Samsung Galaxy S26 FE review

GSMArena Team, 08 September 2026.

Display

As far as we can tell, the S26 FE has the same display as the S25 FE. That is to say, a pretty great Samsung panel, but not exactly the best one currently available - basically the FE way of doing things.

Samsung Galaxy S26 FE review

It has the same 6.7-inch diagonal as last year, the same max 120Hz refresh rate, the same 1080 x 2340 pixel resolution and the same HDR10+ video certification and advertised max brightness figure of 1,900 nits. Everything seems broadly identical on paper.

We did our usual standardized display testing, and the S26 FE seems to behave like the S25 FE and put out almost identical brightness figures. In auto mode, the S26FE managed 1,268 nits in a 75% APL window - pretty much exactly what the S25FE does.

In a 10% window, the S26FE managed just over 1,800 nits. Both are nowhere near what the regular S26 flagships can do and even further from what top-performing flagship competitors can currently push. That said, the S26FE is not starved for brightness. It has just enough to be usable outdoors.

Max display brightness test

White test pattern (nits)

  • Manual (75% fill)
  • Auto (75% fill)
  • Peak Auto (10% fill)
Redmi Note 17 Pro Max (Global) Redmi Note 17 Pro Max (Global)
948
6.83" OLED 1280 x 2772 px
Poco F9 Ultra Poco F9 Ultra
849
6.9" OLED 1200 x 2608 px
Honor 600 Pro Honor 600 Pro
846
6.57" AMOLED 1264 x 2728 px
Poco X8 Pro Max Poco X8 Pro Max
839
6.83" AMOLED 1280 x 2772 px
Poco F8 Ultra Poco F8 Ultra
819
6.9" AMOLED 1200 x 2608 px
OnePlus 15 OnePlus 15
785
6.78" LTPO AMOLED 1272 x 2772 px
Galaxy S25 Ultra Galaxy S25 Ultra
784
6.9" Dynamic LTPO AMOLED 2X 1440 x 3120 px
Nothing Phone (4a) Pro Nothing Phone (4a) Pro
784
6.83" AMOLED 1260 x 2800 px
Galaxy S26+ Galaxy S26+
755
6.7" LTPO AMOLED 1440 x 3120 px
Galaxy S26 Galaxy S26
751
6.3" LTPO OLED 1080 x 2340 px
Galaxy S26 Ultra Galaxy S26 Ultra
708
6.9" LTPO AMOLED 1440 x 3120 px
Xiaomi 17 Xiaomi 17
627
6.3" LTPO OLED 1220 x 2656 px
vivo V70 FE vivo V70 FE
617
6.83" AMOLED 1260 x 2800 px
Xiaomi 17T Pro Xiaomi 17T Pro
603
6.83" LTPO AMOLED 1280 x 2772 px
Xiaomi 17T Xiaomi 17T
596
6.59" AMOLED 1268 x 2756 px
vivo V70 vivo V70
547
6.59" AMOLED 1260 x 2750 px
Motorola Edge 70 Pro Motorola Edge 70 Pro
509
6.78" AMOLED 1080 x 2344 px
Galaxy S26 FE Galaxy S26 FE
445
6.7" LTPO OLED 1080 x 2340 px
Galaxy S25 FE Galaxy S25 FE
435
6.7" LTPO OLED 1080 x 2340 px
Galaxy A57 Galaxy A57
427
6.7" Super AMOLED+ 1080 x 2340 px
Motorola Edge 70 Pro Motorola Edge 70 Pro
1980
6.78" AMOLED 1080 x 2344 px
vivo V70 vivo V70
1966
6.59" AMOLED 1260 x 2750 px
vivo V70 FE vivo V70 FE
1890
6.83" AMOLED 1260 x 2800 px
Honor 600 Pro Honor 600 Pro
1766
6.57" AMOLED 1264 x 2728 px
Nothing Phone (4a) Pro Nothing Phone (4a) Pro
1557
6.83" AMOLED 1260 x 2800 px
Galaxy S26+ Galaxy S26+
1498
6.7" LTPO AMOLED 1440 x 3120 px
Galaxy S26 Ultra Galaxy S26 Ultra
1480
6.9" LTPO AMOLED 1440 x 3120 px
