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Analysis: Nokia’s Huge Bet On Windows Phone 7 is All or Nothing

I was getting a sense earlier in the week from contacts of mine close to both Nokia and Microsoft that Nokia was going to pick Windows Phone 7 as their smart phone platform of choice. Initially I thought this was crazy given that all the momentum is with Android, it appeared as though picking any other smart phone platforms was suicide. However the more I thought about what this partnership means the more I think it makes chúng tôi is an incredibly bold decision by Nokia. There isn’t a shred of evidence that Windows Phone 7 is gaining any momentum in the marketplace. Not with consumers, not with developers and not with handset manufactures. For Nokia to have chosen to go with Microsoft’s mobile platform their executive team must believe that they can single handedly inject new life into the platform.They Must Attract Developers

This may be blatantly obvious however it is still an important point. As it is developers have to split resources and strategically choose which platform to support and develop for. Right now iOS and Android have the majority of developer mindshare. RIM is still there to a degree, webOS with HP’s help is going to attempt to attract developers and Windows Phone 7 has been there to a small degree as well.

For this to be successful, Nokia will need to use whatever market forces they have behind them to get Windows Phone 7 toward the top of the list of developer mindshare. Perhaps the sheer volume of handsets Nokia makes and ships globally will help this. If Nokia can convince developers that not only can they make good money on their platform but also attract them with a large TAM (total addressable market) then perhaps developers may take them seriously.

That, of course, will not be easy, especially since Apple and Google are not taking the proverbial foot off the gas.

Nokia Must Differentiate

One observation about Microsoft’s giving into Nokia’s demand for customization. What about other vendors like HTC or Samsung or others who may want to do some customization as well? HTC, for example, would love to put their Sense UI on devices they make running Windows Phone 7; Microsoft up to now has not allowed it.

The short answer is if Microsoft does not treat each vendor equally they will lose a lot of potential licensing deals. If they tell other handset vendors that they can’t have the freedoms that they are giving Nokia they better be prepared to lose a lot of vendors as partners. If that is the case it becomes Nokia and Microsoft against everybody else.

Will This Partnership Work?

Interestingly, it may work better in parts of the world where Nokia has a strong presence before it works in the US. Given that global smartphone growth is increasing incredibly fast as well, I doubt either company considers this a downside. Microsoft has a decent presence on PCs in many other parts of the world and I can see their mobile platform becoming attractive in many of those global locations with Nokia’s help.

As Stephen Elop said, they are up against a monumental challenge. If this decision does not pay off for Nokia it may be too late for them to do anything else. I keep saying we are living in interesting times. Things just got even more interesting.

What do you think, is this a good or bad decision?

You're reading Analysis: Nokia’S Huge Bet On Windows Phone 7 Is All Or Nothing

Nokia N900 And Maemo 5 Get Official

Nokia N900 and Maemo 5 get official [Video]

In the face of an early review and leaked press shots, Nokia have decided to officially announce the N900 together with its Maemo 5 OS.  Set to get their official unveil at Nokia World next week, the N900 packs HSPA, WiFi and 32GB of storage into a 3.5-inch WVGA resistive touchscreen device powered by an ARM Cortex-A8 with 1GB of RAM, while Maemo 5 supports desktop-style multitasking, Nokia Messaging and a new “cloud” UI.Video demos after the cut

The Nokia N900 also has, of course, a slide-out QWERTY keyboard, OpenGL ES 2.0 graphics acceleration, full Adobe Flash 9.4 support and a 5-megapixel camera with Carl Zeiss optics, dual-LED flash and GPS geotagging.  A microSD card slot means you can increase onboard storage to 48GB, and Nokia estimate the whole thing will cost €500 ($712) when it lands in “select markets” from October 2009.

The N900 measures 110.9 x 59.8 x 18 mm (19.55 at its thickest point) and weighs 181g; more details at the official product page.  As for Maemo 5, there’s plenty more information promised at the official blog in the run-up to Nokia World.  SlashGear will be there bringing back all the information next week.

Nokia N900 overview:

Nokia N900 Interactions overview:


Press Release:

Maemo 5 injects speed and power into mobile computing

August 27, 2009

The new Nokia N900: Computer-grade performance in a handset

Espoo, Finland – Nokia today marked the next phase in the evolution of Maemo software with the new Nokia N900. Taking its cues from the world of desktop computing, the open source, Linux-based Maemo software delivers a PC-like experience on a handset-sized device.

