Samsung Galaxy Z Flip 7 Price Leak Is Samsung’s New Flip Phone Getting More Expensive

14 October 2026 by Kanika Sharma

The tech world is buzzing with excitement as leaks about the Samsung Galaxy Z Flip 7 have started surfacing ahead of its expected launch. While Samsung has remained tight lipped about official details, reliable sources have revealed potential pricing information that might surprise potential buyers.

If the leaks are accurate, the upcoming foldable could see a noticeable price hike compared to its predecessor.

Expected Price Revealed Will It Break the Bank

According to industry insiders and leaked retailer listings, the Samsung Galaxy Z Flip 7 is expected to start at $1,099 for the base model with 256 GB storage. This marks a $100 increase over the Galaxy Z Flip 6’s starting price. The higher storage variant with 512GB could cost around $1,199 , making it one of the most expensive flip-style foldables in the market.

This price bump aligns with rumors of significant upgrades, including a larger cover screen, improved hinge mechanism, and a more powerful chipset. However, the question remains—will consumers be willing to pay more for incremental improvements, especially when competitors like Motorola and Oppo are offering more affordable alternatives?

Why the Price Increase Major Upgrades Leaked So Far

Several factors could justify Samsung’s decision to raise the price of the Galaxy Z Flip 7. One of the biggest upgrades is expected to be a new 3.9-inch cover display, up from the 3.4 inch screen on the Z Flip 6. This would allow for better app support and usability without unfolding the phone.

Samsung Galaxy Z Flip 7 Price Leak — Samsung Galaxy Z Flip 7 Photos

Additionally, leaks suggest Samsung is introducing a more durable Ultra-Thin Glass (UTG) for the foldable screen, along with an enhanced water and dust resistance rating. Under the hood, the phone is rumored to feature the Snapdragon 8 Gen 3 chip, ensuring top-tier performance for years to come.

Another possible reason for the higher price tag is increased production costs, particularly for the hinge mechanism, which is said to be more robust and slimmer than before. If these upgrades prove true, Samsung might argue that the premium is justified.

How Does It Compare to the Competition

If the leaked pricing holds, the Galaxy Z Flip 7 will be positioned as a luxury flip phone, competing directly with devices like the Motorola Razr 50 Ultra and the Oppo Find N3 Flip. Here’s a quick comparison of expected prices:

Samsung Galaxy Z Flip 7 – $1,099

Motorola Razr 50 Ultra – $999

Oppo Find N3 Flip – $1,050

While Samsung has traditionally dominated the foldable market, competitors are closing the gap with more affordable yet feature rich alternatives. Motorola, for instance, offers a larger cover screen and faster charging at a lower price, while Oppo focuses on camera performance and sleek design.

Is Samsung's New Flip Phone Getting More Expensive — Samsung Galaxy Z Flip 7

Also Read: Xiaomi Mix Flip 2 First Look and Review

Final Thoughts Is the Price Hike Justified

The Samsung Galaxy Z Flip 7 is shaping up to be an exciting device, but the rumored price increase could be a dealbreaker for some. While the upgrades seem promising, And consumers will have to decide whether the larger cover display, better durability, and faster chipset are worth the extra $100.

If Samsung manages to include surprise features like better battery life or an S Pen slot, the premium might be easier to swallow. However, if the final product only offers minor improvements, buyers might lean toward the Z Flip 6 or competing foldables.

Samsung PM9E1: The Ultra-Compact PCIe Gen5 SSD Quietly Changing the Game

14 October 2026 by Team Techsputit

A New Era of Compact Storage: Samsung’s PM9E1 Breaks Cover

Samsung has once again pushed the boundaries of storage technology, quietly unveiling a remarkable new solid-state drive that promises to reshape the landscape of high-performance computing. The much-anticipated PM9E1 SSD emerges as a testament to relentless innovation, delivering blistering speeds in an extraordinarily tiny package. This stealthy arrival marks a significant leap forward, particularly for devices where space is at an absolute premium.

Dubbed by some as a “mini-9100 Pro,” the PM9E1 boasts a minuscule footprint, measuring just 22 x 42mm. This compact M.2 2242 form factor is a game-changer, allowing for integration into thinner laptops, embedded systems, and even industrial applications where traditional, larger SSDs simply wouldn’t fit. Despite its diminutive size, it houses advanced PCIe Gen5 capabilities, a feature previously reserved for much bulkier drives.

