Blog
In the world of smartphone repairs and battery replacements, choosing the right battery is crucial. Today, we’re going to take a deep – dive into the differences between StellarXcell diagnostic batteries and regular diagnostic batteries.
Visual Introduction
Let’s start with some pictures. [Insert pictures of StellarXcell diagnostic batteries and regular diagnostic batteries here]. As you can see from the images, the batteries may look similar at first glance, but a closer look reveals some distinct differences.
Core Differences: The Use of 7037 IC
StellarXcell Diagnostic Batteries
StellarXcell diagnostic batteries adopt an external soldering method for the original 7037 IC. Each battery model is paired with the corresponding IC. For example, an iPhone 12 battery uses the iPhone 12 – specific 7037 IC, and an iPhone 13 battery uses the iPhone 13 – specific 7037 IC.
This approach makes the battery performance much closer to that of the original battery. Moreover, it is less likely to be affected by iOS updates, ensuring higher stability. Additionally, StellarXcell diagnostic batteries uniformly use high – capacity cells from large – scale manufacturers.
Regular Diagnostic Batteries
Regular diagnostic batteries usually have an in – built 7037 IC from iPhone 11 and are only equipped with a single – chip microcomputer (MCU). Due to the limited space on the BMS circuit board, it cannot accommodate more chips, resulting in poor performance. They are also highly vulnerable to iOS updates.
Material and Process Differences
StellarXcell Diagnostic Batteries
These batteries are made of high – quality materials. For instance, we use OEM – grade TI BQ 27546 A3 BMS Flex and high capacity cells.
This ensures both the durability and safety of the battery,although the process of externally soldering the original IC is complex, it provides more stable performance and a longer service life.
Regular Diagnostic Batteries
The materials used in regular diagnostic batteries are not good quality, on their BMS flex, only the MCU is functional, with no additional IC chips or gas gauge.
This often leads to problems such as overheating and swelling.
The manufacturing process is simple and cost – effective, but it sacrifices performance and reliability.
Application Scenarios and User Groups
StellarXcell Diagnostic Batteries
StellarXcell diagnostic batteries are ideal for repair service providers and users with high requirements for battery performance.
They are especially suitable for scenarios where long – term stable use is needed, such as in repair shops or second – hand mobile phone refurbishment businesses.
Regular Diagnostic Batteries
Regular diagnostic batteries are more suitable for users on a budget or those who have low requirements for battery performance.
However, long – term use may easily cause battery swelling and overheating. Due to their quality issues, they are more appropriate for short – term use or in non – critical devices.
Future Compatibility and Risks
StellarXcell Diagnostic Batteries
Thanks to the use of model – specific disassembled ICs and high – quality materials, StellarXcell diagnostic batteries have a low risk of being affected by iOS updates.
Regular Diagnostic Batteries
Since regular diagnostic batteries rely on low – quality MCUs and in – built disassembled 7037 ICs from iPhone 11, they are at a high risk of being affected by future iOS updates, which may lead to functional failures.
In conclusion, when choosing a diagnostic battery for your smartphone, it’s important to consider your specific needs, budget, and long – term usage scenarios. StellarXcell diagnostic batteries offer better performance and stability, while regular diagnostic batteries may be a more budget – friendly option for short – term or less demanding use.
