Samsung Malaysia has announced three new colours for their latest flagship – the Galaxy S22 Ultra. The S22 Ultra is already available in a splattering of colours including white, black, burgundy and green. Samsung’s latest additions to the lineup are Graphite, Red and Sky Blue. These colours will be available exclusively through Samsung’s own online store at Samsung.com. It will not be available in their official stores on LAZADA or Shopee.
These colours are just aesthetic choices which allow for a little more personability when it comes to choosing your own Samsung Galaxy S22 Ultra. Aside from that, they come with the same insides as the already available colours. The smartphone runs on the Snapdragon 8 Gen 1 Mobile Compute Platform with up to 12GB of RAM and 512GB of onboard storage. It has a colour-accurate 6.8-inch, AMOLED 2X display with support for the latest and greatest S Pen.
Source: Samsung
The exclusive colours have one teeny difference from the currently available selection – they come with a black frame. The ones currently available have a little bit of customisation when it comes to the metal frame or trims. The black colour comes with black trim, the white comes with silver while burgundy and green have their respective colours. These combinations give the smartphone a more unibody feel. The black accent on the new colours allows the colours to pop more making them a tad bit more stylish.
Pricing & Availability
The new colours are not immediately available though. They are available, on pre-order, starting on July 4th 2022 until July 14th 2022. These new colours are also only available for the 12GB RAM with 256GB storage version of the S22 Ultra.
During the pre-order, purchases of the Galaxy S22 Ultra in these colours will be entitled to an eVoucher worth MYR800. This voucher can be used when buying select Samsung smartphones, wearables and accessories on the Samsung Online Store. You can also take advantage of an immediate rebate of MYR600 when you trade in your old device.
Xiaomi took to the stage to announce their new flagship series – the Xiaomi 12S series. The series has multiple entries and has the Xiaomi 12S Ultra as its centrepiece. The new flagship is the first device in what looks to be a long-term partnership with Leica when it comes to imaging and photography.
You’re Gonna Leica this – the Leica Summicron 1:1.9-4.1 / 13-120 ASPH. camera system
The Xiaomi 12S Ultra comes with the Leica Summicron 1:1.9-4.1 / 13-120 ASPH. camera system. Yep – that’s a mouthful. The new co-engineered system marries Leica’s camera technology with Xiaomi’s smartphone prowess. It’s a Triple sensor setup with the new, 1-inch Sony IMX989 sensor as the main sensor. The 50.3-megapixel sensor comes with Quad Bayer technology which promises better image capture in both low- and normal lighting and an aperture of f/1.9. It also comes with Octa-phase detection Autofocus which apparently allows it to focus faster. The main sensor is complemented by a 48-megapixel f/2.2 Sony IMX586 ultra-wide sensor and a 48-megapixel f/4.1 Sony IMX586 periscope sensor. These sensors also use Quad Bayer technology.
Source: Xiaomi
The main sensor uses an 8P Aspherical Lens. This helps reduce glares and also helps with imaging performance overall. All of the sensors have Pixel binning which increases the quality of the photos taken by the camera thanks to an even larger hybrid pixel size. Binning essentially creates larger pixels by combining four pixels in the sensor. The Xiaomi 12S Ultra also comes with HyperOIS technology and boasts even better image stabilization thanks to an innovative approach of taking the time between images (7ms) to stabilize and reset the sensor.
In addition to the hardware, Xiaomi and Leica have worked together in developing the software. The result? Two shooting modes that bring Leica’s signature elements into your smartphone. The “Leica Authentic Look” hearkens back to Leica’s signature aesthetic. It brings the vibrancy of true-to-life colours and the depth and emotion of Leica’s surrealism. The resulting photos are colourful or monochrome with a sense of depth. Xiaomi and Leica’s collaboration is more apparent with the “Leica Vibrant Look”. This look brings Xiaomi’s know-how with mobile cameras to Leica’s signature aesthetic. The resulting pictures are more vibrant and work to capture the feel of the moment.
Partnering with Adobe and Dolby
Keeping photography centerstage, Xiaomi and Leica have also worked with Adobe to enable RAW capture on the Xiaomi 12S Ultra. The RAW capture on the 12S Ultra allows you to capture your images in DNG format preserving all the image data so you can edit and manipulate the image on programs like Adobe Lightroom. Adobe Lightroom will come equipped with a special profile for the 12S Ultra which will allow it to show you the actual image captured without you tinkering. Lightroom will be able to load the profile automatically from the image metadata.
When it comes to video capture, the Xiaomi 12S Ultra is the first smartphone to come with the ability to capture Dolby Vision HDR video. This brings a wider colour depth to video than HDR10+, allowing you to impart more emotion and character to your video shots. It will also help with low light performance.
Still Powered by Cutting Edge Tech
While it may seem like the Xiaomi 12S Ultra is all about the camera, the series still comes packed with cutting-edge technology under the hood. The whole Xiaomi 12S series runs on the new Snapdragon 8+ Gen 1 mobile platform which ups the performance of the Snapdragon 8 Gen 1 by nearly 10%. The new Snapdragon 8+ Gen 1 is fabricated with TSMC’s new 4nm node which allows for better energy efficiency with a 21% smaller core and 10% boost in both CPU and GPU performance.
