The Snapdragon 855 Phone Roundup: Searching for the Best Implementationsby Andrei Frumusanu on September 5, 2019 8:30 AM EST
Top Devices - The Well Knowns
First of all we’ll be going over a brief overview of the various devices, covering their unique aspects and what makes them stand out from the competition.
Samsung Galaxy S10+
Starting off with the Galaxy S10+, the device should really need no introduction. Samsung was among the first vendors to actually employ the Snapdragon 855 this year, and to date has been able to be one of the, if not the most, successful Android devices of the year. The Galaxy S10 is characterized by its new design language with a edge-to-edge screen which includes the much discussed camera cut-out. Further features which mark the Galaxy S10 is the triple-camera setup which includes normal wide-angle, telephoto and ultra-wide-angle lenses which were the top camera performers of this year – at least till time of writing.
Samsung also manage to be exceptionally power efficient this year. The inclusion of a 4100mAh battery was a boon, however Samsung’s very power efficient screen employed in the phone was able to put it ahead of other Android devices when it comes to battery longevity.
The company continues to use a dual-sourcing strategy, using both Qualcomm’s as well as Samsung LSI’s own Exynos chipsets in the same phone. We don’t really know why Samsung does this, as sometimes it can very much dilute R&D efforts to create the same phone with two hardware platforms. The benefit here is that we’re able to have an apples-to-apples comparison device and directly comparing Qualcomm’s Snapdragon SoCs against Samsung’s Exynos chip. This year, the Qualcomm variant yet again managed to be the superior device, delivering an almost flawless experience while the Exynos variant had some rough edges here and there in terms of performance or camera experience.
Read Our Galaxy S10+ Full Review Here
LG G8 ThinQ
LG had also been among the earlier adopters of the Snapdragon 855 in the new LG G8. This year LG was able to greatly improve on the hardware experience compared to the G7 last year. The G8 is also the first in LG’s G-series to come with an OLED screen whereas all previous generations were still using LCDs. LG still has issues with its own OLED panel production as we’ve seen rather lackluster panel power efficiency compared to Samsung or even BOE, of which the G8 also suffers from, ending up with average battery life.
The G8’s camera this year was much improved, and in particular daylight quality was a strength of the phone. LG oddly opted to deliver the G8 with only two camera modules in western markets, the main camera sensor and the wide-angle, reserving the triple-camera variant with the added telephoto module to Korean domestic markets.
Other specialties of the G8 include a new under-screen piezoelectric speaker under the top screen, replacing the traditional earpiece speaker. To date this has been the best implementation of its kind in terms of audio quality, with the new unit being used a stereo speaker. One attempt to differentiate the G8 from other devices was the introduction of a time-of-flight sensor which enabled Minority Report-like gestures to control the phone. Unfortunately I found these to be rather gimmick and offer very little added experience in daily usage of the phone.
Read Our LG G8 Full Review Here
OnePlus 7 Pro
Another popular Snapdragon 855 device this year was the OnePlus 7 Pro. This year marked the first time that OnePlus delivered two device tiers at the same time, putting the 7 Pro a tier higher than the regular new OnePlus 7. The company’s rationale here is that as it matured it’s able to offer more refined experiences and hardware, which in turn come at a higher price point.
The 7 Pro’s key characteristic is its screen, in particular two unique aspects of it. First of all, it’s a bezel-less design without any kind of notch or cut-out, offering a true full-screen experience which gives the phone a very modern look that stands out compared to other 2019 devices. The front-camera is implemented via a mechanical slide-out mechanism at the top of the phone, which is one way of delivering on the bezel-less screen experience.
The other key aspect of the phone is the fact that it’s using a 1440p 90Hz OLED screen – which to date is still unique. The 90Hz experience is in particular something that makes the phone stand out and the single most important key feature of the phone that would want one to use the OnePlus 7 Pro.
Weaknesses of the 7 Pro include the fact that it’s quite the big and hefty device, likely thanks to the internal front-camera sliding mechanism. While OnePlus implemented the 90Hz display in the best way possible, it still comes at a cost to battery life, so even though the phone has a 4000mAh battery, its battery life is relatively in the middle of the pack. Further disappointments were found in the camera department which I blame on lackluster post-processing as well as weakness of the camera sensor.
