for the first time. This sounds formal until you know that Samsung flagships could be among the Android phones having a better 2nm TSMC chip than the Apple iPhone 18 Pro series.

Information dug by SemiconductorsX reveals that Apple may adopt the standard 2nm node from TSMC for its iPhone 18 Pro chip. Meanwhile, Qualcomm and MediaTek are reportedly eyeing a more advanced 2nm process.

TSMC’s N2 and N2P process

N2 is TSMC’s first-generation 2nm manufacturing process, while N2P is a more advanced and enhanced variant. The Taiwanese foundry giant is said to be kicking off mass production in the second half of the year.

N2P offers better on-device AI and battery life than the N2 version. The gap isn’t huge, but it matters when used on consumer devices. Apple could have opted for the newer iteration, but it’s preferring the base version.

Apple iPhone 18 Pro and Pro Max will be the first to enter the market with TSMC’s first 2nm processor. Android flagships with Qualcomm and MediaTek chips will follow Apple, while bringing a technological edge.

Samsung, in particular, is expected to launch the Galaxy S27 series early next year. The Galaxy S27 Pro and Ultra may launch with Snapdragon 8 Elite Gen 6 worldwide, while the S27 and S27 Plus may have Exynos 2700 in most markets.

Snapdragon 8 Elite Gen 6 is highly anticipated to use TSMC’s N2P process. It will give a clear edge to Samsung flagships over Apple iPhones. Meanwhile, the Exynos 2700 will also adopt Samsung Foundry’s 2nd-gen 2nm process.

Hardware difference matters, but software plays a crucial part in user experience. Apple can still offer better battery life than Android flagships despite using a base 2nm process; it’s all about software optimization and processing.

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Samsung has announced plans to introduce paid SmartThings API tiers, including a $5 per month fee for individual developers, as it prepares to scale SmartThings for more advanced smart home services.

The change is primarily aimed at developers and commercial partners building services on top of SmartThings, rather than everyday users controlling devices through the SmartThings app.

Samsung says millions of SmartThings users with supported devices will continue using their smart homes without any changes. Meanwhile, Samsung SmartThings API’s $5 fee could impact your smart home experience in 5 ways.

1. Better reliability for advanced smart home services

Samsung says the move will help it invest in enterprise-grade infrastructure. For regular users, this could eventually mean fewer connection issues and more dependable third-party integrations.

2. More polished smart home experiences

With paid tiers, developers may gain access to higher limits, deeper device data, and more tools to build advanced features, resulting in smarter routines and more seamless automation.

3. Some free third-party SmartThings tools may change

Smaller developers who rely on free API access could decide whether the new pricing makes sense for their projects. Some may move to paid plans, while others could reduce support.

4. Stronger Samsung ecosystem integration

Samsung says the updated API will continue supporting devices like TVs, refrigerators, and other connected products while expanding support for technologies including Matter, Zigbee, and Z-Wave.

5. Paid plan could shape the future of smart home businesses

Samsung is positioning SmartThings API as infrastructure for areas like senior care, insurance, energy management, security, and hospitality. A more structured paid model could attract companies that need stable, scalable smart home tech.

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Samsung and SK Hynix aim for a massive semiconductor expansion plan worth up to 2,000 trillion won ($1.3 trillion) over the next decade. The plan laid down by the Korean govt promises $576 billion to secure global dominance.

The investment package is part of South Korean President Lee Jae Myung’s “Three Mega Projects for the Great Leap Forward” initiative. It aims to strengthen the country’s position in key future industries, including AI, semiconductors, and robotics.

Samsung Electronics and SK Hynix could each build four to five semiconductor fabrication plants in the Gwangju area. The companies are also expected to expand their manufacturing footprint beyond chip production.

It’s said that Samsung is planning advanced chip packaging facilities in South Chungcheong province. SK Hynix, meanwhile, is expected to increase NAND flash production capacity in North Chungcheong province.