Source: Xiaomi
Xiaomi has also equipped the Xiaomi 12S series with a brand new cooling system which it touts as more efficient than currently available vapour cooling systems. The technology mimics the hydrostatic system of a leaf and its capillaries. This mimicry allows the system to dissipate heat more effectively and quicker than traditional vapour cooling systems. In fact, Xiaomi is touting a 100% better thermal conductivity.
The Xiaomi 12S series comes with a Samsung AMOLED display with 2K resolution. The panel comes with an E5 material which helps increase brightness. The display has a peak brightness of 1,500nits. On the 12S Ultra, the display comes with 1-120Hz AdaptiveSync Pro which allows it to hit 1Hz refresh rates when viewing text and 120Hz when gaming. The other regular 12S and the 12S Pro come with 120Hz AdaptiveSync. Across the board, the displays are calibrated with 100% coverage of the P3 colour gamut and support Dolby Vision.
Xiaomi 12S Pro Source: Xiaomi
The smartphones come equipped with Dual 5g connectivity with a 4×4 MIMO modem. They also support Wi-Fi 6 and Bluetooth 5.2 with support for Qualcomm’s Snapdragon sound and aptX Adaptive.
The smartphones come with Xiaomi’s Surge G1 Battery Management chip and the Surge P1 fast-charging chips. These chips work in tandem to help preserve battery health while extending battery life and reducing charging time. The Xiaomi 12S Ultra comes with a 4,860 mAh single cell, silicon-oxygen anode battery which supports 16A output current. The Ultra supports 67W wired fast charging, 50W wireless fast charging and 10W reverse fast charging. The Pro sports a smaller 4,600mAh with support for 120W wired fast charging and 50W wireless fast charging. The regular 12S comes with an even smaller 4,500mAh battery which has support for 67W wired and 50W Wireless.
Pricing & Availability
The Xiaomi 12S Ultra will be available in Mainland China in the near future. It will be available in Classic Black and Verdant Green. It’s will be available in three variants 8GB+256GB, 12GB+256GB and 12GB+512GB. The 8GB+256GB version will be priced at CNY5999 (MYR3,951.18) while the 12GB + 256GB will retail at CNY6,499 (MYR4,280.08) and the 12GB+512GB version will be priced at CNY6,999 (MYR4,609.82).
The Xiaomi 12S and 12S Pro will be available in 8GB + 128GB, 8GB + 256GB, 12GB + 256GB and 12GB + 512GB variants. Pricing for the 12S starts at CNY3,999 (MYR2,633.90) for the 12S while the 12S Pro will start at CNY4,699 (MYR3,096.10).
Before we go any further; yes, the global chip shortage phenomenon is still a thing. Yes also, things are recovering, and it is looking much better now than last year, at least. Yes, 5nm chips are also already mighty impressive, the most powerful mobile devices are powered by 5nm chips.
The Apple M1 chips and its variant powering all kinds of things are also 5nm chips, technically the most advanced computing solution you can find today. They introduced the M2 chip, also a 5nm chip to power their next generation devices, The most powerful mobile chip today, the Qualcomm Snapdragon 8 Gen 1 is built on the 5nm process too, and it is technically the most technologically impressive integrated processing chip made for smartphones today.
This leads us to a question. What could possibly be better? How could anyone top off 5nm in the current generation? Is 4nm even possible? Turns out, it is. But Samsung did not just stop there, they went ahead and did one better with 3nm.
Ahead of their closest rival in chip making, Samsung has kickstarted their 3nm fabrication line just today. If this goes into Samsung’s next generation Exynos, the Exynos chips will be the most advanced integrated processing chips the world has ever seen. That is also if there is no pushback from TSMC (Taiwan Semiconductor Manufacturing Co.).
Source: Samsung
TSMC’s foundries are responsible for more than half the world’s supply of chips. You can find TSMC produced chips in Apple devices, and more than half the Android devices in the world today with Qualcomm relying mostly on the Taiwanese foundry. They are expected to start their 3nm mass production as well later this year.
Currently though, the only reference for 3nm chips is from Samsung. They say that 3nm chips are now 45% more efficient than 5nm chips. Samsung also says that 3nm chips are 23% more powerful comparatively.
While this is a good step in the right direction for the technological world, it could mark a more important step in the chip industry. While the 3nm fabrication process could be more intensive and expensive than before, smaller more efficient chips could lower the strain on the entire global supply chain. Then again, it really depends on the overall demand for 7nm, 5nm, and 3nm chips in the current market.
While Samsung has started their mass production efforts, and TSMC is looking to start their own 3nm production soon, we will not be seeing devices coming with 3nm chips anytime soon. You can expect 3nm chips to star in devices starting 2023, if we are lucky enough. Still, the Qualcomm Snapdragon 8 Plus Gen 1 is coming soon, and we are still excited about that.
When it comes to smartphones – particularly Android smartphones – you rarely hear of people recommending midrange phones. In fact, it wouldn’t be too much of a stretch to say that you will only get recommendations for flagships like the Samsung Galaxy S22+. That seems to be changing now with more and more companies taking the time to develop and release compelling mid-range, affordable smartphones.
Samsung is, arguably, one of the first smartphone manufacturers to rethink their mid-range with the relaunch of the Galaxy A series back in 2017. The company imbued their mid-range flagships – the Galaxy A7, Galaxy A5 and Galaxy A3 – with features that made the devices more compelling than before. This year, in 2022, they are taking the term “flagship” even more seriously by bringing features from the Galaxy S series to the Galaxy A series flagships – the Galaxy A73 5G, Galaxy A53 5G and Galaxy A33 5G.
