What is the exact of your device (e.g., Samsung Galaxy A31, Redmi 9, Vivo Y30)?
If you cannot find your stock ROM online, you can pull the partition information directly from your physical phone. Download and set up the tool on your computer.
Use a tool like MTK Client or WWR MTK to read your device’s actual hardware partition table (GPT). Cross-reference the hexadecimal values of partition_size and linear_start_addr in your scatter file, updating them to match your hardware exactly.
Essential when flashing custom recoveries or custom Android ROMs.
He tweaked the scatter file by hand — recalculating every start address, adjusting partition_size for system_a and system_b , slipping vbmeta into a gap the vendor had marked as "reserved." mt6768androidscattertxt better
The most reliable scatter file is the one bundled with your device’s official stock firmware.
It allows for the modification of non-essential partitions to make room for custom system images.
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At its core, a scatter file is the partition layout blueprint for any Android device powered by a MediaTek processor. It is a plain text file that defines every single partition on your device's internal storage—the map that tells a flashing tool exactly what data goes where, much like a construction blueprint for your phone's software. What is the exact of your device (e
In the release notes, Kael wrote only: "Used a better scatter layout for MT6768. Partition table now respects hardware, not just the vendor’s shortcuts. No brick reports. Flash at will."
The MT6768 chipset is heavily used in devices that shipped with Android 10, 11, or later. These Android versions utilize (where system , vendor , and product are sub-partitions inside a massive super partition). Standard, older MT6768 scatter files do not map this correctly. A updated scatter file properly identifies the super partition coordinates, preventing the flashing tool from corrupting the device logic. 4. Fixed Storage Geometry Mapping
If you've been struggling with any of these errors, your scatter file is the culprit:
Flashing with the wrong scatter file can lead to a "hard brick," where the device won't even power on. Use a tool like MTK Client or WWR
Sometimes the file isn't the problem—the tool is. To handle the MT6768 chipset properly, you need:
The MT6768 chip has a bottleneck: it initializes storage at 0x0 (preloader) then jumps to 0x80000 (pgpt). If your scatter file has gaps (e.g., 0x1a000 then 0x1d0000 ), the flash tool will waste milliseconds seeking—which adds up over 30 partitions.
An optimized scatter file uses MediaTek's V1.1.8 (or higher) configuration standard. It is split into general parameters and partition-specific blocks. 1. General Configuration Headers