The inclusion of PCIe Gen5 support is perhaps the most striking aspect of the PM9E1. This next-generation interface provides double the bandwidth of PCIe Gen4, enabling unheard-of data transfer rates. For consumers and developers alike, this translates to lightning-fast boot times, near-instantaneous application loading, and incredibly rapid file transfers, fundamentally enhancing overall system responsiveness and user experience.

Achieving such a powerful performance profile within these tight physical constraints is a remarkable engineering feat. It showcases Samsung’s prowess in component miniaturisation and power efficiency, critical factors when designing for compact devices. The drive exemplifies how cutting-edge flash memory controllers and NAND technologies are being integrated more efficiently than ever before, paving the way for future advancements in storage.

The implications for various market segments are profound. Ultra-thin notebooks, often constrained by space, can now benefit from enterprise-grade speeds without compromise. Similarly, the industrial computing sector and Internet of Things (IoT) devices, which require robust and fast storage solutions in harsh or confined environments, will find the PM9E1 to be an invaluable component, driving new possibilities.

However, while the PM9E1 champions technical progress, it also brings into focus certain practical limitations that inevitably arise with such advanced miniaturisation. Foremost among these is the challenge of thermal management. Cramming high-performance components into such a small area naturally generates heat, which must be efficiently dissipated to maintain optimal performance and longevity.

Manufacturers integrating the PM9E1 will need to devise sophisticated cooling solutions, potentially requiring innovative heatsink designs or careful airflow management within their devices. Without adequate thermal control, the drive’s impressive speeds could be throttled, undermining its full potential. This underscores the delicate balance between raw power and practical implementation in real-world scenarios.

Another consideration is the current ecosystem for PCIe Gen5. While motherboards and CPUs supporting this standard are becoming more prevalent, they are not yet ubiquitous, particularly in the compact device categories the PM9E1 targets. Furthermore, the bleeding-edge nature of this technology often comes with a premium price point, which might initially limit its widespread adoption to high-end and niche markets.

Despite these hurdles, the arrival of the PM9E1 serves as a clear indicator of the future direction for solid-state storage. It foreshadows a world where powerful computing capabilities are seamlessly integrated into an ever-shrinking array of devices, from personal electronics to industrial automation. Samsung is setting a new benchmark for what is achievable in compact, high-speed storage.

In conclusion, Samsung’s PM9E1 is more than just another SSD; it’s a harbinger of innovation, demonstrating how the pursuit of smaller, faster, and more efficient components continues to redefine technological possibilities. Its silent emergence speaks volumes about the continuous push for excellence, promising a future of unprecedented performance in the smallest of packages, provided the practical challenges can be deftly navigated.

Samsung S25 Ultra VS iPhone 16 Pro Max Game Performance

14 October 2026 by Team Techsputit

Today I will share the data of Samsung Pro with you. First of all, iPhone 16 max 120 FPS is available unlocked, smoothly. After that I will show you about 120 FPS.

Let’s see a little gameplay of BGMI and then see on Rangal

How much FPS does it drop while jumping, about 90, we have come to Rangal, the mirror event is going on. Right now according to the latest update of BGA, as soon as we jump, as soon as we are going to land, that means towards the event, there it is comfortably showcasing 90 FPS for now.

As soon as we landed and while landing, people were seen here. So brother almost 34 became 32 and it is giving 90 FPS. So it was giving 90 FPS on TDM as I told you, so I am sure, because I have already tested this phone in 120 FPS. So, I have seen as much heavy end on 90fps performance, here there were almost 35 plus enemies and even in that it gave me strong 90fps easily.

If I give a small word, almost half an hour of game play has been done. Before and after temperature change is there. At 120 FPS and yes it gets hot, a little.

So in the event, then I jumped into the next event too, so I understood that this phone is not creating any issue regarding 90 FPS. And if it is giving, then I will not recommend that phone to you, there you can play well for 60. There we have seen how much the battery dropped at 90 FPS. So right now, s25 ultra is super capable of 90fps gaming. And you will get to see strong 90fps, let’s move on, I have already tested iPhone11 at 120fps. And my results are always such that people think that I have taken something from somewhere. That apple-fruit apple id is here, just watch the rest a little bit, after this I will go to Rangal’s gameplay.

You have seen TDM, now let’s go to Rangal

Right now it is 120, on the play path we have almost reached almost a little towards the event. Here let’s see how much this FPS increases or not. It is at 118 117 and enemies are around, which I can call a real event, FPS had come around 100.