Earlier reports suggested Samsung alone could announce more than 1,000 trillion won ($646 billion) in spending. The latest figure indicates the combined commitment from Samsung and SK Group could go even higher.

For Samsung, this could mark another major step in its long-term semiconductor battle. The company has been investing heavily in areas such as foundry, advanced packaging, and next-generation memory.

If these plans move forward, Samsung and SK Hynix may spend the next decade aggressively expanding chip production and AI infrastructure, reshaping the global semiconductor landscape along the way.

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Samsung Galaxy Z Flip 8, Galaxy Z Fold 8 (Wide), and Galaxy Z Fold 8 Ultra are actively clearing certification hurdles ahead of launch.

The South Korean tech giant is preparing three foldable phones for 2026. The lineup reportedly includes a flip phone and two book-style foldables. The company has also revamped its naming strategy for the next foldable lineup.

Galaxy Z Fold 8 would feature wide cover and main screens. It was earlier rumored to launch as the Galaxy Z Fold 8 Wide, but Samsung plans differently. The Galaxy Z Fold 8 Ultra will be a true successor to the Galaxy Z Fold 7.

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Galaxy Z Fold 8 Ultra Kindsuit cases appear alongside NBTC listing [Update – June 28]

Samsung’s Kindsuit cases spotted together for the Galaxy Z Fold 8 Ultra in one picture. The image has been shared by TarunVats and follows the same development for the upcoming Galaxy Z Fold 8 Wide mode.

In addition, the Galaxy Z Flip 8, Fold 8, and Fold 8 Ultra have appeared on Thailand’s NBTC certification database, confirming their launch names (via SammyGuru).

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Galaxy “New Fold” Kindsuit cases emerge [Update – June 27]

Enthusiast MohammedKhatri spotted an alleged picture of Samsung Kindsuit cases. The retail boxes show a design familiar to the Galaxy Z Fold 8 Wide, featuring a wide screen form factor and a dual rear camera island.

Interestingly, the case boxes feature “Galaxy New Fold,” rather than Galaxy Z Fold 8 or Galaxy Z Fold 8 Wide. If the leak is legit, Samsung may have a totally different branding planned for its iPhone Ultra foldable rival.

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Flip 8 to get Snapdragon chip in the US [Update – June 24]

FCC certification of the Galaxy Z Flip 8 validates the claim made by tipster IceUniverse that the flip phone will use the Snapdragon 8 Elite Gen 5 processor in the US, while other markets could ship the Exynos 2600 version.

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Global sale to start in early August [Update – June 24]

Samsung is rumored to hold its Summer Unpacked in late July 2026. If supply chain reports are to be believed, the event would be held on July 22 in London. That said, the official Samsung reveal is roughly 30 days away.

PriceBee has listed that the Galaxy Z Fold 8 will be announced on Wednesday, July 22, and the worldwide sale may begin on Wednesday, August 5. The company may run a preorder program for about two weeks.

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Galaxy Z Fold 8 Ultra price rumor [Update – June 18]

Samsung may launch Galaxy Z Fold 8 Ultra at higher prices than the Fold 7. The company would offer a 256GB version of the new foldable phone at around the same cost as the 512GB model of last year’s Fold device.

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Galaxy Z Fold 8 series emerges on FCC [Update – June 15]

Galaxy Z Fold 8 Ultra has appeared on FCC certification database. Following the certification, the device is now approved to launch in the United States. Samsung’s SM-F976U has surfaced along with a design render on the database, via DroidLife.

 

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Galaxy Z Fold 8 appears on BIS certification [Update – June 11]

Samsung will launch its Galaxy Z Fold 8 (Wide) model in India as well. This has been confirmed after the device’s model number SM-F971B surfaced on the country’s BIS certification database; however, it doesn’t reveal any other details.

