Mt6761 Scatter - File New __top__

Think of it as a master map. It tells the flashing tool exactly where the bootloader ( preloader ), the operating system ( system ), the user interface ( vendor ), and security parameters ( nvram ) must be written. Why do you need a "New" Scatter File?

Flashing tools fail to initialize the boot ROM.

Click on the Choose button next to the "Scatter-loading File" field. Navigate to your firmware folder and select your new MT6761_Android_scatter.txt .

: Hovatek, a leading MTK forum, explicitly warns: "Do not flash your device with another model's (or sometimes another variant's) scatter file unless you know what you're doing as this could result in a bootloop or partition overlap" . You should never use a generic scatter file.

This is one of the most common errors when flashing MTK chipsets, including the MT6761. It typically indicates a corrupt or incompatible preloader, outdated USB VCOM drivers (especially on Windows 10/11), or an incorrect scatter file partition structure.

Use a specialized tool like or Miracle Box to read the partition table.

The exact physical memory location where the data writing begins.

Once the tool detects the device, a red bar will appear, followed by a yellow progress bar showing the flashing data. Release the volume buttons.

The acts as the definitive roadmap for your MediaTek Helio A22 device, guiding flashing tools to safely read and write individual firmware partitions . Whether you are trying to rescue a bootlooped smartphone, unbrick a dead device, or bypass a Factory Reset Protection (FRP) lock, having the correct and updated Android scatter file is mandatory.

name = preloader; offset = 0; size = 0x60000; name = bootloader; offset = 0x60000; size = 0x20000; name = vboot; offset = 0x80000; size = 0x20000; name = trustzone; offset = 0xa0000; size = 0x40000; name = lk; offset = 0xe0000; size = 0x40000; name = boot; offset = 0x120000; size = 0x80000; name = recovery; offset = 0x200000; size = 0x100000; name = system; offset = 0x300000; size = 0x800000; name = cache; offset = 0xb00000; size = 0x400000; name = userdata; offset = 0xf00000; size = 0x4000000; name = metadata; offset = 0x4f00000; size = 0x10000;

If you tell me the exact device model and storage variant (e.g., brand + model + 16/32 GB), I can provide a more specific scatter template and recommended partition sizes.