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iPhone Batteries: The Differences Between TI, Prime, and Service Pack

Learn the differences between TI, Prime, and Service Pack iPhone batteries. Find the best reliable and safe repair option at Micro Wire.

By João Lopes 2 min read

iPhone Batteries: The Differences Between TI, Prime, and Service Pack

Replacement batteries for iPhone are divided into three main technical standards: Service Pack (factory originals), TI (integrated with the Texas Instruments power management controller), and Prime (high-density new cells). Choosing the ideal component depends on the intended balance between authenticity, cycle reading, and repair cost.

01 · Product Categories

Understanding market standards

In professional mobile device repair, the battery is one of the components with the highest impact on user experience and safety. Knowing how to identify the specifications of each range is essential to offering a transparent and durable service in the lab.

Service Pack

100% genuine parts with official factory serial numbers. They guarantee immediate compatibility with the device's original ecosystem and absolute stability in fast-charging routines.

TI Range

Equipped with the original Texas Instruments microcontroller on the protection board (BMS). They allow precise cycle reprogramming and rigorous telemetry communication with the motherboard.

Prime Range

Grade A+ virgin lithium polymer cells with rigorous nominal capacity and an excellent thermal durability ratio. They are the perfect solution for an economical and sustainable repair.

Lab Note

Since the launch of the iPhone XS, battery replacement displays an unknown part warning in iOS if the original microcontroller is not reused. For customers who demand the visualization of battery health without alerts, TI cells allow the transplantation of the original BMS with high technical stability.

02 · Comparison Table

Technical specifications side by side

Each line responds to a specific bench technical need:

Criterion Service Pack TI Range Prime Range
Controller (IC Gas Gauge) OEM Proprietary Original Texas Instruments HQ Aftermarket Microcontroller
BMS Transplant Compatibility Possible Excellent Recommended for spot welding
Charge Retention after 500 cycles Greater than 80% Greater than 80% Approx. 80%
Usage Segmentation Official Restoration Expert Technicians High Cost-Benefit Repairs

03 · Best Practices

Installation and safety procedure

  1. Step 1

    Discharge and safe isolation

    Discharge the device to a level below 20% before opening the chassis. This reduces the risk of combustion if the old cell is punctured during adhesive removal.

  2. Step 2

    BMS and flex cable transfer

    If opting for TI or Prime range welding cells, perform the transplant using nickel spot welding and protect the terminations with insulating thermal Kapton tape.

  3. Step 3

    Post-repair calibration

    Connect the smartphone to continuous power until it reaches 100% charge, keeping the charger active for an additional two hours to stabilize management system parameters.

Support the circular economy with Micro Wire

Repairing equipment is the best way to save natural resources and avoid unnecessary electronic waste. Find in the Micro Wire catalog all parts, certified batteries, and specialized tools for your lab.

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