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Galaxy Z Flip 8 obtains FCC certification [Update – June 9]

Samsung’s upcoming Galaxy Z Flip 8 has surfaced on the FCC database with the SM-F776U model number. The device has reportedly gone through an RF exposure test, specifically a SAR (Specific Absorption Rate) test report.

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Galaxy Z Flip 8 and Fold 8 series clear BIS certification [Initial post]

Ahead of their official reveal, Samsung’s Galaxy Z Fold 8, Fold 8 Ultra, and Flip 8 have cleared the BIS certification in India. This milestone hands the three foldables a mandatory regulatory approval for official release in the market.

Our friends over at SammyGuru spotted Samsung’s unreleased SM-F776B, SM-F-971B and SM-F976B models on the BIS database.

Qualcomm’s Snapdragon 8 Elite Gen 5 for Galaxy SoC will power the upcoming Samsung foldables. The clamshell model, which is rumored to be the last of its kind, is slated to bring Exynos 2600 chips to certain markets.

Galaxy Z Fold 8 Ultra is reportedly getting a 5000mAh battery with 45W charging support. The camera system is staying the same, which should have been improved to justify the company’s decision to slap the Ultra tag.

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Samsung is reportedly working on another round of display improvements for its future flagship phones, and early leaks suggest the Galaxy S27 Pro could end up with two notable screen features.

The Galaxy S27 lineup is still a long way off, but Samsung appears to be testing features that may help the Pro model sit a little closer to its Ultra counterpart.

Portable LTPO screen

One of the rumored changes is a 6.47-inch display with LTPO technology. LTPO panels are already common in Samsung’s higher-end Galaxy phones because they can adjust refresh rates based on what is happening on the screen.

A 6.47-inch panel would also give the Pro model a clear identity, placing it neatly between the standard Galaxy S27 and the more expensive Ultra version.

The other rumored feature is a Privacy Display, and that is probably the more interesting one.

Privacy Display

Samsung is said to be testing a second-generation version of Privacy Display technology. A Privacy Display would not be a flashy spec on a sheet, but it could be one of those features people quietly appreciate every single day.

A leaker revealed that Samsung is internally testing Privacy Display for the Galaxy S27 Pro. The application isn’t finalized yet, but if it happens, Samsung would launch at least two Privacy Display phones in 2027.

Samsung seems interested in making its Pro models more capable instead of keeping the biggest upgrades exclusive to Ultra phones.

If the company does bring LTPO and Privacy Display technology to the Galaxy S27 Pro, it could become one of the more interesting compact flagship upgrades in the Galaxy S lineup.

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Apple this week raised prices of its premium gadgets, but iPhones stayed away from the moves. The decision is driven by a steep increase in component prices, which are also haunting Samsung and its smartphone business.

AI market is booming, and the rising demand needs more High Bandwidth Memory. Manufacturers have shifted focus toward HBM instead of sticking to legacy solutions. It’s all about grabbing the opportunity and printing money.

It has created a supply shortage of DRAM across the industry. Memory is available, but the price has increased manifold. Chinese vendors can’t keep up with launching their budget phones as the crunch hits them the most.

Apple CEO earlier stated that avoiding a price increase is difficult. This statement is assumed to have been given for the upcoming iPhone 18 Pro series. However, Apple hasn’t increased iPhone prices yet, despite affecting others.

Will Samsung increase smartphone prices?

With Apple increasing iPhone prices, Samsung has got a morale boost. We’ve heard of rising Galaxy phone and tablet costs in certain markets. However, one more Apple decision and we may see the Galaxy prices bleed overnight.

Apple’s price bump stopped at Mac Mini, MacBook, and iPad devices. Meanwhile, the iPhone portfolio remains the only unaffected business. If Apple expands its price hikes to mobile devices too, Samsung is highly likely to follow.

Samsung’s Galaxy S26 series already costs more than its predecessor. The next reveal is likely to happen in late July, and the three foldable phones, as well as two smartwatches, could come with an increased price at launch.

