Oppo Find X2 Pro vs. Galaxy S20 Ultra

At the beginning of March, Oppo presented the successors to that Find X. The Find X2 models have a less daring appearance; they look pretty standard with their three rear cameras and a hole in the screen for the front camera. Although striking technical gadgets are missing this time, Oppo does a lot with the hardware. The Find X2 Pro compares well with Samsung’s Galaxy S20 Ultra. The device has the latest and fastest hardware on board and advanced cameras. The price is also comparable.

Oppo gives its new top model a Pro designation, but the product page is full of Ultra references. The device has an Ultra Vision Screen, an Ultra Vision Camera System and an Ultra Vision Engine. That’s not just marketing talk, because the hardware is certainly impressive, but what about that in practice and can Oppo’s expensive flagship compete with Samsung’s counterpart? We put it to the test and compare the main features of the two top models.

About this article

This is not a full review of the Oppo Find X2 Pro and Samsung Galaxy S20 Ultra. In this article we mainly compare the cameras of the two devices. We also briefly discuss the screen, the battery, the housing and the software. Tweakers will publish an extensive review of the Galaxy S20 series on Saturday.

Fashion modelOppo Find X2 ProSamsung Galaxy S20 Ultra
Housing165x74x8.8mm
207g
167x76x8.8mm
220g
Screen6.7 “-oled, 20: 9, 109cm²
3168×1440 pixels, 120Hz
6.87 “-oled, 20: 9, 114cm²
120Hz at 2400x1080px
60Hz at 3200x1440px
Screen edges9.9×3.6mm7.8×5.9mm
Primary cameraSony IMX689
48Mp, 1 / 1.43 “, 25mm f / 1.7
4K @ 60fps
Samsung S5KHM1
108Mp, 1 / 1.33 “, 25mm f / 1.8
8k @ 24fps
TelecameraSamsung S5K3M5
13Mp, 1 / 3.4 “, 124mm f / 3.0
Sony IMX586
48Mp, 1/2 “, 135mm f / 3.5
Ultra wide angle cameraSony IMX586
48Mp, 1/2 “, 17mm f / 2.2
Samsung S5K2L7
12Mp, 1 / 2.6 “, 13mm f / 2.2
Great sensorSony IMX518
0.3Mp
SocSnapdragon 865
1x Kryo 585 (A77) @ 2.84GHz
3x Kryo 585 (A77) @ 2.42GHz
4x Kryo 585 (A55) @ 1.8GHz
Adreno 650 gpu
Exynos 990
2x M5 @ 2.76GHz
2x A76 @ 2.6GHz
4x A55 @ 2.0GHz
Mali G77-gpu
Memory and storage12GB lpddr5
512GB ufs
12 / 16GB lpddr5
128 / 512GB ufs
Micro-sd slot
Battery4260mAh5000mAh
price$1325$ 1500 (12GB, 128GB, 5g)
€ 1750 (16GB, 512GB, 5g)
  • Primary camera with new Sony sensor

Manufacturers place a lot of emphasis on the cameras in their most expensive smartphones, and Oppo is no different. The manufacturer has an interesting asset in house with the new Sony IMX689 sensor, which Oppo says it can temporarily use exclusively. It is the largest 48-megapixel sensor for smartphones to date. With its 1 / 1.43 “size, the sensor is slightly smaller than the 1 / 1.33” sensor that Samsung uses in the Galaxy S20 Ultra.

The IMX689 has, according to Oppo, ‘dual native iso’ technology. This means that it has two positions. One is optimized for low iso photos in high ambient light conditions, the other is for low light photos taken at high iso values. Sony has no documentation about this sensor online yet, but inquiring at Oppo teaches us that there is a stand for 64 to 250 iso and a stand for 250 to 19,200 iso. The camera itself chooses the optimal mode, depending on the situation.

Although the Find X2 Pro has a 48-megapixel sensor, standard 12-megapixel photos come from the camera app. Four pixels are combined, which should produce less noise and a wider dynamic range. Samsung’s 108-megapixel sensor does something similar; nine pixels are combined, so the result is also a 12-megapixel photo.

PrimaryOppo Find 2X ProSamsung Galaxy S20 Ultra
Resolution48Mp108Mp
SensorSony IMX689Samsung S5KHM1
Sensor size9.1×6.7mm
60mm²
1 / 1.43 “
9.6×7.2mm
69mm²
1 / 1.33 “
Pixel size1.12μm0.8μm
Bayer layout2×23×3
Focal point6.6mm7mm
Focal length in 35mm equivalent25mm25mm
Aperturef / 1.7f / 1.8
Video4k @ 60fps8k @ 24fps
4k @ 60fpss

We start with a comparison in good lighting conditions. The phones are in automatic mode on 12-megapixel mode and that’s also how we compare the two devices. The hdr function is also in automatic mode.

