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
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🔋 Battery & Charging
- Capacity: 7,300mAh
- Wired Charging: 120W
- Wireless Charging: 50W
- Bypass Charging: Supported
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📸 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)
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⚙️ 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
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🌐 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
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📏 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
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💰 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
---
❤5
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.
❤3
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Today, we’re launching the Parallel Search API, the most accurate web search for AI agents, built using our proprietary web index and retrieval infrastructure.
Traditional search ranks URLs for humans to click. AI search needs something different: the right tokens in their context window.
Parallel’s Search API is built from the ground up for AI agents, resulting in higher accuracy, lower costs, and lower latency for end-to-end agentic workflows.
Traditional search ranks URLs for humans to click. AI search needs something different: the right tokens in their context window.
Parallel’s Search API is built from the ground up for AI agents, resulting in higher accuracy, lower costs, and lower latency for end-to-end agentic workflows.
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Figma in India: our Bengaluru office is officially open!
Design and Make things with us (We’re hiring)
🔗 Figma (@figma)
Design and Make things with us (We’re hiring)
🔗 Figma (@figma)
🤝1
Hyderabad's global push
Tech-named roads
The state floated a plan to name major corridors after firms like Google, Meta, TCS and Infosys. It is a branding move to signal innovation, not politics. No mapped roads, timelines or public-process details yet.
Global university invitations
Harvard, Stanford and Oxford were invited to open campuses in the city. Framed as cheaper access for Global South students and a talent engine for industry. No MoUs, sites or regulatory paths announced.
Bigger frame
Everything feeds into Telangana Rising 2047, with targets that include a trillion-dollar state economy by 2034. Projects in play: a 30,000-acre future city, Musi riverfront revival, metro growth, and new industrial corridors.
Tech-named roads
The state floated a plan to name major corridors after firms like Google, Meta, TCS and Infosys. It is a branding move to signal innovation, not politics. No mapped roads, timelines or public-process details yet.
Global university invitations
Harvard, Stanford and Oxford were invited to open campuses in the city. Framed as cheaper access for Global South students and a talent engine for industry. No MoUs, sites or regulatory paths announced.
Bigger frame
Everything feeds into Telangana Rising 2047, with targets that include a trillion-dollar state economy by 2034. Projects in play: a 30,000-acre future city, Musi riverfront revival, metro growth, and new industrial corridors.
❤6
Iger, on a roll, continued,
Iger told analysts.
“The other thing that we’re really excited about that AI is going to give us the ability to do is to provide users at Disney+ with a much more engaged experience, including the ability for them to create user generated content and to consume user generated content, mostly short form from others.”
“There are great opportunities in terms of our collection of data and our mining of data,”
Iger told analysts.
“And I’d say above all else, there’s phenomenal opportunities to deploy AI across our direct-to-consumer platforms, both to provide tools that make the platforms more dynamic and more sticky with consumers, but also give consumers the opportunity to create on our platforms.”
Tech Office : Updates & Tech News ~1
👀💀
📱 Micromax: From Consumer Brand to Manufacturing Powerhouse
🔹 Rise and Decline
- Peak years: 2014–2016, when Micromax was a leading player in India’s phone market.
- Decline: Lost ground as Chinese brands entered with faster refresh cycles and stronger supply chains.
- By 2021: Market share had shrunk to almost nothing, making consumer competition unsustainable.
---
🔹 Strategic Pivot
- Shifted focus to manufacturing via its arm Bhagwati Products Ltd.
- Move aligned with:
- India’s PLI (Production-Linked Incentive) scheme for local electronics.
- Global China+1 strategy, as brands sought Indian output to reduce import duties and meet government rules.
- Micromax rebuilt itself around factories, supply chain depth, and ODM-style work.
---
🔹 Bhagwati Products Ltd.
- Manufactures phones, tablets, and storage devices for multiple global brands.
- Reported clients include Vivo, Oppo, OnePlus, Lenovo, Acer, and others.
- Scale: Millions of units per month, with output rising steadily.
- Targets: Revenue of ~₹15,000 crore by FY26, far exceeding what the consumer line could achieve.
---
🔹 Key Accelerator: Huaqin Joint Venture
- Approved JV with Huaqin, a leading global ODM.
- Benefits:
- Access to design expertise and advanced tooling.
- Stronger component integration.
- Increased attractiveness to Chinese brands needing local production without large plants.
---
🔹 Current Strategy
- Focus on contract manufacturing, not retail marketing.
- Expanding into components:
- Displays
- Camera modules
- Plastics
- Goal: Improve margins and reduce import dependence.
- The Micromax brand still exists but plays only a minor role.
---
🔹 Why the Move Works
- Consumer phones: Highly competitive, low-margin business.
- Manufacturing: Offers steadier demand, policy support, and long-term growth potential.
---
⚠️ Risks
- Heavy dependence on big clients.
- Missing PLI targets could hurt performance.
- Margins remain thin unless ODM design capabilities expand further.
---
🔹 The Short Version
Micromax has shifted from selling phones to building them for others.
It is now positioning itself as a major Indian electronics manufacturer, moving beyond its consumer brand legacy.
🔹 Rise and Decline
- Peak years: 2014–2016, when Micromax was a leading player in India’s phone market.
- Decline: Lost ground as Chinese brands entered with faster refresh cycles and stronger supply chains.
- By 2021: Market share had shrunk to almost nothing, making consumer competition unsustainable.
---
🔹 Strategic Pivot
- Shifted focus to manufacturing via its arm Bhagwati Products Ltd.
- Move aligned with:
- India’s PLI (Production-Linked Incentive) scheme for local electronics.
- Global China+1 strategy, as brands sought Indian output to reduce import duties and meet government rules.
- Micromax rebuilt itself around factories, supply chain depth, and ODM-style work.
---
🔹 Bhagwati Products Ltd.
- Manufactures phones, tablets, and storage devices for multiple global brands.
- Reported clients include Vivo, Oppo, OnePlus, Lenovo, Acer, and others.
- Scale: Millions of units per month, with output rising steadily.
- Targets: Revenue of ~₹15,000 crore by FY26, far exceeding what the consumer line could achieve.
---
🔹 Key Accelerator: Huaqin Joint Venture
- Approved JV with Huaqin, a leading global ODM.
- Benefits:
- Access to design expertise and advanced tooling.
- Stronger component integration.
- Increased attractiveness to Chinese brands needing local production without large plants.
---
🔹 Current Strategy
- Focus on contract manufacturing, not retail marketing.
- Expanding into components:
- Displays
- Camera modules
- Plastics
- Goal: Improve margins and reduce import dependence.
- The Micromax brand still exists but plays only a minor role.
---
🔹 Why the Move Works
- Consumer phones: Highly competitive, low-margin business.
- Manufacturing: Offers steadier demand, policy support, and long-term growth potential.
---
⚠️ Risks
- Heavy dependence on big clients.
- Missing PLI targets could hurt performance.
- Margins remain thin unless ODM design capabilities expand further.
---
🔹 The Short Version
Micromax has shifted from selling phones to building them for others.
It is now positioning itself as a major Indian electronics manufacturer, moving beyond its consumer brand legacy.
❤1