By: Toka Ardynis (3/10/2026)

Every year, smartphone manufacturers promise that the newest device is the breakthrough we’ve all been waiting for. According to Samsung’s marketing, the Galaxy S26 Ultra is exactly that: a massive leap forward in performance, AI capabilities, and overall usability.

But when you actually compare the S26 Ultra to the phone most potential buyers already have—the Galaxy S24 Ultra—the picture starts to look very different.

Many of the heavily advertised “improvements” are either minor, simulated through software, or tied to features that the average user will rarely notice in day-to-day use.

After taking a close look at the specifications, I’ve come to a simple conclusion: instead of spending $1300 upgrading my phone, I’ll be buying a new case for my S24 Ultra. And after breaking down the differences, I suspect many people will come to the same decision.

A Spec Comparison That Marketing Doesn’t Show You

When companies present new hardware, they usually focus on absolute power: bigger numbers, faster processors, more AI capabilities. But those numbers don’t tell the whole story.

Instead of asking how powerful the S26 Ultra is, the better question is:

How much more powerful is it compared to the S24 Ultra, and will the average user actually notice the difference?

To answer that, we’ll look at the key components that Samsung is promoting as major upgrades.

Processor Performance: Faster, But For Who?

The processor is often described as the brain of a smartphone. It determines how quickly apps open, how efficiently games run, and how well the phone handles complex tasks like video editing.

The Galaxy S26 Ultra introduces Samsung’s latest chipset, the Snapdragon 8 Elite Gen 5 for Galaxy, and Samsung reports several performance increases:

• roughly 19% faster CPU performance
  
  

• about 24% faster graphics processing
  
  

• approximately 39% faster AI processing
  
  

At first glance, those numbers sound impressive. But their real-world impact depends heavily on how you use your phone.

The CPU improvement, which controls general system performance like opening apps or navigating the interface, is about a 19% increase over the S24 Ultra. In everyday tasks like messaging, browsing, or watching videos, most modern flagship processors already perform nearly instantly. A 19% improvement in something that already feels instantaneous is difficult for most users to perceive.

The graphics improvement becomes more noticeable in gaming and GPU-intensive applications. Games like Genshin Impact or Wuthering Waves may run slightly smoother or support higher visual settings. However, for users who rarely play demanding mobile games, the difference may be negligible.

Finally, the AI processing improvement applies specifically to on-device AI functions. This means Samsung’s Galaxy AI features, generative tools, and supported AI applications may process tasks more quickly. However, this increase does not affect most standard phone operations.

In other words, the processor upgrade represents the largest technical improvement between the two devices. Yet for users who primarily browse, stream, take photos, and run everyday apps, the difference may be almost imperceptible.

Personally, after two years with the S24 Ultra, I haven’t experienced any noticeable slowdown. The phone still feels fast and responsive for everything I use it for, which makes a 19% CPU boost far less compelling.

RAM and Storage: The Desk and the Filing Cabinet

RAM is one of the most misunderstood aspects of modern smartphones, but it plays a crucial role in overall performance.

A helpful analogy is to think of RAM as the desk you work on, while storage acts as the filing cabinet.

When you open an app, your phone pulls the necessary files from storage and places them on the RAM “desk” so they can be accessed quickly. The larger the desk, the more tasks and applications you can work on simultaneously without slowing down.

This matters when you are:

• running multiple apps
  
  

• keeping many browser tabs open
  
  

• editing photos or video
  
  

• gaming while streaming or multitasking
  
  

As the desk fills up, the phone must start clearing space, which can cause apps to reload or games to stutter.

When comparing the S24 Ultra and S26 Ultra, however, the amount of RAM remains exactly the same.

Both phones offer 12GB or 16GB of LPDDR5X RAM.

The only difference is that the S26 Ultra can access those files slightly faster due to improvements in memory speed. But faster access does not increase the amount of workspace available. The desk may be a little quicker to use, but it is not any larger.

For most users, this means the multitasking capacity between the two phones remains effectively identical.

Display Technology: The Same Panel, Repackaged

Displays are often one of the easiest places for companies to claim meaningful upgrades. However, the S24 Ultra and S26 Ultra share nearly identical screen technology.

Both devices feature:

• QHD+ Dynamic AMOLED displays
  
  

• 120Hz refresh rate
  
  

• 2600 nits peak brightness
  
  

Originally, rumors suggested Samsung might introduce a true 10-bit display panel in the 2026 flagship. A native 10-bit panel would significantly increase color depth, allowing for billions of color variations instead of millions.

Instead, the S26 Ultra continues using an 8-bit panel enhanced with Frame Rate Control (FRC) and software algorithms designed to reduce color banding and simulate higher color depth.

In practice, this means the display attempts to emulate the visual appearance of a 10-bit panel through processing rather than using native hardware.

While this technique can improve color smoothness, it is not a fundamentally new technology. The S24 Ultra already relies on similar processing methods.

