Mobile World Congress 2020 was cancelled, but that does not
mean that you will miss all the big announcements. HUAWEI just had their announcement
not more than an hour ago. In that announcement they announced the latest HUAWEI
Mate Xs foldable smartphone. It is pretty much an evolution of last year’s
HUAWEI Mate X foldable smartphone. That is not all they launched though.
This year they also introduced the HUAWEI MatePad Pro, a
high-end tablet designed for the professionals. Why we say that? It has a DCI-P3
colour accurate display for the best sort of colour reproduction you can get on
10-inches of display. The 10.8-inch display pushes 2,500 by 1,600 pixels, effectively
a QHD+ display. With a 90% screen to body coverage too it is small, really
small. Thin too at 7.2mm, as thick as modern smartphones.
It is one of HUAWEI’s most advanced tablets to come out of
the Chinese tech giant’s showrooms. It packs HUAWEI’s HiSilicon Kirin 990 5G
processor. You get an option of getting the MatePad Pro with 5G connectivity
too if you really must. Of course, the 5G versions will cost you a little bit
more.
Audio cannot be neglected in a super powerhouse like the
MatePad Pro too. You get not only four speakers at each corner of the device; you
also get far-field mics for your voice commands from a distance away. That is
all wrapped in ultra-light fiber glass body or stylish vegan leather body.
For maximum productivity, you can get the HUAWEI M-Pencil
for EU€
99. You can take advantage of the app multiplier, multiscreen collaboration, multi-window
modes, and even HUAWEI share for even more optimised productivity and
multitasking. Of course, it does have large battery to fill the space within
the slim and compact body. 7,250mAh large, in fact. For that, you get all-day
productivity. It even charges at 40W if you plug it in a wall charger. It can
charge wirelessly at 37W too.
The HUAWEI will be available within this quarter of 2020. Malaysia? We do not have a set date yet, but it looks like we are also getting it soon enough. It comes in either Green or Orange Vegan Leather colour options, or White or Grey glass fiber colour options. Prices start at EU€ 549 (6GB + 128GB) [MYR 2,520], EU€ 649 (8GB + 256GB) [MYR 2,979], EU€ 749 (8GB + 256GB, M-Pencil, Vegan Leather) [MYR 3,438] for the WiFi version, EU€ 599 (6GB + 128GB) [MYR 2,749], EU€ 699 (8GB + 256GB) [MYR 3,208] for the LTE variant, and goes all the way up to EU€ 799 (8GB + 256GB) [MYR 3,666], EU€ 949 (8GB +512GB) [MYR 4,355] for the 5G variant. The HUAWEI MatePad Pro runs on HUAWEI’s EMUI 10.0.1 based on Android 10 Operating System (OS) though you can only get your apps through HUAWEI’s App Gallery.
HUAWEI showcased the interestingly complex and advanced
HUAWEI Mate X, a foldable smartphone that is unlike anything that we could
imagine a foldable smartphone would be. Instead of folding inward, the display of
the Mate X folds outward. That also means that when the HUAWEI Mate X is
folded, the display wraps around the side to the back.
We did not actually see the HUAWEI Mate X making it into the
smartphone market mix in Malaysia. Which also means we did not even get to see
it in person. Still, it made the foldable smartphone market a little bit more
interesting than what it already is. It gives the foldable smartphone market
something to think about, because it was an unconventional solution to a conventional
problem.
This year is still about foldable smartphones apparently. Of
course, there was the Samsung Galaxy Fold that came in with a large display
that folds in. There is an external display of course when the display is folded
in. Then there is the Motorola RAZR and most recently the Samsung Galaxy Z Flip
that was just announced two weeks ago. Oh yes, the Z Flip is going to make it
in Malaysia.
Of course, HUAWEI is not going to be the only one missing
out. For this year they are launching their brand-new HUAWEI Mate Xs. Like the
Mate X we saw in CES 2019 last year, the HUAWEI Mate Xs features the familiar
Falcon Wing Hinge. The one found on the HUAWEI Mate Xs is supposed to be sturdier
than the original Mate X though, at least that is what they are claiming.
Like the Mate X of 2020, it also features a display that
folds out into a larger display instead of folding in. Which also means that
the Mate Xs will have a wrap-around display as well. Folded in, the main
display measures in at 6-inch. That extends to 8-inch once popped out. Yes, it
is a spring loaded mechanism, only for the first part of the unfold though.
