Poco X6 Neo 5g vs Realme Narzo 70 5g vs Moto G64 5g vs Vivo T3x 5g : Battery Test.

Royal Tech Pro

18 May 202408:37

Summary

TLDRThis video presents a comprehensive battery and heating test for four phones, revealing the impact of OLED and IPS LCD displays on battery life. Set at a room temperature of 27.6 degrees Celsius, the phones were tested under various scenarios including gaming, video recording, and standby mode. The results showed significant differences in heating and battery drain, with one model consistently performing poorly in heating tests. The video also touches on the importance of software optimization and provides insights into battery consumption during different tasks, concluding with a discussion on the best battery performance among the tested phones.

Takeaways

🔥 G64 consistently heats up the most across different tests, indicating potential thermal issues.
📉 AMOLED and IPS LCD displays significantly impact battery life, with AMOLED generally offering better efficiency.
📊 G64 had the worst battery drain despite having a large 6000mAh battery, likely due to higher heat generation.
⚡ T3x displayed the least battery drain during standby tests, making it the most efficient in idle mode.
🎮 During gaming and video recording tests, G64 again showed the highest temperature rise, followed by X6.
📱 In a 150-minute movie test, G64 exhibited the highest heat and battery drain, while the other phones performed better.
🔋 Narnolia.in's phone had the best battery performance overall, especially in high brightness settings.
⏳ During the charging test, the phone with the highest wattage charger (Narnolia.in) charged the fastest, while G64 charged the slowest.
📷 Video recording at 1080p and 30fps for 60 minutes resulted in significant heat for T3x and G64, confirming the earlier findings.
🛑 After extensive tests, G64 was the first to die in battery life, reaffirming its poor performance under load.

Q & A

What is the main focus of the video?
-The main focus of the video is to present the results of heating tests, battery drain, and charging tests for four different phones.
What factors are considered to impact the test results of the phones?
-The factors considered to impact the test results include the type of display (AMOLED and IPS LCD), the room temperature set at 27.6 degrees Celsius, and the absence of any additional cooling like AC or fans.
What was the maximum temperature reached by the phones during the 30-minute gaming test?
-During the 30-minute gaming test, the maximum temperature reached was by the G64, which was followed by the X6 New.
How long did the extended test last, and what was the outcome for the G64?
-The extended test lasted for 60 minutes, and the G64 showed the highest temperature and battery drain among the tested phones.
What was the battery drain percentage for the G64 and T3 after the 60-minute test?
-After the 60-minute test, the G64 had the highest battery drain, while the T3 had the least battery drain.
What was the purpose of turning off the timer and letting the phones cool down before starting video recording?
-The purpose was to ensure that the phones are at a fair temperature when starting the video recording test to get accurate results with the Fair Temperature method.
What were the conditions for the video recording test, and how long did it last?
-The video recording test was conducted with all devices at full brightness, full volume, and connected to Wi-Fi. The test lasted for 60 minutes with a resolution of 1080p at 30fps.
Which phone showed the least heating and battery drain during the YouTube video test?
-During the YouTube video test, the T3 showed the least heating, and the G64 had the least battery drain.
What was the result of the 150-minute Super Man movie test with full brightness and volume?
-In the 150-minute Super Man movie test, the G64 showed the most heating and battery drain, while the T3 showed the least battery drain.
What was the outcome of the standby test without a network or SIM card?
-In the standby test without a network or SIM card, the T3 showed the minimum battery drain, indicating better battery efficiency in standby mode.
What was the conclusion of the Instagram test, and which phone had the best battery life?
-The Instagram test concluded that the T3 had the best battery life, with the highest score and the most remaining battery after the test.
How did the display type affect battery consumption according to the video?
-The video concluded that the display type, specifically AMOLED and IPS LCD, significantly impacts battery consumption, with the display being one of the main components that consume the most battery.

Outlines

00:00

📱 Smartphone Battery and Heating Test Results

This paragraph introduces a video that discusses the results of heating tests, battery drain, and charging tests for four smartphones. It also explores how AMOLED and IPS LCD displays impact battery life. The video begins with a brief on the importance of understanding the test conditions, such as room temperature and the absence of AC or fans. The narrator shares initial results from a 30-minute gaming session, highlighting the maximum temperature reached by the devices. The video promises to reveal which device performs best in terms of battery life and heating after a comprehensive test involving gaming, video recording, and standby tests. The key takeaway is that the G64 model showed the highest temperature and battery drain in the initial tests.

05:01

🔋 Battery Life and Performance Insights from Smartphone Tests

In the second paragraph, the video script delves into further details of the battery and performance tests conducted on the smartphones. It mentions a standby test where the devices were left without network connectivity for nine hours, and the T3 model showed the least battery drain. The narrator also discusses the impact of displays on battery consumption, explaining that displays are one of the major components that consume the most battery. The video concludes with a discussion about the overall heating, battery, and charging test results, hinting that the G64 model continues to show the highest temperature and fastest battery drain. The narrator also touches upon the importance of considering these factors when choosing a smartphone and encourages viewers to like, share, and subscribe for more such informative content.

