Correct MT6589_Android_scatter.txt and corresponding image files. Flashing Procedure Run flash_tool.exe as administrator.
If you have a boot-looped or bricked MT6589 device, you can use the scatter file to reinstall a stock ROM. Follow this baseline workflow to load firmware correctly: Prerequisites: A PC running Windows or Linux. installed on the computer.
: The allocated space for that specific component.
Using an incorrect scatter file on an MT6589 device often results in BROM Error 1013 or Error 5054 . These errors mean the tool is trying to write data to a memory address that does not match the physical hardware. The "new" scatter file corrects these address offsets.
If you lack a scatter file for your specific MT6589 device, you can create one using . mt6589 android scatter emmctxtnnlin new
The scatter file is a text file that maps the Android operating system components to the physical address space of the phone's memory. It tells the exactly where to write each file ( preloaderp r e l o a d e r ubootu b o o t , etc.) on the EMMC flash storage. Chipset: MT6589 Storage Type: EMMC (Embedded Multi-Media Card) File Extension: .txt Understanding the Structure of MT6589_Android_scatter.txt
Understanding the structure of this file, the nature of the MT6589 architecture, and how to safely utilize formatting maps prevents hard-bricking devices during deep recovery operations. Understanding the Component Architecture
You are modifying the layout to increase space (e.g., merging partitions). Flashing Custom Recovery: Installing TWRP or CWM. 3. How to Use the Scatter File with SP Flash Tool
Ensure you are using a scatter file specifically designed for the MT6589. Do not use an MT6582 or MT6572 scatter file. Correct MT6589_Android_scatter
Now I'll write the article. I'll structure it with an introduction, sections on MT6589, scatter file, eMMC, practical operations, advanced modifications, common issues, and a conclusion. I'll cite the sources appropriately. is a comprehensive technical article covering the essential aspects of the MT6589_Android_scatter_emmc.txt file and its critical role in the Android ecosystem.
This article provides a comprehensive guide to understanding, creating, and using the MT6589_Android_scatter.txt file for devices powered by the MediaTek MT6589 chipset, specifically focusing on handling storage types.
: Click on the Scatter-loading button on the right side of the interface. Browse to your firmware directory and select your text scatter file. The software will automatically read the text layout and populate the flashing queue below. Choose Flashing Mode :
(MT6589 typical output shows: preloader , proinfo , nvram , protect1 , protect2 , seccfg , uboot , boot , recovery , secro , misc , logo , ebr1 , ebr2 , android , cache , usrdata ) Follow this baseline workflow to load firmware correctly:
For those less comfortable with hex editors, there are community-developed tools like MTK Droid Tools or Wwr_MTK that can automate some of this process and generate a new scatter file from your device.
| Theory | Explanation | |--------|-----------------------------------------------------------------------------| | | Could be a miswritten "NAND NLI" – where NLI might mean "NAND Linear Interface" or "NAND Layout Info". | | Custom Data Partition | Some developers use NNLIN as a reserved partition for custom nvram extensions, preloader backups, or secondary security data. | | Chinese ROM Naming | In some Chinese stock ROMs (e.g., for Alibaba Cloud OS or Baidu Yi), NNLIN stored region-specific configs. | | eMMC test region | Possibly a reserved block for eMMC production tests or bad block management data (like extcsd info dump). |
PRELOADER 0x0 DSP_BL 0x400000 MBR 0x600000 EBR1 0x620000 PRO_INFO 0x640000 NVRAM 0x680000 PROTECT_F 0xa80000 PROTECT_S 0xb80000 SECCFG 0xc80000 UBOOT 0xca0000 BOOTIMG 0xcc0000 RECOVERY 0x1000000 SEC_RO 0x1340000 MISC 0x1680000 LOGO 0x17c0000 EBR2 0x1900000 EXPDB 0x1920000 ANDROID 0x1a00000 CACHE 0x6a00000 USRDATA 0x9200000