And one guy was dealt with here, no problem, 30 plus guys are still there and 110 120 does not matter. Yes, now it is 120, now if you keep watching, then here on the changes of FPS, there is not so much load, so 120 is coming stable here. I mean I will not say stable, it is giving fluctuation. I don’t seem to have any such complaint.

Right now there was a slight 30 low lag, no issue but sorted, so 120 on the range, so right now I am saying, it is giving good results. So I jumped on the first event, there it gave me 120 comfortably, so I have no complaints. I saw a guy, let’s go to him, the FPS was slightly below 100. No one, I think, so there are two enemies here, first let’s try to settle it in the air a little. Brother, why did it go below 100. The FPS is slightly okay, no issue, it was not below 100, meaning it was below, so 120 is playable, for now it is giving stability comfortably. So, it went well on that event.

Now we are jumping on the event once again, meaning almost 20 minutes have passed here. 17 guys and below 90 FPS has dropped to 100, still it is at 120 and here it is finished. Below 90 FPS was not below 100 but around 95. So it is trying to give average FPS below 100. And here just understand how long it will be. Game play of around 20 minutes, till now brother I got backup after backup.

After 1.5 Hour game play

If I give a small word, almost half an hour of game play has been done. Before and after temperature change is there. At 120 FPS and yes it gets hot, a little. Not a little but it gets quite hot at 120. Even without turning on 4x lighting. The clear word for this is that it makes you play the game of 16 pro.

The phone heats up, but at some places it touches 100 or even below 100 FPS. And in some scenarios it touches 90 for a few seconds. And for now, after this I will set 120 for s25 ultra. There is a complaint because I want to watch PUBG because PUBG is giving it. So what can we do.

Also Read: Samsung S25 Ultra VS iPhone 16 Pro Max Top Features

Samsung S25 Ultra VS iPhone 16 Pro Max Top Features

14 October 2026 by Team Techsputit

It’s tough to choose between the Samsung Galaxy S25 Ultra and the iPhone 16 Pro Max – both are packed with cutting-edge tech, but are meant for different users. After using both for months, here’s our detailed comparison to help you decide.

Design, frame and build quality

The S25 Ultra feels lighter (218 grams) and more comfortable thanks to its rounded edges and thin bezels. The Gorilla Armor 2 glass resists scratches better, and the anti-reflective coating makes a huge difference outdoors.

The iPhone 16 Pro Max is a bit heavier, but feels more premium with its titanium frame. Ceramic Shield 3 and deep waterproofing (6 metres vs Samsung’s 1.5 metres) make it more durable. The new camera control button is useful, but the action button still feels underused.

Display brightness vs anti-glare

Samsung’s 6.9-inch Dynamic AMOLED 2X screen is great, with a sharp resolution and an anti-glare coating that works surprisingly well in sunlight. The 120Hz adaptive refresh rate keeps everything smooth. It also gets a slightly bigger display, which is also quite good for gaming.

Samsung S25 Ultra VS iPhone 16 Pro Max — Samsung S25 Ultra And iPhone 16 Pro Max

Apple’s 6.9-inch display is a little dim in specs but is bright in real-world use. Dolby Vision support gives it an edge for HDR content, especially if you watch a lot of Apple TV+.

Camera Features & Photos Quality

The S25 Ultra’s quad-camera system is versatile, with a 200 MP main sensor and 10x optical zoom. The AI-powered editing tools are impressive, removing objects and adjusting colors seamlessly. However, shutter lag can still be an issue with fast-moving subjects.

The iPhone 16 Pro Max keeps things simple with a 48 MP main sensor and 5x telephoto. Its video quality is still unmatched with better stabilization and ProRes Log support. Apple’s photo editing seems to lag behind Samsung, but colors look more natural in daylight.

Software that can deliver better multitasking and gaming

The S25 Ultra’s Snapdragon 8 Elite chip is great, handling heavy multitasking and gaming with ease. Galaxy AI works great for on-device tasks, and vapor chamber cooling prevents overheating.

The iPhone’s A18 Pro chip is fast in single-core tasks, but Apple intelligence feels incomplete. There is a slight delay in Siri’s smart features, but if you are deep into the Apple ecosystem like FaceTime, CarPlay, AirDrop, the iPhone still integrates better. The processors of the two phones are not much different in real life.

Battery charging and better optimization

The S25 Ultra’s 5,000mAh battery lasts all day, and 45W fast charging gets it to 72% in 30 minutes. The iPhone 16 Pro Max has a smaller battery but better optimization, often with 40% battery left at the end of the day. However, its 20W charging seems slower, taking twice as long to reach 50%.