With a flagship lineup that fits the “affordable” bill at every price point, we’re taking a look at Samsung’s true mid-range – the Galaxy A53. Does the follow-up to the popular Galaxy A52 warrant your hard-earned money? Did Samsung make a truly compelling smartphone that can champion its mid-range? We’re about to break it down in our in-depth review of the smartphone.
Design
Samsung’s adoption of a tick-tock strategy when it comes to design is no big secret. In fact, the Galaxy A53 and Galaxy A52 are virtually indistinguishable unless you look at getting their exclusive colours. However, the lack of emphasis on design has actually worked to the smartphone’s advantage – as you will see later in the review.
The overall design language of the Galaxy A52 looks and feels premium. In fact, I would go so far as to say that the Galaxy A53 could be a reinvigoration of what we accept a midrange to be. The smartphone doesn’t have the discernible curves we see in flagships, however, the flatter, candy bar design lends itself to better one-handed use and makes it easier to grip. While it may seem blocky and unwieldy, Samsung has put some subtle curvature to the back and frame of the smartphone. These accented curves are a welcomed addition as they allay the digging sensation of sharper angles on a smartphone.
The Galaxy A53 5G is a sleek-looking phone – especially in White. To be very honest, I wasn’t a fan of the white colour of the A53 review unit we got. However, the colour has grown on me during the course of the review. Why? The first reason is that it has stayed white even after our review period. There was no yellowing or stains even after spilling some soy sauce and curry on it. Even when it did seem a little dirty, a quick wipe with a wet wipe or damp cloth got it back to the brilliant white that came out of the box.
The front of the smartphone is nearly completely covered by the screen. There are minute, 2mm bezels which frame the screen but they do little to dull the visual experience of the smartphone overall. On the back, the sleek white covers 100% of the phone. The small camera hump is hidden by the smooth curves that minimise the visibility of the raised module. It does this so well that you sometimes forget that it’s there when looking at the device. The buttons on the A53 5G are also clicky and, thanks to the colour combinations, add to the sleek outlook of the smartphone overall. The White version we have has a silver frame with the buttons.
Yes, Samsung does check all the boxes when it comes to the aesthetics of the device. However, if there is one nitpick I have with the phone, it’s that it’s comically light. While it’s not a deal breaker, the added heft would have made the phone feel just a little bit more premium. Of course, it’s also because the device itself is made primarily out of plastic.
Hardware
The design is just the tip of the iceberg when it comes to the Galaxy A53 5G. It’s also been supped up with some of the better midrange hardware on the market. While it’s not revolutionary and coming with a flagship processor, Samsung has equipped the mid-ranger with enough oomph for it to stand out among its competition.
The Galaxy A53 5G comes with a scaled-back version of One UI 4.1 that we saw in the Samsung Galaxy S22 series. However, Samsung hasn’t slammed the brakes on this version like it has in previous versions. Instead, the version of One UI 4.1 is more feature rich than the ones we’ve seen in the Galaxy A series before.
On the surface, you wouldn’t be able to tell the difference between the Galaxy A53 and any other Samsung device. However, when you look a little closer, features like Samsung DeX are noticeably absent. That said, the lack of these features doesn’t really take away from the overall experience of using the A53 as a daily driver.
Like the version of One UI 4.1 that comes with the S22 series, the Galaxy A53’s version brings the same refinement to the experience. It marries the feature-rich elements of One UI with the refinement that comes with stock Android 12. This complementary approach to One UI allows the device to feel more cohesive than previous mid-range offerings. Elements like Dynamic Widgets and colour palettes bring a layer of personalisation that makes the device feel uniquely yours.
The updated look and feel of One UI 4.1 also brings a sense of refinement that was sorely missing before. The interface doesn’t feel childish or cartoon-like anymore. Instead, it feels like Samsung did put some time and thought into the look and feel of the user interface. It feels more cohesive and well-rounded than other Galaxy A series. It’s also more stable and nimbler. Animations have been optimised to make the phone feel faster and don’t weigh it down.
Performance
Historically, Samsung’s A series never had a device that brought more than just an iterative update and core features. That said, this year’s Galaxy A53 5G made us do a double take when it comes to day-to-day performance in nearly every aspect. Overall, it performed pretty well, striking a balance between battery life, features and day-to-day performance.
Multitasking & Productivity
The Galaxy A53 5G is a smartphone that brings all the core features you’d want in a smartphone. It adopts a lot of the features that you need for a smartphone that allows you to be productive on the go. It’s inherited the essentials from the Galaxy S series and adapts it to fit the users’ needs.
The only jarring omission when it comes to multitasking in the A53 is the lack of Samsung DeX which has become a hallmark feature for multitasking on Galaxy smartphones. That said, other features like multiwindow and split screen multitasking do make it into the smartphone. To be honest, the Galaxy A53 is an exercise in restraint when it comes to features and it also proves that there are some features in the Galaxy S that help elevate the experience but are not essential.
During the review period, the Galaxy A53 was able to withstand my daily demands for a daily driver. Syncing multiple emails, having multiple chat apps and even consuming media wasn’t much of a task for the A53. It excelled when multitasking. The overall experience was smooth and, most importantly, functional. I was able to get things done when I needed to without much hassle and the smartphone wasn’t dragging its feet either.
