To get the cheapest Samsung or Google flagship in 2026, you'll need to choose a smaller phone. The Samsung Galaxy S26, for instance, is a 6.3-inch smartphone. If you want to splurge for a 6.7-inch display, you'll need to pay $1,200 for the Galaxy S26 Plus. That's $200 more than than the Galaxy S25 Plus went for, and $100 more than the Galaxy S26 Plus originally cost when it launched in March.

Phones with large screens are expensive, in other words — but the Samsung Galaxy S26 FE is an outlier. It offers the same 6.7-inch screen size as the Galaxy S26 Plus for $500 less, and it's worth your attention for that reason alone. I've used the Galaxy S26 FE for weeks, and it's closer to flagship territory than you may think.

But it also makes a handful of cost-cutting measures to hit that attractive $700 price point, and other phones provide a better value.

The price hike is hard to ignore

Samsung's "Fan Edition" phones have always been in a tough spot in terms your wallet will understand. They're typically priced well above Google's midrange A-series models, as well as Samsung's own A-series phones. They're cheaper than Galaxy S series phones, but not by a whole lot. Further complicating matters is that the Galaxy FE phones have a screen size matching the Plus model of the Galaxy S lineup, making them attractive to people who want a larger display.

This year, the Galaxy S26 FE ships with a $50 price hike. That might not raise alarm bells considering the rising prices around the industry, but it should. The Google Pixel 11 and Samsung Galaxy S26 each saw a $100 price increase this year, and buyers get double the base storage in exchange. The Galaxy S26 FE, by comparison, still comes with the same 128GB of storage as standard.

If you want to match the 256GB storage of the rest of the Galaxy S26 series, get ready to pay $100 more for a Galaxy S26 FE. The 128GB model costs $699.99 and the 256GB version costs $799.99. This creates a puzzling lineup where the midrange Galaxy S26 FE and the flagship Galaxy S26 both launched at the exact same price, provided you got 256GB of storage for both.

Samsung retroactively raised Galaxy S26 and Galaxy S26 Plus prices, and the base model now costs $999.99. That does give the Galaxy S26 FE a better value proposition, but only slightly.

I'm starting off with pricing because it's the most important thing about the Galaxy S26 FE. As you'll learn throughout this review, Samsung's new midranger is as solid as ever, and it beats the Galaxy S25 FE in performance. However, it has the base Galaxy S26 and cheaper Android midrangers like the Google Pixel 10a and the OnePlus 13R breathing down its neck.

The Galaxy S26 FE is a plus-sized midranger

From a design perspective, the Galaxy S26 FE shares a few similarities with the Galaxy S26 Plus; it's only a millimeter thicker and three grams heavier. Due to the larger bezels, the Galaxy S26 FE has a bigger overall footprint. Reachability is a bit of an issue due to the form factor, as it's both wider and taller than the Galaxy S26 Plus.

On the back, the key difference is the glossy Gorilla Glass Victus Plus. I prefer the matte look and feel of the Galaxy S26 Plus back, and that phone has newer Gorilla Glass Victus 2. But the colors for the Galaxy S26 FE are gorgeous. I reviewed the subtle Pistachio model, but you can also get the phone in Blueberry or Graphite colorways.

The Galaxy S26 FE uses a mix of glass and aluminum for materials, and it's IP68 certified against dust and water ingress. I had no problems with durability, and you shouldn't either. The device feels more premium compared to midrange phones with plastic backs, like the Pixel 10a.

The Galaxy S26 FE finds a niche thanks to its 6.7-inch display. It's the same size as the one on the Galaxy S26 Plus, albeit with a lower 1080p resolution. The screen isn't perfect — it has larger bezels, and more importantly, they aren't uniform. The Galaxy S26 FE has a "chin," and the lack of a consistent bezel size is unsightly to my eyes.

The chin has long been a sign you're looking at a Samsung budget or midrange phone compared to a flagship, and I think Samsung could've changed this by now. Google's midrange phone, the Pixel 10a, is cheaper and has uniform bezels.

Bezel talk aside, the Galaxy S26 FE isn't nearly as bright as its flagship counterparts. The phone has a peak brightness of 1,900 nits, whereas the Galaxy S26 and Galaxy S26 Plus top out at 2,600 nits. In practice, this means the Galaxy S26 FE won't be as easy to see outdoors. Without an anti-reflective coating, something becoming more popular on flagships, this phone is tricky to view in direct sunlight.

Otherwise, the display feels responsive with a 120Hz refresh rate. It's a fine panel for the price, even if there is clear room for improvement here. This is the exact same display we saw on the Galaxy S25 FE, and the Galaxy S24 FE for that matter. If you have one of these older phones, the Galaxy S26 FE's screen isn't a reason to upgrade.

