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Samsung is ready to fix its past errors and dominate the next-gen AI memory chip Business

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Samsung

Samsung is known around the world as the top manufacturer of memory chips, but the company recently missed a major opportunity. When the huge demand for Artificial Intelligence (AI) products started rising in 2022, Samsung wasn’t quick enough to offer the special, high-speed memory chips needed for AI, called High-Bandwidth Memory (HBM). This delay allowed their rivals, SK Hynix and Micron, to jump ahead and control most of this very profitable new market.

The company ran into clear problems with its previous generation of HBM3E chips. The main issue was that these chips were overheating, which caused them to fail the strict quality checks required by major customers like Nvidia.

By the time Samsung fixed the heat problem and got approval from Nvidia, SK Hynix had already captured the majority of the market. To sell their chips and compete, Samsung had no choice but to drop their prices by about 30% compared to what their competitors were charging.

Now, Samsung is taking serious steps to prevent that failure from happening again. They have invested heavily in creating their upcoming HBM4 chips. To gain an advantage, Samsung decided to use a better way of making them, called 1c DRAM.

This is a more advanced production method compared to the 1-bit DRAM technique used by their rivals. Because of this superior technology, Samsung expects its HBM4 chips to be faster and use less power than any of the competing products.

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This new generation of HBM4 chips is going to be incredibly valuable. An advanced 12-layer HBM4 chip is expected to sell for around $500, marking a massive price jump from the previous models. Samsung is currently finalizing talks with Nvidia to supply these chips.

Since Nvidia’s demand for HBM4 is far greater than what all current suppliers can produce, they absolutely need Samsung’s supply, even at a high price. Samsung is aiming to match the high prices set by SK Hynix.

To prepare for this massive demand, Samsung is planning a huge expansion of its manufacturing capacity. They are looking to increase their production of the key 1c DRAM chips from 20,000 units per month to an ambitious 150,000 units per month by next year.

However, they must overcome a big challenge: their “yield,” which is the rate of successfully produced chips that meet quality standards. Currently, Samsung’s HBM4 yield is only 50%, a rate that is not high enough. Improving this production efficiency is even more critical than chip speed, and Samsung needs to quickly fix this before mass production begins.

Nvidia is expected to complete its quality assessment of Samsung’s HBM4 chips very soon. If those tests are successful, Samsung will send out final production samples early next year. If everything goes according to their plan, they can start mass production and begin shipping the HBM4 chips in the middle of 2026.

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Because Samsung has both better technology and the financial power to invest in production, experts believe it will quickly gain a market share similar to SK Hynix, securing billions of dollars in revenue over the coming years.

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Samsung’s future phones to feature better satellite tech and powerful new chips

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Galaxy S26 Ultra

Samsung is working on big technology updates for its next two generations of flagship phones. These changes focus on making the Galaxy S26 and Galaxy S27 series faster, more reliable, and better at keeping you connected even in remote areas.

Better Connections for the Galaxy S26

The upcoming Galaxy S26 is expected to feature a new 5G modem called the Exynos 5410. This modem is a significant step forward because it improves how the phone talks to satellites. While older models could only use basic satellite features, this new version supports a technology called “Direct-to-Cell.”

This means that if you are in a place with no cell towers—like deep in the woods or out at sea—you could still make phone calls, send text messages, and share your location. It works by connecting your phone directly to satellites in space. Additionally, the new modem is designed to be more efficient, which should help your battery last longer while you’re using the internet.

A Major Power Boost for the Galaxy S27

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Looking further ahead to 2027, the Galaxy S27 is rumored to receive an even bigger upgrade. Samsung is developing a new brain for the phone, likely called the Exynos 2700. This chip will be built using a very advanced “2-nanometer” process. In simple terms, this makes the chip much smaller and more powerful, allowing the phone to run faster without getting as hot.

One of the most exciting parts of this future chip is the graphics. Samsung is moving away from using other companies’ designs and is building its own graphics processor (GPU) from scratch. This should make mobile gaming much smoother and improve how the phone handles smart AI features.

What This Means for Users

Samsung is trying to take more control over the parts inside its phones. By building its own modems and processors, the company can make sure everything works perfectly together. For people buying these phones in the coming years, it means better emergency safety features through satellite tech and a much more powerful experience for gaming and daily tasks.

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Samsung’s new three-way Folding phone faces real-world toughness tests

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Galaxy Z Tri-Fold

Samsung recently released its first-ever triple-folding phone, the Galaxy Z TriFold. While the device is a marvel of engineering, recent hands-on tests show it might not be as sturdy as the company’s more traditional folding phones. In a series of intense durability challenges, the TriFold struggled when pushed to its limits. Unlike the Galaxy Z Fold 7, which can handle quite a bit of pressure, the TriFold showed signs of damage relatively quickly.

One major test involved folding and unfolding the phone thousands of times. Samsung claims the device can survive 200,000 folds, but a live test by a group of tech reviewers showed the hinges starting to act up much sooner. One hinge began creaking after about 61,000 folds, and the second one followed at 121,000. By the time they hit roughly 145,000 folds, the hinges lost their “springiness,” making it hard for the phone to stay flat or close properly. While the screen itself kept working, the mechanical parts were clearly wearing out.

Beyond the folding tests, the phone also faced a “bend test” where it was forced in the wrong direction. Unfortunately, the TriFold didn’t survive this as well as previous models; the frame snapped and the screen pixels went dark with a reasonable amount of force. It seems that having more hinges and a thinner body makes the device more vulnerable to physical accidents.

Business-wise, Samsung isn’t too worried about these early hiccups or even the fact that they aren’t making much money on the TriFold right now. They view it as a “statement piece”—a way to show the world they can build technology that others can’t. The phone is only being sold in very small numbers, which helps keep it exclusive.

However, the company is feeling some pressure regarding its next big standard release, the Galaxy S26. With the costs of parts like processors and cameras going up, Samsung is looking for ways to keep prices fair for customers without losing money. While the TriFold is a cool look into the future, the success of their upcoming regular flagship phones is what really keeps the company steady. For now, the TriFold remains an impressive but delicate piece of tech for early adopters who are willing to be extra careful with it.

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Samsung testing One UI 8.5 on Galaxy A26 as Good Lock updates begin

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One UI 8.5

Samsung is making great progress with its next big software update, One UI 8.5. This version, based on Android 16, is already being tested on several devices, bringing better looks and new features to Galaxy users.

New Testing for Galaxy A26 and Others

Samsung has officially started internal testing for the Galaxy A26 5G. This is an important step because it shows that even mid-range phones are being prepared for the new software. The testing is also happening for other models like the Galaxy A35, A53, and A33. While high-end phones usually get the newest tools first, these more affordable models will still enjoy smoother animations and a fresh look.

Customization Updates with Good Lock

For people who love to change how their phone looks, there is some good news about the Good Lock app. Samsung has released a new version of the QuickStar module that works with the One UI 8.5 Beta. This tool lets you change things like the icons at the top of your screen.

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However, some other tools are still being worked on. For example, modules like LockStar and Home Up—which help you customize your lock screen and home screen—don’t fully work yet on the test version. Samsung is busy fixing these so they will be ready for everyone soon.

What to Expect Next

The One UI 8.5 update is expected to launch officially with the Galaxy S26 series early next year. After that, it will slowly roll out to many other Galaxy phones and tablets throughout 2026. The new software focuses on making the phone feel faster and look more modern, using “blur” effects and colorful cards to make the menus more attractive.

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