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realme-8-pro-review:-a-peek-at-what’s-next-in-midrange-smartphone-imaging

Realme 8 Pro review: a peek at what’s next in midrange smartphone imaging

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The Realme 8 Pro is a good, inexpensive Android phone that you probably shouldn’t buy right now — at least if you’re in the US. But it’s also a preview of positive things to come to the midrange class, especially in terms of camera hardware. I have seen the future of smartphone imaging around the $400 price point, and it is good.

If you’re not familiar, Realme is a Chinese company that started off as a sub-brand of Oppo; like OnePlus, it was founded by a former Oppo vice president. Its phones are sold in China, India, and Europe. Although, you can technically buy a global version of the phone and use it in the US, but we wouldn’t recommend it. It’s not compatible with many of the 4G bands we use in the states, so coverage won’t be great.

The 8 Pro uses a relatively new 108-megapixel Samsung sensor. It’s the same pixel count as the main camera in the Galaxy S21 Ultra, but a different, smaller chip designed for budget-friendlier phones. As in the S21 Ultra, the point of this technology isn’t to take 108-megapixel images (though you can do that if you want). It’s to combine information from groups of pixels to create a better optimized 12-megapixel final image.

There are other reasons to like the Realme 8 Pro. Considering its £279 (about $380) price, performance is very good, owing to a strong combination in its Snapdragon 720G processor and 6GB of RAM. Battery life is healthy and the phone supports 50W fast wired charging. Depending on how you feel about inspirational corporate branding, I guess the “DARE TO LEAP” printed on the back of the phone could be a plus (not my thing, personally).

But the camera impressed me the most, and it’s a component that will likely make its way into many more midrange phones sold around the globe. Let’s take a closer look.

The 8 Pro offers standard wide and ultrawide cameras, plus macro and depth-sensing modules.

Realme 8 Pro camera

In case you need a reminder at any point of how many pixels the main camera offers, you can simply look at the back of the phone where you’ll find “108 MP QUAD CAMERA” etched on the camera bump. Specifically, it’s Samsung’s 1/1.52-inch Isocell HM2 sensor coupled with an f/1.9 lens.

Unfortunately, there’s no optical image stabilization here, but maybe owing to the image processing tricks this high-res sensor can pull off, I didn’t notice a significant number of blurry shots that OIS might have corrected. Other rear cameras include an 8-megapixel ultrawide, 2-megapixel macro, and a 2-megapixel depth-sensing camera. There’s a 16-megapixel selfie camera on the front.

The main camera is able to do a couple of interesting things. In bright daylight, it can use all 108 million pixels individually, using different pixels to capture your scene at multiple exposure levels at once, and combining the information into a 12-megapixel final image. In low light, the camera switches things up and uses binning to combine pixels into groups of nine, effectively turning relatively small individual pixels — 0.7μm to be precise — into much larger 2.1μm sized pixels, which helps produce less noisy images.

Photos in bright light look good as expected. There’s an impressive amount of detail captured, though some overzealous sharpening is evident if you zoom in to 100 percent. Colors are a bit too saturated for my liking; there’s no amount of lawn fertilizer in the world that would make my yard look as green as the 8 Pro thinks it is. It seems more prone to this oversaturation with landscapes and is thankfully less aggressive with portrait mode photos. Portrait mode photos look good, and I appreciate that the camera doesn’t crop in when switching to this mode.




  • Taken with ultrawide






  • Taken with ultrawide





  • Taken with night mode





  • Taken with ultrawide


Dim indoor lighting and low light are where phone cameras typically struggle, but the 8 Pro turns in an impressive performance in these conditions. In moderate lighting, images are surprisingly detailed and show little noise. The camera’s night mode will bring out even more detail, though it does apply a distracting amount of sharpening and contrast.

I had, frankly, low expectations for the 8 Pro’s digital 3x zoom, but I’m pleased to report that it’s much better than I feared. In good light and even moderate indoor lighting, images show a lot of detail and I’m hard-pressed to find the unpleasant artifacts that usually appear in digitally zoomed images.