That said, there were a few instances where the smartphone did chug a little. This occurred primarily when using split screen applications. Word processing and messaging apps were fine. However, when it came to using messaging apps or word processing apps in split screen mode with a media-heavy app like YouTube or even the video player, the Galaxy A53 did struggle – but only a little bit. It wasn’t overtly unusable, but it did get a little annoying. That said, this only happened once or twice during my week using it.
Samsung has brought Link to Windows and the ability to receive calls on other devices to the Galaxy A series this year as well. These features are a boon to the A53. Having the ability to respond to messages and transfer files using Link to Windows makes being productive even easier. Screen mirroring via the Link to Windows feature has also made it easier to get things done. If you’re using a Samsung Tablet, the ability to take a call while using the tablet is a welcomed addition too. It actually stops you from panicking and looking for your smartphone all the time; allowing you to focus on the task at hand.
Call Quality & Connectivity
Being a smartphone, it comes as no surprise that the Galaxy A53 is able to handle calls seamlessly. Thankfully, I was able to test the smartphone over 4G LTE and 5G networks. The call quality on both connections was crisp and clear. The audio was a little bit metallic at times but that didn’t hinder the usage. Of course, the call quality was very dependent on the quality of the cell signal. Since Malaysia is still in the early days when it comes to the 5G rollout, the signal for 5G was pretty spotty. However, the Galaxy A53 was able to handle the constant network changes without impacting the battery life too much. Even switching between SIM cards was pretty seamless on the A53.
Samsung has equipped the A53 with more than just the necessities when it comes to connectivity. Bluetooth 5.1, LE, WiFi 6 and GPS are all along for the ride and they all performed well when connectivity was stable. Bluetooth 5.1 and LE allowed me to use the Samsung Galaxy Buds Pro with the smartphone. The connectivity was pretty stable, and it could remain connected for further ranges than other smartphones. WiFi was also very stable when connected. With Smart connect, the phone was able to intelligently jump between known WiFi networks and mobile which allowed me to be connected all the time.
Gaming
Gaming on the Galaxy A53 5G is a mixed bag. While it does have the specs for a decent gaming experience, it stumbles with some of the more demanding games out there. I was hoping to be able to test it further with Diablo Immortal, but Blizzard has delayed that game until July.
The Galaxy A53 5G didn’t fall flat on its face. It just struggled when games got increasingly more detailed in graphics. This isn’t really surprising as the chipset isn’t the top of the line but it does take away from the overall experience of the smartphone. That said, it’s not a deal breaker.
Playing games like PUBG mobile and Free Fire were a little bit of a challenge for the hardware but with the setting put down a notch, it was able to perform well. In fact, compared to some of the competition out there, it performed better. The graphics was smooth though not as detailed as it was on the S22+ but there was little tearing and ghosting. This is mostly thanks to the 120Hz refresh rate of the smartphone’s Super AMOLED display. However, when it came to games like Ni No Kuni: Cross Worlds, it did seem like the phone responded slower initially. Samsung seems to have addressed this issue with a software update.
When it comes to cooling, the smartphone did get a little warm when gaming. While it never became uncomfortable to hold, it did get warm enough to become finger warmers. It is understandable considering the heat dissipation of the S53 isn’t cutting edge, but I would advise against gaming and charging the smartphone at the same time.
Battery Life
If there was one area where the Galaxy A53 excelled, it would be the battery life. Throughout my review period, I was consistently only charging the smartphone once in two days on average. Of course, if there was gaming involved, this would be substantially shorter. This could be due to the more efficient 5nm architecture of the Exynos 1280, but it’s more likely due to the Galaxy A53’s optimizations and 5,000mAh battery size.
While it may seem like the smartphone is overly aggressive on optimisations, the truth is that it isn’t. I was consistently getting notifications for social media and my messaging apps like Telegram on the A53 before the S22+. That said, the two day battery life of the A53 isn’t anything new for A series. It has had good battery life for more than 2 iterations already.
Display
Samsung opted to use the Super AMOLED panel in the Galaxy A53 5G. While this isn’t the best panel on the market right now, it does allow the A53 to strike a delicate balance of being feature rich and affordable. The Super AMOLED panel provides enough brightness to be visible under direct sunlight. Although, a teeny bit more lumens would have been ideal. It’s also got pretty good colour reproduction. While it isn’t 100%, you won’t know what you’re missing unless you work with colours on a regular basis. Of course, out of the box, the settings of the display are typical AMOLED with blown-out reds and oversaturated pictures. However, a simple tweak in the settings allows you to have better, more true-to-life colours.
Reading and texting on the display was a pleasant experience. Even over long hours of reading ebooks, my eyes didn’t feel fatigued even with eye comfort turned off. The eye comfort mode brings a degree more comfort, but it also turned the display a little too yellow for my liking. HDR compatibility of the display also lent itself to better viewing and gaming experiences overall. The display combined with the Dolby Atmos sound compatibility gave an immersive experience that we expected from flagship smartphones.
Cameras
The Samsung Galaxy A53 comes with a robust quad camera setup that brings multiple modes and shooting photo possibilities. What’s surprising is that the smartphone comes with a larger 64-megapixel sensor for its main sensor – at least when it comes to pixel count – compared to the Galaxy S22+. However, the sensor pixel count is only one of the many factors that create a good camera experience. The A53’s main sensor is complemented with a 12-megapixel ultrawide sensor, a 5-megapixel depth sensor and a 5-megapixel macro sensor.
