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Mt6768-android-scatter.txt May 2026

Understanding the MT6768 Android Scatter File: A Quick Guide

If you’ve ever tried to unbrick or flash a custom ROM on a MediaTek-powered smartphone, you’ve likely encountered the file mt6768-android-scatter.txt

. This small text document is the "map" that makes the entire flashing process possible for devices using the MediaTek Helio P65 (MT6768) chipset. What is a Scatter File?

A scatter file acts as a technical blueprint for your device's internal storage. It tells flashing software, like the SP Flash Tool

, exactly where each piece of firmware (like the bootloader, recovery, or system image) needs to be written on the phone's eMMC or UFS memory.

For the MT6768, this file typically defines 22 to 24 different partitions, including: : The initial code that runs when you power on the device. : Where your recovery environment (like TWRP) resides. : Critical for verified boot security.

: The large partition where your apps and personal files are stored. Devices That Use the MT6768 Scatter File

This specific scatter file is compatible with several popular mid-range smartphones released around 2019–2021, including: mt6768-android-scatter.txt

[Revised] How to use SP Flash tool to flash Mediatek firmware

The mt6768-android-scatter.txt file is a critical configuration document used for flashing and managing firmware on devices powered by the MediaTek MT6768 (Helio G80/G85) chipset. It acts as a map for the device's storage (typically eMMC), telling flashing tools like SP Flash Tool exactly where each component of the Android OS should be written. Core Components of the Scatter File

The file contains a detailed list of partitions (usually between 22 and 24). Key technical attributes defined for each include:

Partition Name: Identifies the block (e.g., preloader, boot, system, userdata).

Linear Start Address: The physical starting point on the storage chip (e.g., 0x0 for the preloader).

Physical Read/Write Size: The exact hexadecimal size allocated to that partition.

Operation Type: Defines if the partition is a standard image (NORMAL_ROM) or a specific file system (EXT4_IMG). Understanding the MT6768 Android Scatter File: A Quick

Download/Upgrade Status: A boolean setting (True/False) that tells the flashing tool whether to overwrite this partition during a standard "Download" or "Firmware Upgrade" session. Critical Partitions in MT6768 Partition Name Primary Function Significance preloader Initial boot stage

Most critical; if corrupted, the device won't communicate with the PC. vbmeta Verified Boot Metadata

Essential for Android's security handshake; tampering often requires a custom vbmeta. recovery Maintenance UI

Stores the recovery environment (Stock or Custom like TWRP). userdata User Files/Apps

Typically the largest partition, ranging from 0.8GB to over 4GB depending on the device model. metadata Encryption Data Stores keys and data related to file-based encryption. Usage Scenarios

Unbricking: Using a MT6768 scatter file to re-flash a device that won't boot.

Custom ROMs: Modifying the scatter file to expand certain partitions (like system) to accommodate larger custom firmwares. Usage: The mt6768-android-scatter

Backups: Tools use this map to "read back" individual partitions from a working device to create a firmware backup.

Caution: Using a scatter file from a different device model (even if it uses the same MT6768 chip) can permanently "brick" your hardware due to differences in partition sizes and memory addresses.

Do you need help locating a specific version of this file for a particular device model, or are you trying to fix a flashing error?

MT6768 Android Scatter File Details | PDF | Software - Scribd

Usage:

The mt6768-android-scatter.txt file is crucial when using tools like SP Flash Tool for MediaTek devices. The tool uses this file to identify the correct locations, sizes, and types of partitions during the flashing process, ensuring that firmware components are written to the correct locations on the device's storage.

Common Partitions in MT6768 Scatter

  1. preloader – First-stage bootloader (brick risk if corrupted).
  2. pgpt – Primary GPT (GUID Partition Table).
  3. bootloader – U-Boot or LK (little kernel).
  4. tee1 / tee2 – Trusted Execution Environment (OP-TEE).
  5. boot – Kernel + ramdisk (Android boot image).
  6. recovery – Recovery image (can be absent on A/B devices).
  7. super – Dynamic partitions containing system, product, vendor.
  8. userdata – /data partition (user apps and settings).
  9. cache – Temporary data (often small or unused in modern Android).
  10. nvram / nvdata – IMEI, Wi-Fi MAC, Bluetooth calibration (critical).

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partition_count: 28