Both cameras deliver detailed photos. When you zoom in on the images, the photos from the Oppo sometimes look a bit sharper. It is also clearly visible that the sensor size of the two devices does not deviate much; this is evident from the photo of the bicycle bell. With both the Oppo and the Samsung, such a close-up provides a relatively small depth of field.

There is a big difference in the contrast between the photos from the Find X2 Pro and those from the S20 Ultra. Oppo’s hdr function produces rather faded images because shadows are made too bright. Dark parts are therefore gray. This is particularly noticeable in a lot of light; with the photo of the tree and the sand playground in the twilight, the Samsung phone makes the images exaggeratedly light.

Both phones also have an option to take full resolution photos. The two photos above are an example of this. The Oppo photo consists of 48 megapixels and the Samsung photo has a whopping 108 million pixels. The high resolution results in slightly more detail and the Samsung photo seems sharper, but that’s mainly artificial sharpening that has been added. In general, the high-resolution mode offers little added value and you can better leave the phones in 12-megapixel mode.

Photos in low light

Both the Find X2 Pro and the S20 Ultra have a large sensor, which promises good performance in low light. With its unique dual iso sensor, Oppo has some better papers at home. To see how that works out in practice, we took the photos below after sunset, without using the night mode.

Night mode

Oppo provides its camera app with a night mode to take photos in low light. It combines images with both slow and fast shutter speeds into a single image. Samsung has a similar night mode.

The first photo, in which the tree was almost completely covered in darkness, looks a bit brighter through the Oppo camera. The Samsung variant is darker and has more noise. In general, it is noticeable that the S20 Ultra leaves more color in the images. You see that especially at the bench; the grass is much paler in the Oppo photo. In this case, you can say that the Oppo night photos are more realistic, because after dark colors are less bright. The photos are comparable in terms of detail and sharpness, but the results of the S20 Ultra have a lot more noise in the air.

Periscopic telephoto lens

Oppo uses a periscopic construction for the telecamera. The lens and sensor are rotated ninety degrees in the housing and the image is received via a prism. That construction is not new to Oppo; the manufacturer also used it in last year’s Oppo Reno 10x Zoom. The Galaxy S20 Ultra also has such a construction, just like the Huawei P30 Pro

According to Oppo, the device has ’10x hybrid zoom’. In practice, it is a telephoto lens with a focal length of 124mm in full-frame equivalent. That is 5x ‘zoom’ compared to the primary camera. If you zoom in further than 5x, the camera uses digital zoom and the image is thus artificially enlarged.

TelecameraOppo Find 2X ProSamsung Galaxy S20 Ultra
Resolution13Mp48Mp
SensorSamsung S5K3M5Sony IMX586
Sensor size4.2×3.1mm
13mm²
1 / 3.4 “
6.4×4.8mm
31mm²
1/2 “
Pixel size1μm0.8μm
Bayer layout1×12×2
Focal point15mm19m
Focal length in 35mm equivalent125mm103mm
Aperturef / 3.0f / 3.5
Video4k @ 30fps4k @ 30fps

Oppo uses a Samsung S5K3M5 sensor for the telecamera. That is a small 1 / 3.4 “chip with a 13-megapixel resolution. The sensor surface is a lot smaller than that of the sensor that Samsung uses in the S20 Ultra. In theory, the Samsung device should perform better, especially at little light.

The sensor in the Find X2 Pro is combined with a 15mm f / 3.0 lens with optical image stabilization. The operation of that stabilization mechanism is clearly visible and effective. When taking zoomed photos, you see the image shake first and then stabilize.

The photos below were taken at the 5x zoom position of both devices. The S20 Ultra has to crimp and upscale a bit because the lens offers 4x zoom. We use the 5x mode because Samsung also puts it in its camera app by default; the 4x option can only be found with a small detour. The Oppo and the Samsung are also best compared in this way.

The Find X2 Pro takes sharp, detailed photos in the 5x zoom position. In practice, the larger sensor of the S20 Ultra does not offer any advantage over the smaller sensor in the Oppo. We already noticed that in our previous camera test of the Galaxy S20 Ultra and this comparison confirms that again. The Find X2 Pro’s small sensor delivers photos that are at least as sharp as what comes out of the S20 Ultra.