A fresh chip, but the same slow charging

Samsung's midrange phones have come a long way in a few short years in terms of performance. As a refresher, the Galaxy S24 FE had an Exynos 2400e chip and the Galaxy S25 FE got the boost to the regular Exynos 2400 chip. This year, the Galaxy S26 FE runs on the Exynos 2500. It's a mobile processor built on a 3nm process (a major improvement over the 4nm Exynos 2400) that recently powered flagships like the Galaxy Z Flip 7 worldwide.

I tested the Galaxy Z Flip 7 firsthand, so I expected the Galaxy S26 FE to be a strong performer. I didn't expect for Samsung to pull so much extra power out of the Exynos 2500 for the Galaxy S26 FE. In the benchmark results below, you'll see the Galaxy S26 FE not only handily beat the Galaxy Z Flip 7, but also crush Google's Tensor G4-powered Pixel 10a.

I'm surprised that Samsung is doing that with only 8GB memory onboard the Galaxy S26 FE. The Galaxy S26 FE ships with Android 17 and will get seven years of full Android OS support. Despite the RAM limitations, this phone will be a strong performer for a very long time.

The battery life is rock solid, too. It has the same 4,900mAh capacity as the Galaxy S26 Plus, but the Galaxy S26 FE's lower-resolution display and weaker chip combine to hep you squeeze a longer runtime out of it. The charging, unfortunately, is still too slow. The 45W wired speeds are fine, but 15W wireless charging is disappointing when the Qi2.2 25W standard exists.

It's worth revisiting the storage options. The Galaxy S26 FE ships with 128GB of storage by default, and you can upgrade it to 256GB or 512GB at the time of purchase. I think 128GB of storage is starting to stretch users thin because of growing app and operating system sizes. But if you upgrade the Galaxy S26 FE to 256GB or 512GB storage, you end up paying flagship prices for a midrange phone.

It's quite the dilemma, and one Samsung could've avoided by making 256GB standard, like the Galaxy S26 series. If you're fine with a 128GB phone, the Galaxy A57 is lurking in the corner at $599.99, but it does come with additional compromises.

The cameras are underwhelming for the price

Samsung isn't one to upgrade its phone cameras often, and the Galaxy S26 FE is no exception. It's using the same 50MP primary shooter, 8MP telephoto, and 12MP ultrawide lens we've seen on prior generations of Galaxy FE phones. The selfie camera is a 12MP, f/2.2 lens.

The telephoto only goes up to 3x optical zoom, but you may find digital zoom to produce passable results beyond that. Here's how the Galaxy S26 FE telephoto camera looks at 2x, 3x, and 10x zoom:

As for the main camera and ultrawide, it's a mixed bag. The 50MP sensor at the heart of the Galaxy S26 FE's rear camera system packs enough detail, and low-light performance is impressive. The photo of the "Aloha" sign in the gallery of camera samples below is as good of a night shot as I've taken recently. And for context, I've been using phones like the iPhone 18 Pro, Google Pixel 11, and Samsung Galaxy Z Fold 8 Ultra.

However, the phone's color science in daylight shots leaves a lot to be desired. Often, there's one part of the image that's brighter and color-saturated, by the overall scene is dark. The beach shots in particular stand out as looking darker as captured by the Galaxy S26 FE than the setting looked in real life.

I don't think the Galaxy S26 FE camera system is terrible, but I do think budget phones like the Pixel 10a and iPhone 17e will produce more desirable photos.

Should you buy the Samsung Galaxy S26 FE?

The Galaxy S26 FE only looks competitive on the surface of a smartphone market riddled with price hikes over the past year. Samsung's new $1,000 and $1,200 prices for the Galaxy S26 and Galaxy S26 Plus, respectively, make the Galaxy S26 FE at $700 seem like a discount. I want to emphasize that the Galaxy S26 FE is a great phone that I could absolutely use as my daily driver, despite its compromises.

That said, I still think you can do better. For example, last year's Galaxy S25 is available at the same $700 price as the Galaxy S26 FE at Target and Amazon. It has a smaller screen and battery, but it's a bona-fide flagship with a better camera and chip. If you're willing to compromise on screen size but want a cheaper phone, Google's Pixel 10a stands out. But it just got a price hike as well, and it's only $100 cheaper than the Galaxy S26 FE.

Looking at the Galaxy S26 FE in isolation, it's a solid phone. With OnePlus on its way out in the U.S., the Galaxy S26 FE represents one of your only options to get a plus-sized Android midranger. If it's important that you get a 6.7-inch Android phone for under a grand, I can recommend the Galaxy S26 FE — just be aware of the drawbacks, and consider your other options.

One of the truly new features onboard the Google Pixel 11 series is HiLight — a collection of eight multicolor LEDs on the back of the Pixel 11 Pro, Pixel 11 Pro XL, and Pixel 11 Pro Fold. It's quite limited at launch, however. HiLight serves two main purposes out of the box: It glows one of five colors when a favorite contact calls, and it glows when the Gemini voice assistant is active.

In other words, HiLight doesn't do a lot. Even if you like the idea of using HiLight to know when your contacts are calling, you can set it up for just five people before the colors get confusing. Luckily, there's a free and open-source app called HiLight Studio that aims to give you more control over the lights.