Left: 3x digital zoom, 100% crop. Right: 108-megapixel image, 100% crop.“,”image_left”:{“ratio”:”*”,”original_url”:”https://cdn.vox-cdn.com/uploads/chorus_asset/file/22428291/digital_zoom_crop.jpg”,”network”:”verge”,”bgcolor”:”white”,”pinterest_enabled”:false,”caption”:null,”credit”:null,”focal_area”:{“top_left_x”:0,”top_left_y”:0,”bottom_right_x”:2040,”bottom_right_y”:1580},”bounds”:[0,0,2040,1580],”uploaded_size”:{“width”:2040,”height”:1580},”focal_point”:null,”asset_id”:22428291,”asset_credit”:null,”alt_text”:””},”image_right”:{“ratio”:”*”,”original_url”:”https://cdn.vox-cdn.com/uploads/chorus_asset/file/22428292/108MP_crop.jpg”,”network”:”verge”,”bgcolor”:”white”,”pinterest_enabled”:false,”caption”:null,”credit”:null,”focal_area”:{“top_left_x”:0,”top_left_y”:0,”bottom_right_x”:2040,”bottom_right_y”:1580},”bounds”:[0,0,2040,1580],”uploaded_size”:{“width”:2040,”height”:1580},”focal_point”:null,”asset_id”:22428292,”asset_credit”:null,”alt_text”:””},”credit”:null}” data-cid=”apps/imageslider-1617901390_6502_12474″>

Left: 3x digital zoom, 100% crop. Right: 108-megapixel image, 100% crop.

The camera isn’t just cropping in on a 108-megapixel image, either. Comparing them side by side at 100 percent, a photo taken with 3x digital zoom shows more detail and looks less noisy than a crop of a 108-megapixel image. The Samsung HM2’s pixel binning powers are being put to work here, too, and the result is digital zoom that is actually worth your time.

There’s not as much exciting news to report about the 8 Pro’s other cameras; they do just fine. The ultrawide is prone to some subtle but unpleasant color shifts: white balance can skew too warm and blue skies sometimes look a little gray. The macro camera is a low-resolution sensor that is little more than a gimmick, and the selfie camera thankfully avoids over-smoothing faces at its default setting. All fair for a phone at this price.

The 8 Pro’s processor and RAM combination are more than sufficient for everyday tasks and scrolling.
Photo by Allison Johnson / The Verge

Realme 8 Pro performance and screen

Outside of cameras, the Realme 8 Pro is a thoroughly capable midrange phone. Battery life is sufficient to get through a day of moderate to heavy use and the aforementioned processor / RAM combo handles day-to-day app scrolling and tasks with ease. The 6.4-inch 1080p OLED with standard 60Hz refresh rate is fine but nothing special, and I had to fight with auto brightness insisting on making the screen too dim on a couple of occasions.

There’s the flashy branding on the rear of the device, which is either your kind of thing or not. The Realme 8 Pro doesn’t support 5G at all, which is something to consider if you’re in the UK and thinking of buying the phone.

My biggest gripe, though, is with the optical in-display fingerprint sensor. I’d say at least a third of the time when I unlocked the phone it required more than one try to read my finger. A couple of times — both outside in bright daylight — it gave up and had me enter my PIN instead. If this was going to be my forever phone, I’d probably skip the fingerprint sensor and just stick with a PIN, personally.

The Realme 8 Pro is the kind of midrange phone that we don’t see very often in the US: great performance and decent all-around specs combined with an excellent camera, all for what would equate to a sub-$400 price.

Phones that meet this description are surprisingly scarce stateside; in fact, its closest equivalent is probably the Pixel 4A, which we’ve recommended as the best low-cost Android phone essentially since it became available last summer. The 8 Pro goes a step beyond the 4A in some respects by offering an ultrawide rear camera and fast charging. If it came down to it, though, we’d probably still favor the Pixel for its very good device support and excellent lone rear camera.

If you live in the UK and you don’t care much about class-leading display specs and the lack of 5G doesn’t bother you, the 8 Pro has a camera and a processor that will keep up for many years to come. For the rest of us, the 8 Pro is (hopefully) a sign of good camera hardware coming our way soon.