Galaxy S25 Ultra Galaxy S25 Ultra
1417
6.9" Dynamic LTPO AMOLED 2X 1440 x 3120 px
Galaxy S26 Galaxy S26
1383
6.3" LTPO OLED 1080 x 2340 px
OnePlus 15 OnePlus 15
1364
6.78" LTPO AMOLED 1272 x 2772 px
Poco F9 Ultra Poco F9 Ultra
1283
6.9" OLED 1200 x 2608 px
Galaxy S26 FE Galaxy S26 FE
1268
6.7" LTPO OLED 1080 x 2340 px
Galaxy A57 Galaxy A57
1259
6.7" Super AMOLED+ 1080 x 2340 px
Galaxy S25 FE Galaxy S25 FE
1247
6.7" LTPO OLED 1080 x 2340 px
Poco X8 Pro Max Poco X8 Pro Max
1114
6.83" AMOLED 1280 x 2772 px
Redmi Note 17 Pro Max (Global) Redmi Note 17 Pro Max (Global)
1109
6.83" OLED 1280 x 2772 px
Xiaomi 17 Xiaomi 17
1087
6.3" LTPO OLED 1220 x 2656 px
Poco F8 Ultra Poco F8 Ultra
1077
6.9" AMOLED 1200 x 2608 px
Xiaomi 17T Pro Xiaomi 17T Pro
1069
6.83" LTPO AMOLED 1280 x 2772 px
Xiaomi 17T Xiaomi 17T
1035
6.59" AMOLED 1268 x 2756 px
Honor 600 Pro Honor 600 Pro
6044
6.57" AMOLED 1264 x 2728 px
Poco F9 Ultra Poco F9 Ultra
4333
6.9" OLED 1200 x 2608 px
Poco X8 Pro Max Poco X8 Pro Max
3537
6.83" AMOLED 1280 x 2772 px
Poco F8 Ultra Poco F8 Ultra
3509
6.9" AMOLED 1200 x 2608 px
Xiaomi 17T Pro Xiaomi 17T Pro
3498
6.83" LTPO AMOLED 1280 x 2772 px
Xiaomi 17 Xiaomi 17
3471
6.3" LTPO OLED 1220 x 2656 px
Redmi Note 17 Pro Max (Global) Redmi Note 17 Pro Max (Global)
3415
6.83" OLED 1280 x 2772 px
Xiaomi 17T Xiaomi 17T
3358
6.59" AMOLED 1268 x 2756 px
Motorola Edge 70 Pro Motorola Edge 70 Pro
3156
6.78" AMOLED 1080 x 2344 px
Galaxy S26 Ultra Galaxy S26 Ultra
2800
6.9" LTPO AMOLED 1440 x 3120 px
vivo V70 vivo V70
2605
6.59" AMOLED 1260 x 2750 px
Galaxy S26+ Galaxy S26+
2596
6.7" LTPO AMOLED 1440 x 3120 px
Galaxy S26 Galaxy S26
2552
6.3" LTPO OLED 1080 x 2340 px
OnePlus 15 OnePlus 15
1940
6.78" LTPO AMOLED 1272 x 2772 px
Galaxy A57 Galaxy A57
1869
6.7" Super AMOLED+ 1080 x 2340 px
Galaxy S26 FE Galaxy S26 FE
1850
6.7" LTPO OLED 1080 x 2340 px
vivo V70 FE vivo V70 FE
1806
6.83" AMOLED 1260 x 2800 px
Nothing Phone (4a) Pro Nothing Phone (4a) Pro
1555
6.83" AMOLED 1260 x 2800 px

The S26 FE has 8-bit color depth, which might sound strange in 2026, but it's not nearly as strange once you consider that the mainline S26 also uses 8-bit color.

Refresh rate handling

Last year, with our Galaxy S25 FE review, we inadvertently caused a bit of a stir in the online community by claiming the S25 FE has some undocumented "LTPO-like" behavior. While this is still true, we have come to understand what Samsung is doing here and can no longer maintain that either phone has LTPO tech. Both use regular LTPS, but are a bit clever about it.

Samsung Galaxy S26 FE review

The S26 FE still only offers two refresh rate options in Settings - Standard and Adaptive. Standard essentially locks the screen refresh rate to 60Hz. Adaptive can go up to 120Hz and occasionally switches down to 60Hz to save power. As far as we can tell, the S26 FE can not go lower than 60Hz (for instance, there is no 30Hz mode) and it doesn't support the popular 90Hz "middle-ground" mode either.