Mindmap

Keywords

💡Heating Test

The heating test measures the heat generated by different smartphones during usage, such as gaming or video recording. This concept is central to the video's theme, as it demonstrates the impact of heat on performance and battery life. The script discusses how different phones like G64 and X6N heat up during various tests, highlighting the differences in heat management among devices.

💡Battery Drain

Battery drain refers to the reduction in battery percentage during use. This key concept is explored through different scenarios, such as gaming and video recording, to determine which phone performs better in terms of battery consumption. The script emphasizes how phones like G64 show significant battery drain compared to others, especially under high-performance tasks.

💡Charging Test

The charging test assesses how quickly different smartphones recharge from 0% to 100%. It highlights differences in charging speed based on charger wattage and battery capacity. In the script, the Narz 70 charges faster due to its higher wattage charger, while the G64, despite having a larger battery, charges slower due to higher heat generation.

💡AMOLED vs IPS LCD Display

The comparison between AMOLED and IPS LCD displays examines how each type affects battery backup and overall performance. AMOLED displays are noted for their efficiency in turning off pixels, which conserves battery life, unlike IPS LCDs that keep all pixels lit. The video uses this comparison to show how screen technology impacts battery drain, with the NJ2 70's AMOLED display performing better than others.

💡Performance Throttling

Performance throttling refers to the reduction in device performance due to excessive heating. This test helps determine which smartphone maintains optimal performance under stress. In the video, the G64 is highlighted for its significant performance drop due to high heat, showing how temperature management affects the overall user experience.

💡Standby Test

The standby test evaluates how much battery each phone consumes when not actively in use, such as overnight without a SIM card. This test shows the efficiency of the phones' power management systems. The script reveals that T3X performs the best with minimal battery drain, indicating superior standby power management compared to other models.

💡Screen Brightness and Battery Life

This concept explores the impact of screen brightness settings on battery consumption. High brightness settings can significantly increase battery drain. In the video, all phones are tested with full brightness, revealing that models like G64 perform poorly in battery life, demonstrating the heavy impact of screen settings on battery performance.

💡Real-world Scenarios

Real-world scenarios refer to testing conditions that mimic typical smartphone use, such as gaming, video recording, and standby. These tests are crucial for understanding how phones perform in daily use, rather than just theoretical benchmarks. The script often references these scenarios to validate the testing results, such as when gaming for 60 minutes or recording videos at 1080p resolution.

💡Device Temperature Management

Temperature management involves how well a smartphone controls heat during operation, impacting both performance and battery life. Effective management can prevent overheating and performance drops. The video illustrates this by comparing devices, showing that G64 struggles with high temperatures, affecting its overall efficiency and battery drain.

💡Battery Capacity

Battery capacity, measured in milliampere-hours (mAh), indicates the amount of charge a battery can hold. It plays a critical role in determining how long a device can run before needing a recharge. The script contrasts phones with similar battery capacities, like the T3X and G64, revealing that despite having the same capacity, performance can vary greatly due to factors like heat and display type.

Highlights

The video presents heating, battery drain, and charging tests for four phones.

It explores the impact of AMOLED and IPS LCD displays on battery backup.

The phones were tested at room temperature 27.6 degrees Celsius with no AC or fan.

After 30 minutes of gaming, the maximum temperature reached was by the G64.

The X6 New was the second in line in terms of temperature after 30 minutes of gaming.

The 60-minute test revealed that the G64 heated the most, followed by the X6.

Battery drain calculation after 60 minutes showed the G64 had the highest drain.

The video recording test was conducted for 60 minutes with all devices at full brightness and volume.

The T3 Pro hit the highest temperature during the video recording test.

The G64 had the least battery drain during the YouTube test, suggesting good battery efficiency.

The Super Mario Run test was conducted for 150 minutes with the phones at full brightness and volume.

The G64 showed the most heating and battery drain during the Super Mario Run test.

A throttle test with the 5503 showed a significant performance drop after heating, especially for the G64.

The standby test without a network or SIM card showed the T3 Pro had the least battery drain after 9 hours.

The Instagram test score revealed the best performance by the N70, but the T3 Pro had the most battery left.

The area test showed the G64 died first, followed by the iPhone 7, with the T3 Pro lasting the longest.

The video explains how the display type impacts battery consumption, with AMOLED and IPS LCD having different effects.

The video concludes with the overall heating, battery, and charging test results, with the N70 being the best in terms of battery backup.

The video ends with a call to action for likes, shares, and subscriptions, and a patriotic note with 'Jai Hind'.