Qualcomm's first smartphone specifically for the “Snapdragon Insiders” tech community should actually be a bang and satisfy the needs of tech enthusiasts. Questionable decisions about price, selection of components and software disturb the eagerly awaited project.
Table of contents
1 Tech enthusiasts and insiders expect more from Qualcomm
In a set with headphones for 1,300 euros
Lighter than the ROG Phone 5
The fingerprint sensor is an ergonomic catastrophe
High quality workmanship with good speakers
144 Hz fast OLED screen
Bright Panel with up to 1,100 cd/m²
2 Snapdragon 888, profiles, benchmarks, throttle test and Android
There are no apps for enthusiasts
Five profiles determine the performance
Benchmarks with dynamic profile
Throttle test benefits from the profile for high performance
Faster and above all a lot of memory
Stock Android without update promise
3 Wi-Fi 6E, 5G mmWave and unfinished software
mmWave also for German buyers
Wi-Fi 6E with 480 MHz in Europe
Snapdragon Sound was not yet available finished
Camera software not yet final
4 triple cameras and battery life
focal lengths from 14.3 to 80 mm
Good night mode for wide and ultra wide angle cameras
Qualcomm reduces battery by a third
5 Conclusion
Qualcomm itself is entering the smartphone market after the San Diego company was previously known primarily for its processors and 5G solutions and supplied them to well-known names in the segment. However, this is not a completely normal entry into the market. Strictly speaking, even the mention of the company name moves into the background, because the phone is marketed as the “Smartphone for Snapdragon Insiders” and it was designed by partner Asus. The product is very similar to the ROG Phone 5 for a reason.
The target group of the smartphone are primarily the so-called Snapdragon Insiders, who are a Qualcomm social media community that was launched in spring this year and which had 1.6 million “insiders” on platforms such as Twitter and Instagram at the end of June , YouTube, Reddit, WeChat, JD.com and Tmall counted. And for this group of users, there is now their own smartphone, which is intended to combine many of the latest Qualcomm technologies in one product. In principle, anyone interested can buy the mobile device, although it is sold via the Asus online shop at a price of 1,299 euros. Pre-orders can already be made in the USA and China, and sales in Germany and other countries are expected to start in August.
Packaging of the smartphone for Snapdragon Insiders Packaging of the smartphone for Snapdragon Insiders
In a set with headphones for 1,300 euros
At 1,300 euros, the “Smartphone for Snapdragon Insiders” is in the top league, so it has to compete with devices such as the Galaxy S21 Ultra (test), the iPhone 12 Pro Max (test) and the like. The fact that the price is so high is also related to the scope of delivery. Because Qualcomm wants to demonstrate the capabilities of Snapdragon Sound, the MW08 wireless in-ear headphones from Master & amp; Dynamic in an adapted version for “Snapdragon Insiders”. Their price is 300 euros (RRP), so that effectively 1,000 euros have to be paid for the smartphone. Asus and Qualcomm only offer the mobile device in a bundle.
The “Smartphone for Snapdragon Insiders” – henceforth just called SFSI – shows strong similarities to the ROG Phone 5 from Asus, but comes with a somewhat simpler design and its own color called midnight blue. The basic layout and dimensions, however, correspond to the Asus smartphone. With Qualcomm the device measures 77.3 × 173.2 × 9.55 mm (W × H × D), with Asus it is 77 × 173 × 9.9 mm. The weight is 210 to 239 g in favor of Qualcomm, which suggests bad things when looking at the battery.
Smartphone and headphones on the platter
Image 1 of 5
Smartphone and headphones on the presentation plate Smartphone and headphones on the presentation plate Snapdragon logo on the in-ear headphones Bumper case, cable and power supply as additional accessories Scope of delivery of the smartphone for Snapdragon Insiders
The battery does not survive the slimming diet
The SFSI has a slightly smaller installation depth, a fingerprint sensor and an illuminated Snapdragon logo on the back. The Asus smartphone, on the other hand, is marginally thicker and uses a fingerprint sensor integrated into the display. This layout means that Qualcomm can only build in an energy storage device with 4,000 mAh, while Asus uses a 50 percent larger 6,000 mAh in the ROG Phone 5.