The clever part here is that the S26 FE actually detects when nothing is happening on screen and adjusts the GPU framerate output. So when we see the system refresh rate indicator show -- it's not really the refresh rate that's 0 but the framerate. That still saves some power compared to cruder implementations in cheaper phones.

HDR video support

Just like last year's model, the S26 FE has a formal HDR10+ video certification. It only makes sense, seeing how Samsung is one of the originators of the HDR10+ standard. Hence, it comes as no surprise that there is no support for Dolby Vision.

The S26 FE has the highest possible Google Widevine L1 DRM certification, allowing apps like Netflix to offer FullHD streams.

Battery life

The Galaxy S26 FE has the same rated battery capacity of 4,900 mAh as last year's model. While there were some early leaks that suggested Samsung would transition to Si/C chemistry, that isn't actually the case. The S26 FE still uses a conventional Li-ion cell. Unfortunate for sure, but then again, it's not like the mainline S26 family got new battery chemistry either.

Looking back at the S25 FE, frankly, we didn't have overly high expectations for the S26 FE. The S26 FE does offer a notable Active Use Score improvement over its predecessor, which is great to see, especially without changing the battery capacity. However, in a broader sense, most of its competitors offer better battery life, often simply through offering much larger battery capacities. Samsung is kind of getting lapped in this department. And it's not just the FE either.

Charging speed

Just like last year, the S26 FE is rated for 45W wired fast charging. The S25 FE uses Super Fast Charge 2.0 (45W) and, in particular, the new revision, which no longer requires a 5A e-marked cable. You can just use the regular 3A cable provided in the box or basically any other good Type-C to Type-C cable.

Samsung Galaxy S26 FE review

Sourcing the right charger is a bit trickier. While technically Samsung's Super Fast Charge is based around USB PD (Power Delivery) with PPS on top, not every 45W charger will be capable of delivering the necessary voltage and amps to provide the fastest possible charging speed.

Ideally, you'd need a charger with PPS going up to 16V, while some older 45W models only reach 11V. Even some older 65W chargers may not go as high as 16V.

Alternatively, you can skip the research and grab a first-party 45W charger from either Samsung or Google.

As for actual charging performance, our S26 FE unit actually charged a bit faster than last year's S25 FE. Not a spectacular improvement since it still basically takes an hour to get a full charge, but Samsung seems to have made some tweaks to the charging profile yet again.