Starting price by variant

The S25 Ultra has a starting price of $1,299 (256GB), with carriers often offering free storage upgrades or trade-in discounts. The iPhone 16 Pro Max starts at $1,199 (256GB), but the 1TB model costs $1,599, making Samsung the better deal for storage.

Samsung S25 Ultra VS iPhone 16 Pro Max Performance Test

14 October 2026 by Team Techsputit

We have been gaming on both the Samsung S25 Ultra and iPhone 16 Pro Max flagship phones for several weeks and tested them from a real user perspective. Here is our detailed experience of how these phones perform in gaming and what problems are faced.

In terms of graphics and performance

The Snapdragon 8 Elite chip of the Samsung S25 Ultra is great for gaming. We ran heavy games like PUBG, Call of Duty Mobile and Genshin Impact on maximum settings. Games ran very smoothly on the AMOLED screen with 120Hz refresh rate, especially HDR games had a great experience.

Apple’s A18 Pro chip in the iPhone 16 Pro Max is also amazing. iOS optimization makes it better in games, but some games are still limited to 60fps. One thing to note is that the metal frame of the iPhone heats up quickly, which makes it difficult to play games for a long time.

Heating and throttling issues

The benefits of the vapor chamber cooling system are clearly visible in the Samsung S25 Ultra. Even after playing Genshen Impact for an hour continuously, the phone’s temperature did not go above 42°C. In contrast, the iPhone 16 Pro Max starts heating up within 20 minutes and performance drops. Playing games outside in summer becomes even more difficult.

Samsung S25 Ultra VS iPhone 16 Pro Max Performance Test

Battery life and charging time

Battery consumption is a major concern during gaming. Playing heavy games like Genshin Impact on the Samsung S25 Ultra consumes about 18% of the battery per hour. Due to 45W fast charging, gaming can be resumed after charging a little in between. We also tried playing games like FREE FIRE and BGMI at high FPS on both phones.

Battery consumption is slightly higher (22% per hour) in the same games on the iPhone 16 Pro Max. The biggest problem is the slow 20W charging, due to which it takes more time to charge the battery in between gaming.

Software and game optimization

Samsung’s Game Booster and One UI have many useful features for gaming. It has performance mode, low latency settings and the facility to manage background apps. This reduces unnecessary disturbances during gaming.

iOS’ gaming mode is limited in iPhone, but controller support is better. PS5 or Xbox controller can be connected easily. However, if a call comes in the middle of gaming, then the game may have to be restarted. This problem does not look good.

Also Read: Motorola’s vs samsung’s ultra wide camera auto focus review

Problems and conclusion

Some games do not support 120Hz in Samsung S25 Ultra, while iPhone has problems with overheating and brightness drop. If you are a serious mobile gamer then Samsung is a better option, but if you like the iPhone’s ecosystem for casual gaming then 16 Pro Max is also fine.

Samsung S25 Ultra VS iPhone 16 Pro Max Camera Test

14 October 2026 by Team Techsputit

When it comes to flagship smartphones, camera performance often makes or breaks the decision. We put the Samsung S25 Ultra and iPhone 16 Pro Max through rigorous real-world testing to see which one really delivers the best photography and videography experience.

Daylight Photography: Detail and Colour Accuracy

The S25 Ultra’s 200 MP main sensor captures stunningly sharp images with incredible detail, especially when zoomed in. AI enhanced processing boosts dynamic range, preserving highlights and shadows better than ever. However, Samsung’s colour science is still a little oversaturated, giving skies and greenery an extra punch that isn’t always natural.

Samsung S25 Ultra Camera Test by techsputit.com

The iPhone 16 Pro Max sticks to Apple’s signature true-to-life colour reproduction. The 48 MP sensor might seem modest compared to Samsung’s 200 MP, but Apple’s computational photography ensures balanced exposures and more natural skin tones. In a side-by-side comparison, iPhone shots often look more realistic straight out of the camera.

Both phones after 10x digital zoom

Optical vs. digital The S25 Ultra’s dual telephoto lenses (3x and 5x) plus 10x optical zoom give it a huge advantage. Even at 30x digital zoom, images remain usable thanks to AI sharpening.

The periscope system is ideal for distant subjects, making it the best choice for travellers and wildlife shots. The iPhone 16 Pro Max remains with 5x optical zoom, and while Apple’s software does a good job at 10x digital zoom, anything beyond that loses a lot of detail.