The Galaxy S27 series may also face difficult times ahead. Memory costs will not be slashed anytime soon, and Samsung’s next-generation flagship phones might end up going even more expensive than the S26 series.

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A massive investment plan of over $700 is on the verge of unveiling in South Korea; it’s led by Samsung Electronics and SK Hynix, covering AI, robotics, and semiconductors.

Samsung boss Lee Jae-yong and SK Group Chairman Chey Tae-won are expected to show up in person at the “National Report on the Three Mega Projects for a Great Leap Forward of the Republic of Korea” event at the Blue House on June 29.

The companies could unveil investment plans worth more than 1,000 trillion won, or over $700 billion. That is an eye-watering figure by any standard, and the focus appears to be on pushing high-tech development beyond the Seoul area.

One of the headline items is a semiconductor cluster in Honam, along with broader infrastructure spending. The plan is said to revolve around three main pillars: semiconductors, physical AI and robotics, and large-scale AI data centers.

Chips remain the foundation, AI is driving demand for more computing power, and robotics is quickly moving from a niche topic to a serious industrial battleground.

Samsung has been leaning harder into advanced semiconductor manufacturing, AI chips, and future computing platforms, and this kind of national-scale push could give it more room to build out the ecosystem around those businesses.

The government has framed the initiative as a joint effort with major companies to create new growth engines outside the capital region.

Kim Yong-beom, Senior Secretary for Policy Planning at the Blue House, said the talks are in their final stage and that the confirmed plans will be presented publicly with companies and ministries together.

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iPhone 18 lineup is expected to bring a notable memory upgrade as Apple prepares its devices for deeper Apple Intelligence integration with iOS 27.

Apple analyst Ming-Chi Kuo reports that the base iPhone 18 models launching in 2027 could move to 9GB of DRAM, marking a step up from the 8GB memory used in current models.

2 key RAM changes coming to Apple iPhone 18 lineup

iPhone 18 may jump to 9GB RAM

The first key change appears to be tied directly to Apple’s growing AI ambitions. The current A19-based lower-end iPhones reportedly use a 2GB x 4 dies setup, which results in 8GB of memory.

The upcoming A20 chip powering the standard iPhone 18 models is expected to use a different memory configuration, with 1.5GB x 6 dies delivering a total of 9GB RAM.

More RAM could help iPhone 18 models handle on-device AI processing, multitasking, and new iOS 27 features more smoothly without putting extra pressure on the chipset.

iPhone 18 Pro lineup tipped to stay at 12GB RAM

The second key change is that Apple appears to be keeping a clear gap between its standard and Pro models. The company could be focusing more on balancing performance across different price segments.

The iPhone 18 Pro, iPhone 18 Pro Max, and Apple’s rumored foldable iPhone expected in the second half of 2026 are said to retain 12GB RAM, using the A20 Pro chip with a 1.5GB × 8 dies configuration.

While these details are based on analyst information and have not been confirmed by Apple, the expected RAM changes point toward a future where iPhone hardware is being designed around AI workloads from the start.

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Galaxy Watch lineup has become the center of a $170 million Swatch lawsuit after Swiss watchmaker Swatch demanded $170 million in damages, claiming Samsung allowed digital watch faces that copied the designs of luxury Swiss timepieces.

According to FinancialTimes, the case focuses on 26 third-party watch faces apps available for Samsung smartwatches, which Swatch says replicated the appearance of iconic brands including Omega, Tissot, and Breguet.

While the apps were created by independent developers, Samsung was held responsible because of its role in reviewing apps and promoting its smartwatch platform with customizable watch faces.

Here are three key reasons why Samsung’s watch faces became part of a major trademark battle.

The first issue is the alleged replication of luxury watch designs.

Swatch argues that these digital watch faces were more than simple customization options.

The second reason is Samsung’s involvement in the smartwatch ecosystem.