Charging speed

  • in 15 min
  • in 30 min
  • Time to full charge (from 0%)
Galaxy S26 Ultra Galaxy S26 Ultra
51%
5000 mAh 60W USB PD
Poco F8 Ultra Poco F8 Ultra
46%
6500 mAh 100W Xiaomi HyperCharge
OnePlus 15 OnePlus 15
44%
7300 mAh 120W SuperVOOC
Honor 600 Pro Honor 600 Pro
43%
6400 mAh 80W Honor SuperCharge
Xiaomi 17T Pro Xiaomi 17T Pro
42%
7000 mAh 100W Xiaomi HyperCharge
Galaxy S25 Ultra Galaxy S25 Ultra
41%
5000 mAh 45W
Galaxy S26 FE Galaxy S26 FE
40%
4900 mAh 45W USB PD
Xiaomi 17 Xiaomi 17
40%
6330 mAh 100W Xiaomi HyperCharge
Motorola Edge 70 Pro Motorola Edge 70 Pro
40%
6500 mAh 90 TurboCharge
Nothing Phone (4a) Pro Nothing Phone (4a) Pro
39%
5080 mAh 50W
Galaxy S26+ Galaxy S26+
38%
4900 mAh 45W
Poco X8 Pro Max Poco X8 Pro Max
37%
8500 mAh 100W Xiaomi HyperCharge
Galaxy S25 FE Galaxy S25 FE
36%
4900 mAh 45W USB PD
Galaxy A57 Galaxy A57
36%
5000 mAh 45W
Galaxy S26 Galaxy S26
34%
4300 mAh 25W
Redmi Note 17 Pro Max (Global) Redmi Note 17 Pro Max (Global)
33%
9210 mAh 100W
Poco F9 Ultra Poco F9 Ultra
32%
8050 mAh 100W HyperCharge
Xiaomi 17T Xiaomi 17T
31%
6500 mAh 67W Xiaomi HyperCharge
vivo V70 vivo V70
31%
6500 mAh 90W FlashCharge
vivo V70 FE vivo V70 FE
25%
7000 mAh 90W FlashCharge
Galaxy S26 Ultra Galaxy S26 Ultra
84%
5000 mAh 60W USB PD
Poco F8 Ultra Poco F8 Ultra
78%
6500 mAh 100W Xiaomi HyperCharge
OnePlus 15 OnePlus 15
78%
7300 mAh 120W SuperVOOC
Motorola Edge 70 Pro Motorola Edge 70 Pro
73%
6500 mAh 90 TurboCharge
Galaxy S25 Ultra Galaxy S25 Ultra
72%
5000 mAh 45W
Xiaomi 17T Pro Xiaomi 17T Pro
72%
7000 mAh 100W Xiaomi HyperCharge
Honor 600 Pro Honor 600 Pro
71%
6400 mAh 80W Honor SuperCharge
Xiaomi 17 Xiaomi 17
71%
6330 mAh 100W Xiaomi HyperCharge
Galaxy S26+ Galaxy S26+
69%
4900 mAh 45W
Galaxy S26 FE Galaxy S26 FE
69%
4900 mAh 45W USB PD
Nothing Phone (4a) Pro Nothing Phone (4a) Pro
68%
5080 mAh 50W
Poco X8 Pro Max Poco X8 Pro Max
65%
8500 mAh 100W Xiaomi HyperCharge
Galaxy A57 Galaxy A57
64%
5000 mAh 45W
Galaxy S25 FE Galaxy S25 FE
63%
4900 mAh 45W USB PD
Galaxy S26 Galaxy S26
62%
4300 mAh 25W
Poco F9 Ultra Poco F9 Ultra
61%
8050 mAh 100W HyperCharge
vivo V70 vivo V70
59%
6500 mAh 90W FlashCharge
Redmi Note 17 Pro Max (Global) Redmi Note 17 Pro Max (Global)
57%
9210 mAh 100W
Xiaomi 17T Xiaomi 17T
55%
6500 mAh 67W Xiaomi HyperCharge
vivo V70 FE vivo V70 FE
49%
7000 mAh 90W FlashCharge
Poco F8 Ultra Poco F8 Ultra
0:39h
6500 mAh 100W Xiaomi HyperCharge
OnePlus 15 OnePlus 15
0:41h
7300 mAh 120W SuperVOOC
Galaxy S26 Ultra Galaxy S26 Ultra
0:43h
5000 mAh 60W USB PD
Xiaomi 17T Pro Xiaomi 17T Pro
0:44h
7000 mAh 100W Xiaomi HyperCharge
Xiaomi 17 Xiaomi 17
0:46h
6330 mAh 100W Xiaomi HyperCharge
Honor 600 Pro Honor 600 Pro
0:48h
6400 mAh 80W Honor SuperCharge
Motorola Edge 70 Pro Motorola Edge 70 Pro
0:49h
6500 mAh 90 TurboCharge
Poco X8 Pro Max Poco X8 Pro Max
0:52h
8500 mAh 100W Xiaomi HyperCharge
vivo V70 vivo V70
0:52h
6500 mAh 90W FlashCharge
Poco F9 Ultra Poco F9 Ultra
0:54h
8050 mAh 100W HyperCharge
Galaxy S25 Ultra Galaxy S25 Ultra
0:59h
5000 mAh 45W
Xiaomi 17T Xiaomi 17T
1:00h
6500 mAh 67W Xiaomi HyperCharge
Redmi Note 17 Pro Max (Global) Redmi Note 17 Pro Max (Global)
1:01h
9210 mAh 100W
Nothing Phone (4a) Pro Nothing Phone (4a) Pro
1:01h
5080 mAh 50W
Galaxy S26+ Galaxy S26+
1:01h
4900 mAh 45W
vivo V70 FE vivo V70 FE
1:02h
7000 mAh 90W FlashCharge
Galaxy S26 Galaxy S26
1:04h
4300 mAh 25W
Galaxy S26 FE Galaxy S26 FE
1:08h
4900 mAh 45W USB PD
Galaxy A57 Galaxy A57
1:09h
5000 mAh 45W
Galaxy S25 FE Galaxy S25 FE
1:10h
4900 mAh 45W USB PD

Beyond wired charging the S26 FE also supports 15W Qi2-compatible wireless charging, plus reverse wireless charging.