As one of the leaders in 5G infrastructures and technology,
the HUAWEI Mate Xs comes with 5G capabilities too. While it does have dual SIM
capability, the other SIM tray can only support up to 4G connectivity, understandably
as well.
Of course, a new flashy flagship has to come with a flashy
processor. For that, the HUAWEI Mate Xs gets a HiSilicon Kirin 990 System on a
Chip (SoC). Of course, that also means that the HUAWEI Mate Xs is perfect for
multitaskers with multi-window capabilities built-into the User Interface (UI).
You can even open two instances of a single app if the app supports App Multiplier
feature. Imagine having two instances of WhatsApp running at the same time.
Instead of having two or even three camera arrangements though,
HUAWEI has gone quite conventional with a single camera array. The single camera
array is still a system of HUAWEI’s proven SuperSensing 40-Megapixel quad camera
set-up. Supporting the main camera is a 16-Megapixel ultra-wide shooter, 8-Megapixel
telephoto lens, and a 3D depth sensor for better Bokeh photos.
A large screen, as usual, needs a large battery. The HUAWEI
Mate Xs packs a 4,500mAh battery. While that may not sound that big compared to
equivalent 8-inch tablets, you must remember that HUAWEI smartphones do come
with some very impressive battery life, according to user testimonies anyway. If
that is not enough for you in a day though it charges at 55w; that is as fast as
some notebook PC these days. The notebook that typed out this release, for
example, charges at minimum of 40W. With 55w charging, the HUAWEI Mate Xs
charges from empty to full within 40 minutes.
teThe HUAWEI Mate Xs is said to be sold globally next month, March 2020. Earlier in the presentation Richard Yu did say that the new smartphone will be expensive. How expensive? EU€ 2,499 expensive. That is about MYR 11,500 and that is for the 8GB RAM and 512GB storage variant. Yes, it does come with 5G connectivity. The HUAWEI Mate Xs comes with their very own EMUI 10.0.1 and HUAWEI Mobile Services based on the Android operating system. It does not support Google’s Play Store though.
The HONOR 9X Pro has already been lauched in the Chinese domestic market and was expected to make its international debut at MWC2020; Wait didn’t MWC 2020 get cancelled? Unfortunately, yes it has been officially cancelled due to safety concerns over the ongoing COVID-19 virus outbreak.
In light of these developments, HUAWEI and HONOR are going to be launching their products via a live stream. HONOR’s launching will be on February 24 at 6:30PM CET (11pm IST) with not one but two products. The live stream of their launch can be found on their Facebook, YouTube, Twitter and even on their global website.
HONOR 9X Pro will be launched together with HONOR’s laptop, the MagicBook. Even though the HONOR 9X Pro is not a new phone, it is will be coming the latest HUAWEI Mobile Services (HMS). This phone is also the first phone for HONOR to launch with HMS.
The HUAWEI Mate 30 had a taste of HMS in countries such as Spain, Indonesia and Malaysia but the HONOR 9X Pro will feature a revamped version of the HMS. HUAWEI has been working tirelessly on the HMS ecosystem as it has to replace Google’s apps and services in hopes to keep existing users and hopefully attract new users too.
The phone itself was released in August of 2019. The 9X Pro runs on the Kirin 810 processor which is touted to offer the ultimate gaming experience, backed up powerful performance. Even though the processor launched back in August, it has only just made its debut in HUAWEI’s line up with the launch of the Nova 7i.
Other than the phone, let’s not forget that they will also be launching the HONOR MagicBook that will also play its role in the while HMS ecosystem. Even though it will be in the HMS ecosystem, the MagicBook will be the first device by HONOR to run Windows 10.
Photography is a wonderful thing. Everyone loves a good photo. A good photo can be shared with the world to convey stories, to eternalise important moments, to remember. It allows you to see the world or environment as someone else does. It allows you to express yourself too. A Picture speaks a thousand words they say; and it still rings true.
We also always believe that photography is the fundamentals of any visually related productions. Videos, for example, are just compilations of several thousand photographed frames put together side by side to create a bigger, clearer, and more specific story. Illustrations are merely a photograph of your imagination put into a canvas.
