- partition_index: 43 partition_name: logo file_name: logo.bin is_download: true type: NORMAL linear_start_addr: 0x3B080000 # Must not overlap existing partitions partition_size: 0x1000000 region: EMMC_USER You must calculate the next free address manually. One wrong move → brick. Some tools (mtkclient, mtk-su) require scatter in a JSON-like format. Convert using:
But what exactly is this file? Why is the "new" version so important? And how do you use it correctly without bricking your device? mt6768androidscattertxt new
is_download: false But keep the file_name unchanged. Add a new index at the end (e.g., for logo.bin ): - partition_index: 43 partition_name: logo file_name: logo
Introduction: What is the MT6768_Android_scatter.txt? In the world of Android firmware flashing, custom ROM development, and system recovery, few files are as critical—yet as misunderstood—as the scatter file . If you own a device powered by MediaTek’s popular Helio P65 (codenamed MT6768 ), you have likely encountered the phrase "mt6768androidscattertxt new" while searching for stock ROMs, custom recoveries, or unbricking solutions. Convert using: But what exactly is this file
- config_version: V1.2.0 (for Android 13+) If you see config_version: V1.0.0 , it is likely an old, incompatible scatter. The mt6768androidscattertxt new is more than just a configuration file—it is the key to unlocking your MediaTek device’s full potential. Whether you are recovering a bricked phone, installing a custom ROM, or simply updating your firmware, understanding the scatter file’s structure, obtaining the correct version, and using it properly with SP Flash Tool will save you hours of frustration and protect your device from permanent damage.
This 2,500+ word guide will explain everything you need to know about the —its structure, its role in SP Flash Tool, the differences between legacy and new versions, and step-by-step instructions for safe firmware flashing. Part 1: Understanding the MediaTek MT6768 Chipset Before diving into the scatter file, let’s briefly examine the chipset itself.