For me, Huawei holds a special place among device manufacturers, as the Honor 6 and Mate 7 were the two first reviews I had written on AnandTech. This was back before Huawei found wide-spread success both in China as well as western markets, so it could be said that I’ve been following the company’s devices from before they were “cool”.

Over these years we’ve seen the company post impressive year-on-year growth figures and steadily climbing up the mobile device manufacturer lists in terms of sales. Most recently this year, the company hit some unpleasant roadblocks while trying to enter the US market and then being unceremoniously dropped from planned carrier deals at the last moment due to pressure from government agencies. For now, this seems to have put an end to Huawei’s ambitions in the US as the company is closing off branches and stopping lobbying efforts in the country. However, outside the US, Huawei products are as popular as ever; and the technology in them is ever improving with each generation.

Late in March Huawei announced the Huawei P20 and P20 Pro in Paris and we were there to cover it. Both devices mark major changes for Huawei in terms of product designs, and today we’ll cover more in-depth the detailed characteristics of both phones. For a recap, let’s go over the specification list:

Huawei P20 Series
  P20 Pro P20
SoC HiSilicon Kirin 970
4x Cortex A73 @ 2.45GHz
4x Cortex A53 @ 1.84GHz

Mali G72MP12 @ 746MHz
Display 6.1-inch 2240x1080 (18.66:9)
SAMOLED
5.8-inch 2240x1080 (18.66:9)
RGBW LCD
Dimensions 155.5 x 73.9 x 7.8 mm
180 grams
149.1 x 70.8 x 7.65 mm
165 grams
RAM 6GB LPDDR4X 4GB LPDDR4X
NAND 128GB UFS 2.1
Battery 4000 mAh 3400 mAh
Front Camera 24MP, f/2.0, Fixed Focal Length
Primary Rear Camera 40MP 1/1.7" Sensor RGB
1µm pixels, up to ISO 102400

F/1.8 lens
12MP RGB

F/1.8 lens
Secondary Rear Camera 20MP Monochrome
F/1.6 lens
Tertiary Rear Camera Telephoto lens 3x zoom
8MP, f/2.4, OIS
-
Modem Kirin 970 Integrated LTE
(Category 18/13)

DL = 1200 Mbps
5x20MHz CA, 256-QAM

UL = 150 Mbps
2x20MHz CA, 64-QAM
SIM Size NanoSIM
Wireless 802.11a/b/g/n/ac 2x2 MU-MIMO, BT 5.0 LE,
NFC, GPS/Glonass/Galileo/BDS
Connectivity USB Type-C, 
No 3.5mm headset
Features Fingerprint sensor, fast charging (USB-PD),
IP68 water resistance
Launch OS Android 8.1 with EMUI 8.1

Much like the P10 and P10 Plus last year, Huawei has adopted launching two flagships models this year, both with slightly different sizes and specifications. At the heart of both the P20 and P20 Pro we find the Kirin 970: we’ve had an extensive SoC-centric review of the chipset inside the Mate 10 and Mate 10 Pro earlier this year, dwelling into details such as the performance and power of CPU, GPU and particularly unveiling some characteristics of the new NPU (Neural processing unit). The chip’s CPU configuration consists of 4x Cortex A73 at 2.36GHz and 4x Cortex A53 at 1.84GHz. This is the same configuration as found last year in the Kirin 960 – and a generation behind current flagships such as the Snapdragon 845. We’ll get back to this in the system performance and battery section – where we’ll find some quite good results from the chip. On the GPU side the Mali G72MP12 at 746MHz powers graphics and 3D workloads – although again we’ll have more details in that particular section and how the P20’s differ from the Mate 10’s in this regard.

On the memory side the P20 Pro comes with 6GB of LPDDR4X while the smaller P20 comes with 4GB. In terms of storage, both devices come with large base storage capacities of 128GB of UFS 2.1 NAND solutions. Huawei’s choice of going this high in base storage is well received as the devices don’t offer expandable storage via microSD cards – something other companies which also choose not to offer should take note of.