The Nokia N900 has evolved from Nokia’s previous generation of Internet Tablets and broadens the choice for technology enthusiasts who appreciate the ability to multitask and browse the internet like they would on their desktop computer.

“With Linux software, Mozilla-based browser technology and now also with cellular connectivity, the Nokia N900 delivers a powerful mobile experience,” says Anssi Vanjoki, Executive Vice President, Markets, Nokia. “The Nokia N900 shows where we are going with Maemo and we’ll continue to work with the community to push the software forward. What we have with Maemo is something that is fusing the power of the computer, the internet and the mobile phone, and it is great to see that it is evolving in exciting ways.”

Designed for computer-grade performance in a compact size, Maemo complements Nokia’s other software platforms, such as Symbian, which powers Nokia’s smartphones.

“Just as Nokia continues to expand and diversify its device portfolio, so it is deploying multiple platforms to allow it to serve different purposes and address different markets. While we have seen continued growth in Symbian as a smartphone platform, Maemo enables Nokia to deliver new mobile computing experiences based on open-source technology that has strong ties with desktop platforms,” says Jonathan Arber, Senior Research Analyst in Consumer Mobile at IDC.

More multitasking with Maemo

The Nokia N900 packs a powerful ARM Cortex-A8 processor, up to 1GB of application memory and OpenGL ES 2.0 graphics acceleration. The result is PC-like multitasking, allowing many applications to run simultaneously. Switching between applications is simple, as all running content is constantly available through the dashboard. The panoramic homescreen can be fully personalized with favorite shortcuts, widgets and applications.

To make web browsing more enjoyable, the Nokia N900 features a high-resolution WVGA touch screen and fast internet connectivity with 10/2 HSPA and WLAN. Thanks to the browser powered by Mozilla technology, websites look the way they would on any computer. Online videos and interactive applications are vivid with full Adobe Flash(TM) 9.4 support. Maemo software updates happen automatically over the internet.

Messaging on the N900 is easy and convenient thanks to the full physical slide-out QWERTY keyboard. Setting up email happens with only a few touches and the Nokia Messaging service mobilizes up to 10 personal email accounts. Text message or IM exchanges with friends are shown in one view and all conversations are organized as separate windows.

The Nokia N900 has 32GB of storage, which is expandable up to 48GB via a microSD card. For photography, the Maemo software and the N900 come with a new tag cloud user interface that will help users get the most out of the 5MP camera and Carl Zeiss optics.

Nokia 2V: All You Need To Know

The world bore witness to its ascent and eventual global domination in the mobile world all through the 1990s and 2000s. Several of is products, such as Nokia 6600 and Nokia 3310 were rockstars in their own right. Powered by Symbian OS, Nokia phones came to be known for their hard-as-a-rock build quality.

When the next revolution came in the form of touchscreen phones and Android OS, Nokia was swept away in the storm. Following a series of sellouts, shutdowns, and acquisitions, Nokia was administered CPR and brought back to life by its owner HMD Global, with Android as its operating system, beginning from 2024.

Since then, Nokia has seen decent success and has been building up its reputation steadily. With its latest offering, the Nokia 2V, the brand promises to deliver on its newfound adulation.

Nokia 2V Specs

5.5-inch 16:9 HD+ LCD display

Qualcomm Snapdragon 425 processor


8GB expandable storage, up to 128GB

8 MP rear camera

5 MP front camera

4000mAh battery

Android 8.1 Oreo Go, upgradable to Android Pie

Colors: Blue, Silver

Officially named the Nokia 2.1, Verizon Wireless rechristened it as the Nokia 2V, which is why the phone is recognized more by the former name than the latter.

Pricing and Availability

Nokia 2V is sold all over the U.S. in Verizon stores and on their official website priced at $69.99.

→ Buy Nokia 2V at Verizon

What you should know about the Nokia 2V

Here is a rundown of some of the features you should know about the Nokia 2V. The main attributes of the device discussed below highlight why it id good, and why it isn’t.

Larger Battery

For such an incredibly reasonable price, the Nokia 2V holds a hefty 4000mAh battery. Coupled with Android Go, an operating system designed to minimize battery expenditure, the Nokia 2V can do a marathon run of 2 days on a single charge. The phone can also be charged pretty quickly thanks to the support for 5V/2A that pumps a maximum of 10W, the most a non-fast charging phone can allow.