Photography by Allison Johnson / The Verge

corsair-k70-rgb-tkl-review:-little-wonder

Corsair K70 RGB TKL Review: Little Wonder

Our Verdict

The Corsair K70 RGB TKL is a powerful yet compact gaming keyboard. We didn’t notice an immediate benefit from the 8,000 Hz polling rate, but with a sleek look plyus premium media controls and keycaps, this keyboard’s in a league of its own.

For

  • + Space-saving, durable build
  • + Premium keycaps
  • + Media keys
  • + Some software-free RGB control

Against

  • – Close keys can require getting used to
  • – Expensive

Let’s be real: Mechanical keyboards can get expensive. While the best budget mechanical keyboards can give you the switches you need, the best gaming keyboards often come with extra bells and whistles that up the price. At $140, the Corsair K70 RGB TKL is one example, but you get a lot for that price.

Corsair’s been dubbing keyboards “K70” for a while. Just look at our Corsair K70 RGB Red review from 2016 or the most recent iteration, the low-profile Corsair K70 RGB MK.2. Our review focus brings the tenkeyless (TKL) form factor to the lineup. 

The K70 RGB TKL is a competitive board that earns its price with extra features, like programmable keys, per-key RGB via manageable software. And as someone who games full-time, the quality of the keyboard’s build seems like a great investment. This is a sturdy keyboard that should hold up over extended use. And since this is a TKL keyboard, you’ll have all the space you need on your desk for your mouse, to let you focus exclusively on playing.

On top of that, Corsair is continuing its trend of upping the polling rate of its gaming keyboards, with the K70 RGB TKL offering an 8,000 Hz polling rate — 8 times the 1,000 Hz you usually see. The usefulness of that high spec, however, is debatable.

Corsair K70 RGB TKL Specs

Switches Cherry MX Red (tested), Cherry MX Silent Red or Cherry MX Speed Silver
Lighting Per-key RGB
Onboard Storage 8MB
Media Keys Yes
Interface USB Type-A
Cable 6 feet (1.8m) USB-C to USB-A , braided, detachable
Additional Ports None
Keycaps Doubleshot PBT plastic
Software Corsair iCue
Dimensions (LxWxH) 14.2 x 6.5 x 1.9 inches
Weight 2.1 pounds
Extra 1x ABS plastic A, S, D, Q, E and R keycaps, 2x ABS plastic W and D keycaps, 1x keycap puller

Design

(Image credit: Tom’s Hardware)

The Corsair K70 RGB TKL Champion Series is a tournament-ready keyboard with a colorful and durable design in a small form factor. As a TKL keyboard, it forgoes the numpad in favor of more desk space, which makes it great for people who don’t have a lot of room on their desk or travel a lot. At 14.2 x 6.5 x 1.9 inches, the K70 RGB TKL is similar but slightly taller than other TKL keyboards, such as the Razer BlackWidow V3 Tenkeyless (14.3 x 6.1 x 1.6 inches) and more petite Roccat Vulcan TKL Pro (14.2 x 5.3 x 1.3 inches). Another downside for travel is the K70 RGB TKL’s weight. It’s 2.1 pounds compared to 1.9 pounds for the Razer and 1.5 pounds for the Roccat.

But part of that slightly larger design comes thanks to the K70 RGB TKL’s inclusion of luxurious media keys. There are five dedicated hotkeys, plus an aluminum, textured volume roller, which are all a decent accomplishment to include on a TKL.  

All those keys felt pretty solid, especially compared to the cheap plastic alternatives available on lower-priced keyboards.

This brings us to the overall durability of the keyboard. The K70 RGB TKL feels more rigid and sturdy than the  ~$250 Logitech G915 Lightspeed full-sized wireless gaming keyboard I often use, (which has an identical design to its TKL counterpart, the Logitech G915 TKL). The Logitech is conveniently lightweight (2.3 pounds) and thin (0.9 inches) but feels like it might break if dropped. Suddenly, the K70 RGB TKL’s $140 price tag starts to make more sense. The K70 RGB TKL lives in a plastic chassis with a black matte finish and aluminum frame.