The apps were developed by third parties, but courts in the UK previously found Samsung liable for trademark infringement.

The third factor is the huge gap between Swatch’s demand and Samsung’s position.

Swatch is seeking around $170 million for alleged infringements between October 2015 and February 2019.

Watch faces have become one of the easiest ways for users to personalize devices, but they also sit close to the world of traditional watch design, where brands protect even small visual details.

From Samsung’s perspective, this could simply be a case of cleaning up third-party content on its platform, but for luxury watchmakers like Swatch, digital copies on smartwatches represent a bigger threat to brand value.

The final damages decision could set an important precedent for how smartwatch platforms handle user-created designs in the future.

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Samsung has lost a patent infringement case in the US involving roaming technology used in its Galaxy smartphone models, with a jury ordering the company to pay $3 million to Vasu Holdings LLC.

The verdict came from the US District Court for the Eastern District of Texas (via Bloomberg), where the jury found that Samsung infringed US Patent No. 8,886,181. The patent covers technology related to roaming capabilities.

The case centered on technology related to wireless roaming, which allows smartphones to maintain network connectivity when moving between different carrier networks.

Vasu argued that Samsung used the patented technology in its Galaxy devices without authorization. However, the jury rejected Vasu’s claims involving two other patents, meaning Samsung was cleared on those allegations.

The $3 million damages figure is relatively small compared with Samsung’s overall business, but patent cases like this can still create headaches for major smartphone makers.

Companies like Samsung rely on thousands of technologies across hardware, software, and connectivity features, and even a single disputed patent can turn into a costly legal battle.

For now, the verdict only addresses damages tied to the 8,886,181 patent infringement claim. It remains unclear whether Samsung will appeal the decision or pursue further legal action.

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Samsung Display is reportedly working toward supplying the display panel for Samsung’s first rollable phone, which is currently targeting a launch in the first half of 2028, the year when the Galaxy S28 series will arrive.

The South Korean tech giant is preparing to move beyond foldable phones as the company’s next major form factor battle appears to be centered around rollable displays.

The upcoming Samsung rollable phone, internally linked to the rumored “Galaxy Z Slide” name, could bring a completely different approach to smartphone design.

Unlike foldable phones that rely on hinges and flexible folding areas, rollable devices expand their screen by extending the display outward.

Market research firm Omdia earlier reported that Samsung’s rollable phone could feature a 10-inch display with a 16:9 aspect ratio and a 440.6ppi panel.

Samsung has not officially announced the device, but reports from the display industry suggest development is already underway.

A company official reportedly said that Samsung is developing a rollable phone internally, targeting a first-half 2028 release, and that the possibility of using a Samsung Display panel remains high.

Samsung Display has greatly refined foldable panels, with Apple as the largest client. Rollable displays, in the meantime, are a different challenge.

The technology requires much more than simply creating a flexible OLED panel. The display must repeatedly roll and extend while maintaining durability, flatness, brightness, and consistent image quality.

At CES 2023, Samsung Display introduced Flex Hybrid, combining folding and sliding concepts. Later at SID 2023, the company showcased Rollable Flex, a display tech capable of expanding screen size by more than five times.

Source – MoneyToday

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Samsung is getting ready to expand its smartwatch lineup with the Galaxy Watch 9 and Galaxy Watch Ultra 2, and ahead of the official announcement, a closer look at the upcoming bands has revealed accessory plans for this year.

The leaked Galaxy Watch 9 and Watch Ultra 2 bands (via AndroidHeadlines) show that Samsung is continuing to focus on personalization, with a mix of sporty, casual, and adventure-focused options.

While the watches themselves are expected to take the spotlight at the upcoming Unpacked event, the new bands could play a bigger role in how users customize their devices.

Galaxy Watch 9 and Ultra 2 bands leak

One of the biggest details is that the Galaxy Watch Ultra 2 bands appear to carry “Ultra” branding near the tip, separating them from the standard Galaxy Watch 9 options.