Fingerprint sensor is an ergonomic catastrophe
The fingerprint sensor on the back is the company's own 3D Sonic Gen 2, which was introduced at the beginning of the year and is 77 percent larger than the first generation. So far, the sensor has only been integrated into displays, for example in the Galaxy S21 series from Samsung. With the SFSI, an ultrasonic fingerprint sensor is being built into the smartphone for the first time. The great advantage of ultrasound is actually that wet fingers can also be read. The catch with the SFSI, however, is that it doesn't offer any IP certification at all.
At least as annoying is the ergonomic catastrophe that was created with the fingerprint sensor on the back, as it does not have any indentation and is flush with the case. With every unlocking process, it is a cramp to feel the sensor and successfully unlock the smartphone. Sometimes suitable sleeves with a recess help with this process, but the SFSI only comes with a protective frame.
Rear fingerprint sensor without notch
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Rear fingerprint sensor without notch < img src = "/wp-content/uploads/9f9203767b6a738384dfc05feab2e1ff.jpg" /> The smartphone for Snapdragon Insiders comes in midnight blue Dual-Nano-SIM and USB Type C below
Qualcomm says that the ultrasonic fingerprint sensor can only be installed in OLED displays with flexible panels and that a “rigid panel” is used in the SFSI. Obviously Qualcomm did not want to switch to a worse optical sensor (on paper), because after all, their own technologies are to be demonstrated in the SFSI. The effort to equip the ROG Phone 5 with a completely different panel in order to then install your own sensor was also avoided. The result is a half-baked solution that is not convincing in everyday life. With Qualcomm you could definitely go even harder, because actually the 3D Sonic Max should be used in a flagship model. This was presented at the end of 2019 and should have come onto the market in 2020, but has not been heard from since then.
High quality processed with good ones Speakers
The general processing quality of the smartphone, where there is no cause for criticism in terms of buttons, sockets, millings and accuracy of fit, should be positively emphasized. As is well known, there is no arguing about design, but the SFSI with its asymmetrical structure is not exactly an eye-catcher from the editors' point of view. The midnight blue and the Snapdragon lettering should also not please everyone.
The sandwich construction typical on the market made of glass for the front and back and aluminum for the frame, which holds everything together, also works well with Qualcomm. The dual SIM slot, USB Type C and one of the two speakers are located at the bottom of the case, while the second speaker is installed above the display, which all in all ensure a good stereo effect with solid quality and volume. All buttons are on the right side of the case, whereby only the power button can be easily reached with the left index finger or right thumb – depending on your posture. The volume rocker is too high and should have been placed on the left of the case.
144 Hz faster OLED screen
The view from the front of the smartphone reveals the 6.78-inch OLED panel after switching on, which has a slightly wider bezel at the top and bottom, which ensures a symmetrical layout and, above all, that no notch is required for the front camera . Qualcomm accommodates the small lens with a 24-megapixel sensor in the upper right corner of the frame. Day and night recordings with the selfie camera can be found in the corresponding section.
6.78 inch OLED display with 144 Hz
The OLED panel comes from Samsung and is protected by Gorilla Glass Victus, currently the most resistant glass from Corning. At 6.78 inches in 20.4: 9 format, 2,448 × 1,080 pixels are gathered, which ensure a sharp 395 ppi. The SFSI cannot match the sharpness of a 1440p screen, which is outstanding down to the last detail, although the differences only become visible on closer inspection.
The screen is designed for a refresh rate of up to 144 Hz, which can be activated permanently if desired. The smartphone is delivered with an automatic mode that adapts dynamically to the current content. In addition to these two modes, there is a choice of 120 Hz and 60 Hz. Above all, the two fastest modes ensure an extremely smooth operating experience that is at least equal to the best smartphones on the market – Qualcomm does not spoil here.
