Nothing Phone (2) Launched in India
Specs
- 6.7" FHD+ 120Hz LTPO 10bit OLED Display
- 2412 x 1080 Pixel Resolution
- 1Hz ~ 120Hz Adaptive Refresh Rate
- 240Hz Touch Sampling Rate
- 1.07 billion colors
- 1600 nits Peak Brightness
- Corning Gorilla Glass Protection
- 3.0GHz Snapdragon 8+ Gen 1 SoC
- 8/12GB of LPDDR5 RAM
- 128/256/512GB of UFS 3.1 Storage
- 32MP (IMX615, EIS, f/2.4) Front Camera
- 50MP (IMX890, OIS & EIS, f/1.9, 1/1.56-inch) Main + 50MP (JN1, EIS, 1/2.7-inch, f/2.2) FoV: 115° Ultra-wide-angle / 4cm Macro in the Rear Camera
- 4700mAh battery
- 45W wired charging
- 15W Wireless Charging
- 5W Reverse Wireless Charging
- NothingOS 2.0
- Android 13
- In-Display Fingerprint Scanner
- IP54 Rating
- Dual Stereo Speakers
- 19 5G Bands
- 8.6 mm thick
- 201g weight
Color Options
- Dark Grey
- White
Price, offer, and Sale date
- 8+128GB = ₹44,999
- 12+256GB = ₹49,999
- 12+512GB = ₹54,999
- Open sale starts on 21st July'23
- ₹3,000 Axis Bank Card Discount
@GadgetsData | @TeamGadgetsData
Specs
- 6.7" FHD+ 120Hz LTPO 10bit OLED Display
- 2412 x 1080 Pixel Resolution
- 1Hz ~ 120Hz Adaptive Refresh Rate
- 240Hz Touch Sampling Rate
- 1.07 billion colors
- 1600 nits Peak Brightness
- Corning Gorilla Glass Protection
- 3.0GHz Snapdragon 8+ Gen 1 SoC
- 8/12GB of LPDDR5 RAM
- 128/256/512GB of UFS 3.1 Storage
- 32MP (IMX615, EIS, f/2.4) Front Camera
- 50MP (IMX890, OIS & EIS, f/1.9, 1/1.56-inch) Main + 50MP (JN1, EIS, 1/2.7-inch, f/2.2) FoV: 115° Ultra-wide-angle / 4cm Macro in the Rear Camera
- 4700mAh battery
- 45W wired charging
- 15W Wireless Charging
- 5W Reverse Wireless Charging
- NothingOS 2.0
- Android 13
- In-Display Fingerprint Scanner
- IP54 Rating
- Dual Stereo Speakers
- 19 5G Bands
- 8.6 mm thick
- 201g weight
Color Options
- Dark Grey
- White
Price, offer, and Sale date
- 8+128GB = ₹44,999
- 12+256GB = ₹49,999
- 12+512GB = ₹54,999
- Open sale starts on 21st July'23
- ₹3,000 Axis Bank Card Discount
@GadgetsData | @TeamGadgetsData
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Huawei MatePad 2023 Specs Leaked
- 11.45-inch 120Hz IPS LCD Display
- 2200 × 1440 Pixel Resolution
- Snapdragon 7 Gen1 SoC
- 8MP Front Camera
- 13MP Rear Camera
- 7700mAh battery
- 22.5W Charging
- HarmonyOS 3.1
- 6.85mm thick
- 499 grams in weight
Via - DCS
@GadgetsData | @TeamGadgetsData
- 11.45-inch 120Hz IPS LCD Display
- 2200 × 1440 Pixel Resolution
- Snapdragon 7 Gen1 SoC
- 8MP Front Camera
- 13MP Rear Camera
- 7700mAh battery
- 22.5W Charging
- HarmonyOS 3.1
- 6.85mm thick
- 499 grams in weight
Via - DCS
@GadgetsData | @TeamGadgetsData
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IQOO Z7 Pro 5G coming soon in India
Specs
- 6.78" FHD+ 120Hz Curved Amoled Display
- 1080 x 2400 Pixel Resolution
- 20:9 Ratio
- MediaTek Dimensity 7200 SoC
- 64MP OIS Main + 2MP Marco Rear Camera
- 16MP Front Camera
- 8GB/12GB of RAM
- 128GB/256GB of Storage
- FuntouchOS 13.1
- Android 13
- 4600mAh battery
- 66W Fast Charging
Price Range
- 25-30K
Launch in the Next 10-15 days
Info via passionategeekz
@GadgetsData | @TeamGadgetsData
Specs
- 6.78" FHD+ 120Hz Curved Amoled Display
- 1080 x 2400 Pixel Resolution
- 20:9 Ratio
- MediaTek Dimensity 7200 SoC
- 64MP OIS Main + 2MP Marco Rear Camera
- 16MP Front Camera
- 8GB/12GB of RAM
- 128GB/256GB of Storage
- FuntouchOS 13.1
- Android 13
- 4600mAh battery
- 66W Fast Charging
Price Range
- 25-30K
Launch in the Next 10-15 days
Info via passionategeekz
@GadgetsData | @TeamGadgetsData
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Chat GPT arrived on Google Play Store for Android devices...