It takes a bit of work to set up, but after that's done, HiLight Studio delivers what your Pixel 11 Pro, Pixel 11 Pro XL, or Pixel 11 Pro Fold should've been able to do out of the box. Here's the step-by-step guide to getting started with HiLight Studio.

What HiLight Studio does, and how to download it

Put simply, HiLight Studio gives you full control over the eight individual LEDs that make up the HiLight module on the back of your phone. It can do solid colors and animated patterns, and it's customizable. You can control it from the app or a Quick Settings tile.

HiLight Studio is the brainchild of Dhananjay Bhosale on GitHub, and you can sideload it from there. Crucially, the app is now on the Google Play Store for open testing. So you can download it for free from a trusted source with no sign-up required.

I thought HiLight Studio setup would be tricky — it wasn't

HiLight Studio isn't an app you can simply download and start using, because it requires privileged access to the Android lights service, according to the app's developer. You can achieve this by rooting your phone, using Android Debug Bridge (ADB), or Shizuku — an app that allows other apps to access privileged APIs without the risks of rooting your Android device. Even as an Android expert, the process sounded intimidating, but it wasn't.

Shizuku is available on the Google Play Store, meaning you can set up HiLight Studio without sideloading a single app. To get started, install Shizuku from the Play Store and enable developer options in the Settings app. Here's how to do it:

1. Open the Settings app on your Pixel 11 Pro, Pixel 11 Pro XL, or Pixel 11 Pro Fold.

2. Scroll down to the About phone section, and tap it.

3. Find the Build number and tap it seven times to enable developer options. You will need to enter your device passcode to confirm the change.

After you've enabled developer options, you can use wireless debugging to start Shizuku. Here's how to do it:

1. Open Shizuku and tap the Pairing button.

2. Open the Settings app and navigate to System -> Developer options. Alternatively, you can tap the Developer options shortcut in Shizuku.

3. Flip on the Wireless debugging toggle in Shizuku, and tap the Wireless debugging menu.

4. Press Pair device with pairing code. Hit Allow to confirm your choice to allow wireless debugging on your network.

5. A pairing code will appear. When the notification from Shizuku appears, enter the pairing code in the notification and press Send.

6. Now, Shizuku is paired. Press Start in the Shizuku app to finish setup.

To put the finishing touches on setup, you need to link HiLight Studio to Shizuku. Don't worry, this one is quick and easy:

1. Open the HiLight Studio app.

2. Switch to the Setup page.

3. Look for Shizuku and tap Request access. Finally, approve the request.

That's it — you've now granted HiLight Studio access to the Android lights service. Now, you can enjoy the fun part, which is customizing the lights on the back of your phone. While there are a lot of steps in this process, they're pretty painless, and I didn't run into a single issue during setup.

You'll need to restart the HiLight Studio render and Shizuku every time your device reboots. Unless you reboot your Pixel often, this shouldn't be too much of an inconvenience.

HiLight is finally as customizable as it was meant to be

After setup, opening HiLight presents you with a Live screen that shows you what the HiLight Studio renderer is doing right now. You can test out a lighting effect on this screen. This allows you to get a feel for the nine LED effects supported by the app: Rainbow, Random, Strobe, Comet, Pulse, Heartbeat, Breathe, Wave, and Radar. As you demo each effect, it'll run for four seconds before returning to your default.

Near the bottom of this page, you'll see the App rules you have enabled. If this is your first time trying out HiLight Studio, you won't see anything here. Instead, you'll need to tap the Apps tab. This is where the real magic begins — you can set up exactly what HiLight does for a particular app. Here are a few examples of what HiLight Studio can do:

• Show a color or animation when an app receives a notification.
• Show a color or animation when an app receives a notification from a specific contact.
• Show a color or animation while an app is opened.
• Show a color or animation while Android reports the microphone or camera is active.

There's a ton of room for customization here, and these app rules only scratch the surface of what HiLight Studio can do. In the Setup page, you can specify how long HiLight Studio can keep the LEDs active before they automatically shut off. These lights aren't designed to be active for long periods of time, which is why these limits are in place.

You can override the auto-off defaults and allow up to five minutes of continued use. However, hardware protection is a built-in feature that lowers the brightness after 10 seconds of continuous use. Additionally, the eight-LED array will turn off if it has been lit for more than half of the last 10 minutes.

Why you should try HiLight Studio on your Pixel 11

When you unbox your Pixel 11 Pro, Pixel 11 Pro XL, or Pixel 11 Pro Fold and try HiLight for the first time, you'll immediately realize it has tons of potential. Unfortunately, Google hasn't realized that potential in HiLight's current implementation. The two use cases officially supported by the Pixel 11 series won't meaningfully change how you use your phone.

HiLight Studio will, which is why it's worth giving the app a shot on your new Pixel phone. Hopefully, Google adds similar functionality to HiLight natively in the future.