Bright panel with up to 1,100 cd/m²
The smartphone also does well in terms of the determined brightness values, which are not far from the information provided by Qualcomm. The manufacturer specifies the outdoor brightness as 800 cd/m², with a peak of 1,200 cd/m². Both values only apply to automatic mode, presumably to protect the panel and keep energy consumption in check. In manual mode, 473 cd/m² were determined with a completely white screen, with a falling “Average Picture Level” (APL) up to 613 cd/m² were possible with 10 percent white. In automatic mode, the SFSI comes close to Qualcomm's specification with 765 cd/m² and the peak brightness is also very high at 1,100 cd/m². The 1,200 cd/m² mentioned by the manufacturer are only realistic with an even smaller APL of less than 10 percent and thus represent a very small point peak brightness. The panel has certifications for HDR10 and HDR10 +, which can be reproduced well with the determined values.
«Previous display brightness max. Display brightness min. Display contrast Next»
Motorola Moto G8 Plus634White point : approx. 7,700
OnePlus Nord629Weißpunkt: approx. 7,400
Samsung Galaxy S9 + 624 white point: approx. 7,800
Samsung Galaxy S9622 white point: approx. 7,700
Huawei Mate 20 Pro616 white point: approx. 7,300
Samsung Galaxy Note 10 + 616 white point: approx. 7,200
OnePlus Nord 2610 white point: approx. 7,100
OnePlus 6607 white point: approx. 7,900
Nokia XR20592 white point: approx. 8,150
Motorola Moto G6589 white point: approx. 8,800
OnePlus 7 Pro585 white point: approx. 7,300
LG Velvet575White point: approx. 7,800
Sony Xperia XZ3569 white point: approx. 7,900
Samsung Galaxy S10e562 white point: approx. 7,400
Cat S52553 white point: approx. 6,900
LG G7 ThinQ546 white point: approx. 9,300
Cat S62 Pro543 white point: approx. 8,650
Sony Xperia 1 II539 white point: approx. 8,400
Sony Xperia 5 II536 white point: approx. 7,500
Huawei P30 Pro531 white point: approx. 7,800
Huawei P20 Pro527 white point: approx. 6,900
Asus ZenFone 6525 white point: approx. 7,400
Samsung Galaxy S10 + 524 white point: approx. 7,200
Oppo Reno2521White point: approx. 8,000
Samsung Galaxy S10519White point: approx 7,200
Motorola Moto G7 Plus518 white point: approx. 8,200
Huawei P40 Pro516 white point: approx. 7,500
Samsung Galaxy A50515 white point: approx. 7,100
Motorola One Vision510 white point: approx. 8,000
Cat S42510White point: approx. 6,900
Oppo A91508 white point: approx. 7,600
Sony Xperia XZ2 Compact506 white point: approx. 7,900
Motorola Moto G7 Power506 white point: approx. 6,900
Vivo X60 Pro503 white point: approx. 7,600
Gigaset GS4501 white point: approx. 9,700
Oppo Find X2 Pro482White point: approx. 7,900
Nokia 7 Plus473White point: approx. 7,800
Motorola Moto G7473White point: approx. 7,900
Xiaomi Mi Mix 2S472White point: approx 7,800
