Tuesday
May132025

Samsung officially launches the Galaxy S25 Edge

Samsung has officially launched the Galaxy S25 Edge, a slim and artificial intelligence-powered smartphone first teased at the Galaxy S25 launch and later showcased at Mobile World Congress 2025. The device aims to redefine flagship design with its ultra-thin 5.8mm profile and light 163g weight without sacrificing premium features.  

The Galaxy S25 Edge is encased in a durable titanium frame with curved edges and protected by the new Corning Gorilla Glass Ceramic 2. Despite its slender form, the smartphone packs a powerful 200-megapixel main camera with an improved sensor promising up to 40% brighter low-light shots. AI-powered tools like Drawing Assist and Audio Eraser, integrated with the ProVisual Engine, aim to elevate content creation effortlessly.  

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Saturday
May102025

Canadian Reviewer Weekly Roundup - 5/4/2025 - 5/10/2025

Saturday
May102025

Leaked promo materials for the Samsung Galaxy S25 Edge

Photo via GSMArena

We are days away from the launch of the Samsung S25 Edge, the company's first Edge device since 2016, and the leaks keep coming in. The latest one shows promo materials for the device.

We see the three rumoured colourways for the phone: Titanium Jetblack, Titanium Silver, and Titanium Icyblue. The promo materials claim the phone is "crafted to be ultra sleek and premium," with a thinness of just around 5.8mm. It's also said to be durable thanks to that titanium frame and an IP68 water and dust resistance rating.

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Saturday
May102025

Report: Foldable iPhone to boast cutting-edge screen tech missing from Samsung Galaxy Z Fold

Apple's highly anticipated entry into the foldable smartphone market will reportedly feature a display innovation not yet seen in Samsung's own Galaxy Z Fold series.

Sources indicate that the foldable iPhone's screen, supplied by Samsung Display, will integrate the touch layer directly into the panel itself. This in-cell touch technology is expected to reduce the overall display assembly thickness by approximately 19%, leading to a lighter and potentially more rigid device.

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