The Tool of the Trade
For years, photography holds a very significant place in humanity. It captures our pivotal movements, it captures history. It keeps our legacy, our memories, our achievements in a single piece of paper that it prints on.
Back then, when the first camera was introduced, cameras
are huge equipment that can hardly be carried around. Setting them up
takes time, getting a good amount of light is also crucial to get the
best photos. After all, photography is merely an act of capturing light.
When the handheld camera was introduced, it became a sensation for photographers; now they can carry their gear anywhere and work wherever, whenever. It was a simple hardware with a mirror inside and sensor to capture light. It was rudimentary and colourless still; pretty much black and white. If you need extra lights, you need to carry around a large flash tool as well that explodes (sort of) in people’s faces to give them light.
A little later they manage to attach the flash module to the camera. It is still no small thing though. It still looks like it could replace your sling bag and weighs more than the average camera today.
The Modern Tool for the Modern Photographer
Today, if you get into the field of photography, you will be spoiled for choice. There are always two camps in photography; those who prefers the ways of films, and those who champions digital photography. Yes, there are those that has both types of gear; let’s face it though; you will have to start choosing at one point to go with either film or digital. Most professionals have moved to digital photography thanks to the flexibility and simplicity of the format. There is the matter of long term costs as well.
We do understand the appeal of film photography though. There is a very classic feel when you hold a film camera. With films, every shutter press matters, every press counts. A wasted shot is a shot you will never get back. You get a sort of warm, fuzzy feeling when you see a printed film photograph. It is just irreplaceable.
Yes, even in a film camera, the sensor size plays a little bit of a role in the sort of photos you get too. There are even wide-angle format films to fit ultra-wide sensors in the film camera. In general, films in general produce higher detail shots with less distortion. Depending on lens filters, sensor types, film conditions, and sensor condition, film cameras can have more accurate colour reproduction too.
Then there is the digital camera, the modern tool for the modern photographer, be it an enthusiast or a professional. To be fair, when the format was first introduced many years ago it was not very good. Thanks to the heavy reliance on megapixels, which are basically the number of dots that you can cram in a photo, the large sensors that does not have that many pixels packed together was not very good.
The digital camera has evolved to the point that we cannot imagine a world without digital cameras. You have the new Sony Alpha 7 R Mark IV with more than 50-Megapixel (64-Megapixel to be specific) crammed into its full-frame sensor; something quite unheard of before. That could spell trouble, but then again, we have come to a point where full frame sensors are kings. We are also beginning to find out the limits of the full frame sensor – how much we can push the full frame format.
The Modern Pocket All-in-One
Then there is something we carry in our pockets everyday these days; the smartphone. These days, the stress and emphasis that I put on the camera performance of that little thing in your pockets are tremendous, ridiculous even. This was quite inevitable too though, not thanks to demand; thanks to marketing, thanks to Apple, and Samsung, and HUAWEI, and HTC.
There are several reasons why smartphone manufacturers push camera prowess and photo quality as their main selling point. One of the reasons would be technical, theoretical processing power of the device’s chipsets. Powering a camera requires a large amount of processing power. Processing a 12-Megapixel photo, for example, is quite unthinkable with phones that came out 10 years ago. At that time, you get devices with 5-Megapixel cameras and that is as good as you can get them. Even launching the camera application takes some time thanks to the lack of processing power those devices had.
We can go into little details to why that is so. If we do though, you and I are going to have to do some maths, so let us not. To simplify it even further, take digital cameras that are taking continuous photos without stopping. You see full-fledge, expensive DSLRs taking up to 7 shots a second and then after a few more clicks. You will not get anymore clicks out of it until a little later. The processor built into the camera needs sometime to process the photos and store them into the memory card.
Yes,
a smartphone processor can complete that same task, in the case of a
high-end processors, they could work just as well. Most of the time
though, they would be a little lacking. Still, take a high-end
smartphone and take continuous photos and you find that the device
starts to slow down as well. Take a flagship that is a year to two years
old, and you will find that it will be even slower, they sometimes fail
too.
Still, you get smartphones like the Xiaomi Mi Note 10 where they cram as much as 108-Megapixels from the little things you call a camera sensor in the smartphones and pass those as super high-end cameras that you can replace your full-frame Sony A7S II with. The Chinese brand manufacture in orange are not the first manufacturer to do that though. The other premium Chinese brand in red is also guilty of such far-fetched claims.