P10 Plus, P20 Pro, P20, P10

As noted in the intro, the P20 Pro and P20 come with a major design overhaul that no longer bares any similarity to the P10 line or past Huawei devices. Huawei first transitioned to a glass back design and new wide aspect ratio screens in the Mate 10/Pro series, and in the P20’s we see the evolution of this design.

The smaller P20 comes with a 5.8” 2240x1080 RGBW LCD screen, which results in an aspect ratio of 18.66:9. As screen diagonals nowadays don’t really convey the size of a phone anymore – let’s keep it to the basics: a phone width of 70.8mm, which is slightly wider than last year’s P10 and comes most similar to the iPhone X when comparing it to competing devices. The P20 however feels smaller, and that’s mainly due to the thinner form-factor of 7.65mm. Still, Huawei packed a 3400mAh battery into the P20, which if I’m note mistaken, puts it at the top in terms of battery capacity for that particular phone size.

P10 Plus, P20 Pro, P20, P10

The P20 Pro comes at a larger 6.1” diagonal with a same resolution screen, however this time it sports an AMOLED panel from Samsung instead of an LCD. Both screens are wide gamut capable and use configurable sRGB or DCI-P3 colour spaces. The P20 Pro is only 3.1mm wider than the P20 at 73.9mm, however this results in a noticeable different feel than the P20, making it the same form-factor as the Mate 10 Pro and Galaxy S8+/S9+. Here, Huawei included a 4000mAh battery, which also a defining characteristic of its larger devices that Huawei prides itself in able to offer.

Huawei’s inclusion of display notches made a lot of fanfare in the media and in terms of feedback from users – but personally I don’t have any strong feelings either way, especially since Huawei includes a mode where the notification area in the notch ears can be blacked out to create a seemingly uniform top edge. Inside the notch area we find a 24MP front-facing camera with an F/2.0 lens and fixed focal length, a pair of sensors and the small round earpiece grill. The notification light is found above the sensor array – here I think Huawei could have done better as I find the light to be extremely small and not that very noticeable.

For people who don’t like the notch cut-out, the blackout mode isn’t complete total solution as the due to the difference in reflectance of the screen and the black bezel, it’ll still be noticeable in sunlight. The smaller P20’s LCD screen also doesn’t offer sufficiently deep blacks to completely hide this in low-light scenarios (But does so very well in everyday lit cases).

Obviously the cameras of the P20 were the centre-point of their coverage. The smaller P20 doesn’t change its specifications on paper when compared to the P10: We’re still seeing a main 12MP RGB sensor paired with a 20MP monochrome sensor. Huawei did improve the lens as it now features an F/1.8 aperture. There’s no OIS here and Huawei solely relies on EIS for stabilisation.

The P20 Pro’s camera setup is what made some big rounds around the media as well as on our initial hands-on in Paris: The main camera sensor is a huge 1/1.7” 40MP sensor. The pixel pitch here is a mere 1µm – however Huawei extensively uses pixel binning in 2x2 pixel arrays, resulting in an effective resolution of 10MP and 2µm pixel pitch in most shooting modes. The sensor also promises a sensitivity of up to ISO 102400 – something that not used nearly as much as one would think but still extremely impressive as we’ll see in the extreme low light capture comparisons later in the review.

However the P20 Pro doesn’t stop at differentiating its main sensor – it also adds a telephoto module which makes the phone a distinguished triple camera shooter. The 8MP telephoto module comes with a f/2.4 lens and optical 3x zoom. This is the only module that also features OIS on the P20 Pro. Huawei also promises a hybrid 5x zoom by using pixel interpolation between the 40MP and 8MP modules, which ends up being very impressive.



P10, P20, P20 Pro (top to bottom)

The P20’s unfortunately follow the Mate 10 Pro’s dismissal of the headphone jack – something I still think is a mistake from several vendors. At least it seems that Huawei’s internal design is actually one of the rare ones which does take advantage of its removal by increasing the battery footprint inside the phone and offer larger batteries.


P10, P20, P20 Pro (top to bottom)

The P20’s notably improve on the tactile feedback of the volume and power buttons versus the P10 as they get rid of the sharp and shallow clicks in favour of a deeper and softer actuators.