With its media key layout and brushed aluminum finish the K70 RGB TKL looks more interesting than a lot of other TKLs (looking at you, Razer BlackWidow V3 Tenkeyless). And it’s mature and subdued enough to go well with any setup. But I’m not wowed by its overall look; it’s not earning any style points from me at first. Out of the box, this appears to be a tool for competitive gamers, not a showy looker. You can add a little more flair, however, if you use the included silver W, A, S, D, Q, E, R, D or F keycaps. These keycaps are a cheaper ABS plastic than the doubleshot PBT that the keys come with by default, but do add more color to the design and a slight texturing that I like a lot.

For even more customization, you’ll have to rely on the K70 RGB TKL’s per-key RGB effects. You’ll need the software to create and play with different RGB effects. But you can also toggle through 10 different presets and control speed and direction using FN shortcuts. You can also create profiles in the iCue software with different RGB effects and store them in your onboard memory. When you toggle through profiles with the dedicated profile switch button, the RGB will change accordingly. As somebody who loves the variety of RGB settings on my keyboard, it is wonderful to be able to control these settings regardless of whether iCUE is running or not.

Next to the profile switch button are an RGB brightness key and Windows lock key as well. These and the media keys are also reprogrammable via iCue for ultimate customization.

Corsair didn’t skimp when it came to the keycaps. The use of doubleshot PBT plastic delivers a more premium feel than standard ABS plastic. And doubleshot means the legends will never fade. The keycaps feel strong at 1.5mm thick and have a matte coating that easily fought off grease and fingerprints during my testing. With many still working from home, you’d be hard-pressed to find someone who isn’t eating near their keyboard, so this feature is highly appealing.

The K70 RGB TKL uses a detachable USB-C to USB-A cable that’s high-quality braided. Some keyboard’s USB cables can feel thin or cheap, but this one should survive a good amount of bending and wear. Our review focus’ cable is 6-feet-long, which is standard among gaming keyboards but can still feel a little long in actual use, which is why I prefer one of the best wireless keyboards when possible.

Typing Experience on Corsair K70 RGB TKL

(Image credit: Tom’s Hardware)

The Corsair K70 RGB TKL comes with either Cherry MX Speed Silver, Cherry MX Silent Red or Cherry MX Red switches. All three options actuate with 45g of force and are linear, a mechanical switch style that tends to be a favorite among gamers for its interruption-free travel. Our review unit came with Red switches, which are specced for 2.0mm pretravel and 4.0mm total travel. Those who want less travel, (perhaps, potentially, for more speed, may prefer the Speed Silver switches (1.9mm / 3.7mm) or even the quieter Silent Reds (1.2mm / 3.4mm).

Pressing keys on the K70 RGB TKL felt lovely and easy because it felt like the keys registered quickly. But there’s very little space between the keys which, in addition to the lighter actuation force of Cherry MX Reds, made typos more common. As such, the K70 RGB TKL may require a slight adjustment period in order to use it smoothly, but this wasn’t a huge concern, as I was eventually able to adapt.

The doubleshot PBT keycaps were also a boon, both for typing and gaming. The quality plastic was more comfortable than the keyboards on most other keyboards I’ve tried. My typing accuracy increased slightly but like I stated I used less pressure to type, which I believe made typing easier.

8,000 Hz Polling Rate

(Image credit: Corsair)

Initially kicked off with the 4,000 Hz Corsair K100 RGB last year, Corsair is continuing its polling rate race with the 8,000 Hz K70 RGB TKL. It’s launching alongside the Corsair Sabre RGB Pro gaming mouse, which also has an 8,000 Hz polling rate, showing a newfound dedication to Hz from the gaming brand.

Your keyboard (or other peripheral) polling rate tells you how many times per second the device sends data to your PC. Instead of doing so 1,000 times a second, like the vast majority of gaming keyboards, the K70 RGB TKL can do it 8,000 times per second. It achieves this through what Corsair calls Axon, “an embedded onboard system with Corsair’s purpose-engineered, real-time operating system” running on a system-on-chip (SoC) with multi-threading in order to “process multiple complex instructions in parallel.” Corsair claims Axon uses an advanced scheduling algorithm. There are some caveats though.