Better Performance

As noted, the Nokia 2V runs on Android 8.1 Oreo Go edition. The phone has been diligently crafted to cut costs on the frills and trills that come in every other phone but are not of much use to anyone, yet made zero compromises on the essentials. Being an Android Go phone entails that there is no lag, no speedy battery drain, even after app updates.

Even better is that HMD Global will be rolling out the update to Android 9 Pie Go edition before the end of Q1 2023.

Rudimentary Design

From an aesthetic perspective, Nokia 2V does not score high with us. Its metallic casing feels a little tacky. It comes in 2 basic colors, navy blue and silver, when there are far more attractive and bold colors selling like hot cakes – rose gold, for instance.


With a mere 1GB of RAM, Nokia 2V sorely disappoints. Nokia may be hoping to get away with this based on the real-time performance of the phone on the Android Go operating system, but even by those standards, 1GB of RAM feels like heading back to ancient times, right?

Nevertheless, the Nokia 2V is still a great phone for anyone in the market for a backup phone that hardly disappoints or even one for kids.

Should you buy the Nokia 2V?

Well, considering all of the above, the good battery it packs in and a decent performance Nokia’s software provides, we have to say that the 2V is a solid option.

If you are in a market for a very basic smartphone at Verizon, then Nokia 2V sure ticks all the must-have boxes.

Another option you have is Moto E5 Plus, which as its plus and down points compared to the Nokia 2V, but for their price, both are good features, and you shall buy whichever you like the most. For this price, these two are the best of the lot.

Nokia 2V accessories

Looking for a few items like a case, screen protector, tempered glass, etc.? Well, we have got you covered. Have a look at our coverage of some of the best Nokia 2V accessories available at the moment at the link right below.

→ Top Nokia 2V accessories

What are your thoughts on the Nokia 2V?

Toncoin Price Analysis: 05 April

A move above the bearish order block would likely see Toncoin register more gains

The diverging Bollinger Bands suggested that another move north could be in the works

As the broader cryptocurrency market turns bullish, with Ethereum breaking past the $1,840-resistance level to hit $1,900 and Bitcoin attempting to climb above $29,200 again, Toncoin (TON/USDT) displayed mixed signals based on various technical indicators.

Read Toncoin’s [TON] Price Prediction 2023-24

This former zone of resistance seemed to be on the verge of being broken

Relative Strength Index (RSI) is a momentum oscillator that measures the speed and change of price movements. With a value of 66.3, the RSI for the TON/USDT pair was in a moderately overbought territory. This suggested that there might be a slowdown or a possible reversal in the short term, as the momentum nears overbought levels.

Bollinger Bands  help traders identify potential trend reversals and price breakouts by tracking volatility. The initial divergence of the bands indicated that the TON/USDT pair may be entering a period of expansion. And, a significant price action north could follow.

On-balance Volume (OBV) is a cumulative volume-based indicator, one that analyzes the relationship between price and volume. The increase in OBV from 15 million on 28 March to 20.56 million suggested a hike in buying pressure. This hinted at the possibility of sustained price growth for TON.

Chaikin Money Flow (CMF) is an oscillator that measures the flow of money into and out of an asset. A negative CMF value of -0.05 highlighted that selling pressure is slightly dominating buying pressure. This could lead to short-term bearish momentum on the charts.

Is your portfolio green? Check the Toncoin Profit Calculator

Moving Averages – The 21-period SMA (2.25) and the 55-period SMA (2.17) for TON/USD revealed close proximity between the short-term and long-term moving averages. This close positioning suggested a potential trend reversal or breakout in the near future, as the market awaits a decisive price movement.

Moving Average Convergence Divergence (MACD)  is a momentum indicator that assists traders in identifying trend strength and direction. A MACD value of 0.02, with both the MACD and Signal Line above the zero line, signalled bullish momentum for the TON/USD pair. This could result in further price appreciation in the short term.

Parabolic SAR is a trend-following indicator that helps traders determine potential trend reversals and current trend direction. With the SAR dots positioned above the price candles, the Parabolic SAR suggested a bearish trend for TON/USDT. However, traders should monitor the SAR dots closely for any potential flip below the price, signalling a bullish reversal.