Samsung appears to be bringing back its sporty band style with some changes. The new version looks inspired by the Marine band from the Galaxy Watch Ultra, but it removes the thicker build and ripple design.

The Hybrid band is also returning after debuting last year. Samsung introduced this option as a leather-style band made from a workout-friendly material, allowing users to get a premium look without worrying about sweat.

The Galaxy Watch 9 series version is expected to come in beige, black, gray, and brown colors. Samsung is also leaning heavily into softer colors this year. Some new bands feature pastel shades like Light Yellow, Blue, Green, and White

The regular Sport band is also getting a small design refresh. The center section now looks slightly concave, creating a different visual style while keeping the familiar workout-friendly design.

Samsung’s Fabric band is returning as well, with only minor changes. The Galaxy Watch Ultra 2 version appears to feature a stronger buckle design. Meanwhile, the Trail band is making another appearance for the Ultra lineup.

These leaked bands likely represent only part of Samsung’s full accessory lineup. The company usually launches a wide selection of watch straps alongside its smartwatches, and more options could appear at Unpacked.

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Samsung is expanding its foldable portfolio by adding a new model to the Galaxy Z Fold lineup. Samsung Galaxy Z Fold 8, featuring a wide-screen form factor, is coming this year, aimed to offer an incredible experience to users.