Motorola One470 white point: approx. 7,700
Samsung Galaxy A6463 white point: approx. 8,100
LG G8s455 white point: approx. 7,800
Nokia 6.1452 white point: approx. 9,500
Motorola Moto Z3 Play444 white point: approx. 7,500
OnePlus 6T431 white point: approx. 8,100
Google Pixel 4 XL428 white point: approx. 6,900
BlackBerry Key2420 white point: approx. 7,800
Google Pixel 3a406White point: approx. 6,900
Google Pixel 3 XL400 white point: approx. 7,200
HTC U12 + 399 white point: approx. 7,500
Sony Xperia 1381 white point: approx. 7,600
68 entries Display brightness min. Unit: Luminance (cd/m²)
Xiaomi Mi Mix 2S1
OnePlus 62
Nokia 6.12
Samsung Galaxy Note 92
Sony Xperia XZ32
Apple iPhone Xs Max2
Google Pixel 3 XL2
OnePlus 6T2
Apple iPhone Xr2
Motorola Moto G7 Plus2
Samsung Galaxy S10 + 2
Samsung Galaxy S102
Samsung Galaxy S10e2
Huawei P30 Pro2
Google Pixel 3a2
OnePlus 7 Pro2
Samsung Galaxy A502
Samsung Galaxy Note 10 + 2
OnePlus 7T2
Apple iPhone 112
Apple iPhone 11 Pro Max2
Google Pixel 4 XL2
Samsung Galaxy S202
Samsung Galaxy S20 + 2
Samsung Galaxy S20 Ultra2
Oppo Find X2 Pro2
Huawei P40 Pro2
Oppo A912
LG Velvet2
Sony Xperia 1 II2
Google Pixel 4a2
Samsung Galaxy Note 20 Ultra2
Samsung Galaxy Z Fold 22
Google Pixel 52
Sony Xperia 5 II2
Google Pixel 4a 5G2
Apple iPhone 122
Apple iPhone 12 Pro2
< li class = "chart__row"> Apple iPhone 12 Pro Max2
Apple iPhone 12 mini2
Samsung Galaxy S21 Ultra2
Xiaomi Mi 112
OnePlus 9 Pro2
Samsung Galaxy A52 5G2
Xiaomi Mi 11 Ultra2
Vivo X60 Pro2
OnePlus Nord 22
HTC U12 + 3
Motorola Moto G7 Power3
Motorola Moto G73
Motorola One Vision3
Sony Xperia 13
LG G8s3
OnePlus 8 Pro3
OnePlus 8T3
LG Wing3
OnePlus 93
Oppo Find X3 Pro3
Nokia XR203
Samsung Galaxy A64
BlackBerry Key24
Huawei Mate 20 Pro4
Asus ZenFone 64
Gigaset GX2904
OnePlus Nord4
Sony Xperia XZ2 Compact5
LG G7 ThinQ5
Motorola Moto G8 Plus5
Gigaset GS45
Qualcomm Smartphone for Snapdragon Insiders (Auto, 100% APL) 5
Samsung Galaxy S96
Samsung Galaxy S9 + 6
Motorola Moto G66
Nokia 7 Plus6
Motorola One6
Motorola Moto Z3 Play7
Cat S4210
Unihertz Titan11
Cat S62 Pro11
Huawei P20 Pro15
Cat S5221
Cat S6127
69 entries Display contrast Unit: Contrast
Samsung Galaxy S95.000: 1OLED-Display
Samsung Galaxy S9 + 5,000: 1OLED display
Huawei P20 Pro5,000: 1OLED display
OnePlus 65,000: 1OLED display
Samsung Galaxy A65.000: 1OLED display
Motorola Moto Z3 Play5.000: 1OLED display
Samsung Galaxy Note 95,000: 1OLED display
Sony Xperia XZ35.000: 1OLED display
Apple iPhone Xs Max5.000: 1OLED display
Google Pixel 3 XL5.000: 1OLED-Display
Huawei Mate 20 Pro5.000: 1OLED display
OnePlus 6T5.000: 1OLED display
Samsung Galaxy S10 + 5,000: 1OLED-Display
Samsung Galaxy S105.000: 1OLED display
Samsung Galaxy S10e5.000: 1OLED display
< li class = "chart__row chart__row - hidden toggle-body-item nojs-tr"> Huawei P30 Pro5.000: 1OLED display
Google Pixel 3a5.000: 1OLED display