Read Our OnePlus 7 Pro Full Review Here
Sony Xperia 1
The Sony Xperia 1 was the first Sony device we’ve been able to review here at AnandTech. The phone marks a new start for Sony’s mobile division following an internal reorganization and a few years of lackluster sales.
In terms of design language, the new Xperia 1 is certainly a unique device thanks to its 21:9 screen aspect ratio which I’ve found to offer a great experience. The screen is also the phone’s weakness, as Sony’s decision to go for a 4K panel resolution makes very little sense in practice. Yes, it’s the sharpest screen in the market and the uniformity is quite incredible, however the difference to a 1440p screen is just not noticeable enough. Keep in mind this is coming from somebody who deems 1080p screens in smartphones as being insufficient as I can easily see the pixel matrix. The big negative for the phone is found in its battery life, as the meager battery capacity combined with a power hungry screen makes for some quite disappointing results.
Cameras on the Xperia 1 were also a double-edged sword. On one hand Sony managed to get one of the sharpest and most detailed shots in the market, but at the same time the phone suffered from a bad handling of dynamic range and HDR processing, as well as lacklustre low-light performance.
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tuxRoller - Friday, September 6, 2019 - link?
Qualcomm is unusually good in this area.
MrCommunistGen - Thursday, September 5, 2019 - linkInteresting overview. I like that there are a lot of explicit comparisons between devices -- which is admittedly the purpose of a piece like this.
I know you already do a lot of work for reviews and there's a LOT of data with a roundup with this many devices, but I have a request:
Battery Capacity Normalized Battery Life.
It would help illustrate platform efficiency vs battery size.
StormyParis - Friday, September 6, 2019 - linkWhat about with a case...
pse - Friday, September 6, 2019 - linkHi, Andrei, excellent article, as usual. One question, perhaps I missed this in the article, but are the figures for the S10+ Snapdragon and Exynos the ones from the original S10 article, or have you retested it with the latest updates?
edsib1 - Saturday, September 7, 2019 - linkIt doesnt look like you are using the phones various gamespace modes
My Oppo Reno 10x Zoom scores like your, but in gamespace mode it gets scores around 25% higher.
Performance - 10564
Web Browsing - 8257
Video Edit - 6429
Writing - 13638
Photo - 22386
Data - 8118
antifocus - Sunday, September 8, 2019 - linkVery nice to see more Chinese manufacturers coverage.
tygrus - Monday, September 9, 2019 - linkI would like to see more user controls to limit performance and allow better battery life. Some games hog CPU & GPU for no reason (static city/castle not fps), if I can force them to 15fps instead of 60fps then may be I can avoid the pocket warmer/fire-starter. Change peak MHz of the big cores or set an average power used over short to long term (30 seconds / 5 minutes / 1 hour). I don't want sudden power saving once battery is <20%. Better option if I can set the aim for 12 hours use at the start of the day and have the device limit power from the beginning. More RAM can enable users to keep more apps & data in memory to avoid the slower app startup cycles. I thought 3GB RAM would be great 4 years ago but that was quickly used up by larger OS updates & larger apps. An older phone had just 8GB storage which was swallowed up OS and a few apps.
It's frustrating that not all the phones you mention are available in Australia & other countries. Grey imports are possible but do you risk getting a 2nd hand phone with no warranty? OnePlus models and Samsung Galaxy S10e with 8GB RAM are not available in Australia.
peevee - Thursday, September 12, 2019 - link"Differences in system performance between devices with the same hardware chipset basically boil down to one aspect: software."
You forgot Flash and RAM choice.
peevee - Thursday, September 12, 2019 - link"Finally, in the overall score, the ZTE RedMagic 3 comes at the top alongside the Galaxy S10"
In your list it is S10+. These are very different devices, and you cannot infer the performance of S10 from S10+.
peevee - Thursday, September 12, 2019 - linkGPU "performance" - test after test of OFF SCREEN "performance". Does anybody play off screen? Show the real thing, so everybody would see the real cost of those useless extra-invisible pixels, and real advantage or lack of thereof of "90fps" and "120fps" - COMBINED with the battery life effects of all these!