Toncoin has good chances of gains if a breakout past $2.3 materializes

Considering the inferences drawn from the various technical indicators, the TON/USD pair flashed mixed signals. The RSI, OBV, and MACD pointed to potential bullish momentum, while the Chaikin Money Flow and Parabolic SAR highlighted a bearish trend. On the contrary, the diverging Bollinger Bands and the close positioning of the moving averages indicated a possible breakout in either direction.

In the context of the overall bullish sentiment across the crypto-market, traders should exercise caution and closely monitor the TON/USDT pair for any definitive trend signals. A break above significant resistance levels at $2.40 and $2.60 could present a ‘buy’ opportunity, while a break below the support levels at $2.05 and $1.85 may signal a ‘sell’ opportunity.

As the market remains uncertain, vigilance and swift response to emerging trends are essential for traders in the current climate.

Data Analysis Using Python Pandas

In this tutorial, we are going to see the data analysis using Python pandas library. The library pandas are written in C. So, we don’t get any problem with speed. It is famous for data analysis. We have two types of data storage structures in pandas. They are Series and DataFrame. Let’s see one by one.


Series is a 1D array with customized index and values. We can create a Series object using the pandas.Series(data, index) class. Series will take integers, lists, dictionaries as data. Let’s see some examples.

Example # importing the pandas library import pandas as pd # data data = [1, 2, 3] # creating Series object # Series automatically takes the default index series = pd.Series(data) print(series) Output

If you run the above program, you will get the following result.

0 1 1 2 2 3 dtype: int64

How to have a customized index? See the example.

Example # importing the pandas library import pandas as pd # data data = [1, 2, 3] # index index = ['a', 'b', 'c'] # creating Series object series = pd.Series(data, index) print(series) Output

If you run the above program, you will get the following result.

a 1 b 2 c 3 dtype: int64

When we give the data as a dictionary to the Series class, then it takes keys as index and values as actual data. Let’s see one example.

Example # importing the pandas library import pandas as pd # data data = {'a':97, 'b':98, 'c':99} # creating Series object series = pd.Series(data) print(series) Output

If you run the above program, you will get the following results.

a 97 b 98 c 99 dtype: int64

We can access the data from the Series using an index. Let’s see the examples.

Example # importing the pandas library import pandas as pd # data data = {'a':97, 'b':98, 'c':99} # creating Series object series = pd.Series(data) # accessing the data from the Series using indexes print(series['a'], series['b'], series['c']) Output

If you run the above code, you will get the following results.

97 98 99 2.Pandas

We have how to use Series class in pandas. Let’s see how to use the DataFrame class. DataFrame data structure class in pandas that contains rows and columns.

We can create DataFrame objects using lists, dictionaries, Series, etc.., Let’s create the DataFrame using lists.

Example # importing the pandas library import pandas as pd # lists names = ['Tutorialspoint', 'Mohit', 'Sharma'] ages = [25, 32, 21] # creating a DataFrame data_frame = pd.DataFrame({'Name': names, 'Age': ages}) # printing the DataFrame print(data_frame) Output

If you run the above program, you will get the following results.

               Name    Age 0    Tutorialspoint    25 1             Mohit    32 2            Sharma    21

Let’s see how to create a data frame object using the Series.

Example # importing the pandas library import pandas as pd # Series _1 = pd.Series([1, 2, 3]) _2 = pd.Series([1, 4, 9]) _3 = pd.Series([1, 8, 27]) # creating a DataFrame data_frame = pd.DataFrame({"a":_1, "b":_2, "c":_3}) # printing the DataFrame print(data_frame) Output

If you run the above code, you will get the following results.

   a  b  c 0  1  1  1 1  2  4  8 2  3  9  27

We can access the data from the DataFrames using the column name. Let’s see one example.

Example # importing the pandas library import pandas as pd # Series _1 = pd.Series([1, 2, 3]) _2 = pd.Series([1, 4, 9]) _3 = pd.Series([1, 8, 27]) # creating a DataFrame data_frame = pd.DataFrame({"a":_1, "b":_2, "c":_3}) # accessing the entire column with name 'a' print(data_frame['a']) Output

If you run the above code, you will get the following results.