So rather than introducing a true hardware display upgrade, Samsung has refined a software-based approach that has existed for several years.

Charging and Battery: Faster…With Extra Purchases

Battery capacity between the two phones remains unchanged.

Both devices use the same battery size, but the S26 Ultra advertises faster charging through Super Fast Charging 3.0.

However, there is an important detail that many consumers may overlook.

The fastest charging speeds require a 60-watt power adapter, which Samsung does not include with the phone. Users must purchase both a compatible charger and cable separately.

Without this hardware, the phone will charge using the same speeds available on the S24 Ultra.

The S24 Ultra already supports 45-watt Super Fast Charging 2.0, which can reach roughly 75% battery in around 30–45 minutes under typical conditions.

For most users, that charging speed is already more than sufficient for daily use.

Camera Improvements: Incremental, Not Revolutionary

Both phones feature a 200-megapixel main camera, which remains one of the most powerful smartphone sensors available.

The S26 Ultra introduces a slightly improved wide sensor and aperture. A wider aperture allows more light to reach the camera sensor, which can improve photo and video quality in low-light situations.

This is a genuine improvement, but the practical impact may be limited for most users.

The majority of people use their smartphone cameras for:

• social media photos
  
  

• casual snapshots
  
  

• video calls
  
  

In these scenarios, the difference between the two devices is likely to be minimal. The S24 Ultra already delivers excellent image quality, and it remains one of the strongest camera systems on the market.

For users whose primary goal is professional photography, upgrading to dedicated camera equipment may provide far greater improvements than upgrading between these two phones.

The Disappearance of the Bluetooth S Pen

One of the most surprising changes in recent Galaxy Ultra models is the loss of Bluetooth functionality in the S Pen.

The S Pen originated in the Galaxy Note series and became a defining feature of Samsung’s productivity-focused devices. When Samsung integrated it into the Galaxy Ultra lineup in 2022, it felt like a natural evolution.

However, the newer models removed the Bluetooth functionality that enabled Air Actions and remote controls.

With Bluetooth enabled, the S Pen allowed users to:

• start or stop video recording from up to 30 feet away
  
  

• take photos remotely
  
  

• control music playback
  
  

• change slides during presentations
  
  

• perform customizable gesture shortcuts
  
  

These features effectively turned the phone into a remote creative tool.

Without Bluetooth, the S Pen becomes a far simpler stylus limited to writing, drawing, annotating, and editing.

While those functions are still useful, removing the advanced controls significantly reduces the pen’s versatility.

Ironically, this change comes while Samsung continues marketing the device as a powerful productivity tool.

Materials and Build Quality

Another change worth noting is the shift from titanium to aluminum framing.

The S24 Ultra introduced a titanium frame, which offered improved durability and premium construction. The S26 Ultra returns to aluminum while maintaining a similar weight.

For context:

• Galaxy S24 Ultra: 233 grams, titanium frame
  
  

• Galaxy S25 Ultra: 218 grams, titanium frame
  
  

• Galaxy S26 Ultra: approximately 214 grams, aluminum frame
  
  

The difference in weight between the S25 Ultra and S26 Ultra is only about four grams—less than the weight of a U.S. nickel.

This suggests that the material change likely benefits manufacturing cost more than it benefits users.

The Reality of Wi-Fi 7 Speeds

Samsung also highlights the S26 Ultra’s improved Wi-Fi 7 capabilities, promising significantly higher potential download speeds.

However, achieving those speeds requires extremely fast internet infrastructure.

To reach the phone’s maximum download speeds, users would need internet connections exceeding 12 Gbps.

For comparison:

• Google Fiber currently offers up to 8 Gbps
  
  

• Xfinity’s standard consumer plans often max out around 3 Gbps
  
  

Even in homes with the fastest available internet, that bandwidth is divided among every device on the network.

As a result, most users will never experience the maximum wireless speeds advertised for the device.

The Real Question: What Do You Actually Need?

The Galaxy S26 Ultra is undeniably a powerful smartphone. None of these observations mean it is a bad device.

But power alone does not determine value.

The S24 Ultra already offers:

• excellent performance
  
  

• a top-tier camera system
  
  

• a versatile S Pen
  
  

• a premium titanium build
  
  

• seven years of software updates
  
  

For many users, these features already cover everything they need from a smartphone.

Spending $1300 for relatively incremental improvements may not make sense for everyone.

A Smarter Way to Think About Upgrades

Technology companies rely heavily on upgrade cycles. Marketing campaigns are designed to convince consumers that every new device represents a necessary step forward.

But the most important technology decision you can make is understanding what you actually need from your device.

A great phone does not suddenly become obsolete simply because a newer one exists.

The Galaxy S24 Ultra remains fast, capable, and fully supported. For my needs, it continues to deliver everything I expect from a modern smartphone.

And because of that, the smartest upgrade I can make right now might simply be realizing that I don’t need one at all.