Mt8167 Scatter File Top Direct
: The logical starting point of the partition.
Click on and select your MT8167_Android_scatter.txt file. The tool will automatically populate the partition table.
The (also known as the "General Setting" or header) of an MT8167 scatter file provides critical metadata that defines the device's entire memory layout and hardware platform for the SP Flash Tool . Key features found in this top section include: mt8167 scatter file top
: The maximum size allowed for that specific image file. How to Obtain or Create One
Typically lists EMMC as the primary storage medium. : The logical starting point of the partition
Without this "map," the flashing tool wouldn't know where the boot.img ends and the system.img begins. For the MT8167—a 64-bit ARM Cortex-A35 quad-core chip—the scatter file ensures that the firmware partitions align with the specific architecture of tablet hardware. Why You Need the MT8167 Scatter File
While designed for the MT8167 CPU, a scatter file must match the exact storage layout of your device (e.g., tablet A might have different partition sizes than tablet B, even if both use MT8167). The (also known as the "General Setting" or
Every partition entry inside the file tells the flashing software exactly where to write a corresponding binary file ( .img or .bin ). Below are the primary structural parameters defined for every block within an MT8167 storage map: Parameter Field Technical Function Example Configuration partition_index The sequential index number of the partition. SYS0 partition_name The exact literal name recognized by the Android kernel. recovery linear_start_addr The exact starting point on the physical storage chip. 0x0000000004500000 physical_start_addr The raw physical hardware target block address. 0x0000000004500000 partition_size Maximum allocated capacity for the file image. 0x0000000001000000 (16MB) operation_type
Identifies the target hardware architecture (MT8167).
A scatter file (typically named MT8167_Android_scatter.txt ) is a plain-text file that maps out the partition layout of the device. It provides a bridge between the raw binary images of the operating system and the physical addresses on the eMMC or UFS storage.