If you need serious zoom, Samsung is the clear winner. Winner: Samsung, no contest Low light and night mode performance Samsung’s “nightography” is much improved, with brighter shadows and less noise. The larger sensor pulls in more light, making dark scenes look vibrant – sometimes even artificially bright. However, some test shots looked overprocessed, with natural shadows missing.

iPhone 16 Pro Max Camera Test by techsputit.com

The iPhone 16 Pro Max takes a more conservative approach. Night mode maintains realistic contrast, avoiding an “over-lit” look. While it doesn’t brighten shadows as aggressively as Samsung, the results often look more natural and film-like.

Portrait mode and bokeh

The S25 Ultra’s depth sensing is improved, with better edge detection around hair and complex shapes. The adjustable bokeh effect in post-processing is a nice touch, though the blur can sometimes look artificial.

The iPhone 16 Pro Max still leads the way in natural-looking portraits. Skin tones are more accurate, and background blur looks more gradual and lifelike. Apple’s Cinematic mode also works better for video portraits.

Stabilization and quality when recording video

The iPhone 16 Pro Max remains the king of smartphone video. New stabilization algorithms make handheld footage smoother than gimbals, and ProRes Log support gives professionals more editing flexibility. Colors stay true even in challenging lighting.

The S25 Ultra has caught up to a great extent, offering 8K recording and better HDR, but the stabilization is still not as strong as Apple’s. Samsung’s videos can sometimes look oversharpened, while Apple’s footage remains more cinematic.

Final Winner of Review

Winner: S25 Ultra, as it offers more zoom and also takes pretty good photos in daylight. But iPhone is no less in terms of video recording. iPhone offers much better video stabilization.

Also Read: Motorola’s vs samsung’s ultra wide camera auto focus review

Samsung S25 Ultra VS iPhone 16 Pro Max

14 October 2026 by Team Techsputit

After living with both flagship phones for several weeks, we’re ready to share our real-world experiences. These devices are the best Android and iOS devices in 2025, but which one deserves your hard-earned money?

First impressions and daily use

The S25 Ultra immediately stands out with its sleek, modern design. Thin bezels and curved edges make it more comfortable to use with one hand than the previous model. The S25 Ultra also feels a little bigger than it looks. We particularly appreciate how the anti-reflective display makes outdoor viewing actually fun, no more looking for shade to check messages.

Apple’s iPhone 16 Pro Max feels more solid in the hand, with the premium titanium weight that Apple fans love. The new camera control button has become second nature for quick photo opportunities, though we wish the action button offered more functionality beyond basic shortcuts. The iPhone 16 also feels a little premium to hold. But its battery is a little low, due to which people like it less.

Display Showdown and some experiences

Samsung’s display technology continues to impress. The anti-glare coating is revolutionary – we’ve used the phone in direct sunlight without squinting our eyes. The adaptive 120 Hz refresh makes everything from scrolling to gaming very smooth.

Samsung S25 Ultra VS iPhone 16 Pro Max photo — Samsung S25 Ultra

While Apple’s screen doesn’t have the anti-glare magic, it does offer more consistent brightness in auto mode. Watching Dolby Vision content on Apple TV+ is a great experience, with colors appearing perfect.

Photos quality and filters with camera experience

The S25 Ultra’s camera system is incredibly versatile. The 10x optical zoom captures details we haven’t been able to with other phones, and the AI-powered editing tools have saved many otherwise wasted shots. However, we did notice some frustration when trying to capture fast-moving pets – the shutter lag is real.

Apple’s camera remains the king of stabilization. Every shot looks natural, and video recording is in a league of its own. The new stabilization makes handheld 4K footage look like it was shot with a gimbal. We just wish Apple would catch up to Samsung’s AI editing capabilities.

Performance in real life

Both phones handle everything we throw at them with ease. The S25 Ultra’s vapor chamber cooling really shows its worth during long gaming sessions – there are no more overheating warnings. The Galaxy AI features seem really useful, especially for cross-app workflows.

The iPhone’s performance is equally impressive, although we’re disappointed that the promised Apple Intelligence feature is delayed. Where it shines is ecosystem integration – moving between iPhone, iPad, and Mac feels completely seamless.

Battery life that lasts

Samsung’s fast charging is a game-changer for our busy schedule. A quick charge of 15 minutes can help us get hours of usage. The iPhone charges slowly and discharges quickly. It lasts a little less than the S25 Ultra in our daily use. But if you have to use the phone more, like not doing heavy gaming, then going for the iPhone can be right.

