The primary purpose of the scatter file is to act as the load file for (Smart Phone Flash Tool). Here is the standard workflow for a typical operation:
The MT6765 processor powers dozens of budget and mid-range devices released by major manufacturers. The mt6765_Android_scatter.txt file is universally structured for this chipset, though address sizes can vary slightly depending on total storage capacity (e.g., 32GB vs 64GB). Common devices using this architecture include: Galaxy A12 (Nachos), Galaxy A04, Galaxy M04 Oppo: A12, A15, A31, A54 Vivo: Y21, Y30, Y11s, Y15s Xiaomi: Redmi 9C, Redmi 9C NFC, Poco C3 Realme: C11, C12, C15, C21 How to Use the Scatter File with SP Flash Tool
: The default binary filename associated with that partition (e.g., boot.img ). Flashing tools use this line to automatically auto-load corresponding files located in the same directory. mt6765-android-scatter.txt
If an MT6765 device becomes "hard bricked" (won't turn on, no charging logo, not recognized by PC), standard flashing methods often fail. The scatter file allows the SP Flash Tool to utilize . This low-level mode allows the tool to communicate directly with the chipset before the OS loads, enabling the user to flash the preloader and lk partitions to revive the phone.
This article provides a comprehensive overview of what the mt6765-android-scatter.txt file is, its structure, its purpose, and how to use it safely. 1. What is the mt6765-android-scatter.txt File? The primary purpose of the scatter file is
The MediaTek MT6765 is an ARM-based octa-core SoC (System on Chip) widely deployed in budget and mid-range Android smartphones. Because MediaTek devices do not natively use standard Qualcomm-style primary bootloader interfaces (like Fastboot) for bare-metal recovery, they rely on a proprietary Preloader handshake. The scatter file is the core map that translates high-level system images into raw hexadecimal offsets on the device's storage media. 2. Structural Breakdown of the Scatter File
Flashing TWRP or Magisk -patched boot images requires pointing the flash tool to the specific partition defined in the scatter file. Common devices using this architecture include: Galaxy A12
Technicians use it to flash specific parts of the device, such as fixing a corrupted NVRAM or Preloader partition. 5. How to Use the Scatter File with SP Flash Tool
The scatter file acts as a precise geological map of your phone's internal storage (eMMC or UFS). It tells flashing software—such as SP Flash Tool or custom exploit scripts—exactly where every individual system component lives. It defines:
This file is the backbone of firmware flashing on devices equipped with the MediaTek Helio P35, P30, or similar MT6765 chipsets. Without a correct scatter file, tools like the cannot communicate with your phone's storage.
Find the .txt file inside the firmware folder.