While the pixel count of the main sensor is larger than most, the smaller pixel size poses a challenge when it comes to details and sharpness. Samsung uses its Galaxy AI and pixel binning to help optimise this. In essence, it stitches multiple pixels to absorb more light and produce more detail in pictures. This technology actually makes the A53’s setup one of the best we’ve seen so far among the smartphones in its category. Pictures taken in auto mode are crisp and detailed with little to no blurring and detail loss.
Galaxy AI is the hallmark function of the camera. Samsung has brought a lot of the software features that was once thought to be reserved for its flagships to the Galaxy A53 5G. Features like single take and even pro-mode makes a full-featured debut with the new A series. These software features not only bring a whole new level of photography to the smartphone, it empowers content creation and creativity.
The pictures taken with the main camera array of the Galaxy A53 are detailed and crisp with good lighting. You can zoom into the photos to see details. However, this detail and sharpness is lost when you start using the digital zoom beyond 2x. Of course, this is expected but it becomes a handicap only because other comparable smartphones have some form of optical zoom. That said, the overall performance is actually pretty impressive. You don’t have long processing times when you take pictures; something that has become a hallmark of smartphones in the same class.
Under low light, the sensors are good but not great. With their focus on Nightography for their flagships, we expected some of the innovations that drive that focus to trickle down to the Galaxy A series but that didn’t happen. That said, low light photography isn’t a write off. Photos taken under low-light are decent, not too detailed but usable. They can be blurry and fuzzy in poor lighting conditions.
When it comes to the front 32-megapixel camera, the Galaxy A53 continues to inherit the selfie DNA of the Galaxy A series. Photos taken with the front camera are crisp and clear – perhaps a little clearer than the main sensor. However, under low light, there is a lot to be desired. Again, low light pictures can be blurry and lack detail.
The Galaxy A53 5G is able to shoot up to 4K UHD resolution at 30fps when it comes to videos. The main sensor produces pretty respectable videos with enough detail. However, it may not be the best when it comes to becoming a main camera for content. If you’re looking for one that can – you’d be better off with A73 or a flagship S series.
A Redefining Device for the mid-range; transforming a drab, uninspired offering into a flagship experience that brings more than just basic functionality
Samsung proves it’s taking mid-range smartphones seriously with the new approach to the Galaxy A series. The Galaxy A53 5G is an epitome of that being in the middle of the new offerings this year. Even with the scaled back specifications, the Galaxy A53 5G has proven that the software does revolutionise the overall experience for users. A feature-rich software experience puts every capability at your fingertips and could be the tipping point for users getting this smartphone instead.
The Galaxy A53 is truly an exercise in striking a balance. Samsung does a delicate teetering between providing the features users are looking for and the price they are willing to pay for it. The A53 brings a robust set of features both in hardware and software that allow it an edge over the competition. It’s not sacrificing much in the way of camera features and overall performance when it comes down to it. There is space for improvement, but it’s a leap in the correct direction for the company when it comes to their mid-range. It makes the A53 one of the most exciting offerings when it comes to smartphones in the mid-range.
A few months ago, we heard a rumour. A little bird said that Leica is looking for a partnership with a mobile manufacturer. We heard that they are looking into another partnership with a different Chinese manufacturer at the time, Xiaomi. For a few months after that, the rumour seemed dead, quiet.
Leijun, the current CEO of Xiaomi global, today just confirmed that the rumours a few months ago was true after all. There were no big announcements too, no press releases. It is just a simple twitter post that also teases a 4th of July 2022 launch date for the Xiaomi 12S Series flagship smartphones. It is happening at 7pm at GMT +8 next week, which is good for us in Malaysia.
After so much hard work, we can finally share our latest innovation, Xiaomi smartphones co-engineered with Leica, ushering in a new era in imagery technology. Looking forward to sharing more at the #Xiaomi12SSeriesLaunch on July 4, 19:00 GMT+8! pic.twitter.com/YHe5Zvqjdb
There is not too much that we know about the Xiaomi 12S series. To be fair, Xiaomi has not teased much about it and has been keeping mums about it quite well. Still there are a few things we may be able to expect out of the new flagship devices.
You can expect Qualcomm’s latest Snadragon 8 Plus Gen 1 chip fitted into the new devices. It will effectively be the first devices in the world to pack Qualcomm’s new generation system on a chip (SoC). Technically at launch too, it will be the most powerful Android device available in the market.
You can expect up to 12GB of RAM too in the most premium variant of the Xiaomi 12S alongside up to 256GB of storage. In terms of display, you should get up to 120Hz in refresh rate, the highest you can sort of get in smartphones today anyway. Like Xiaomi teased a long time ago too, fast charging will still be a thing with the new device with up to 120W in charging speeds.
Of course, the Xiaomi 12S will be an Android 12 device at launch. It should be upgradable to Android 13 when it is available from Xiaomi. As with any other Xiaomi flagship that came before, it will come installed with MIUI 13 based on Android 12 too.
There are no confirmations on what prices the devices will launch with. There is also nothing to indicate its availability date in different regions. We are hoping that Malaysia will be in the list of countries that gets the Xiaomi 12S devices first. The Xiaomi 12S, with Leica’s co-engineered camera sounds a lot like a treat, and we are excited for it.