OnePlus 7 Pro5.000: 1OLED-Display
Samsung Galaxy A505.000: 1OLED display
Sony Xperia 15.000: 1OLED display
LG G8s5.000: 1OLED-Display
Samsung Galaxy Note 10 + 5,000: 1OLED display
OnePlus 7T5.000: 1OLED display
Apple iPhone 11 Pro Max5.000: 1OLED display
Google Pixel 4 XL5.000: 1OLED display
Oppo Reno25.000: 1OLED-Display
Samsung Galaxy S205.000: 1OLED display
Samsung Galaxy S20 + 5.000: 1OLED display
Samsung Galaxy S20 Ultra5.000: 1OLED display
Oppo Find X2 Pro5.000: 1OLED display
Huawei P40 Pro5.000: 1OLED-Display
OnePlus 8 Pro5.000: 1OLED display
Oppo A915.000: 1OLED display
LG Velvet5.000: 1OLED-Display
Sony Xperia 1 II5.000: 1OLED display
OnePlus Nord5.000: 1OLED display
Google Pixel 4a5.000: 1OLED display
Samsung Galaxy Note 20 Ultra5.000: 1OLED display
Samsung Galaxy Z Fold 25,000: 1OLED display
Google Pixel 55,000: 1OLED display
OnePlus 8T5.000: 1OLED display
Sony Xperia 5 II5.000: 1OLED display
Google Pixel 4a 5G5.000: 1OLED-Display
Apple iPhone 125,000: 1OLED display
Apple iPhone 12 Pro5,000: 1OLED display
Apple iPhone 12 Pro Max5 .000: 1OLED display
Apple iPhone 12 mini5.000: 1OLED display
LG Wing5,000: 1OLED display
Samsung Galaxy S21 Ultra5,000: 1OLED display
Xiaomi Mi 115,000: 1OLED display
OnePlus 95,000: 1OLED display
OnePlus 9 Pro5.000: 1OLED display
Oppo Find X3 Pro5.000: 1OLED display
Samsung Galaxy A52 5G5.000: 1OLED display
Xiaomi Mi 11 Ultra5.000: 1OLED display
Vivo X60 Pro5.000: 1OLED display
OnePlus Nord 25,000: 1OLED display
Qualcomm Smartphone for Snapdragon Insiders (Auto, 100% APL) < /strong>5.000:1OLED-Display
Xiaomi Mi Mix 2S2.471: 1
HTC U12 + 2.241: 1
Nokia 7 Plus2.130: 1
Motorola One1.980: 1
LG G7 ThinQ1.876: 1
BlackBerry Key21.875: 1
Motorola Moto G7 Power1.833: 1
Cat S521.728: 1
Apple iPhone Xr1.670: 1
Motorola Moto G8 Plus1.665: 1
Apple iPhone 111.597: 1
Asus ZenFone 61.551: 1
Nokia XR201.518: 1
Motorola Moto G71.511: 1
Cat S62 Pro1.429: 1
Gigaset GS41.407: 1
Cat S611.400: 1
Cat S421.378: 1
Gigaset GX2901.367: 1
Motorola Moto G7 Plus1.230: 1
Nokia 6.11.180: 1
Motorola Moto G61.081: 1
Sony Xperia XZ2 Compact1.068: 1
Motorola One Vision1.045: 1
Unihertz Titan953: 1
The one from Qualcomm on Delta E & lt; 1 figure for the deviation of the color accuracy is only achieved in the profiles according to sRGB and DCI-P3, but the somewhat oversaturated “Standard” mode with a cooler white point is preset. Qualcomm accommodates color profiles in the “Splendid” menu of the Android settings, which has a total of five profiles. There is a duplication of “Standard”, “Natural”, “Cinema”, again “Standard” and “Customized” for your own settings – probably a translation error. ComputerBase has tested the smartphone with non-final firmware, a first update is to be delivered at the end of August.
On the next page: Snapdragon 888, profiles, benchmarks, throttle test and Android