Final Recommendation and Key Points

After weeks of testing, we would recommend the Samsung S25 Ultra for power users who want cutting-edge display technology, better zoom capabilities, and faster charging.

The iPhone 16 Pro Max remains the better choice for those who are invested in Apple’s ecosystem, prioritize video quality, and we also found the rest of the camera to be okay.

Also Read: Samsung Galaxy A56 vs vivo V50 5G Comparison

Samsung to Pioneer NVIDIA’s Vera Rubin AI Lineup with Revolutionary HBM4 Modules, Marking a Significant Breakthrough in Memory Technology

14 October 2026 by Vikash Jatav

Samsung's HBM4 modules, featuring in NVIDIA's Vera Rubin AI lineup, offer revolutionary memory technology with faster data transfer speeds and lower power consumption, set to transform the AI landscape with their groundbreaking speeds and innovative design

Samsung Set to Revolutionise NVIDIA’s Vera Rubin AI Lineup with HBM4 Modules

Samsung’s groundbreaking HBM4 modules are poised to be featured in NVIDIA’s Vera Rubin AI lineup as early as June, marking a monumental breakthrough in the company’s memory business. With the industry’s fastest pin speeds, Samsung’s HBM4 modules have taken a significant lead over their counterparts.

The HBM4 is renowned for being a revolutionary offering from memory giants, thanks to the innovations it brings to the module. In this article, we will delve into the details of HBM4 and explore how Samsung has managed to turn the tables with its HBM business.

Samsung’s HBM business was struggling to acquire customers just a few quarters ago and even faced rejection from NVIDIA. However, the company has made significant strides in recent times, and its HBM4 modules are now expected to be a key component of NVIDIA’s Vera Rubin AI lineup.

The integration of Samsung’s HBM4 modules into NVIDIA’s Vera Rubin AI lineup is a testament to the company’s commitment to innovation and its ability to adapt to changing market trends. As the demand for high-performance AI systems continues to grow, the need for advanced memory technologies like HBM4 has become increasingly important.

Samsung’s HBM4 modules offer a range of benefits, including faster data transfer speeds and lower power consumption. These features make them an attractive option for companies looking to develop high-performance AI systems. With the introduction of HBM4, Samsung is poised to become a leading player in the memory market, and its partnership with NVIDIA is a significant step in this direction.

The Vera Rubin AI lineup is designed to provide high-performance computing capabilities for a range of applications, including artificial intelligence, machine learning, and data analytics. The integration of Samsung’s HBM4 modules into this lineup will enable NVIDIA to offer its customers a more robust and efficient solution for their computing needs.

In conclusion, Samsung’s HBM4 modules are set to revolutionise the memory market with their groundbreaking speeds and innovative design. The company’s partnership with NVIDIA is a significant milestone in this journey, and it will be interesting to see how this partnership evolves in the coming months.

Samsung Slashes Consumer Memory Margins: Wholesale DRAM and SSD Prices Soar Up to 80%

14 October 2026 by Vikash Jatav

Samsung memory products, including DRAM and SSD, with a focus on enterprise solutions, leading to a price hike and shortage of components, affecting consumer memory product distributors and leading to a widening gap between consumer and enterprise products

Samsung Raises Wholesale DRAM and SSD Memory Prices: A New Era for Consumer and Enterprise Products

Samsung has announced a significant increase in wholesale prices for its DRAM and SSD memory products, with some prices rising by as much as 80%. This move is largely driven by the company’s growing focus on enterprise memory solutions and a shortage of components throughout the supply chain.

The price hike is expected to have a major impact on consumer memory product distributors, who will need to absorb the increased costs or pass them on to their customers. This could lead to a widening of the gap between consumer and enterprise products, making it even more challenging for consumers to access affordable memory solutions.

The shortage of components is a major contributor to the price increase, as Samsung struggles to meet the demand for its memory products. The company’s decision to prioritise enterprise memory solutions has also led to a shift in its production capacity, further exacerbating the shortage.

As the demand for memory products continues to grow, Samsung’s decision to raise its wholesale prices is likely to have far-reaching consequences for the industry. Consumers can expect to see higher prices for memory products, while enterprise customers will continue to benefit from Samsung’s focus on high-performance memory solutions.

The price increase is a clear indication of the growing divide between consumer and enterprise products. As Samsung continues to prioritise its enterprise offerings, consumers will need to be prepared to pay a premium for high-quality memory solutions.