Google’s Android Auto experience is bidding goodbye to smartphone screens. The experience which was first announced back in 2015, will be moving exclusively to car screens in the near future. This news comes after Google released Android Auto for phone screens in 2019 as a stop guard measure as the platform matured for the in-car infotainment systems.
Source: Android.com
It looks like that stop guard measure is now being replaced by Google Assistant’s driving mode. You would have realised that Google Assistant tends to notify you when it detects you driving or when you say “Hey Google, I’m driving”. The new driving mode isn’t a full-fledged Android Auto replacement, but it does provide easy access to all the apps you will need while driving.
While it does seem like a sudden move to remove Android Auto for Phone screens, it’s not as sudden as you might think. Google has been slowly removing support for Android Auto for phone screens since 2019. In its latest update, support for the app was reduced to only devices with Android 12 and above. Keep in mind, that the app for Phone Screens is already a whole generation behind Android Auto itself at this point.
Google Assistant’s Driving Mode has been in the works for a while now. It was only rolled out last year after extended delays. Moving forward, it seems like Google will be putting more emphasis on Driving Mode for phones and keeping Android Auto exclusively on Car infotainment systems.
Google Assistant’s Driving mode is available for Android smartphones running Android 9.0 or higher with a minimum of 4GB of RAM. According to Google’s own support page, the feature is available in selected regions only including Australia, Canada, France, Germany, India, Italy, Mexico, Spain, the United Kingdom, and the United States. However, we’ve been using it for the past month in Malaysia. So, it might need to be updated.
.Did you use Android Auto for smartphones? Are you using Google Assistant’s Driving Mode? Let us know in the comments.
The past few weeks with the Acer Chromebook Spin 713 have been quite a journey. We got it at quite an opportune time as well. We got to be one of the first few people that managed to try Steam on Chrome OS. The experience, if you read our editorial last week, left quite a lot to be desired, to be fair. There was an inherent scaling issue, which would be quite expected since getting games to run on the Chromebook’s native resolution is problematic at the best of times.
This is the last part of the editorial series though, which we will sort of wrap-up the entire series. We will be summarizing our experience with the Chrome OS in the past four weeks with a video too, so do look out for that. But yes, all three parts of the editorial has been leading up to this – an answer to the question; “can the Chrome OS be a viable daily driver?”
There is no one simple answer to this question though. Choosing an operating system to work with is never a straightforward process. There is a lot to consider when you want to invest in a computing solution for your own personal use. You often must decide on a budget, you want to think about the main function of the device as well.
The More Budget Conscious Option
Sure, compared to a Mac, any PC option looks like a budget option. When it comes to the world of the Chromebook though, its starting price is usually much lower than what you can expect even compared to a regular Windows PC. That makes the Chromebook, by default, the most budget friendly computing solution option.
A Chrome OS may not look as versatile as a Windows PC or a Macbook. You cannot expect it to game given its specs. Beyond that, it browses the internet just like your regular PC does. It processes through all your documents and even play music like any Macbook does too. It is a as versatile in most use cases as a MacBook or a PC at a fraction of the cost.
The requirements of Chrome OS are low in most cases too. You do not need an ultra-powerful set-up to get Chrome OS running nicely and smoothly. You can work with the most basic of specifications and still have a nicely functioning Chromebook with no fuss. You can still sort of play mobile games on it too, if you so wish to. That is why a basic Chromebook can be made so cheaply and is highly popular for young learners in school.
Versatile Worker
You can work with Microsoft’s full 365 suite with Google Chrome browser. While some may see that as an inconvenience and downgrade, the web-based suite is closer in function and look to the full Windows/Mac version than what you get on the mobile version of the apps.
Microsoft’s 365 suite is not the only web app that works well for Chrome OS though. Tidal and Spotify works better on Chrome browser than their mobile app counterpart too in this case. The Chromebook is not meant to just run web-based apps though, it is also built so that the Android apps can also run on it.
In that sense, while there are plenty of Android apps that will not run on top of Chrome OS, many does as well. Adobe’s Lightroom for Mobile can work on the Chromebook, for example. Netflix, Amazon Prime Video, and even Sony’s Headphones app can run on the Chrome OS. For apps like Sony’s Headphones app, you get a full suite of control on whatever Sony audio device that connects to the Chromebook just like you do on your smartphone.
You technically can even run mobile games on the Chromebook to a certain degree of success. Just remember that these games are designed with touch screen in mind, so you do want to use the touch screen functions that are in most Chromebooks for mobile gaming. Because the display is so expansive as well, you get to see everything down to their tiny details.
Because it is also effectively an Android tablet, many of the tablet applications can be scaled to the sizeable displays that Chromebooks usually come in. If you have a router that needs to be accessed with an app, for example, you can rely on a Chromebook and work on your router via the mobile app without going through too much of a hassle.
Not Really a Gaming Machine
Source: Steam Addicts
Sadly, while there has been many rumours and hype surrounding Chromebook and gaming, there has not been any solid solutions for it. Steam is now on Alpha access for select Chromebook devices. That means that not everybody on Chrome OS gets access to Steam. We are lucky enough to have secured a unit that can support the Alpha version of Steam (Volteer).
The gaming experience, if you have read our previous editorial, is choppy at best. Sure, some games like Undertale should not take too much to run well. The scaling issue is something that is quite off-putting though.
