Chm-u01 Firmware Scatter (TESTED)

In the world of MediaTek (MTK) devices, a (usually named MT6735_Android_scatter.txt or similar) is a text-based configuration file. Unlike Qualcomm devices that use MBN or Patch files, MediaTek chipsets rely on scatter files to define the exact memory mapping of the processor.

If your Honor 4C is completely black (no vibration, no logo), the dload method will fail. You must use a scatter file via SP Flash Tool.

(e.g., C185, C432, or C636) to your specific region to avoid "Incompatibility" errors or losing your IMEI. 4. Why People Seek "Scatter" Files for Kirin Chm-u01 Firmware Scatter

Many Chm-u01 users ask: Why use a scatter file instead of the dload folder method?

The CHM-U01 firmware scatter file typically contains information such as the file name, file size, and load address for each file. This information is used by the flashing tool to ensure that the correct files are flashed to the correct locations in the device's memory. In the world of MediaTek (MTK) devices, a

. This requires an XML configuration file rather than a standard MTK scatter file. 3. Common Firmware Versions

In the world of MediaTek (MTK) chipsets—which power the CHM-U01 (MT6735P)—a scatter file describes . Unlike high-level block devices ( /dev/block/mmcblk0pX ), the scatter file works at the pre-bootloader level. SP Flash Tool, the standard flashing utility for MTK devices, uses this file to write raw data to exact physical offsets. You must use a scatter file via SP Flash Tool

This MTK-specific proc node outputs the exact scatter layout used by the kernel. Compare it to your XML — if mismatched, the device has been repartitioned.

and its associated partition maps serve the same purpose. Success in flashing this device depends on knowing your region code and ensuring your bootloader state allows for the type of flash you are attempting. step-by-step guide method or help you identify your specific region code AI responses may include mistakes. Learn more

Disclaimer: Flashing custom or stock firmware carries inherent risks. The author is not responsible for IMEI loss or hardware damage. Proceed at your own risk.

| Partition | Purpose | Size (approx) | |-----------|---------|----------------| | preloader | First-stage bootloader; hardware init | 256 KB | | pgpt | Primary GPT header | 4 KB | | lk | Little Kernel (second-stage bootloader) | 1 MB | | boot | Linux kernel + ramdisk | 32 MB | | recovery | Recovery image | 32 MB | | system | Main OS (Android 5.1/6.0) | 2–3 GB | | tee | Trusted Execution Environment (OP-TEE) | 5 MB | | nvram | IMEI, Wi-Fi/BT MAC, calibration data | 512 KB | | nvdata | User-specific NVRAM | 20 MB | | metadata | Encryption metadata (FBE) | 16 MB | | userdata | User apps + internal storage | Varies (rest of flash) |