Samsung’s decision to raise its wholesale prices is a strategic move to consolidate its position in the enterprise memory market. While this may lead to short-term challenges for consumer memory product distributors, it is likely to pay off in the long run as the company cements its reputation as a leading provider of high-performance memory solutions.

The impact of the price increase will be felt across the industry, with consumers and distributors alike feeling the effects of the shortage and the shift in Samsung’s production capacity. As the market continues to evolve, it will be interesting to see how Samsung’s competitors respond to the price hike and the growing demand for memory products.

In conclusion, Samsung’s decision to raise its wholesale prices for DRAM and SSD memory products is a significant development in the industry. With prices rising by as much as 80%, consumers and distributors will need to adapt to the new reality of higher prices and reduced availability.

As the industry continues to analyse the implications of the price hike, one thing is clear: Samsung’s focus on enterprise memory solutions is here to stay. The company’s commitment to delivering high-performance memory products will drive innovation and growth in the market, even if it means higher prices for consumers.

The future of the memory industry is likely to be shaped by Samsung’s decision to prioritise its enterprise offerings. As the company continues to invest in research and development, we can expect to see even more innovative memory solutions in the years to come.

For now, consumers will need to be prepared to pay a premium for high-quality memory products. However, with Samsung’s commitment to delivering exceptional performance and reliability, the extra cost may be worth it for those who require the best memory solutions available.

Samsung Odyssey G8 4K Monitor Sale

14 October 2026 by Vikash Jatav

Samsung Odyssey G8 4K Smart OLED Gaming Monitor

The Samsung Odyssey G8 4K smart OLED gaming monitor has reached a new low price on Amazon. This 32-inch monitor replaces multiple screens in a setup and offers smooth gameplay.

With its smart TV features and 4K QD-OLED panel, the Odyssey G8 excels in terms of contrast ratio. However, its maximum brightness is somewhat underwhelming.

For gamers, the Odyssey G8’s responsive gameplay and high contrast ratio make it an attractive option. The monitor’s ability to replace multiple screens in a setup is also a significant advantage.

In terms of financial considerations, the Odyssey G8’s current sale price makes it a more affordable option for those in the market for a high-quality gaming monitor. Consumers should analyse their budget and behaviour to determine if this monitor is the right choice for them.

The UK gaming market is highly competitive, with various companies offering high-quality monitors. The Samsung Odyssey G8 4K smart OLED gaming monitor is a strong contender in this sector.

Financial experts often recommend assessing the colour and overall quality of a monitor before making a purchase. The Odyssey G8’s 4K QD-OLED panel is certainly a notable feature in this regard.

When it comes to making a purchase, consumers should consider their financial situation and behaviour. The Odyssey G8’s current sale price may be an attractive option for those looking to upgrade their gaming setup.

The monitor’s smart TV features and ability to replace multiple screens in a setup make it a practical choice for many consumers. The Odyssey G8’s high contrast ratio and responsive gameplay are also significant advantages.

In conclusion, the Samsung Odyssey G8 4K smart OLED gaming monitor is a high-quality option for gamers. Its current sale price makes it a more affordable choice for those in the market for a new monitor.

Seagate’s 70TB Hard Drives: Ushering in a New Era of Data Storage Before 2030

14 October 2026 by Vikash Jatav

Seagate Redefines Data Storage with Groundbreaking 70TB HDDs

Seagate, a global leader in data storage, has recently unveiled groundbreaking advancements poised to redefine hard disk drive (HDD) technology. Their researchers have successfully demonstrated experimental 70TB HDDs, a monumental leap in capacity. This innovation signals a pivotal moment for both enterprise and consumer data needs, promising truly transformative changes in storage solutions.

At the heart of this remarkable achievement lies sophisticated Heat-Assisted Magnetic Recording (HAMR) technology. HAMR fundamentally alters how data is written to a platter, utilising a tiny laser to momentarily heat a microscopic spot. This makes the area more receptive to magnetic changes, allowing denser, more stable magnetic materials, drastically increasing data bit density on each platter.

Complementing HAMR, Seagate is also leveraging Shingled Magnetic Recording (SMR) technology to maximise storage capacity. SMR allows data tracks to partially overlap, much like shingles on a roof, creating efficient space utilisation. This approach means new data can be written over parts of adjacent, older tracks, optimising every available inch of the platter’s surface for maximum density.

The combination of HAMR and SMR creates a powerful synergy that pushes the boundaries of conventional storage solutions. While HAMR focuses on increasing the intrinsic density of data bits on a track, SMR optimises how these tracks are arranged across the platter. Together, they enable a far greater amount of data to be stored on a single disk than previously thought possible, delivering unprecedented capacity.

