POCO F5 HyperOS 2.2 ZK Edition Update | Best Features and Improved Performance 👌
https://youtu.be/MSzkeq2wAh0
https://youtu.be/MSzkeq2wAh0
https://youtu.be/MSzkeq2wAh0
Download link
HyperOS ZK Edition
Mirror 1 Mirror 2
Credit- Zurimuka亗
https://youtu.be/MSzkeq2wAh0
https://youtu.be/MSzkeq2wAh0
https://youtu.be/MSzkeq2wAh0
Download link
HyperOS ZK Edition
Mirror 1 Mirror 2
Credit- Zurimuka亗
🗿3
Agr in dono me se ek buy krna ho to kon sa loge agr price me 5k to 10k ka hi different ho to...?
A weekend without battery anxiety
I noticed the OnePlus 15’s bigger battery on a recent 48‑hour trip to Austin: after unplugging from the car on arrival I didn’t charge at all. I browsed the web, scrolled Reddit, watched YouTube shorts, streamed music, and messaged on Discord, Telegram, Slack, and X—about 12 hours screen‑on time—and still had ~15% when we left. My brother’s iPhone 14 Pro Max needed frequent top‑ups, while I could comfortably leave my phone alone. It echoed how the OnePlus Watch 2 (and Watch 3) changed my expectations for multi‑day battery life—less nightly charging, less hassle when traveling.
Mishaal Rehman
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Tech Office : Updates & Tech News ~1
SALE IS NOW LIVE! OnePlus 15 Pricing: • ₹72,999 for 12GB + 256GB • ₹79,999 for 16GB + 512GB Plus a ₹4,000 bank discount.
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🌟 OnePlus 15 Launched in India
📱 Display & Performance
- 6.78-inch flat BOE X3 OLED LTPO 8T panel
- Resolution: 1.5K (2772 × 1272 pixels)
- Refresh Rate: 165Hz, LTPO adaptive 1–120Hz
- Brightness: Hardware-level 1 nit
- Chipset: Snapdragon 8 Elite Gen 5 + P3 display chip
- Memory & Storage: LPDDR5X Ultra RAM + UFS 4.1
---
🔋 Battery & Charging
- Capacity: 7,300mAh
- Wired Charging: 120W
- Wireless Charging: 50W
- Bypass Charging: Supported
---
📸 Cameras
- Front: 32MP (Sony IMX709)
- Rear Triple Setup:
- 50MP (Sony IMX906, OIS)
- 50MP (OV50D ultra-wide + macro)
- 50MP (Samsung S5KJN5 periscope telephoto, OIS, 3.5x optical, 120x digital zoom)
---
⚙️ Software & Features
- OS: Android 16 with OxygenOS 16
- Security: Ultrasonic fingerprint sensor
- Audio: Dual speakers
- Gaming: X-axis linear motor, Gaming Network Chips G2
- Cooling: Glacier cooling system (large VC)
- Imaging: LUMO tech
- Extra: Plus key
---
🌐 Connectivity
- Wi-Fi 7
- Bluetooth 5.4
- IR blaster
- NFC
- USB-C (USB 3.2 Gen1)
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💧 Durability
- Ratings: IP68 / IP69 / IP69K
---
📏 Dimensions & Weight
- Size: 161.42 × 76.67 × 8.10mm (Sand Storm) / 8.20mm (Absolute Black, Mist Purple)
- Weight: 211g (Sand Dune) / 215g (Infinite Black, Mist Purple)
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🎨 Colours
- Mist Purple
- Sand Storm
- Infinite Black
---
💰 Price in India
| Variant | Price |
|---------|-------|
| 12GB + 256GB | ₹72,999 |
| 16GB + 512GB | ₹79,999 |
Open Sale Date: November 13
---
🌟 OnePlus 15 Launched in India
📱 Display & Performance
- 6.78-inch flat BOE X3 OLED LTPO 8T panel
- Resolution: 1.5K (2772 × 1272 pixels)
- Refresh Rate: 165Hz, LTPO adaptive 1–120Hz
- Brightness: Hardware-level 1 nit
- Chipset: Snapdragon 8 Elite Gen 5 + P3 display chip
- Memory & Storage: LPDDR5X Ultra RAM + UFS 4.1
---
🔋 Battery & Charging
- Capacity: 7,300mAh
- Wired Charging: 120W
- Wireless Charging: 50W
- Bypass Charging: Supported
---
📸 Cameras
- Front: 32MP (Sony IMX709)
- Rear Triple Setup:
- 50MP (Sony IMX906, OIS)
- 50MP (OV50D ultra-wide + macro)
- 50MP (Samsung S5KJN5 periscope telephoto, OIS, 3.5x optical, 120x digital zoom)
---
⚙️ Software & Features
- OS: Android 16 with OxygenOS 16
- Security: Ultrasonic fingerprint sensor
- Audio: Dual speakers
- Gaming: X-axis linear motor, Gaming Network Chips G2
- Cooling: Glacier cooling system (large VC)
- Imaging: LUMO tech
- Extra: Plus key
---
🌐 Connectivity
- Wi-Fi 7
- Bluetooth 5.4
- IR blaster
- NFC
- USB-C (USB 3.2 Gen1)
---
💧 Durability
- Ratings: IP68 / IP69 / IP69K
---
📏 Dimensions & Weight
- Size: 161.42 × 76.67 × 8.10mm (Sand Storm) / 8.20mm (Absolute Black, Mist Purple)
- Weight: 211g (Sand Dune) / 215g (Infinite Black, Mist Purple)
---
🎨 Colours
- Mist Purple
- Sand Storm
- Infinite Black
---
💰 Price in India
| Variant | Price |
|---------|-------|
| 12GB + 256GB | ₹72,999 |
| 16GB + 512GB | ₹79,999 |
Open Sale Date: November 13
---
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Samsung is reportedly gearing up to launch the Galaxy Z TriFold on December 5 👀
📱6.5-inch external display, 2600 nits brightness
📖10-inch internal display, 1600 nits brightness
⚙️4.2mm thin when unfolded, 12.1mm when folded
🔋5,437mAh battery
The price is said to be approximately around $3,000 USD (INR 2,66,113)
(Concept render created using AI)
📱6.5-inch external display, 2600 nits brightness
📖10-inch internal display, 1600 nits brightness
⚙️4.2mm thin when unfolded, 12.1mm when folded
🔋5,437mAh battery
The price is said to be approximately around $3,000 USD (INR 2,66,113)
(Concept render created using AI)
😁3
Tech Office : Updates & Tech News ~1
Photo
Rank, lowest to highest (better efficiency first)
1. iPhone 17 PM, ~633 mAh/hr
2. Oppo Find X9 Pro, ~682 mAh/hr
3. OnePlus 15, ~756 mAh/hr
At 633 mah/hr , the iphone would last 11 hr 50 mins approx with 7500 mah battery.
