
Oppo K13 Turbo and K13 Turbo Pro launch with D8450 and SD 8s Gen 4 chips, waterproof fans
The Oppo K13 Turbo is powered by the Dimensity 8450, a 4nm (TSMC) chip with eight Cortex-A725 cores and a Mali-G720 MC7 GPU.
Oppo K13 Turbo with Dimensity 8450 • Oppo K13 Turbo Pro with Snapdragon 8s Gen 4
The Oppo K13 Turbo Pro features a Snapdragon 8s Gen 4 instead – another 4nm (TSMC) chip with eight CPU cores (one Cortex-X4, and seven Cortex-A720) plus an Adreno 825 GPU. The Pro also has faster UFS 4.0 storage (up to 512GB), while the regular Turbo has UFS 3.1 storage (up to 256GB). Both feature LPDDR5X RAM up to 16GB.
Whichever chip you choose, it will be cooled by a micro centrifugal fan that spins at up to 18,000 RPM and improves heat dissipation by 20%. It has super slender fan blades (0.1mm) and equally thin heat sink fins. The heat sink is also connected to a 7,000mm² vapor chamber. An 18,000rpm cooling fan
The most impressive part of the design is that the Oppo K13 Turbo and Turbo Pro have full water resistance ratings – IPX6 (splashes), IPX8 (submersion) and IPX9 (water jets). The fan is also protected if you drop the phone. The Oppo K13 Turbo phones are fully waterproof
The different chipsets lead to slightly different thermals. For example, after 3 hours of playing a popular MOBA game in a 25°C room, the K13 Turbo (Dimensity 8450) is still running at 119.9fps and is at 43.3°C. In a similar scenario, the K13 Turbo Pro is at 42.2°C.
Both phones can indeed last a long while with their large 7,000mAh batteries. Oppo advertises 5 years of worry-free battery life. The 80W SuperVOOC charger can get a dead battery up to 68% in half an hour. Bypass charging (running the phone off wall power) is also an option. 7,000mAh batteries with 80W fast charging and battery bypass
The two phones are equipped with 6.8' OLED displays with 1,280 x 2,800px resolution and 10-bit colors. They have 120Hz refresh rate and 240Hz touch sampling rate. The panels peak at 1,600 nits brightness.
For gaming, both phones implement frame generation, resolution upscaling and Super HDR without putting extra load on their respective GPUs. Flat 6.8' 1280p+ OLED displays with 120Hz refresh rate
The camera system is fairly basic with a 50MP sensor on the back (27mm f/1.8 lens) and 4K @ 60fps video support. There's also a 2MP depth sensor on the back. On the front, a 16MP selfie camera (23mm f/2.4 lens) with 1080p @ 30fps video recording. At least the Pro model has OIS on its main camera.
The phones are equipped with stereo speakers and X-axis linear motors for haptic feedback. They have under-display fingerprint readers too (presumably the optical kind).
Oppo K13 Turbo and K13 Turbo Pro highlights
The Turbo Pro has Wi-Fi 7 (be) support, while the Turbo only offers Wi-Fi 6 (ax). They also have different 5G band support, which will be important if and when they become available globally.
Oppo K13 Turbo and K13 Turbo Pro colors
The Oppo K13 Turbo and K13 Turbo Pro are on pre-sale in China starting today and will be available from July 25 (Friday). Here are the Chinese prices with a currency conversion to USD for context – these are quite affordable for the performance and level of engineering they offer. Oppo K13 Turbo Oppo K13 Turbo Pro 12/256GB CNY 1,800 $250 CNY 2,000 $280 16/256GB CNY 2,000 $280 CNY 2,220 $305 12/512GB CNY 2,300 $320 CNY 2,400 $335 16/512GB - - CNY 2,700 $375
Source (in Chinese) | Via

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That's opposed to most modern phones, where the side frame you grip is as thick as the phone itself, giving significantly better contact with the user's palm even though sharper edges themselves are a whole other can of worms. Probably the most offensive aspect of a phone with a curved screen is just how much of the displayed content is lost to the curve itself. Even though a phone with such a screen was technically, say, 6.7 inches wide, the actual usable area was smaller due to the sides of the screen warping the photos, videos, or any other content you're viewing. Not cool at all. That was particularly bad if you watched a lot of video or gamed a lot on your phone, as the experience was much worse than a contemporary device with a more regular flat display. This was one of the biggest reasons why I grew to dislike phones with curved screens that much. But get this, it's not only that curved screens "ate" up usable screen real estate - the curves also gave us significant edge reflections and glare. The crests of the curves were always prone to pick up all the reflections from all nearby light sources. This only added insult to injury, as you not only had less usable screen real estate, the offending areas also blinded you and added to the inferior experience. Reflections galore (Image by PhoneArena) Accidental "ghost" touches In the earlier days of curved-screen phones, I used to accidentally trigger gestures and buttons all the time. Palm rejection wasn't great then, but even later devices often made it easy to unintentionally tap some interface element. That has never happened to me with a regular non-curved phone. Imagine how much more battery you could fit on a phone with a curved screen if it had flat edges instead. Well, probably not much, but as in all cases, every little bit helps. The unique shape of curved-screen phones means that the extreme parts of the phones were a liability rather than providing usable extra space for extra hardware. I'm a klutz, so if a phone I'm using doesn't come with a pre-applied screen protector, I usually try to get one just for the sake of protecting the screen from scratches and drops. With modern flat-screen phones, that's an easy ordeal, you can find a decent tempered glass or TPU screen protector for just about any modern phone out there. However, that's not the case with curved screens. Screen protectors were a pain to find and apply, and they typically left an unprotected area which got in the way of your finger tips and made the navigation experience that much worse. Have you cracked the screen of a phone with a curved display? I have, and the repair bill was not a particularly beautiful sight to behold. 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