Available to download now
Link - https://play.google.com/store/apps/details?id=com.openai.chatgpt
@GadgetsData | @TeamGadgetsData
Available to download now
Link - https://play.google.com/store/apps/details?id=com.openai.chatgpt
@GadgetsData | @TeamGadgetsData
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Front and Rear Look of Realme GT 5
- Centered Punch-Hole Flat Amoled Display
- RGB Light with Semi-Transparent Part at Rear
- Triple Rear Camera with Vertical LED Flash
- IR Blaster on top
@GadgetsData | @TeamGadgetsData
- Centered Punch-Hole Flat Amoled Display
- RGB Light with Semi-Transparent Part at Rear
- Triple Rear Camera with Vertical LED Flash
- IR Blaster on top
@GadgetsData | @TeamGadgetsData
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POCO M6 Pro 5G Launching soon in India.
Here is the Half Rear Look of it.
@GadgetsData | @TeamGadgetsData
Here is the Half Rear Look of it.
@GadgetsData | @TeamGadgetsData
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#TECNO Phantom Ultimate rollable smartphone 👀
• Display expands sideways from 6.55-inch to 7.11-inch
• 2296 x 1596 pixels resolution • 120Hz Refresh Rate
• 388 ppi
• 9.93mm thickness
@GadgetsData @TeamGadgetsData
• Display expands sideways from 6.55-inch to 7.11-inch
• 2296 x 1596 pixels resolution • 120Hz Refresh Rate
• 388 ppi
• 9.93mm thickness
@GadgetsData @TeamGadgetsData
Qualcomm's Snapdragon 8 Gen 3 SoC Launching on 24th October'23 at PDT 12PM.
India Launch Time - 12:30AM (25th October'23)
@GadgetsData | @TeamGadgetsData
India Launch Time - 12:30AM (25th October'23)
@GadgetsData | @TeamGadgetsData
GadgetsData
Qualcomm's Snapdragon 8 Gen 3 SoC Launching on 24th October'23 at PDT 12PM. India Launch Time - 12:30AM (25th October'23) @GadgetsData | @TeamGadgetsData
Expected Smartphones with Snapdragon 8 Gen 3 SoC.
1. Xiaomi 14 Series
2. iQOO 12 Series
3. Vivo X100 Pro+
3. OnePlus 12
4. Realme GT 5 Pro
5. OPPO Find X7 Pro
6. Honor Magic 6 Series
7. Red Magic 9 Series
8. Meizu 21 Series
9. Samsung Galaxy S24 Series
10. Redmi K70 Pro+
@GadgetsData | @TeamGadgetsData
1. Xiaomi 14 Series
2. iQOO 12 Series
3. Vivo X100 Pro+
3. OnePlus 12
4. Realme GT 5 Pro
5. OPPO Find X7 Pro
6. Honor Magic 6 Series
7. Red Magic 9 Series
8. Meizu 21 Series
9. Samsung Galaxy S24 Series
10. Redmi K70 Pro+
@GadgetsData | @TeamGadgetsData
Snapdragon 7s Gen 2 :
Seems like SD 7s Gen 2 is basically the improved SD 6 Gen 1. Mainly with better performance.
