The naming convention is consistent across MediaTek devices; for our chipset, it is . For safety, always use the one packaged with the ROM specifically made for your device model to prevent critical hardware mismatches like a bootloop.
: The exact physical address on the EMMC chip where the partition begins. physical_start_addr : The hardware-level address mapping.
Understanding the MT6589_Android_scatter.txt file is essential for maintaining MT6589-based devices. By properly mapping the eMMC partitions, you can flash custom recoveries, stock ROMs, and unbrick devices effectively. mt6589 android scatter emmc
Here is a sample partition layout for an MT6589 device with eMMC storage:
: The progress bar at the bottom will turn red, then yellow as it flashes the files. Once finished, a green circle with a checkmark will pop up. The naming convention is consistent across MediaTek devices;
If you can provide the (e.g., Lenovo P780, Gionee E3) and the Android version , I can help you: Locate the matching scatter file. Suggest the correct SP Flash Tool version. Guide you through the flashing process to avoid bricking.
| Partition Name | Logical Address (Hex) | Size (Hex) | Purpose | |---------------|----------------------|------------|---------| | preloader | 0x0 | 0x40000 | Bootloader stage 1 (brick risk) | | pgpt | 0x0 | 0x2000 | Primary GPT (eMMC unique) | | proinfo | 0x2000 | 0x300000 | Factory data (IMEI, calibration) | | nvram | 0x302000 | 0x500000 | Wi-Fi/BT MAC, settings | | seccfg | 0x802000 | 0x200000 | Security config (DAA, lock flags) | | uboot | 0xA02000 | 0x600000 | U-Boot / LK bootloader | | boot | 0x1002000 | 0x1000000 | Linux kernel + ramdisk | | recovery | 0x2002000 | 0x1000000 | Recovery image (TWRP/CWM) | | secro | 0x3002000 | 0x600000 | Secure ROM data | | system | 0x3602000 | 0x4A000000 | Android OS (ext4/sparse) | | cache | 0x4D602000 | 0x14000000 | Temporary data | | userdata | 0x61602000 | 0x2E9000000 | /data partition (apps, user files) | physical_start_addr : The hardware-level address mapping
eMMC is the standardized internal storage technology used in most smartphones, tablets, and embedded devices. Think of it as a managed NAND flash solution. Instead of a raw NAND chip, eMMC combines the flash memory with a controller in a single package. This controller handles complex tasks like error correction, wear leveling (to extend the drive's lifespan), and bad block management, abstracting these details away from the main processor.
The MT6589 was a revolutionary chip that brought quad-core performance to the masses. Today, working with its eMMC and scatter files is a niche skill, but one that pays off in data recovery, custom ROM development, and preserving vintage Android devices.