0 1 1 2 2 3

Nokia C7 Sits In World’S First Prosthetic Smartphone Arm

Nokia C7 sits in world’s first prosthetic smartphone arm

Mister Trevor Prideaux, a British man born without an arm on the left side of his body, now has what we’re pretty sure is the world’s first prosthetic limb with a built-in smartphone dock. Not only that, but he’s using the cool Nokia C7, a device that not only Chris Davies reviewed here on SlashGear, your humble narrator Chris Burns wrote a review for the USA side of things as well. Now one of these magical little devices sits in the hardened arm of a Brit – hows that for taking your “handicap” and making it work in your favor. Plain old human arm not looking so good to you now, is it?

The business of prosthetic bits doesn’t come up often here on SlashGear, but when it does, it’s awesome. Everything from a £35K artificial hand to a full-on tentacle to a Dalek-style gripper has us applauding the industrial design world for their class. Now we’ve got this fellow Prideaux together with no less than official Nokia communications chiefs and a group of medical experts who’ve together created this special custom build.

What they’ve done here is to carve a phone-shaped fibreglass cradle into prototype arm build, this cradle able to hold and grip Prideaux’s Nokia C7. Prideaux believes this to be the first time this setup has been executed in the world, and notes that he’s proud to be part of the project:

“I can now take calls and make texts just by using my one hand, while the phone sits inside my arm. The phone slots smoothly and securely within my limb and is easily removable, when required. I think this would help a lot of people with prosthethic arms – especially those who were not born with the disability. People who have had motorbike crashes and soldiers who have lost limbs – they could all benefit from this.” – Prideaux

Prideaux is a caterer by trade, and has always had his limbs specially made at a place by the name of Exeter Mobility Centre in Devon. Once he had the idea to add a holster for a smartphone in his prosthetic arm, he contacted Apple to try to get ahold of a blank iPhone casing to test the idea out, but he notes that the group “refused to co-operate.” Next he went to his local O2 carrier when it was time to upgrade the device he already had to a new Nokia, the Nokia crew agreed to help him and the technicians at Exeter Mobility Centre to create the new limb.

Specifically it was prosthethist Steve Gallichan, undergraduate worker Sarah Bennett, and technician Les Street and created a prototype of the arm. The fiber cast of the phone was laminated and built into the limb where it could hold Prideaux’s mobile device.

“Now when I get call I can either hold my arm up to my ear or put it on speaker phone. I can also take it out if I need to. Texting is also much easier and a lot safer. I am hugely grateful to the people EMC. This is a leap forward which has helped me out a lot and can also aid others.” – Prixeaux

Now we’ve just got to get something like that for human skin implants as well – could you live with just one size? I imagine your favorite smartphone would really, truly have to be your favorite for you to be able to choose one mold. Love it all!

[via Telegraph]

40Mp Shootout: Huawei Mate 20 Pro Vs Nokia Lumia 1020

Camera specs

As far as we’re aware, the main camera sensor inside the HUAWEI Mate 20 Pro is essentially the same as the P20 Pro. It’s a 40MP, 1/1.7-inch sensor with 1.0µm pixel sizes that can be combined via pixel binning to produce 2µm 10MP shots for better light capture. The lens retains a f/1.8 aperture and 27mm focal length.

Camera shootout samples

Detail at a distance

A 40-megapixel camera is overkill for most shooting situations, but it’s really good for capturing extra detail in long distance and macro shots. That’s what we’re predominantly going to test here, looking for fine details, as well as general color balance and exposure.

First, a full-frame outdoor shot. The most obvious difference here is the color balance. The Lumia 1020 opts for a warmer, more colorful pallet than the Mate 20 Pro. However, the Mate 20 Pro gets the nod here for its more realistic look. The Lumia 1020 oversaturates the grass.

Closer inspection of the 100 percent crop reveals very similar levels of detail between the two cameras. The Mate 20 Pro has its pros and cons here. While there’s a smidgen of extra detail and highlight capture on the roof tiles, the sharpening and denoising algorithms ruin other aspects of the image.

This is particularly noticeable in the shadows. While the Lumia 1020 presents smooth shadows on the side of the house, the Mate 20 Pro creates a spackled, painted-looking effect that’s not very realistic. The tree is also captured much more clear on the Mate 20 Pro, while the Lumia presents a very soft image that almost blurs the branches into the sky. Although HUAWEI’s extra clarity comes partly from the use of some sharpening in its post-processing pipeline.

