You are about to visit Secured link turns 17, happy birthday to us!

How the time flies, just turned 17 years old! Teen years not yet behind us, we are nevertheless a year older and wiser. With that comes increased focus - we merged our news and blog sections since smartphones are no longer alone. Smart watches, smart speakers, smart appliances have joined the party, picking a phone is just the start! These last few months we've been working on growing our YouTube channel. Video reviews are a great way to show phones in action and we think they are an excellent complement to our in-depth reviews. We have also improved the site in various...

(€3) Xiaomi Piston In Ear Earphones Fresh Version

Xiaomi Piston In Ear Earphones Fresh Version

Coupon: GBPiston

Link di prodotto


Le caratteristiche:

Aluminium alloy earbud, anti-fingerprint and durable
Third generation damping balance system delivers the more clear and detailed sound
Built-in mic for hands-free calls
With on-cord control for music and calls control
Ergonomics design, comfortable to wear

Xiaomi reveals DeepExposure AI algorithm to restore details and colors in poorly exposed photos

It’s been few quarters, since then Xiaomi has improved its gadgets scanner modules a large amount. Their multiple gadgets launched this year have garnered excellent ratings from DxOmark. The newest device to acquire this kind of rating is Xiaomi Mi Mix 3 what carries 12 megapixels +12 megapixel key digital camera on the rear facet even though a 24 megapixel + 2-megapixel sensors sit on the front facet. Presently, Xiaomi has posted its fresh algorithm DeepExposure AI what helps to restore poorly exposed pics. Xiaomi reveals deepexposure ai algorithm to restore details and colors in poorly exposed photos Most of the mobile cameras have the problem of poorly exposing pics if the light is brighter or it is too dark. Hardly, except handful of manufacturers, with no one has obtained any success of eliminating the poorly exposed pics. Today, Xiaomi has unveiled DeepExposure AI algorithm what will help balance your Pictures with proper lighting and details. Xioami has employed AI to fix this problem! to more than or underexposed photos. Xiaomi’s DeepExposure balance the exposure by dividing the photo into subfragments and then the exposure price tag of each fragment is adjusted separately. Last but not least, alternative areas are merged to form the final picture. You could have a look at the in general process in the image below. “The correct exposure is the major of capturing high-quality pics in computational photography, especially for mobile smartphones that are limited by sizes of digital camera modules,” the researchers wrote. “Inspired by luminosity masks usually applied by professional photographers, in this paper, we develop a novel algorithm for learning local exposures with deep reinforcement adversarial learning.” The new algorithm divides the whole process into image segmentation and “action-generation” stage. After segmentation, the second part starts with input low-resolution, sub-images, and direct fusion of the image takes place. All the pics are processed with each’s local and global exposures. The fresh algorithm is created in Google’s TensorFlow framework on a Nvidia P40 Tesla GPU. Xiaomi team used the pics in the MIT-Adobe FiveK dataset.

New Huawei Mate 10 Pro renders confirm design

Huawei's new Mate 10 family will be announced in a week, on October 16, and we'll be there to bring you the complete coverage of the devices. But until then we can enjoy the latest leak, showing one of the three or four family members, the Huawei Mate 10 Pro. We've seen the Mate 10 Pro on another occasion, courtesy of Evan Blass, and now get two new renders by way of China Weibo's @ichangezone. The renders offer more of the same - a front housing an 18:9 aspect screen and a dual-toned back design, two cameras with Leica branding and a back-mounted fingerprint scanner. Huawei...

Qualcomm unveils 5G antennas for the X50 modem: up to four in a phone with MIMO

The Qualcomm X50 modem promises stunning speeds of 5Gbps, but it will need the right antennas to get there. The company just unveiled its first antennas for millimeter wave and for sub-6GHz communication. What's the difference? Millimeter wave operates at very high frequencies - the QTM052 antenna works above 26GHz and even in the 37-40GHz range and it can receive up to 800MHz of bandwidth. That's how you get to 5Gbps transfer speeds. The antenna itself is tiny and it needs to be. Qualcomm envisions up to 4 of them inside smartphones. Together with the X50 modem, they support beam...