P10, P20, P20 Pro (top to bottom)

One thing that I did not like about the P20 variants which I got is the shiny metal rim around the phone. Although it looks relatively premium (subjectively), it had more of the feel of plastic than metal. Unfortunately this seems to be a characteristic of the variants I got sampled as for example the black P20’s feature a matte finish on the device edges which I would think would be a much better feel for the phones.

Finally, both P20’s have the fingerprint sensor located at the bottom lip at the front of the phones. This is again the same setup as on the P10’s, but in a much thinner format.

Software UI - EMUI 8.1
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  • Vishnu NS - Friday, June 15, 2018 - link

    Andrei - I have the Mate 9 and I get regular monthly security updates. I just got my June 2018 update yesterday. Cheers! Love the review, strongly eyeing the Mate 10 Pro at $549 on Amazon currently. Also awaiting the Pixel 3 XL release later this year before making a new purchase.

    Regards,
    Vish
    Reply
  • chocolatine - Wednesday, June 27, 2018 - link

    My P10+ (in France) has the may 2018 security patches (and Android 8). Using the HiSuite software updater while your phone is plugged in your computer works much better than using the system update menu of the phone Reply
  • amouses - Friday, June 15, 2018 - link

    The Mate10 is supported by Project Treble. And so swifter updates are possible. But so such assurance has been given for any P20 variant. I've repeatedly asked Huawei via official and unofficial forums. You will also notice that Huawei was absent from the Android P Beta programme. Not a good sign. Reply
  • eastcoast_pete - Friday, June 15, 2018 - link

    Thanks Andrei! While some other commentators here seem to have had luck getting updates for their Huawei phones, my experience mirrors yours - spotty or no updates. Would love to hear that they are fully committed to timely updates and longer-term support for their phones. Reply
  • sonicmerlin - Sunday, June 17, 2018 - link

    Don't these come with Project Treble? Shouldn't that make updating far easier? Reply
  • mmrezaie - Sunday, June 17, 2018 - link

    It doesn't on my Motorola! It is still on Android 8.0 and security update from Feb. I think I have got only three updates since it got introduced as one of the first Project Terrible phones. Pun intended. Reply
  • Round - Tuesday, June 26, 2018 - link

    I'm sure Huawei will release updates as soon as they get an approved version from the communist government or the PLA, that has improved tracking apps built in at the OS level. You can trust these guys, along with their friends at ZTE, another stalwart of honesty and integrity. Reply
  • Lodix - Friday, June 15, 2018 - link

    Nice review.

    I noticed the Xiaomi Mi Mix2s has the same problems in terms of GPU throttling as the S9+. Do you know what is causing this behaviour?
    Reply
  • Andrei Frumusanu - Friday, June 15, 2018 - link

    It's just the behaviour of S845 devices it seems - the MIX 2S review will be a separate piece after this. Reply
  • ZolaIII - Friday, June 15, 2018 - link

    Probably the step into right direction. Xiaomi uses CAF defaults this day's & yes they are very aggressive.
    To answer the question;
    The A75's are about 50% larger more power hungry compared to the A73's both SoC's are made on the 10 nm Samsung FinFET while later one (S845) is made on more optimised one which is let's say capable of saving around 20% power compared to the early one. The S845 is also clocked hire and all do it's only 12~13% those eat additional 25~30% more power. The all FinFET structures leak insanely when the around 2.1~2.2GHz limit is crossed so more than that should be used for short bursts and only when really needed. In the end we have 1.5~1.6x CPU power consumption while sustainable power limit remains the same 2.5~2.7W. This is enough to diminish the A630 efficiency/performance/proces advantages of around 30% combined. Their is no hotpluging in user space whatsoever on any newer Snapdragon SoC's/builds (since removing the Core_ctl a year ago) which can help a lot regarding sustainable GPU performance. At the end it's at least easy to play with Kirin regarding limiting the CPU frequency scheduling as it uses good old interactive governor & I am certain it will be very beneficial regarding GPU through.

    Best regards.
    Reply

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