Your first look at the OneUI 8.5

OneUI 8.5 build running on the latest Galaxy S25 Ultra has leaked.

Whats new:
• Customizable QS Tiles
• New icons in the QS Tiles
• Automatic Call Screening
• Direct Voicemail feature with transcriptions similar to iOS 18's Live Voicemail
• Redesigned Samsung file manager
• Redesigned Quick Share UI
• Redesigned Phone Dialer
• Redesigned Device care section
• Search bar has been moved to the button in Settings like in iOS

Additionally, One UI 8.5 appears to be introducing a subtle redesign, featuring a glass UI design language. The Back, Search, and Options buttons have a glassy appearance, appearing a layer above the rest of the elements.

New AI features:
1. Meeting Assist will provide real-time translation of meeting conversations and presentation screens

2. Touch Assist will help improve reading efficiency by processing the text that's displayed on the screen.

3. Social composer to help users generate posts, captions, reviews etc based on the images uploaded.

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Nothing phone 3 is available officially at 50% discount just after 3 months of its launch

The Nothing Phone (3) came out in India in July for ₹80,000 (~$925). But after only 3 months from its launch now, you can buy it for just ₹50,000(~575$) "officially". If you use an HDFC Bank credit card, the price drops even more to ₹45,000 (~500$), that too without exchanging any old device.

This means that the Nothing phone 3 lost almost 50% its value in just 3 months and I have never seen any smartphone lose its value by 50% this fast. So if you are thinking about buying Phone 3 in India, please go ahead with it as it's quite a good device for 500$.

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Microsoft announces its innovative in-chip microfluidic cooling system

Microsoft has successfully tested a
new cooling system that removed heat up to 3x better than cold plates, an advanced cooling technology commonly used today. It uses microfluidics, an approach that brings liquid coolant directly inside the silicon – where the heat is. Tiny channels are etched directly on the back of the silicon chip, creating grooves that allow cooling liquid to flow directly onto the chip and more efficiently remove heat.

Microfluidics are not only innovative but also challenging as it requires ensuring that the channels are deep enough to circulate adequate cooling liquid without clogging while not being so deep as to weaken the silicon such that it risks breaking. Microfluidics also requires designing a leak-proof package for the chip, finding the best coolant formula, testing different etching methods and developing a step-by-step process for adding etching to manufacturing the chips.

Microfluidics have reduced the maximum temperature rise of the silicon inside a GPU by 65%, though this will vary by the type of chip. The team expects the advanced cooling technology would also improve power usage effectiveness, a key metric for measuring how energy efficient a datacenter is, and reduce operational costs.

As part of the prototyping effort, Microsoft collaborated with Swiss startup Corintis to use AI to help optimize a bio-inspired design to cool chips’ hot spots more efficiently than straight up-and-down channels, which they also tested. The bio-design resembles the veins in a leaf or a butterfly wing. 4 prototype designs have been developed so far in 1 year.

You can continue reading more at:
https://news.microsoft.com/source/features/ai/microfluidics-liquid-cooling-ai-chips/

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