Tensor G5 details :
- TSMC 3nm
CPU : 1+5+2
1 × X4 : 3.78 GHz
5 × A725 : 3.05 GHz
2 × A520 : 2.25 GHz
- GPU : IMG DXT-48-1536 at 1.1 GHz (most likely dual core)
Geekbench score :
Single core : 2276
Multi core : 6173
Coming with Pixel 10 Series
- TSMC 3nm
CPU : 1+5+2
1 × X4 : 3.78 GHz
5 × A725 : 3.05 GHz
2 × A520 : 2.25 GHz
- GPU : IMG DXT-48-1536 at 1.1 GHz (most likely dual core)
Geekbench score :
Single core : 2276
Multi core : 6173
Coming with Pixel 10 Series
❤3
Tech Office : Updates & Tech News ~1
ColorOS 15 is at the top in terms of fluency. #OPPO #ColorOS15
All high end phones are very fluid.
The real competition is in the 30k inr range.
ColorOs has really upped the game with their multi threaded animation rendering.
But most of them restrict most of their animations and effects in the above mentioned price range.
The real competition is in the 30k inr range.
ColorOs has really upped the game with their multi threaded animation rendering.
But most of them restrict most of their animations and effects in the above mentioned price range.
💯2
Redmi K90 Pro :
✅ 2K Flat OLED
✅ Snapdragon 8 Elite 2
✅ 50MP Main (1/1.3")+ 50MP Periscope Telephoto +UW
✅ ~7500mAh🔋100/120W⚡Wireless
✅ 3D Ultrasonic FS
✅ Metal Frame
✅ Symmetrical dual stereo speakers,Large X-axis Vibration Motor
✅ Android 16 Based On HyperOS 2.3 / 3
✅ 2K Flat OLED
✅ Snapdragon 8 Elite 2
✅ 50MP Main (1/1.3")+ 50MP Periscope Telephoto +UW
✅ ~7500mAh🔋100/120W⚡Wireless
✅ 3D Ultrasonic FS
✅ Metal Frame
✅ Symmetrical dual stereo speakers,Large X-axis Vibration Motor
✅ Android 16 Based On HyperOS 2.3 / 3
❤1❤🔥1
Honor Magic 8 Pro 🪄
▫️6.71"± Straight Screen
▫️Snapdragon 8 Elite 2 🐉
▫️Upgraded 50MP XXL Main unit
▫️Upgraded 200MP XL (3x±) Periscope Telephoto
▫️7000mAh+🔋+ 80W/100W⚡
▫️Ultrasonic Fingerprint Scanner
▫️3D Face Recognition
#Honor #HonorMagic8 #HonorMagic8Pro
▫️6.71"± Straight Screen
▫️Snapdragon 8 Elite 2 🐉
▫️Upgraded 50MP XXL Main unit
▫️Upgraded 200MP XL (3x±) Periscope Telephoto
▫️7000mAh+🔋+ 80W/100W⚡
▫️Ultrasonic Fingerprint Scanner
▫️3D Face Recognition
#Honor #HonorMagic8 #HonorMagic8Pro
❤1
Tech Office : Updates & Tech News ~1
Galaxy S24 Series: A new One UI 8 Stable build has been updated on the test server. CYG1 ➡️ CYG3 Build Version: S928BXXU4CYG3/S928BOXM4CYG3/S928BXXU4CYG3 CYG3 adds new features: Now Brief
Breaking - The Galaxy S24 Series will get Now Brief with One UI 8!
Build CYG3 brings along an older version of Personal Data Intelligence that includes the Now Brief functionality. No sideloading required.
Build CYG3 brings along an older version of Personal Data Intelligence that includes the Now Brief functionality. No sideloading required.
🔥2
New Android Ai Features Coming to Galaxy Fold7 First
1) Smarter Circle to Search
Now helps with games — get tips, videos, and guides
2) Gemini Screen & Camera Sharing
Share screen or camera for shopping, DIY, and more
3) Works with Samsung Apps
Gemini supports Calendar, Notes, and Reminders
4) Gemini on Galaxy Watch8
Gemini finally arrives on Wear OS smartwatches
1) Smarter Circle to Search
Now helps with games — get tips, videos, and guides
2) Gemini Screen & Camera Sharing
Share screen or camera for shopping, DIY, and more
3) Works with Samsung Apps
Gemini supports Calendar, Notes, and Reminders
4) Gemini on Galaxy Watch8
Gemini finally arrives on Wear OS smartwatches
Samsung holds nearly 60% market share in foldables in India
The remaining 40% is shared by all other brands combined
The remaining 40% is shared by all other brands combined
🇮🇳 India’s Rare-Earth Magnet Push
Reclaiming Strategic Mineral Independence
India is embarking on a transformative journey to build a domestic ecosystem for rare-earth magnets—critical components in electric vehicles (EVs), wind turbines, defense electronics, and mobile devices.
Despite possessing the fifth-largest reserves globally, India contributes less than 1% to rare-earth production.
This ambitious initiative seeks to reverse that imbalance.
---
🎯 Vision and Strategy
The primary aim is to reduce overwhelming reliance on China, which processes over 90% of the world’s rare earths.
In FY25, India imported more than 53,000 metric tons of magnets, predominantly from Chinese suppliers.
To change this, India will develop mining, processing, and manufacturing capabilities—propelling itself into a new role as a strategic supplier.