The 108-Megapixel shooter on the Xiaomi Mi Note 10, to be fair, is not from the usual OEM, Sony. It is from a company that has been pushing the mobile technology like crazy, that is Samsung. Of course they installed the outrageous 108-Megapixel sensor on their very own Samsung Galaxy S20 Ultra. That is also the ultimate iteration of their own sensor, in their minds. In that device, you can use the sensor, combined with a 48-Megapixel sensor to zoom to about 30x factor. You start to lose detail though if you zoom in that close. They can digitally zoom to up to 100x too, but you really lose all details on that kind of zoom. Your hands would have to be as steady as a rock too.
In truth though, for most users, who only does photos for the #grams (Instagram), a smartphone like the Huawei P30 or even the Xiaomi Mi Note 10 is powerful enough. However, even if it is for Social Media, a proper camera would help plenty in the quality of your posted photos too; trust us. If you are a serious photographer though, be it a regular hobbyist, a semi-professional, or a professional, a smartphone camera is never enough.
Size Matters
Do not let anyone tell you otherwise; in photography, size matters. Well, sensor size matters in photography. The smaller they are, the less powerful they can be. At least that is the current predicament they are in.
Bigger
There is a reason why the print industry goes for sensor sizes bigger than an odd smartphone battery. When you need to print a photo to be pasted to a billboard, you always need photos that comes from medium format cameras with Megapixel counts that go over 50. That is because medium format cameras captures light better, in turn; you get highly detailed photos with near true to life scale. That way, when you are printing a photo taken out of a medium format camera, you can get a billboard size printout and still get amazingly sharp details from the photo.
The smaller you go, the less light the sensor can absorb. Well, it is just the law of physics; there is less surface area that captures light. Because of that, you get blurred out details when you go closer to the photos, when you zoom in. You get softer lines, less defined structures. It might be fine if you are taking a photo of a landscape or landmark. If you want to take portraits of a person though, you want to capture those lines, those creases on the skin, the hair folicles. That is why medium format is still the way to go for when your industry needs a large print.
Big
Of
course, the most popular format in the professional scene is still the
full-frame that we are quite used to. That in itself has the advantage
of being lighter and smaller than the medium format. Plus, plenty of the
lenses you can get your hands on in the market are made for full-frame
lenses.
A full-frame sensor though is quite a little bit smaller than medium format. That means that it captures less light, and theoretically should not be pushed past 50-Megapixel. The more megapixel you cram in, the more problems with capturing light you have. There is a reason why Sony’s A7R III camera does not do that well in low-light conditions as compared to the 12-Megapixel Sony A7S III. Still, better than small sensors like APS-C cropped frame sensors, right?
Small
APS-C sensors exist because people want even more compact cameras and they want interchangeable lens cameras for less money. That is not to say that professionals or enthusiasts cannot use them. Take Sony’s brilliant A6500, or Canon’s M6, or Fujifilm’s highly popular X-T series. Those are brilliant APS-C cameras that are made for not just enthusiasts, even professionals can use them, especially if they are mostly reproducing their work in digital formats; you really do not need more than an APS-C in most cases. Of course, you still get better result with a full-frame or a medium format; if you have the money for them.
Even Smaller
So, what if you cram all that you need in an even smaller sensor, a sensor you can fit into a smartphone. You are getting a sensor smaller than your modern MicroSD cards, smaller than the NanoSIM format. The light captured from such a small sensor is even less. That also means that you are really not getting any kind of significant details from a single photo. The only way for the software in your smartphone to produce any significant photos you can use is to mash a couple of photos of the same things and fill the details in with those photos. In essence, you are super sampling your photos. That can be quite taxing on your smartphone’s processors though, and that is why your smartphone’s camera slows down and fails after a while (my own Samsung Galaxy Note9 has done it a few times).
The worst part is that the small sensors are not supposed to do any good in low-light photography. The only way you are going to see good low-light photos on a sensor as small as the ones in a modern smartphone is thanks to some software trickery within your smartphone and its processing chip. Technically, that is what your smartphone does anyway; again, that is why your smartphone’s camera slows down after a year or two.
Photography Essential? Or Snob Photography?