There are some differences in contrast and color reproduction. In general, the Oppo photos are a bit more yellow and the Samsung photos a bit bluer. The differences are less than with the primary camera and the Oppo photos taken with the telephoto lens are a lot less dull.

In the camera interface, Oppo gives you a choice of 5x and 10x zoom, and you can swipe a virtual zoom wheel to reveal and zoom in even further, up to 60x. Anything beyond 5x will be digitally enlarged at the expense of image quality. We have taken the photos below at the 10x zoom position.

In that mode you can still take useful photos, although the image quality is significantly lower than that of the 5x zoom photos if you view them in large format. Despite the higher resolution of the S20 Ultra, the photos at 10x zoom are not much more detailed than the photos taken by the Oppo in the same mode.

Zooming in even further digitally generally does not provide usable visual material. Samsung even goes up to 100x and puts that on the back of the device, but we concluded earlier that this is nonsensical. In our opinion, the same applies to the Oppo’s 60x zoom photos.

In the gallery above we show the entire ‘zoom range’ of the Find X2 Pro. The first picture was taken with the ultra-wide angle lens, the next two pictures were taken with the primary camera in 1x and 2x modes, and the last three pictures were taken from the telephoto lens set to 5x, 10x and 60x zoom respectively.

Focusing is not possible

The telephoto lens does not allow you to focus on close subjects. Oppo does not say what the minimum focus distance is, but that seems to be about a meter and a half. That is quite disappointing, because with the S20 Ultra you can focus from about half a meter with the telephoto lens.

Oppo doesn’t really make this clear. It tries to disguise this limitation of the telephoto lens by automatically switching the camera to the primary sensor when using the telephoto lens and trying to focus at a short distance. The autofocus does work, but you take a photo with 5x digital zoom with the primary camera, which produces a much less sharp image than if you would use the telephoto lens. You can already see the change in image quality while taking the photo in the camera app.

Autofocus problems

Moreover, the autofocus of the telephoto lens does not always work well in practice. The camera app uses a fairly large circle to focus, and if you try to focus on a subject smaller than that circle, things sometimes go wrong. For example, in the photos below we tried to focus on the plant in the foreground and on the sign on the pole, but that did not work. Even after pressing repeatedly, the camera refused to focus in the right place. When we zoomed in to 10x in these situations, the autofocus suddenly worked well. Due to the stronger magnification, the subjects took up more space within the focus circle.

Ultra wide angle with large sensor

Many smartphones have an ultra-wide angle camera, but usually manufacturers put a small sensor behind it. Recently we saw that change with the Galaxy S20 Ultra; Samsung has used a 1 / 2.6 “sensor for the ultra-wide angle camera and that produces better images, especially in low light, according to our comparison . Oppo goes one step further and uses the Sony IMX586 as a sensor for the ultra wide-angle camera. That is a 1/2 “48-megapixel sensor used in many smartphones for the primary camera. Samsung uses that sensor for the telecamera.

The angle of view of the ultra-wide angle camera on the Find X2 Pro is a lot smaller than, for example, that on the S20 Ultra. After all, the larger sensor also requires a larger lens and it is difficult to make a lens with an extremely large angle of view that is small and delivers good image quality. The angle of view of the lens used is 120 degrees according to Oppo, but with lens correction switched on, 109 degrees remain.

SmartphoneOppo Find X2 ProSamsung Galaxy S20 Ultra
CameraUltra wide angleUltra wide angle
Resolution48Mp12Mp
SensorSony IMX586Samsung S5K2L7
Sensor size6.4×4.8mm
31mm²
1/2 “
5.6×4.2mm
23.5mm²
1 / 2.6 “
Pixel size0.8μm1.4μm
Bayer layout2×21×1
Focal point3mm2.2mm
Focal length in 35mm equivalent17mm13mm
Angle of view109 degrees120 degrees
Aperturef / 2.2f / 2.2

Although the Oppo has a 48-megapixel sensor for the ultra-wide-angle camera, the photos have a standard 12-megapixel resolution. The IMX586 sensor has a 2×2 bayer filter, so four pixels are combined for better low-light performance and higher dynamic range. It is possible to choose a 48-megapixel mode in the software. We used the default setting for the comparison.