Unfortunately, the Lumia 1020 becomes increasingly noisy and smudged looking towards the edges of the image. It’s not unusual for camera resolution to be superior in the center of a camera frame, but the 1020 suffers from this problem quite noticeably. The Mate 20 Pro holds up a little better at the edges (see the grass and leaves in the image below), but we can again clearly see the heavy denoise algorithm working on the branches and shadows.

Time for another outdoor example, but we’ll save some space and just look at the crop this time. Key things to look for in this picture is the clarity of the metal bars on the left, the noise and clarity of the text on the right, and the depth of the blacks in the shadows underneath the sculpture.

Here the Lumia 1020 appears sharper in the foreground, particularly on the top left of the crop and around the edges of the sculpture. However, the background on the right of the crop is noticeably noisier and less defined than the Mate 20 Pro’s photo. It’s clear HUAWEI’s heavier reliance on denoise post-processing works better in some areas than others, and it doesn’t look very good on straight lines. Overall the colors are both pretty good.

One final outdoor crop. Again, the Mate 20 Pro’s details pop more than the Lumia’s, but this is again a mix of post-processing and some small improvement to its resolvable resolution. The straight lines on the brickwork appear to suffer from HUAWEI’s denoise algorithm once again, but the sharpening does pick out some extra dynamic range in the texture detail. The Lumia is noisier than HUAWEI once again, which can be easily observed in the sky. There are definitely pros and cons to each camera here.

One final note. The branches on the left in the Lumia 1020 picture seem slightly purple, a telltale sign of chromatic aberration from the camera lens. The effect pops up with the Mate 20 Pro, but to a lesser extent. The Mate 20 Pro isn’t immune from problems in this picture though — there’s a clear border on the top edge of the building.

This doesn’t appear on the branches, where the Mate 20 Pro produced a noticeable halo, and it’s clear the sharpening effect isn’t as strong as before. This could be the result of the sharpening and denoise algorithm, or perhaps from multi-frame exposure stitching.

Macro shots

However, there’s an odd haloing effect around the edge of the leaves in the Mate 20 Pro picture. It’s tough to tell if this the result of a typical oversharpening problem or a side effect of multi-frame exposure processing. The highlights are arguably also slightly overexposed in this image, which some purists certainly won’t care for. The painting effect of the denoise algorithm can also be noticed on some of the leaf textures.

In this final shot, again the HUAWEI Mate 20 Pro comes out clearer, albeit with some rather strong highlights. Although most of the details are again like for like. The Nokia Lumia 1020 seems to have a little trouble keeping everything in focus, seemingly because of trouble with light capture, which is indicated by the rather large amount of noise near the bottom of the crop.

Overall, the Mate 20 Pro captures a smidgen more detail but is much heavier on the post-processing

Low light performance

Performance in low light is simple enough to judge. Less noise is obviously desirable, as long as an excessive denoise algorithm doesn’t brush over details. The P20 Pro was rather overzealous in that regard last time we tested, but the Mate 20 Pro has clearly dialed back the level of denoise processing applied.

This example is a clear win for the HUAWEI Mate 20 Pro. Not only is the noise far less pronounced, but the color balance and exposure are notably better too. There is still some noise present, but that’s normal for such small pixel sizes in very low light. The Lumia 1020 struggled to focus with light any lower than this and clearly suffers from a substantial amount of grain. We can also see colors leaking across pixels, resulting in poorly defined edges around our little Android figure. Say what you will about about mobile camera technology development over the past five years, low light performance has improved substantially.

The scientific method

If you’re not a fan of this subjective testing I’ve also put both phones through our camera testing suite, where we can accurately measure color accuracy, resolvable resolution, noise, and more. Here are the results.

Based on the numbers from our lab, the HUAWEI Mate 20 Pro is the better shooter in detail capture, noise, and color accuracy. The Nokia Lumia 1020 still performs reasonably well by today’s standards, but the image quality towards the edges of the frame prevents the camera from fully realizing the benefits of its high-resolution sensor. At the very least, we can conclude HUAWEI’s work on the lenses and color processing in the Mate 20 Pro pay off.

In real-world shots, we see the scientific analysis clearly reflected in the level of detail and colors from our sample shots. That being said, some lingering issues with HUAWEI’s sharpening and denoise algorithms prevent this from being a home run. The situation has improved from the P20 Pro, but there’s clearly still room to further tweak HUAWEI’s camera setup. Even so, it’s the best 40MP smartphone shooter in town.

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