We are not pointing out any single camera mind you, we are talking about proper cameras in general. There are good ones, and there are bad ones that you can buy in the market. Generally, you will not go wrong with the reputable ones like Sony, or Canon, or Nikon, or Fujifilm. There are other brands in the market obviously, like Leica for example, who makes stellar cameras as well; for a price. There are also people like Hasselblad and Mamiya that does professional grade, medium format stuff. If you are looking into videography, there are brands like RED or BlackMagic that does their stuff very well too. Let us stick to photography for now though.
Control is Everything
While many may argue that the smartphones’ cameras have caught up to DSLRs; I respectfully disagree. Getting a proper camera gives you plenty more control over your shots, you get a larger ISO range, larger aperture range, higher exposure control, more control over shutter speeds, and more control over your image focus. You get to play with more lenses too, although you have to fork out plenty more money for that (they are worth it, trust me). On a smartphone camera, while you get to shoot in RAW and have more control in ‘Pro’ mode, the ranges of control are just not enough, even the latest Xiaomi Mi Note 10 has its own limitations.
On a DSLR, or a mirrorless system that is ever so popular right now, if you need a larger lens opening, you can swap your lens out to another lens with larger aperture, which incidentally gives you better depth of field effect too (bokeh). Need low-light shots? Find a tripod, slow down the shutter speed, open up the lens aperture, push the ISO higher and you get a nice photo at night. Some cameras are equipped with backlight boost these days too. Need to zoom in a little closer than normal? There are zoom lenses equipped for that. Need to focus on a subject that is off-center? Sure, you can manually adjust the focus or let the autofocus do its job; plain and simple.
The Ends Justifies The Means
You most likely get better results from proper DSLRs too. You get better details in any lighting conditions comparatively. Depending on manufacturers, you get better colours too, and they are consistent. Thanks to better control over your settings, you also get the same results every time, anytime. You have more control over your photos, means you can take more photos and just choose the ones that you like most.
The memory card you have in your camera is dedicated to taking in photos and videos from the camera too, so there is no need to worry that your photos are taking up more space that it should. If you need to colour correct, there are tools on your smartphones to do that; since most modern cameras are equipped with Bluetooth and WiFi for image transfer and shutter remote.
Size Still Matters
The only downside in all these is the fact that a dedicated camera, even a mirrorless camera is still much larger than a modern smartphone. They are much heavier too, these cameras. If you consider a regular set up for most photographers (one camera body with up to two prime lenses and a single zoom lens), you need a proper bag to carry them. A smartphone just needs your pocket. Still, if you do have a gear bag for your camera and its gears, you have some more space for a notebook PC to work with and more than just a smartphone.
Essentially
In our humble opinions then, a proper camera still has its place in photography. In fact, if you are getting into photography and is considering to get a high-end smartphone or a camera, we will always recommend you to get a cheaper smartphone and a proper camera set-up instead. A proper camera will always give you better results and more creative freedom and control than any smartphone camera. It is true now, and it should still stay true through 2020 and a few more years to come. We might revisit this topic again way later though. For now, the proper camera is still photography essential. What do you think though? We would love to hear thoughts in the comments!
When the ROG Strix RX 7500-series graphics was launched it was HAWT. It seems like they’re taking that pretty literally; the graphics cards have been reported to heat up, even when not overclocked. Imagine what damage it would have done if it was overclocked, you could likely cook an egg.
ASUS posted a statement a week ago stating that the Graphic Processing Unit (GPU) is not getting its optimal thermal performance as more graphical performance is demanded from the GPU. According to ASUS, the GPU’s cooling fans are torqued between 30 to 40 PSI following AMD’s recommended guidelines. This was done as a precaution as the Radeon RX7500-series is the first GPU based on a new 7nm architecture. Thus, ASUS didn’t want to risk completely killing the GPU.
To solve the problem, ASUS said they have done extensive R&D testing to find out the best PSI range for the GPU to have the most efficient thermal performance. Form their test ASUS has determined that the optimal pressure for the GPU is almost double from the guidelines ranging from 50 to 60 PSI.
On that account, all ROG Strix Radeon RX-7500 shipped from January onwards will ship defaulted to the new settings for better performance and reliability. If you have bought a ROG Strix Radeon RX5700 series before January of 2020, don’t fret. ASUS has got you covered. Contact your nearest ASUS service centers starting March of 2020 and ASUS would happily perform the upgrade for you.
