File | Mt6768 Scatter

What are you trying to accomplish (e.g., unbricking, removing FRP, flashing a custom ROM)?

The MediaTek MT6768 (commercially known as the Helio G80) is a highly popular system-on-chip (SoC) utilized in a wide array of mid-range Android smartphones. For embedded engineers, forensic analysts, and software developers, interacting with this hardware at the lowest level requires the use of a Scatter File. This paper provides an in-depth analysis of the MT6768 scatter file, detailing its structural anatomy, partition nomenclature, operational mechanics within the SP Flash Tool ecosystem, and critical troubleshooting methodologies.

If you have root or can boot into BROM mode (Volume Down + insert USB): mt6768 scatter file

If your device is currently functional and you want to archive its layout:

| 分区名 (partition_name) | 功能描述 | 典型大小 | |---|---|---| | preloader | 启动链第一环，初始化基础硬件 | ~256KB - 1MB | | pgpt | 主GUID分区表 | 4KB | | lk (Little Kernel) | 引导加载程序 | 约1MB | | boot | 内核启动镜像 | ~32MB | | recovery | 恢复系统镜像 | ~64MB | | tee | 可信执行环境 | ~2-4MB | | vbmeta | 验证启动元数据 | ~4KB | | dtbo | 设备树Blob覆盖 | ~8MB | | md1img | 调制解调器镜像 | ~30-50MB | | scp | 传感器协处理器固件 | ~200KB | | spmfw | 系统电源管理固件 | ~10KB | | super | 动态分区（包含system/vendor/product） | 数GB | | userdata | 用户数据区 | 剩余空间 | What are you trying to accomplish (e

Respect the scatter, master the scatter, and your MT6768 device will remain unbrickable.

This document defines the partition layout and settings for an MTK device. It lists 22 partitions including preloader, bootloader, MT6768 Merlin Configuration Guide | PDF - Scribd This paper provides an in-depth analysis of the

Scatter文件不仅定义了标准分区（如preloader、boot、recovery、system、userdata等），还指定了每个分区是否可下载、是否可擦除等安全属性。预加载器（preloader）作为整个启动链的第一环，物理起始地址必须为0x0，且必须位于eMMC的Boot Partition 1，这是MTK硬件强制规定的启动约束。

The open-source is a powerful cross-platform tool for interacting with MediaTek devices. It can be used not only for flashing but also for reading the device's partition table, which can then be used to create a scatter file. It's an invaluable tool for development and reverse engineering.

File | Mt6768 Scatter

What are you trying to accomplish (e.g., unbricking, removing FRP, flashing a custom ROM)?

The MediaTek MT6768 (commercially known as the Helio G80) is a highly popular system-on-chip (SoC) utilized in a wide array of mid-range Android smartphones. For embedded engineers, forensic analysts, and software developers, interacting with this hardware at the lowest level requires the use of a Scatter File. This paper provides an in-depth analysis of the MT6768 scatter file, detailing its structural anatomy, partition nomenclature, operational mechanics within the SP Flash Tool ecosystem, and critical troubleshooting methodologies.

If you have root or can boot into BROM mode (Volume Down + insert USB):

If your device is currently functional and you want to archive its layout:

| 分区名 (partition_name) | 功能描述 | 典型大小 | |---|---|---| | preloader | 启动链第一环，初始化基础硬件 | ~256KB - 1MB | | pgpt | 主GUID分区表 | 4KB | | lk (Little Kernel) | 引导加载程序 | 约1MB | | boot | 内核启动镜像 | ~32MB | | recovery | 恢复系统镜像 | ~64MB | | tee | 可信执行环境 | ~2-4MB | | vbmeta | 验证启动元数据 | ~4KB | | dtbo | 设备树Blob覆盖 | ~8MB | | md1img | 调制解调器镜像 | ~30-50MB | | scp | 传感器协处理器固件 | ~200KB | | spmfw | 系统电源管理固件 | ~10KB | | super | 动态分区（包含system/vendor/product） | 数GB | | userdata | 用户数据区 | 剩余空间 |

Respect the scatter, master the scatter, and your MT6768 device will remain unbrickable.

This document defines the partition layout and settings for an MTK device. It lists 22 partitions including preloader, bootloader, MT6768 Merlin Configuration Guide | PDF - Scribd

Scatter文件不仅定义了标准分区（如preloader、boot、recovery、system、userdata等），还指定了每个分区是否可下载、是否可擦除等安全属性。预加载器（preloader）作为整个启动链的第一环，物理起始地址必须为0x0，且必须位于eMMC的Boot Partition 1，这是MTK硬件强制规定的启动约束。

The open-source is a powerful cross-platform tool for interacting with MediaTek devices. It can be used not only for flashing but also for reading the device's partition table, which can then be used to create a scatter file. It's an invaluable tool for development and reverse engineering.