The demonstration of a 70TB HDD is not just an incremental improvement; it represents a significant milestone in data storage evolution. This massive capacity means fewer physical drives are needed for the same data, reducing power consumption and cooling requirements. It also results in a smaller physical footprint in data centres, a true game-changer for scalability and efficiency.

Seagate’s projections suggest even more incredible densities are on the horizon, with capabilities reaching 10TB per platter within just a few years. This rapid advancement indicates a relentless pursuit of higher storage efficiency and capacity, crucial for meeting the demands of an increasingly data-rich world. This sustained growth of digital information will be robustly supported, ensuring future readiness.

For hyperscale data centres and cloud service providers, these high-capacity drives are nothing short of revolutionary. The ability to store petabytes of data on fewer drives significantly lowers operational costs and simplifies infrastructure management. They provide the essential backbone for the ever-expanding digital services we rely upon daily, from seamless streaming entertainment to advanced artificial intelligence applications.

Enterprises dealing with vast archival data, big data analytics, and AI workloads will find these drives invaluable. Their sheer capacity allows for more efficient data lakes and reduced retrieval times for extensive datasets. This directly translates to enhanced analytical capabilities and quicker insights for businesses operating globally, driving innovation across various sectors.

With experimental drives already demonstrating high capacities, the prospect of widely available 70TB HDDs before 2030 seems increasingly tangible. Seagate’s ongoing research and development in HAMR and SMR pave the way for a future where storage limitations diminish. Fewer drives also mean less raw material usage and reduced energy consumption, fostering greater digital sustainability.

Seagate’s commitment to pioneering storage technologies solidifies its position as a frontrunner in the industry. By investing heavily in cutting-edge research like HAMR and SMR, they are actively shaping the future of how data is stored, accessed, and managed globally. This vision is truly transformative, ensuring we are well-equipped for the demands of tomorrow’s ever-expanding digital landscape.

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Samsung to Discontinue Messages App in UK: What You Need to Know

14 October 2026 by Lakhan Chouhan

Samsung Messages app closure: UK users to switch to Google Messages for improved messaging experience, with features like higher-resolution images and AI capabilities

Samsung Messages App Closure: What It Means for UK Users

Samsung has announced the discontinuation of its messaging app, Samsung Messages, in the UK. The app will be phased out completely over summer, with the exact date set for July 2026. This move is part of the company’s efforts to streamline its services and improve user experience.

According to Samsung, users will receive in-app notifications to guide them through the transition process. The company has recommended switching to Google Messages as the default app for text messages and chats. This change brings several benefits, including support for higher-resolution images and improved group chats.

The shutdown of Samsung Messages is not entirely unexpected, as the company had previously announced its plans to sunset the app. Newer Galaxy models, such as the Galaxy Z Fold 6 and Galaxy S25 series, already come with Google Messages pre-installed. However, Android devices with Android 11 or older will not be affected, and Samsung Messages will continue to work on them.

UK users can expect a seamless transition, with Samsung providing ample guidance and support throughout the process. The switch to Google Messages is designed to enhance the overall messaging experience, with features like new AI capabilities via Google’s Gemini. As the closure of Samsung Messages approaches, users can look forward to a more streamlined and efficient messaging service.

The impact of this change will be felt across the UK, with many users needing to adapt to the new messaging app. However, with Samsung’s guidance and support, the transition is expected to be smooth. The company’s decision to discontinue Samsung Messages is a strategic move to focus on more integrated and user-friendly services.

In the UK, the closure of Samsung Messages is a significant development in the world of mobile technology. As users switch to Google Messages, they can expect a more enhanced and feature-rich messaging experience. With the July 2026 deadline approaching, UK users are advised to prepare for the change and take advantage of the benefits that Google Messages has to offer.

The UK’s mobile market is highly competitive, and Samsung’s decision to discontinue its messaging app reflects the company’s commitment to innovation and customer satisfaction. By streamlining its services and focusing on more integrated solutions, Samsung aims to provide UK users with a better overall experience. As the mobile landscape continues to evolve, users can expect more exciting developments and innovations from Samsung and other leading manufacturers.

In conclusion, the closure of Samsung Messages in the UK is a significant development that marks a new chapter in the world of mobile messaging. With the switch to Google Messages, UK users can look forward to a more enhanced and efficient messaging experience. As the July 2026 deadline approaches, users are advised to prepare for the change and take advantage of the benefits that Google Messages has to offer.