Even though the upgrade would be free, there is another set back to the the upgrading program. Due to the ongoing COVID-19 Coronavirus outbreak, logistics has been affected and necessary shipment of the components would take quite some time. Again do contact your local ASUS service centers for future details.
#Sony announced their #Xperia5 late last year; Impressing most of the #tech world with its specifications and its slender form. The Xperia 5 comes with a Snapdragon 855 and 6GB of RAM. The smaller 6.1-inch screen retains the 20:1 aspect ratio we first saw on the Xperia 1. However, its smaller size makes the smartphone a lot easier to handle in hand.
The Xperia 5 is currently available in Malaysia at a recommended retail price (RRP) of MYR3,399.
Give us a thumbs up! Of course, remember to subscribe to our YouTube Channel; we have plenty more videos like this on our channel.
We wrap up the third week of #February 2020 in this #techENT#techENTDownload#techenttv! Boy, hasn’t it been a little quiet in tech this wee?. No matter though, we still bring you the latest things you need to know for the week starting with #Google banning over 600 apps in their #PlayStore to #Cadillac launching their brand new and first even electric vehicle for the world to see; Malaysia might not get it though. Still, at least we are definitely getting into the #Samsung#GalaxyZFlip!
We’ve started a new #Podcast#techntonic#techntonicpodcast and its available on Spotify, Anchor, Google Podcast, Apple Podcast, Breaker, and other podcasting host channels! If we are not yet on your favourite channel yet, let us know in the comments so that we can work our way there!
Give us a thumbs up and subscribe to our YouTube channel if you like our videos! We have plenty more going on our site too at techent.tv! Do visit and check out some of our latest reviews and write ups! Follow us on all social media for the latest from us too;
LG, mainly known for its home appliances in Malaysia, has unveiled three new phones. The three phones will be under the K series line-up consisting of K61, K51S and K41S. All three phones are expected to be available soon later in March 2020.
This is the first time the K series phones came without a thick bezel on the top to house the front-facing camera and earpiece. This time around LG has joined the trend of thin bezels with big screen to body ratio. LG has also opted for the punch-hole design for the selfie camera on all three of its new K series phones.
Other upgrades are to the camera. LG is finally integrating a multi-camera set up into their flagship devices. Specifically, the LG K61 will be coming with a quad camera set-up with a 48-Megapixel main camera with phase-detect auto focus (PDAF). The second camera is an 8-Megapixel ultra-wide lens, followed by a 2-Megapixel macro lens and lastly a 5-Megapixel depth sensor. As for the front facing camera LG packed a 16-Megapixel shooter in the punch hole housing.
Configuration for the LG K51S on the other hand is a little different from the K61. the main sensor is a 32-Megapixel with PDAF, followed by a 5-Megapixel ultra-wide, a 2-Megapixel macro lens, and lastly a 2-Megapixel depth sensor. The last smartphone, the LG K41S has the same camera configuration as the LG K51S except for the main PDAF lens. The main PDAF lens on the K41S is a lower 13-Megapixel sensor. For the selfie camera the K51S comes with a 13-Megapixel and the K41S comes with a 8-Megapixel sensor.
None of the phone pricing has been released, but LG says three new K series phones will be available starting in the Americas followed by markets in Europe then Asia in the second quarter of 2020. Malaysia specifically? We might not even see them, but one can dream.
OPPO is reportedly getting into the chip making game. This is not the first time a phone manufacturer creates its own chipsets to be used in their own smartphones. You know these brands too, they are Samsung and Huawei with Exynos and Kirin respectively. They call it the Mariana Plan. Not to be confused with the Mariana Trench, the plan will be led by Qualcomm’s former technical director in collaboration with engineers from Oppo’s sister companies, OnePlus and Realme.
In the past, OPPO mentioned of a big R&D push for an ecosystem of smart devices with an investment of RMB 50 billion which is just slightly over US$ 7 billion. Yes, that is what it takes to get into the game with the likes of Qualcomm and MediaTek.
There is no obvious reasons yet on why OPPO would make their own chipset. At the moment as OPPO has been great partners with Qualcomm and Mediatek. There is no indication as well on OPPO dropping the partners anytime soon. Possibly, OPPO sees a market that its missing out on or just a long term cost effective move to install its own chipsets into their phones. The chipsets could also be sold to other phone manufacturers to integrate them into their phones expanding the variety of chipset and value.