The scaling issue does not just stop at Undertale too. It continues in titles like This War of Mine in our case. There is no denying that there is some potential to gaming on the Crhomebook, but for now it is just that, a potential.
The other option is to play mobile based games from Google’s Play Store. You can technically download games like Pokémon Unite and PUBG Mobile. We’ve only managed to play Pokémon Unite a few times with no issues. Most of the time the game failed to launch or just crashes halfway through matchmaking. PUBG Mobile should be quite an experience on the larger display. Unfortunately, the game will also assume that you are playing on an emulator and will only pair you with other players with emulators, so you technically will not get to play ever.
More like an Entertainment Powerhouse
The unit we have is a versatile worker with a display that is also the envy of PCs at its price range. While the display’s aspect ratio is a little odd, it is still a brilliant display. If not, you still get plenty of Chromebook devices with at least 1080p Full HD display which would be more than sufficient.
With at least 1080p Full HD resolution, you get to enjoy plenty of Netflix, YouTube, Disney+, and even Amazon Prime Video. The Chromebook is prove that you do not need a high-end PC or TV to be entertained really, you have access to all of those contents and even more via the Chrome browser itself. You are technically doing the same thing with your regular PCs and Macbooks in this situation.
While the speakers are usually not great, you can easily get yourself decent Bluetooth speakers for not a lot of money. If you prefer an uninterrupted personal audio experience, there is the option of going for wired headphones or even Bluetooth headphones at that.
It Does Everything – So Why Not?
So, back to the question we first posed in the first part of our editorial; can the Chromebook be a proper workhorse? Can it be used as a reliable work device for the professionals? Can you call upon the Chromebook to be your trusted corporate device?
We want to say yes to all the questions we posed but take it with a pinch of salt. You cannot expect it to become your entertainment rig to game with. You cannot expect it to also be a workhorse that edits your videos too. You cannot have most of the apps and programs that you can get on Windows PCs and Macs.
But you can expect it to be reliable. You can expect it to work through the night with a single charge. You can expect the Chromebook to still work well outside of your workplace as long as you keep it charged.
Apple’s Worldwide Developer Conference (WWDC) 2022 was a big success. We saw the Apple M2 chip being introduced to the world. We also saw the new MacBook Air that is no longer a wedge-shaped laptop. There is also new MacBook Pro with M2 chip in it, obviously.
According to Mark Gurman, the Apple guy at Bloomberg, who has also been a highly reliable source for all things Apple, WWDC 2022 is really a pre-cursor to what Apple has planned out for the rest of 2022. In that case, 2022 looks rather busy for Apple.
We know that Apple’s next new iPhone will be coming somewhere in September, and it will come with a new proprietary Apple chip. The new Apple iPhone models, four of them, will also be the most powerful iPhone devices you can get your hands on. That is also a given, and a known fact.
According to Gurman, the new iOS 16 that was announced at WWDC 2022 is a good indication of what is to come with the next-generation iPhone. The revamped lock screen points to an always-on display feature on the new Pro models of the iPhone. At the same time, the lock screen could display a lot more information than just the clock. It could tell you the weather, your calendar, stocks, activities, and other information. For the sake of privacy, you can also control how much of the information gets displayed on the always-on display.
While the EU has made regulation changes and enforces that every electronics manufacturer, including Apple, to start transitioning to USB Type-C standards in the coming years, the new Apple iPhone 2022 will not sport USB Type-C just yet. It will still feature Apple’s proprietary Lightning port for now. You can expect USB Type-C iPhones to come in 2023 though.
Then there will be the new iPads. Apple did not release the M2 for nothing. Like the M1 chip in the iPad Pro, you can expect the new iPad Pro launching later in the year to feature the M2 chip. In that sense, there will be new 11-inch and 12.9-inch Apple iPad Pro models coming at the end of the year with M2 chips. The M2 chips should be able to take advantage of the new iPadOS 16’s Stage Manager multitasking functions too. There is also a chance, according to Gurman, that Apple will launch larger form factor Apple iPad Pro models. He expects Apple to launch 14 and 15-inch variations of the Apple iPad Pro.
Unlike how Apple took their time with M1 chips spreading across Apple’s range of products. The M2 might spread more like wildfire this time. Gurman expects Apple to start launching even more products equipped with the M2 chip. There is an M2 Mac mini, M2 Pro chips on the Mac Mini and MacBook Pro models. There could be the M2 Max, M2 Ultra, and M2 Extreme chips coming too, since Apple already has the knowhow on building even more powerful chips based on their original SoC design.
The HomePod is also something that Apple might be looking to upgrade in the coming months. Apple might be looking to update the new HomePod with new processing chips, like the new Apple Watches. There is also supposed to be some new optimization made to the smart speaker in terms of size and audio performance. There are also rumours about multi-touch functions. Gurman also expects new AirPods Pro to be launched with new updated processing chips and higher quality audio.
Remember that all these things are just speculations. There are no straight up confirmations from Apple that they will be launching these new products immediately or in their regular September launch. Until they do make their official announcements, we can only wait and watch.
The absolute king of the hill right now when it comes to raw processing power on a smartphone platform is the Qualcomm Snapdragon 8 Gen 1 system on a chip (SoC). It is also what everybody, at least in the Android world, wants in their flagship smartphones currently. It is the most powerful SoC your smartphone can get today with only the Samsung Exynos as a distant challenger. They are introducing a new one too, very soon.