The first thing to notice is the difference in angle of view. The S20 Ultra can clearly take more pictures. This is useful in small spaces and great for lovers of dramatic perspectives. In a lot of light, there is little difference in sharpness; both phones deliver sharp ultra-wide angle pictures. As with the primary camera, the photos of the Find X2 Pro are somewhat duller, but the difference is less.

In low light, the Find X2 Pro does significantly better than the S20 Ultra. The Oppo’s photos have more detail and less noise. The larger sensor clearly pays off here. It should be said that the S20 Ultra also has a relatively large sensor for the ultra-wide angle camera. Most other smartphones use a much smaller sensor for this; the Find X2 Pro will be even more advantageous.

Night mode

We also took some ultra wide angle photos in night mode. The phones use slower shutter speeds and combine different images. The photos of the Oppo have less noise, but look a bit more smooth. This is especially visible in the sky. There is also a clear difference in the processing of the colors. The photos of the Find X2 Pro have a green color cast.

Macro mode

Oppo also uses the Find X2 Pro’s ultra-wide angle camera for macro mode. You can focus on subjects three centimeters away. That produces excellent close-ups, which look detailed.

Video function

The film function of the Find X2 Pro goes up to 60fps in the 4k resolution, but only when using the primary camera. The same goes for the Galaxy S20 Ultra. With both devices, 4K with 30fps is the maximum achievable when using the ultra-wide angle or telephoto lens. That is disappointing for smartphones in this price range, because with the iPhone 11 Pro it is already possible with all three cameras to film in 4k60fps.

The 4k videos at 60fps look sharp and smooth. At transitions from dark to light, the camera itself adjusts the exposure. Both the Find X2 Pro and the S20 Ultra do not smoothly transition in challenging conditions. You can see that in the change in the exposure of the sky.

Oppo gives the Find X2 Pro a so-called Ultra Steady Video mode. It uses the ultra-wide angle camera and advanced electronic stabilization. The resulting image has an angle of view similar to that of the primary camera. The extra space on the sensor is used to digitally stabilize the image.

Samung offers a similar mode, also using the ultra wide angle camera. Both the Find X2 Pro and the S20 Ultra deliver stable movie images in these modes. You can easily make a video while walking and you hardly see the shocks it produces. Since the ultra wide angle camera is used, the maximum frame rate is 30fps at the 4k resolution.

The images of the Find X2 Pro are sharper in this mode than those of the Samsung. More noise can be seen with the S20 Ultra. The Oppo is clearly at an advantage here with its larger sensor with a higher resolution. The S20 Ultra, with its 12-megapixel sensor for the wide-angle camera, basically has enough pixels for the 4k resolution, but because a crop is made for the electronic image stabilization, more pixels are needed. The Oppo’s 48-megapixel sensor thus pays off in this position.

Screen and battery life

In addition to the cameras, it is mainly the screen with which the top models have to distinguish themselves. Oppo uses a 6.7 “OLED panel with a resolution of 3168×1440 pixels and a refresh rate of 120Hz in the Find X2 Pro. This is comparable to what Samsung offers in the S20 series, but at Oppo the screen can also be used at 120Hz. maximum resolution, which is not yet possible with the S20 models, although Samsung seems to be working on it.The display at 120Hz looks wonderfully smooth and once you get used to it, you probably don’t want to go back to 60Hz.

Curved edges

The main difference between the screens of the Find X2 Pro and the S20 Ultra is in the edges. Oppo uses a screen as we have seen for years at Samsung; with edges that bend quite far over the device, according to the manufacturer with an angle of 67.8 degrees. In its S20 series, Samsung has switched to screens that bend less. What you prefer is a matter of taste. The fact is that with the strong curvature of the Oppo device, more information ‘falls off’ from the image.

We measured the screens with our SpectraCal C6 colorimeter and CalMAN 5 software. The peak brightness of both smartphones is excellent and with more than a thousand square candelas per meter, the best we have seen so far with smartphones.

Peak brightness white (33% screen area)
Smartphonein cd / m² (higher is better)
Oppo Find X2 Pro1,018
Samsung Galaxy S20 Ultra 5G1,005
Samsung Galaxy Note 10+975
Apple iPhone 11 Pro Max859
OnePlus 7T Pro690
Oppo Reno2 Z488
Oppo Find X430

Oppo says to calibrate the screens of the Find X2 Pro at the factory and our measurements seem to confirm that. The average grayscale error and color error are very low. Never before have we seen such a well-calibrated screen. The S20 Ultra is slightly less accurately adjusted, but in practice that few users will notice.