With the on going US trade ban, HUAWEI is unable to integrate Qualcomm’s chipset into their phones. Fortunately HUAWEI has their own chipset to lessen the blow of the ban. Based on this logic, OPPO could be developing this new project as their own safety net.
At this point, OPPO has developed one of the best and best known Android iteration in ColorOS. There is no telling yet on what they can do with their chips. If their Android UI development is any indication, they could develop great chips at a fraction of the price of other manufacturers.
Just nine months after the release of their flagship phone and four different products after that, the Chinese manufacturer known for their value-for-money smartphones, Xiaomi is already launching a new flagship phone for the year 2020. New year; new flagship, am I right? Just like all flagships, the device carries the latest top-of-the-line processor – the Qualcomm Snapdragon 865.
XIaomi’s Mi 10 Series are the first devices in the year 2020 to pack Qualcomm’s latest Snapdragon 865 processor with 5G capabilities. Overall clock speed has increased (obviously), but clock speed is so yesterday. 5G on the other hand is the latest buzz. The new Octa-core processor though has a maximum clock speed of 2.84GHz; a 25% increase of performance in both CPU and GPU compared to last year’s Qualcomm Snapdragon 855. It is also supposed to consume less power; specifically 35% less power than its predecessor.
With great power comes great responsibility picture quality. Xiaomi is stepping up its game with a quad camera system with a 108-Megapixel main camera in both the Mi 10 and Mi 10 Pro. But that is all the similarities between the cameras of both devices in the series. On the Mi 10, you get a 13-Megapixel Ultra-Wide lens, a 2-Megapixel Macro lens, and another 2-Megapixel depth sensor.
The Mi 10 Pro on the other hand come with a better 8-Megapixel telephoto lens, a 12-Megapixel 50mm portrait lens (technically also a 2x optical zoom telephoto lens), a 20-Megapixel Ultra-Wide lens. Thanks to the insane 108-Megapixel camera and the new super powerful System on a Chip (SoC) both devices are able to capture 8K (7,680 x 4,320 pixels) videos. Using the 8K video you are also able to capture clear 33MP (technically 8K resolution anyway) photos while recording.
While most of the fancy features are reserved for the main camera. The selfie camera is not neglected. It shoots at a decent 20-Megapixel. Still that is 12-Megapixel less than the Xiaomi Mi Note 10. The camera is nestled in the punch hole at the top left of the display, not the usual tear-drop style taht we are used to like in the Xiaomi Mi Note 10 Pro.
Speaking of cameras, you need a display to view the photos that you take with the super powerful cameras. The Xiaomi Mi 10 comes with the usual curved Full HD+ AMOLED curved DotDisplay measuring in at 6.67-inch compared; bigger than the 6.47-inch of the Mi Note 10. While you lose out on ppi counts, the device makes up for it in its 90Hz refresh rate for a super smooth navigation experience. 60Hz feels sluggish when you put it next to the Xiaomi Mi 10 series devices. The AMOLED DotDisplay also boast some of the best colour accuracy in the market with ΔE<1.1.
Watching movies is a joy with the highly advanced and fast display. Dual stereo speakers on the Mi 10 series devices helps boost the immersive experience. Unfortunately though the Xiaomi Mi 10 will not ship with a 3.5mm jack. Rather, you get a 3.5mm jack dongle in the box. That kind of sucks.
For you to enjoy hours of mindless video content the Xiaomi Mi 10 Pro 4,500 mAh battery and the Xiaomi Mi 10 comes with 4,780 mAh battery. The Mi 10 Pro has 50W fast charging that is able to charge from 0% to 100% in just 65 minutes; Impressive.
There will be three variants of the Mi 10, an 8GB RAM + 256GB storage, 12GB RAM + 256GB storage and 12GB RAM with 512GB of storage. Prices starting from RMB 3,999 that translates to about RM 2,373.
The Mi 10 Pro also has three variants starting with, 8GB RAM + 256GB storage, 12GB RAM + 256GB storage and lastly 12GB RAM + 512GB storage. Where the Mi 10 Pro starts at RMB 4,999 with roughly translates to about RM 2,966.