First, there are some requirements. You’ll need a USB 3.0 port and to download iCue software and change the polling rate (from 1,000 Hz) in order to use the 8,000 Hz polling rate. Corsair also noted in its reviewer’s guide that the keyboard “transits keystrokes to the PC up to 8x faster than standard” but can only “detect keypresses up to 4x faster than conventional gaming keyboards.” The vendor doesn’t get too specific in terms of system requirements for 8,000 Hz. A rep told us, “Keyboards send a lot less data, so 8,000 Hz has only a small added CPU usage impact” but added, “the more up-to-date the system is – the smoother the experience.”

But similarly to when we used the 4,000 Hz polling rate on the K100 RGB, I didn’t notice a difference when moving from 1,000 Hz on the K70 RGB TKL to 8,000 Hz, despite using a system running an AMD Ryzen 5950X CPU. There’s a bit of future-proofing here, and it wouldn’t hurt for a very competitive pro player to have this feature handy. But as a low-level competitive player, I didn’t notice my speed or accuracy increase in Fortnite or Destiny.

Gaming Experience on Corsair K70 RGB TKL

This is still a powerful gaming weapon though, as it feels incredibly responsive and fast on the battlefield (whether gaming at 1,000 Hz or 8,000 Hz). I used the K70 RGB TKL during intense Fortnite matches, as well as crucible matches in Destiny, and it didn’t disappoint. The quick and easy actuation of the go-to Cherry MX Red switches honestly made me feel like I was able to better focus on gameplay without looking at my keyboard as often as I normally do.

The best part was how lightly I had to touch the keys for them to register. This really cut down on hand fatigue. When I play, I usually overpress buttons and can even be guilty of mashing (gasp!). On Corsair’s TKL, I quickly realized I didn’t need to press the keys nearly as hard. That really reduced hand pain, which I sometimes experience after several hours of gaming. 

And while the tight spacing of the keys was a bit of a hindrance for general typing, this became helpful when gaming, as it meant my fingers had less distance to travel to input my next move. Meanwhile, the TKL form factor gave me a little more room to breathe with my mouse, and I found it easier to focus on the game than when using a full-sized keyboard. I have always been a fan of a larger build but now I am thinking compact is the way moving forward.

Those doubleshot PBT keycaps also came in handy in action. The premium plastic doesn’t get slick, including from sweaty hands. These keys managed to stay dry during high-pressure gaming.

Features and Software on Corsair K70 RGB TKL

Image 1 of 2

(Image credit: Tom’s Hardware)

Image 2 of 2

(Image credit: Tom’s Hardware)

To create new RGB effects or make onboard or software-based profiles, you’ll need iCue, which I found user-friendly. The Corsair K70 RGB TKL features 8MB of onboard storage allowing you to customize to your heart’s content. You can store up to 50 onboard profiles, depending on the configuration, that allow you to customize your RGB settings with up to 20 lighting layers, as well as custom macros.

(Image credit: Corsair)

A unique feature, the keyboard also includes a Tournament Switch on the top edge. This could help you focus on your game more by swapping the keyboard to static backlighting to reduce distractions and disabling programmed actions / macros. As someone who’s been known to press incorrect buttons or clumsily drop things in the heat of battle, I found this to be a great addition.

Bottom Line

(Image credit: Tom’s Hardware)

If you want a powerhouse of a keyboard made for competitive gameplay, the Corsair K70 RGB TKL is an immediate must-have. This keyboard isn’t just pleasant to look at, it is an efficient tool that will take your gameplay to the next level, thanks to responsive keys, high-end PBT keycaps and a lot of customization options both with or without software.

At $140, this is an expensive wired gaming keyboard though. For comparison, the HyperX Alloy Origins Core, one of the best budget mechanical keyboards, is about half the price, and the Razer BlackWidow V3 Tenkeyless is currently $100. But the K70 RGB Pro gives you a lot for the price. Not only is there a robust featureset, including media keys, this is a tough keyboard. I will definitely be utilizing it more for my tournament gaming needs. And there are pricier TKLs than the K70 RGB TKL, such as the $160 Roccat Vulcan TKL Pro with its optical-mechanical switches or the wireless Logitech G915 TKL, which starts at about $200 and is excellent but not for everyone, since it’s low-profile.

Ultimately, the K70 RGB TKL can be an efficient weapon in your gaming toolkit, granting you the look and functionality you need for your most competitive setup.