The second-generation Qualcomm Snapdragon SoC is not coming until the end of the year, as far as we know. In the meantime, there is MediaTek making their steps in high-end smartphone chips.
Source: MediaTek
To be fair, the name MediaTek does not bring a lot of confidence in terms of high-end SoC for mobile applications. They are mostly known for their budget friendly SoCs in entry-level and mid-range smartphones. In that regards though, MediaTek’s SoCs have been solid performers in their class, in some cases probably better than what you can expect from price equivalent Qualcomm devices.
The new Dimensity 9000+ from MediaTek is their hope that the “budget king” perception ends. It is also MediaTek’s most powerful SoC to date with 5G in tow. The new Dimensity, in this case, goes head-to-head with Qualcomm’s current best.
At its core is the ARM Cortex-X2 architecture, the same one the Snapdragon 8 Gen 1 boasts in their Kryo CPUs. The single ARM Cortex-X2 core works with three powerful Cortex-A710 cores and low-power high-efficiency Cortex-A510 cores. The 4nm octa-core CPU arrangement makes ARM’s v9 architecture.
Source: MediaTek
Besides the obvious CPU and GPU improvements, and 5G capabilities the SoC comes with a slew of compelling upgrades. One of which is LPDDR5X support with 8MB L3 CPU cache and 6MB system cache support for new-generation smartphones with ultra-fast memory. Instead of a Neural Processing Unit (NPU) that is widely boasted by its competitors, MediaTek opted for something a little more practical in a dedicated Application Processor Unit (APU 5.0) for all its A.I. purposes.
MediaTek also packs a powerful imaging processor withing the Dimensity 9000+. They call it the MediaTek Imagiq 790. Rivaling the Qualcomm’s own image processor, the new processor supports up to 18-bit HDR-ISP at up to 320-Megapixel. Of course, you there is no camera sensor in the world currently that packs that many pixels into an area less than an inch. It is good to know that you can super sample your photos to up to 320-Megapixel though.
The Imagiq 790 also allows the MediaTek Dimensity 9000+ equipped devices to record three videos simultaneously at up to 18-bit HDR formats. It even does 4K HDR with AI noise reduction, especially useful in low-light conditions.
Source: MediaTek
The new MediaTek Dimensity 9000+ can support up to 144Hz WQHD+ or even 180Hz Full HD+ displays thanks to the new MiraVision 790 engine. The new display engine also has something called Intelligent Display Sync 2.0 technology that optimizes the power efficiency of the display. Thanks to the engine, the Wi-Fi display now supports up to 4K resolution at 60fps with HDR10+ streaming.
Of course, the latest and greatest SoC cannot be the latest and greatest if it does not pack the latest connectivity and networking technology. For that the 3GPP Release-16 5G modem can hit downlink speeds of up to 7Gbps. The new SoC also supports the latest WiFi 6E standards, new Bluetooth 5.3 standards, and even a new more accurate GNSS.
Source: MediaTek
MediaTek is expecting their new Dimensity 9000+ to make its way to flagship devices starting Q3 2022. As mentioned, the Dimensity 9000+ is meant to be a direct competitor to the Snapdragon 8 Gen 1. At the same time, the second-generation Snapdragon 8 is meant to be announced by Q4 2022. How the Dimensity 9000+ will fare against the Qualcomm Snapdragon 8 Gen 1 remains to be seen. We think you might have to wait for the first Dimensity 9000+ devices to roll out. There are no confirmed devices sporting the new Mediatek flagship SoC currently too.
Before Samsung came with their 108-Megapixel behemoth of a camera sensor that is their ISOCELL camera sensor you find on the Samsung Galaxy S21 and Galaxy S22 series, Sony was the go-to people for smartphone camera sensors. Their IMX sensors proved to be some of the versatile and best camera sensors for all kinds of mobile photography needs. Of course, not everyone feels like the sensors from Sony is adequate for them and their purpose. HUAWEI, for example came up with their own Red Yellow Yellow Blue (RYYB) sensor for more natural colours on their photos.
Samsung snagged the king of smartphone photography sensor title when they introduced the new sensor that went above 100MP for their flagship smartphone. Earlier this year, Samsung made another breakthrough in their mobile photography technology. They have introduced their ISOCELL HP1 200MP sensor, a sensor that hits 200-Megapixel. If estimations are correct, the sensor could make its way to the Samsung Galaxy S23 Ultra model next year.
Sony is not backing down though. They are reported to be working on their own version of a smartphone camera sensor that is supposed to shoot at 100-Megapixel, rivalling the current Samsung ISOCELL sensors found in the Samsung Galaxy S21 Ultra and Galaxy S22 Ultra. Currently, reports points to the sensor as a part of the IMX8 series of sensors that are designed for mid-range and high-end smartphones. The sensor could also be larger than the ½-inch 64-Megapixel sensor that Sony already makes, currently found in the Samsung Galaxy S22 and Galaxy S22+ smartphones.
The idea of cramming more pixels into your smartphone camera is something that manufacturers have toyed with several years ago. Sony was the manufacturer of choice too when it comes to high-resolution sensors. For several years, the highest pixel count for a smartphone camera was 64-Megapixel until Samsung introduces their Samsung Galaxy S21 Ultra last year with a behemoth of a 108-Megapixel sensor lodged in its body. We thought the Megapixel race was over, looks like we were wrong.