1. iPhone 17 PM, ~633 mAh/hr
2. Oppo Find X9 Pro, ~682 mAh/hr
3. OnePlus 15, ~756 mAh/hr
At 633 mah/hr , the iphone would last 11 hr 50 mins approx with 7500 mah battery.
🍾3❤1
🍏 Apple Sets Its Sights on HMO as the Next Display Technology After LTPO
🔬 What is HMO?
- High Mobility Oxide (HMO) is Apple’s next-generation display technology.
- It relates to thin-film transistors (TFTs), the driving circuits of displays.
- Core goal: enhance electron mobility compared with conventional oxide TFTs, enabling faster signal processing and higher resolution.
---
⚙️ Background: TFT Technologies
- TFTs are semiconductor devices that control current flow and pixel driving.
- Categories of display TFTs:
- Amorphous silicon (a-Si)
- Low-temperature polycrystalline silicon (LTPS)
- Oxide
- LTPO (Low-Temperature Polycrystalline Silicon Oxide):
- Combines LTPS (high resolution) + oxide (low power consumption).
- Currently the mainstream for small/medium OLED panels.
---
🚀 Why HMO Matters
- Improves electron mobility — addressing oxide TFTs’ weak point.
- Faster electrical signal processing → better suited for high-resolution displays.
- Advantages over LTPO:
- Lower power consumption ⚡
- Lower manufacturing cost 💰
- Fewer tools and process steps 🛠️
---
📱 Impact on Devices
- Reduced display power consumption → longer battery life.
- Enables new features like on-device AI and larger-area displays.
- Potential expansion of oxide TFTs from large-area displays into small/medium OLEDs for IT and mobile products.
---
🏗️ Apple’s Development Timeline
- 2014: Filed first LTPO patent.
- 2018: Applied LTPO in Apple Watch 4.
- 2022: Introduced LTPO in iPhone 14 Pro Max.
- Future: HMO-based displays expected in several years, following similar adoption cycles.
---
🗣️ Expert Insight
>
---
✨ In summary: Apple is betting on HMO to succeed LTPO, aiming for displays that are more efficient, cost-effective, and capable of supporting the next wave of high-resolution, AI-powered devices.
🔬 What is HMO?
- High Mobility Oxide (HMO) is Apple’s next-generation display technology.
- It relates to thin-film transistors (TFTs), the driving circuits of displays.
- Core goal: enhance electron mobility compared with conventional oxide TFTs, enabling faster signal processing and higher resolution.
---
⚙️ Background: TFT Technologies
- TFTs are semiconductor devices that control current flow and pixel driving.
- Categories of display TFTs:
- Amorphous silicon (a-Si)
- Low-temperature polycrystalline silicon (LTPS)
- Oxide
- LTPO (Low-Temperature Polycrystalline Silicon Oxide):
- Combines LTPS (high resolution) + oxide (low power consumption).
- Currently the mainstream for small/medium OLED panels.
---
🚀 Why HMO Matters
- Improves electron mobility — addressing oxide TFTs’ weak point.
- Faster electrical signal processing → better suited for high-resolution displays.
- Advantages over LTPO:
- Lower power consumption ⚡
- Lower manufacturing cost 💰
- Fewer tools and process steps 🛠️
---
📱 Impact on Devices
- Reduced display power consumption → longer battery life.
- Enables new features like on-device AI and larger-area displays.
- Potential expansion of oxide TFTs from large-area displays into small/medium OLEDs for IT and mobile products.
---
🏗️ Apple’s Development Timeline
- 2014: Filed first LTPO patent.
- 2018: Applied LTPO in Apple Watch 4.
- 2022: Introduced LTPO in iPhone 14 Pro Max.
- Future: HMO-based displays expected in several years, following similar adoption cycles.
---
🗣️ Expert Insight
>
“HMO is a technology that academia has only begun to study in earnest over the past one to two years. Although LTPO is currently dominant in the small and medium-sized OLED market, if Apple—creator of LTPO—backs HMO and completes a more advanced technology, the industry landscape could change.”
---
✨ In summary: Apple is betting on HMO to succeed LTPO, aiming for displays that are more efficient, cost-effective, and capable of supporting the next wave of high-resolution, AI-powered devices.
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