Samsung Galaxy Z Fold 8 (Wide) – Rumored Specifications
Processor
CPU Speed	Snapdragon 8 Elite Gen 5 for Galaxy (all regions)
CPU Type	Octa-core (TSMC’s 3nm process)
Display
Size (Main Display)	7.6-inch (4:3 / 9:7 aspect ratio, landscape-first)
Resolution (Main Display)	TBC
Technology (Main Display)	Dynamic AMOLED 2X, HDR10+, up to 2,600 nits peak brightness
Colour Depth (Main Display)	16M
Max Refresh Rate (Main Display)	120 Hz
Panel Structure (Main Display)	UTG 3.0 (Ultra-Thin Glass) – significantly reduced crease visibility
Size (Cover Display)	5.4-inch (16:10 aspect ratio)
Resolution (Sub Display)	TBC
Technology (Sub Display)	Dynamic AMOLED, up to 2,600 nits peak brightness
Colour Depth (Sub Display)	16M
Max Refresh Rate (Sub Display)	120 Hz
Camera
Rear Camera – Resolution (Multiple)	50 MP (wide) + 50 MP (ultrawide)
Rear Camera – F Number (Multiple)	TBC
Rear Camera – Auto Focus	Yes
Rear Camera – OIS	Yes
Rear Camera – Zoom	Digital Zoom only (no optical telephoto lens)
Rear Camera – AI Processing	Galaxy AI 3.0 – Enhanced Nightography, ProVisual Engine
Front Camera – Resolution	10 MP
Front Camera – F Number	F2.2
Front Camera – Auto Focus	No
Rear Camera – Flash	Yes
Video Recording Resolution	UHD 4K (3840 x 2160)@60fps
Slow Motion	240fps @FHD, 120fps @FHD
Storage/Memory
Memory (GB)	12 / 16
Storage (GB)	256 / 512
Available Storage (GB)	223.8 (256GB variant, estimated)
Network/Bearer
Number of SIM	Dual-SIM
SIM size	Nano-SIM (4FF), Embedded-SIM
SIM Slot Type	SIM 1 + eSIM / Dual eSIM
Infra	2G GSM, 3G WCDMA, 4G LTE FDD, 4G LTE TDD, 5G Sub6 FDD, 5G Sub6 TDD
2G GSM	GSM850, GSM900, DCS1800, PCS1900
3G UMTS	B1(2100), B2(1900), B4(AWS), B5(850), B8(900)
4G FDD LTE	B1(2100), B2(1900), B3(1800), B4(AWS), B5(850), B7(2600), B8(900), B12(700), B13(700), B17(700), B18(800), B19(800), B20(800), B25(1900), B26(850), B28(700), B66(AWS-3)
4G TDD LTE	B38(2600), B39(1900), B40(2300), B41(2500)
5G* FDD Sub6	N1(2100), N2(1900), N3(1800), N5(850), N7(2600), N8(900), N12(700), N20(800), N25(1900), N26(850), N28(700), N66(AWS-3), N71(600)
5G* TDD Sub6	N38(2600), N40(2300), N41(2500), N77(3700), N78(3500)
Connectivity
USB Interface	USB Type-C
USB Version	USB 3.2 Gen 1
Location Technology	GPS, Glonass, Beidou, Galileo, QZSS
Earjack	USB Type-C
MHL	No
Wi-Fi	802.11a/b/g/n/ac/ax/be 2.4GHz+5GHz+6GHz, EHT320, MIMO, 4096-QAM
Wi-Fi Direct	Yes
Bluetooth Version	Bluetooth v6.0
NFC	Yes
OS
Android	Android 17, One UI 9
General Information
Form Factor	Fold (wide/landscape-first book-style)
Sensors	Accelerometer, Barometer, Fingerprint Sensor, Gyro Sensor, Geomagnetic Sensor, Hall Sensor, Light Sensor, Proximity Sensor
Physical specification
Dimension (HxWxD, mm)	161.4 x 123.9 x 4.9 mm
Dimension when folded (HxWxD, mm)	123.9 x 82.2 x 9.8 mm
Weight (g)	~201
Frame Material	Armour Aluminium 2
Inner Glass	UTG 3.0 (Ultra-Thin Glass)
Water Resistance	IPX8
Hinge Rating	500,000 folds
Battery
Battery Capacity (mAh, Typical)	4800
Wired Charging	45W
Wireless Charging	25W Qi2-ready
Video Playback Time (Hours, Wireless)	Better than Fold 7
Removable	No
Audio and Video
Stereo Support	Yes
Video Playing Format	MP4, M4V, 3GP, 3G2, AVI, FLV, MKV, WEBM
Video Playing Resolution	UHD 8K (7680 x 4320)@60fps
Audio Playing Format	MP3, M4A, 3GA, AAC, OGG, OGA, WAV, AMR, AWB, FLAC, MID, MIDI, XMF, MXMF, IMY, RTTTL, RTX, OTA, DFF, DSF, APE
Services and Applications
Gear Support	Galaxy Ring, Galaxy Buds Core, Galaxy Buds3 Pro, Galaxy Buds2 Pro, Galaxy Buds Pro, Galaxy Buds Live, Galaxy Buds+, Galaxy Buds3, Galaxy Buds2, Galaxy Buds, Galaxy Buds FE, Galaxy Fit3, Galaxy Fit2, Galaxy Fit e, Galaxy Fit, Galaxy Watch FE, Galaxy Watch Ultra 2, Galaxy Watch Ultra, Galaxy Watch9, Galaxy Watch8, Galaxy Watch7, Galaxy Watch6, Galaxy Watch5, Galaxy Watch4, Galaxy Watch3, Galaxy Watch, Galaxy Watch Active2, Galaxy Watch Active
Samsung DeX Support	Yes
Bluetooth Hearing Aid Support	Android Audio Streaming for Hearing Aid (ASHA)
SmartThings Support	Yes
Mobile TV	No
Software Support
Security Update Period (Valid until)	July 2033

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Samsung completed the investment of $110 million into GRAIL, a US biotech company that uses AI for early cancer detection through a simple blood test.

The investment, completed jointly by Samsung C&T and Samsung Electronics, gives you a clear picture of where the Korean tech giant sees its future.

GRAIL’s flagship product is Galleri, a screening service that can identify over 50 types of cancer from a single blood draw by analyzing DNA fragments for genomic signals.