But it's not a much improved one compared to SD 778G. The performance of 7s Gen 2 might be very slightly better than SD 778G due to slightly higher clock speed but then 7s Gen 2 is using Samsung 4nm and 778G, TSMC 6nm process.
Except this 778G has better download speed, specially with 4G, better ISP too. And in all other categories 7s Gen 2 is very similar to 778.
Seems like SD 7s Gen 2 is basically the improved SD 6 Gen 1. Mainly with better performance.
But it's not a much improved one compared to SD 778G. The performance of 7s Gen 2 might be very slightly better than SD 778G due to slightly higher clock speed but then 7s Gen 2 is using Samsung 4nm and 778G, TSMC 6nm process.
Except this 778G has better download speed, specially with 4G, better ISP too. And in all other categories 7s Gen 2 is very similar to 778.
A new Poco phone, Poco X6 Neo is coming.
Poco X6 Neo is basically Redmi Note 13 without ultrawide camera. Poco X6 Neo will be priced ~17K or 18K.
Basically the direct competitor of Realme 12 5G, and it has better display and better Processor than Realme 12 5G, so if they keep the price similar to Realme 12 5G, Poco X6 Neo could be a better device than Realme 12 5G.
Poco X6 Neo is basically Redmi Note 13 without ultrawide camera. Poco X6 Neo will be priced ~17K or 18K.
Basically the direct competitor of Realme 12 5G, and it has better display and better Processor than Realme 12 5G, so if they keep the price similar to Realme 12 5G, Poco X6 Neo could be a better device than Realme 12 5G.
When you're choosing a device and you want a device which should retain charge for long time then you should not only check the manufacturing process (nm) and manufacturer name (Samsung or TSMC) but you should also check these 2 things :
1. Core configuration or CPU configuration : Means which cores are used in that particular SoC.
2. Clock Speed : what are the clock speed of each core on that SoC.
nm + Core configuration + Clock speed - these 3 combined decide how much that particular SoC will consume power
For example :
SoC 1 : suppose A SoC is based on 4nm TSMC process with more powerful cores like Cortex A715 and Cortex A510
SoC 2 : Another SoC based on 6nm but with less powerful cores like Cortex A78 and Cortex A55
Because there is a major difference between core configuration, SoC 2 although it is 6nm but it might give little bit better battery backup because of less powerful cores.
But SoC 1, the 4nm one, with more powerful cores might give you little bit less battery backup.
One more example can be 2 Flagships of this year (9300 and 8 Gen 3) because 9300 have no A5XX series core, all big cores, that's why it is more power hungry than 8 Gen 3 although both are on TSMC 4nm.
So when choosing a SoC mainly for power efficiency you should consider these 3 : nm + Core configuration + Clock speed. 🔴
Yes nm is the most important one but it is not the only factor when you're considering efficiency of a SoC.
And then ofcourse Battery Size and optimisation of phone brands are 2 obvious factors.
1. Core configuration or CPU configuration : Means which cores are used in that particular SoC.
2. Clock Speed : what are the clock speed of each core on that SoC.
nm + Core configuration + Clock speed - these 3 combined decide how much that particular SoC will consume power
For example :
SoC 1 : suppose A SoC is based on 4nm TSMC process with more powerful cores like Cortex A715 and Cortex A510
SoC 2 : Another SoC based on 6nm but with less powerful cores like Cortex A78 and Cortex A55
Because there is a major difference between core configuration, SoC 2 although it is 6nm but it might give little bit better battery backup because of less powerful cores.
But SoC 1, the 4nm one, with more powerful cores might give you little bit less battery backup.
One more example can be 2 Flagships of this year (9300 and 8 Gen 3) because 9300 have no A5XX series core, all big cores, that's why it is more power hungry than 8 Gen 3 although both are on TSMC 4nm.
So when choosing a SoC mainly for power efficiency you should consider these 3 : nm + Core configuration + Clock speed. 🔴
Yes nm is the most important one but it is not the only factor when you're considering efficiency of a SoC.
And then ofcourse Battery Size and optimisation of phone brands are 2 obvious factors.
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