  • Average grayscale error
  • Average color error
Average grayscale error
Smartphonecolor deviation in ΔE2000 (lower is better)
Oppo Find X2 Pro-76.6%
Apple iPhone 11 Pro Max-64.1%
Samsung Galaxy Note 10+-39.1%
OnePlus 7T Pro-32.8%
Samsung Galaxy S20 Ultra 5G-23.4%
Oppo Find X-7.8%
Oppo Reno2 Z100%
Average color error
Smartphonecolor deviation in ΔE2000 (lower is better)
Oppo Find X2 Pro0.80
Apple iPhone 11 Pro Max0.90
Samsung Galaxy S20 Ultra 5G1.80
Samsung Galaxy Note 10+1.80
OnePlus 7T Pro2.30
Oppo Find X2.50
Oppo Reno2 Z3.30

Battery life and charging speed

Such a large screen with a high resolution requires a lot from the battery. Oppo puts a relatively modest 4260mAh copy in its Find X2 Pro. Samsung’s S20 Ultra is more spacious with a 5000mAh battery.

  • Browsing – WiFi
Battery life for web browsing (brightness @ 250cd / m²)
SmartphoneBattery capacity (mAh)time in hours and minutes (higher is better)
Apple iPhone 11 Pro Max3,969mAh13h29m
Samsung Galaxy S20 Ultra (qhd +, 60Hz)5,000mAh13h12m
Samsung Galaxy Note 10+4,300mAh12h17m
Samsung Galaxy S20 Ultra (fhd +, 120Hz)5,000mAh11h53m
Oppo Reno2 Z3,900mAh11h28m
OnePlus 7T Pro (60Hz)4,085mAh10h5m
OnePlus 7T Pro (90Hz)4,085mAh9h52m
Oppo Find X3,730mAh9:26 m
Oppo Find X2 Pro (qhd +, 120Hz)4,260mAh8am

With the screen set to the maximum resolution and a refresh rate of 120Hz, the Find X2 Pro is empty after just eight hours of browsing. That battery life can be stretched by choosing a lower resolution or refresh rate, but at the time of writing we do not yet have any test results. The S20 Ultra cannot display 120Hz in combination with the high resolution, so that device will last longer.

The Find X2 Pro’s battery runs out quickly if you use the maximum screen settings, but Oppo does have a strong asset with the SuperVOOC 2 fast charging technology. Charging is no less than 65W and to make that possible, the battery consists of two parts that are charged simultaneously. With Oppo’s charging technology, energy management takes place in the adapter and not in the smartphone. The advantage of this is that the smartphone does not get hot during charging.

hardware and software

The Oppo Find X2 Pro and Samsung Galaxy S20 Ultra are among the largest and heaviest smartphones of the moment. With its curved screen edges and rounded corners, the Oppo is a few millimeters smaller than the Galaxy, but it does not save much. The weight is also comparable; both devices weigh just over two hundred grams. The housing of the S20 Ultra is more angular and bumpier. This is also reflected in the large, rectangular camera island. With the Oppo device, that part is somewhat smaller, but with both devices, the cameras on the back lead to a considerable thickening of the housing. Both the Find X2 Pro and the S20 Ultra are waterproof and dustproof according to the IP68 standard. That is, they survive full immersion.

At first glance, the Find X2 Pro appears to be finished with glass on the back. However, it is a ceramic finish and it has a subtle ribbing pattern. If you slide your finger over the back, you can feel it. You hardly notice that in practice. Certainly not if you have the phone in use and there are some finger marks on the housing. According to Oppo, this structure serves as an anti-slip layer and should also keep fingerprints away. The latter is not really the case; fingerprints are clearly visible on the back. However, you can easily brush them away.

ColorOS 7.1

Oppo’s operating system is called ColorOS and the Find X2 Pro has the new version 7.1, which is based on Android 10. The software has a number of useful extras that are not standard in Android. For example, Oppo has added a shortcut menu to the screen edge that you can pull out with a swipe of your thumb with one-handed use. It contains functions such as taking screenshots and opening the file manager. You can adjust the shortcut menu to your liking by using other shortcuts. Also handy is the possibility to place the calculator in a floating window, so that you can use it over other apps.

The Dutch translation in ColorOS is sometimes sloppy. Hyphenation goes wrong and we saw windows in which part of the text was cut out, perhaps because the Dutch words are too long. They are not dramatic errors and do not affect the operation of the device, but in our opinion it detracts from the quality experience. Such flaws do not belong on a telephone of twelve hundred dollors.

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