ROMs test for Sweet

Phone Overheating: What's the Big Deal? Ever noticed your smartphone turning into a pocket-sized heater? (Any Pixel users here?😏) But why does this happen?🧐 Overheating is rarely caused by a single issue. Instead, it's usually a combination of several factors happening at once. For example, playing a graphically intensive game at max brightness, using mobile data, in a thick case, while it's wirelessly charging on a hot day... that's a surefire recipe for critical overheating. So, what are the main culprits?

- Processor Load: The Central Processing Unit (CPU) and Graphics Processing Unit (GPU), combined into a System-on-Chip (SoC), generate significant heat under load. - The Charger: Charging, especially wireless charging, generates heat. - Other Internal Components: Radios (Wi-Fi, Bluetooth, 3G/4G/5G), cameras, and other components also contribute. - The Environment: A hot summer day, a stuffy room, or direct sunlight on the phone can drastically increase its temperature. - Accessories: Thick cases that trap heat or the use of non-certified chargers can make things worse

Individually, each of these factors might seem minor ☀️, but their combined effect can create extreme conditions. So, what are the optimal operating temperatures❓ Let's break it down, short and simple.

Processor (CPU/SoC): - Idle/Low Load: 25–40°C - High Load: Up to 80°C - Critical Threshold: >80–90°C

The processor's main defense mechanism is thermal throttling. This is a built-in feature that automatically reduces the processor's clock speed when its temperature exceeds a set threshold. It's important to understand that despite the negative feel (like slowdowns), throttling is a crucial protective mechanism that prevents permanent damage to the chip.

Battery: * Idle/Low Load: 22–25°C * High Load/Charging: Up to 40°C * Critical Threshold: >45°C (this temperature is especially dangerou during charging)

The battery, however, doesn't have a protective shield like the processor does. Overheating the battery is far more dangerous than overheating the processor. High temperatures accelerate the chemical reactions inside the lithium-ion cell, leading to irreversible capacity loss and a shorter overall lifespan. This damage is cumulative, and every instance of overheating permanently reduces the battery's health. How Do Manufacturers Combat Overheating? Manufacturers primarily use passive cooling solutions to draw heat away from components:

- Graphite Films: These thin films are excellent at conducting heat laterally (4-5 times better than copper) but are poor conductors vertically. This makes them ideal for spreading heat from a dangerous "hotspot" across a larger area, turning it into a safer, "warm surface." They are also lightweight and flexible, allowing for a snug fit against components. - Vapor Chambers and Heat Pipes: These are more advanced solutions that work on the principle of phase transition. Heat from the processor vaporizes a working fluid inside a sealed chamber. This vapor rapidly moves to a cooler area, where it condenses back into a liquid, releasing its heat in the process. Vapor chambers are more effective than simple heat pipes at distributing heat over a wide area and can handle higher thermal loads. Samsung is a notable user of this technology.

Manufacturers also use software to manage heat. As we've mentioned, the most prominent example is thermal throttling—automatically reducing processor performance when temperatures cross a safe threshold. This is a key strategy used by brands like Pixel and iPhone.

The main takeaway is that battery overheating poses a more serious and long-term threat to your device than processor overheating. While the processor is protected by throttling to prevent permanent damage, the battery suffers from cumulative and irreversible degradation. @Pixozien

The era of sweet is over... Should we write reviews and articles about technology? ❤️-yes 👍-Try 👎-no

well... this is the end of this journey then. goodbye to everyone who was with us this whole journey.

should i continue rom testing?

changed my battery myself

Does anyone know any good HyperOS ports? I am tired from AOSP nowadays. Also, android 15 doesn't have new things than 14 anyway. I am looking for an A14 HyperOS port, modded

I hope go back to past 🥲

Yeah

Agree

Group is so dead lately

By the way, that's what I bought it for Pixel 8 Pro. Because I realized that phones on the Pixel system are great❤️

I'm still saving money for Redmi Note 10 Pro 😀

AOSP Meets HyperOS! 😍 Fusion_XOS is a Game Changer! ✨ AOSP Style Customizations ❤️ ✨ Best looking Control Center? 🔥 Download: Click here [Poco F5 for now] Don't Miss: ⚡️⚡️ https://youtu.be/zwiYsZ6TIzE ⚡️⚡️ https://youtu.be/zwiYsZ6TIzE

When test my roms. Zarya: soon Another User: when send link, i can test it before i switch to risingOS again أَدْهَم: https://t.me/MegatronsBiulds/2192 Another User: thx, i will install it probably tomorrow and write a review about it

#HyperOS Review by: @ImNotABotBot HyperOS V2.0.2.0 Global 1.📱 Performance: Very good, it's the best HyperOS i have ever tried, minimal lags, minimal freezing, 9/10 2. 🔋Battery: Same as the other roms:

I am not too sure if this info will be accurate enough for most people, my battery is 4 y.o after all 😅 Screen on drain: 10-15%/h Screen off drain: 2%/h I'm not sure if the deep sleep works, because when i wake up, i always find my battery 30% less than when i left it, this applies to all roms for me. So, i cannot comment on the battery 😞

3. ❗️Bugs and notes 📝: +It is the best HyperOS port i have ever tried +Comes with built in KSU! -Ads in system apps still exist Smoothest rom compared to other HyperOS ports i tried. I couldn't find any bugs. I give it a 9/10. Tester's thoughts:

Every once in a while, i miss MIUI/HyperOS, then i install it, then i remember why i hate it so much. This rom is smooth, but there are some things in HyperOS that i hate so much.

Channel link Group link

I regret trying hyperOS again 😂 I switched to AOSP again in the middle of the night (2:10)