---
💰 Financial Commitments and Production Goals
The government is rolling out an incentive program worth ₹25 billion (~$290 million) spread across seven years.
The goal?
Build capacity for producing 4,000 tonnes of rare-earth magnets. The program includes:
- Up to ₹6 billion in support for each 1,000 tonnes produced
- Two-year setup period for infrastructure
- Five-year manufacturing-linked incentives once operations begin
---
🏭 Corporate Momentum
Several industrial giants have shown intent to participate:
- Vedanta Group, a major mining and metals conglomerate
- JSW Group, known for steel and energy production
- Sona BLW Precision Forgings, a leading EV motor supplier
These companies are expected to partner with magnet technology firms to accelerate domestic know-how.
---
🧲 Focused Materials and Local Sourcing
The magnets will rely heavily on neodymium and praseodymium—two rare earths essential for high-strength permanent magnets. These are used in:
- EV traction motors
- Wind turbine generators
- Radar systems and smartphones
To qualify for incentives, manufacturers must initially source 50% of their magnet’s value from locally refined Nd-Pr oxide.
This rises to 80% by the fifth year—ensuring growing self-reliance.
---
🏞️ Mining Roadblocks
India's rare-earth resources largely exist in low-grade beach sands, often containing radioactive monazite.
Inland exploration in areas like Rajasthan remains limited in success.
Among current efforts, only one site—Ladi Ka Bas—has advanced to G2-level exploration, one step short of commercial viability.
---
⚙️ Processing and Operational Constraints
At present, IREL (India) Ltd. is the country’s sole rare-earth processor, operating under atomic energy regulations that restrict flexibility.
Challenges include:
- High production costs without subsidies
- Lack of heavy rare earths like dysprosium, vital for heat-resistant magnets
- Regulatory friction that limits scalability
To offset these gaps, India is actively agreements in mineral-rich regions of Argentina, Zambia, and Australia.
---
🌐 Geopolitical Collaboration
India is syncing its strategy with allies in both BRICS and the Quad—partnering with the US, Japan, and Australia to diversify sourcing and secure global supply chains.
Reclaiming Strategic Mineral Independence
India is embarking on a transformative journey to build a domestic ecosystem for rare-earth magnets—critical components in electric vehicles (EVs), wind turbines, defense electronics, and mobile devices.
Despite possessing the fifth-largest reserves globally, India contributes less than 1% to rare-earth production.
This ambitious initiative seeks to reverse that imbalance.
---
🎯 Vision and Strategy
The primary aim is to reduce overwhelming reliance on China, which processes over 90% of the world’s rare earths.
In FY25, India imported more than 53,000 metric tons of magnets, predominantly from Chinese suppliers.
To change this, India will develop mining, processing, and manufacturing capabilities—propelling itself into a new role as a strategic supplier.
---
💰 Financial Commitments and Production Goals
The government is rolling out an incentive program worth ₹25 billion (~$290 million) spread across seven years.
The goal?
Build capacity for producing 4,000 tonnes of rare-earth magnets. The program includes:
- Up to ₹6 billion in support for each 1,000 tonnes produced
- Two-year setup period for infrastructure
- Five-year manufacturing-linked incentives once operations begin
---
🏭 Corporate Momentum
Several industrial giants have shown intent to participate:
- Vedanta Group, a major mining and metals conglomerate
- JSW Group, known for steel and energy production
- Sona BLW Precision Forgings, a leading EV motor supplier
These companies are expected to partner with magnet technology firms to accelerate domestic know-how.
---
🧲 Focused Materials and Local Sourcing
The magnets will rely heavily on neodymium and praseodymium—two rare earths essential for high-strength permanent magnets. These are used in:
- EV traction motors
- Wind turbine generators
- Radar systems and smartphones
To qualify for incentives, manufacturers must initially source 50% of their magnet’s value from locally refined Nd-Pr oxide.
This rises to 80% by the fifth year—ensuring growing self-reliance.
---
🏞️ Mining Roadblocks
India's rare-earth resources largely exist in low-grade beach sands, often containing radioactive monazite.
Inland exploration in areas like Rajasthan remains limited in success.
Among current efforts, only one site—Ladi Ka Bas—has advanced to G2-level exploration, one step short of commercial viability.
---
⚙️ Processing and Operational Constraints
At present, IREL (India) Ltd. is the country’s sole rare-earth processor, operating under atomic energy regulations that restrict flexibility.
Challenges include:
- High production costs without subsidies
- Lack of heavy rare earths like dysprosium, vital for heat-resistant magnets
- Regulatory friction that limits scalability
To offset these gaps, India is actively agreements in mineral-rich regions of Argentina, Zambia, and Australia.
---
🌐 Geopolitical Collaboration
India is syncing its strategy with allies in both BRICS and the Quad—partnering with the US, Japan, and Australia to diversify sourcing and secure global supply chains.
❤1
POCO F7 : How to Flash Hybrid ROM & Other ROMs with or Without Pc
https://youtu.be/H7sC99hZqE4
https://youtu.be/H7sC99hZqE4
https://youtu.be/H7sC99hZqE4
Twrp for Poco F7
TWRP installer
https://youtu.be/H7sC99hZqE4
https://youtu.be/H7sC99hZqE4
https://youtu.be/H7sC99hZqE4
Twrp for Poco F7
TWRP installer