There is a basic set of battery health features. You can either let the battery charge to 100% and not charge again until it drops down to 95%, or you can set a custom hard charge limit. Unfortunately, there is nothing fancier, like automatic charging behavior or bypass charging. Though, the latter might be available through something like a Samsung GoodLock module or through Game Hub.

Speakers - loudness and quality

The S26 FE carries a set of hybrid stereo speakers, meaning it has one full-fledged speaker at the bottom and another one that doubles as an earpiece at the top. Naturally, the one at the top sounds a tad quieter than the bottom one. This is not an unfamiliar setup. For one, the S25 FE has the same setup, and so does the S24 FE.

Samsung Galaxy S26 FE review

Last year the S25 FE got a bit quieter compared to the S24 FE, and this year the S26 FE got even quieter still. With the S25 FE, we sort of explained it away with some better tuning on Samsung's end. That phone seemed to sacrifice some loudness for the sake of a generally richer and fuller soundstage. And while that is sort of applicable to the S26 FE as well, frankly, it doesn't sound markedly better to our ears than last year's model. All the while, its loudness managed to slip down into the GOOD grade in our standardized testing.

Anyway, the S26 FE certainly doesn't sound bad or anything. You get clear mids and vocals, pretty crisp highs and even some bass response.

In terms of additional sound extras, there is the usual Samsung lot, including Dolby Atmos with presets and a full equalizer, as well as the UHQ upscaler for headphones and Adapt Sound, which is meant to tune sound to your ears as best as possible.

Use the Playback controls to listen to the phone sample recordings (best use headphones). We measure the average loudness of the speakers in LUFS. A lower absolute value means a louder sound. A look at the frequency response chart will tell you how far off the ideal "0db" flat line is the reproduction of the bass, treble, and mid frequencies. You can add more phones to compare how they differ. The scores and ratings are not comparable with our older loudspeaker test. Learn more about how we test here.

Connectivity

The Galaxy S26 FE is a 5G device. It supports SA/NSA Sub-6 connectivity on up to two lines simultaneously. It has two physical Nano-SIM slots that you can use, or alternatively, it also has eSIM support. Still, you can only get two concurrent cellular connections at a time.

Samsung Galaxy S26 FE review

The S26 FE has GPS, GLONASS, GALILEO and BDS support for location. Local connectivity includes Wi-Fi 6e with actual tri-band support, but only in some markets. We guess it is an unfortunate regulation and certification issue, so you might end up with dual-band Wi-Fi in some places. Bluetooth is version 5.4 with LE support. There is NFC on board, as expected. No FM radio receiver or 3.5mm audio jack, and no IR blaster. Those are far less common anyway. Since we feel like the S26 FE is exactly the kind of device people are going to wonder about, we did check, and there is no UWB and, as far as we can tell, no ANT+ hardware on board.

The Type-C port on the S26 FE has outright been downgraded since last year. We can't say how many users will care, but Samsung decided to cut some of the functionality here. The Type-C in the S26 FE is backed up by a basic USB 2.0 data connection, unlike last year's S25 FE, which had USB 3.2 Gen 1 (a 10x faster throughput).

An unlike its predecessor, the S26 FE does not have DisplayPort video output over USB-C. Bummer. To be clear, there is still DeX, but it's only wireless.

At least the S26 FE seems well-stacked in the sensor department. You get an STM LSM6DSVTR accelerometer and gyroscope combo, a Haechitech MXG4300S magnetometer and compass combo, a Sitronix STK33F15 light sensor and a Bosch BMP580 barometer. The phone has a Samsung Palm Proximity Sensor version 2 unit. It is an actual hardware proximity sensor, but Samsung hides the actual hardware away behind a software layer that essentially means third-party apps can't effectively use it, mostly for power-consumption concerns.

Reader comments

Yes, S26 FE should've been called A77.

  • Cap44
  • 17 Sep 2026
  • j2n

This is without doubt the WORST phone I have ever owned. I can't use it in my house and have to stand outside to receive a call. Drops calls constantly. It is of no use to me if I can't actually use the PHONE function

S26 FE has a better SOC than S24+ while S24+ has more RAM. S26 FE will get 2 more years of OS support but it might be irrelevant since it only got 8GB of RAM. Everything else about these 2 models is equally shit.