Mt6768-android-scatter.txt _best_ Jun 2026

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

: When using MTK Client or SP Flash Tool v5, make sure the tool version supports MT6768. Older versions (like v3) may fail to handshake with the Helio P65 chipset, resulting in a STATUS_BROM_CMD_SEND_DA_FAIL (0xC0060003) error.

The scatter file tells flashing utilities—most notably the SP Flash Tool (Smart Phone Flash Tool)—exactly where each partition begins, how large it is, and which binary file (like boot.img , system.img , or recovery.img ) belongs inside it. Without a valid mt6768-android-scatter.txt file, software tools cannot communicate with your device's storage structure. Key Technical Components of MT6768 Scatter Files

Every MediaTek processor requires a specific scatter file. The MT6768 identifier ensures compatibility with popular budget and mid-range devices from manufacturers like Xiaomi, Vivo, Oppo, Realme, and Samsung. Using a scatter file from a different chipset (e.g., MT6765 or MT6785) will permanently brick your device. Anatomy of an MT6768 Scatter File

Use if you are upgrading or fixing a bootloop. mt6768-android-scatter.txt

: Use this if you are upgrading or downgrading Android versions.

partition_name = cache partition_offset = 0x8800000 partition_size = 0x2000000 partition_type = 0

This article dives deep into what the mt6768-android-scatter.txt file is, why it is essential for SP Flash Tool, how to read its structure, and how to use it for practical tasks like unbricking, partitioning, and custom ROM installation.

| Field | Description | |-------|-------------| | partition_index | Counter/index (SYS0, SYS1, etc.) | | partition_name | Logical name (e.g., boot , system , userdata ) | | file_name | Associated firmware binary | | linear_start_addr | Absolute address in flash memory | | partition_size | Size of the partition (in hex bytes) | | region | Storage region: EMMC_BOOT_1/2 , EMMC_USER , EMMC_RPMB | A scatter file acts as a technical blueprint

Each partition on the phone has its own block of code detailing its behavior. Here is an example of what the boot partition looks like inside the file:

: Often the largest partition, reaching up to 4GB in some configurations.

Download Only : Safest option; updates or replaces selected partitions.

...

: If you have a working, rooted MT6768 phone, you can generate a scatter file directly from it. This ensures the file perfectly matches your current partition layout.

When you open an mt6768-android-scatter.txt file in a text editor, you will see a structured layout written in a configuration syntax. Every partition entry contains critical variables: : The sequential order of the partition.

It is worth noting that MTK scatter files serve a similar purpose to the GUID Partition Table (GPT) or MBR used on standard Linux or Windows PCs. However, unlike a master boot record that is read only by the device itself, the scatter file is read externally by the flashing tool, which writes the partition table from the outside in. This is why it is such a powerful tool for unbricking: even if the phone's internal partition table is completely corrupted, you can use the mt6768-android-scatter.txt to re-write a working layout from scratch.

The mt6768-android-scatter.txt file is the foundational blueprint used for flashing, unbricking, and modifying Android devices powered by the MediaTek MT6768 processor. Commonly known as the MediaTek Helio P65 or G80/G85 variant, this chipset powers numerous budget and mid-range smartphones from manufacturers like Xiaomi, Samsung, Realme, and Vivo. The scatter file tells flashing utilities—most notably the

Locate the field in the tool interface.

| Partition Name | Start Address (Hex) | Size (Hex) | Size (Bytes approx) | Flags | Description | |----------------|---------------------|------------|----------------------|--------|-------------| | preloader | 0x0 | 0x40000 | 256 KB | PROTECTED | Initial bootloader | | pgpt | 0x0 (or offset) | 0x2000 | 8 KB | - | Primary GPT | | proinfo | 0x80000 | 0x300000 | 3 MB | - | Product info (IMEI, etc.) | | nvram | 0x380000 | 0x500000 | 5 MB | - | Wi-Fi/BT MAC, calibration | | protect1 | 0x880000 | 0xA00000 | 10 MB | READONLY | Secure partition 1 | | protect2 | 0x1280000 | 0xA00000 | 10 MB | READONLY | Secure partition 2 | | seccfg | 0x1C80000 | 0x200000 | 2 MB | - | Security config | | uboot | 0x1E80000 | 0x400000 | 4 MB | - | U-Boot bootloader | | boot | 0x2280000 | 0x2000000 | 32 MB | - | Kernel + ramdisk | | recovery | 0x4280000 | 0x2000000 | 32 MB | - | Recovery mode kernel | | secro | 0x6280000 | 0x400000 | 4 MB | - | Secondary security | | logo | 0x6680000 | 0x800000 | 8 MB | - | Boot logo images | | dtbo | 0x6E80000 | 0x800000 | 8 MB | - | Device tree overlay | | vbmeta | 0x7680000 | 0x800000 | 8 MB | - | Verified boot metadata | | super | 0x7E80000 | 0x20000000 | 512 MB | - | Dynamic partitions (system/vendor/product) | | cache | 0x27E80000 | 0x80000000 | 2 GB | - | Cache data | | userdata | 0xA7E80000 | ... | Remaining space | - | User apps + data |