GRAIL and Samsung C&T Corporation intend to collaborate to commercialize the Galleri multi-cancer early detection test in South Korea, with the potential to expand into additional Asian markets, including Japan and Singapore.

The test is already in large-scale clinical trials with the UK’s National Health Service and is on track to file for FDA approval this year. Samsung C&T secured exclusive distribution rights for Galleri in South Korea.

“This investment from the Samsung entities further strengthens our balance sheet and extends our cash runway as we advance key priorities, including securing regulatory approval and reimbursement for Galleri in the US and expanding access to multi-cancer early detection internationally,” said Aaron Freidin, Chief Financial Officer of GRAIL.

For Samsung specifically, GRAIL fits neatly into its “Connected Care” vision the idea that Galaxy Watches, the Samsung Health app, and diagnostic tools eventually form a cohesive health management ecosystem.

Samsung Electronics recently invested in Element Biosciences, a DNA sequencing firm, and acquired digital health company Zellsh.

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Samsung revealed ambitious plans tied to AI memory chips, including HBM and SSD, and targeting to accomplish its goals by 2030.

According to Samsung 2026 Sustainability Report, the Device Solutions (DS) Division is aiming to improve the energy efficiency of its HBM products by 2.5 times and its server SSD products by a striking 4 times, both by 2030.

HBM is already one of the most power-hungry components in modern AI servers. So a 2.5x efficiency improvement isn’t just a sustainability win; it’s potentially a competitive weapon.

If Samsung can deliver meaningfully better efficiency than rivals, that matters a lot when customers are signing contracts worth hundreds of millions.

The SSD target is arguably even more interesting. A 4x efficiency jump on server SSDs by the end of the decade is the kind of number that makes storage engineers pay attention.

Samsung has already commercialized HBM4 and the PM176 server SSD as part of this push, which suggests there’s real product momentum behind it.

By 2030, the DS Division plans to improve the energy efficiency of its HBM and server SSD products by 2.5 times and 4 times, respectively, to provide customers with optimized AI infrastructure solutions.

The DS Division also took a notable step on the environmental side, adopting what it calls a “Water Positive” approach, restoring around 240,000 tonnes of water resources, meaning it’s putting back more than it uses.

On the consumer side of the house, Samsung’s DX Division hit 94.8 percent renewable energy adoption and cut product power consumption by 34.4 percent compared to 2019.

Related article: Samsung devices now use 33% less power thanks to 6 years of efficiency improvements

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Samsung 2026 Sustainability Report, released today, confirms that the Device eXperience Division has cut average power consumption by 34.4 percent across its representative product lines compared to 2019 baselines.

Six years is a long time in consumer electronics. Long enough that the phone in your pocket today is, by Samsung’s own numbers, doing a lot more work on meaningfully less energy than its predecessors from the 2019 era.

It’s the compounding result of incremental efficiency improvements baked into chipsets, displays, software power management, and component design over multiple product cycles.

If you’ve noticed your more recent Galaxy device running a bit cooler or lasting longer on a charge than older ones did, this is likely part of why.

As part of its goal to achieve net-zero Scope 1 and 2 emissions by 2030, Samsung’s Device eXperience (DX) Division transitioned 94.8 percent of its total energy consumption to renewable energy as of the end of 2025.

The division also reduced power consumption by an average of 34.4 percent compared with 2019 by applying high-efficiency energy technologies to its representative product models.

The efficiency push doesn’t stop at the devices themselves. Samsung also crossed the 94.8 percent renewable energy threshold for its DX Division’s total energy consumption.

The division earned UL Solutions’ top Zero Waste to Landfill validation at every global manufacturing site and pushed recycled plastic content across products to 33.7 percent.

On the semiconductor side, the DS Division is targeting a 2.5x improvement in HBM energy efficiency and a 4x improvement in server SSDs by 2030.

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