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Description
The FC01 Face ID Repair cable for fast Fix iPhone Face ID Not Working, and it allows seamless data backup and activation of genuine Face ID modules through iCloud and the AWESHINE platform. It supports for iPhone models ranging from the X series to the latest iPhone 15 series. Designed to streamline repairs, this series includes adaptors and FPC connectors that simplify Face ID repairs without the need for soldering or external power.
Product Lineup:
1. AS 15 Series Face ID Conversion Adaptor: A conversion adaptor designed for Face ID data reading and writing for the iPhone 15 series by connecting to the 13 Face ID socket on the AS Face ID repair adaptor, solving compatibility issues in Face ID repair.
2. Face ID Tag-On Repair FPC (Non-Removal FPC): A tag-on repair FPC that allows Face ID repairs without soldering or alignment, ideal for beginners looking for a straightforward, plug-and-play solution.
3. Dot Matrix Chip for 15 Series, 13/14 Series, X/12 Series: Compatible with a wide range of iPhone models, this precision-fit chip simplifies installation, requiring no FPC conversion, MOS tube, or reballing. It is temperature resistant up to 380°C, with a recommended soldering temperature of 240°C.
4. X-14PM Power-Free Integrated Face ID Repair Adaptor: A cutting-edge Face ID repair adaptor that operates without an external power supply, providing higher success rates in Face ID activation through advanced, stable technology.
Features:
Seamless Face ID Repair: Specialized adaptors and FPCs for Face ID reading, writing, and activation across multiple iPhone models, especially the latest 15 series.
User-Friendly and Solder-Free Design: Tag-on FPCs eliminate the need for soldering and alignment, making Face ID repair accessible for technicians of all skill levels.
Enhanced Durability and Heat Resistance: The dot matrix chip is temperature resistant up to 380°C and can be soldered at 240°C, ensuring reliable performance in challenging repair conditions.
Power-Free Activation Adaptor: The X-14PM adaptor operates independently of external power, simplifying repairs and enhancing success rates.
