MediaTek Scatter to Rawprogram XML Converter Tool

Q: Do I need to install drivers for this converter?

No, the converter itself is a standalone utility and does not require additional drivers. However, drivers for your EasyJTAG box are required to use the generated output files during flashing or repair operations.

Q: What should I do if the log shows an EMI error?

If the tool fails to process EMI information, make sure the scatter file is not corrupted and that it exactly matches the chipset and variant of the target device.

Q: Is Re-Partition necessary when using this tool?

Re-Partition is generally not required for standard flashing operations. The tool calculates partition sizes directly from the scatter file, which is sufficient for most use cases.

Q: Can I modify the generated XML files?

Yes, the generated XML files are plain text and can be edited manually. However, advanced technical knowledge is required to ensure hex addresses and partition values remain valid.

AR Education MTK Scatter to Rawprogram Converter

Introducing the AR Education Scatter to Rawprogram Converter: The Ultimate Fix for EasyJTAG UFS

For mobile repair technicians, the gap between a raw MediaTek scatter file and a compatible EasyJTAG UFS firmware package has always been a source of friction. While scatter files are the standard for MTK flashing, tools like EasyJTAG require a specific rawprogram.xml structure to function correctly. Today, we are looking at a utility that bridges this gap with precision: the Scatter to Rawprogram Converter by AR Education.

This utility is not just a file converter; it is a sophisticated parser that handles the complex architecture of MediaTek partition tables, automatically calculating sizes and integrating EMI (External Memory Interface) checks. Below, we analyze the tool's interface, capabilities, and practical use cases.

AR Education MTK Scatter to Rawprogram Converter

Technical Deep Dive: Key Features

This tool is engineered for precision. Unlike generic converters, it digs deep into the preloader and partition architecture to ensure the output files are usable for sensitive operations like UFS dumping or flashing.

Smart XML Generation: Automatically generates three distinct rawprogram XML files, giving technicians flexibility depending on the specific flashing scenario.
Integrated EMI Analysis: The tool includes a built-in "Processing Preloader for EMI Info" feature. It analyzes the preloader file to ensure memory settings are correctly interpreted before generating the XML.
Automatic GPT Creation: It constructs a valid GPT (GUID Partition Table) based on the scatter file data, essential for modern UFS devices.
Detailed Partition Mapping: The interface provides a clear breakdown of partitions—displaying Index, Name, Start Address, Length, and Size—allowing technicians to verify data before flashing.
Preloader Analysis Support: The log system confirms successful analysis of various IC models, ensuring broad compatibility across the MediaTek chipset range.

Practical Scenario: The "Dead Boot" Recovery

Imagine you receive a MediaTek device with a dead boot or corrupted UFS storage. You have the full stock firmware, but it consists of scatter files meant for SP Flash Tool. Your primary (and most powerful) tool for this job is an EasyJTAG UFS box, which strictly requires rawprogram.xml and patch.xml.

Without a tool like this, you would be stuck manually calculating hex addresses for every partition—a process that could take hours and risks a "brick" if a single digit is wrong. By using the AR Education converter, you simply load the scatter file. The tool processes the misc and para partitions and calculates the exact Start Addresses and Lengths. Within seconds, you have the XML files ready to load into EasyJTAG, allowing you to restore the GPT and revive the device with surgical precision.

Evolution: Version Comparison

How does this tool stack up against previous solutions or manual methods?

Feature	Previous / Manual Methods	AR Education Scatter Converter
Partition Calculation	Manual hex calculations, highly dependent on user accuracy and prone to human error.	Fully automated parsing based on scatter file geometry for precise partition mapping.
GPT Handling	GPT had to be written manually or generated using risky third-party scripts.	Automatic GPT generation is built in, reducing risk and saving time.
EMI Configuration	Often ignored or handled through separate tools, increasing complexity.	Built-in preloader analysis extracts and applies EMI information automatically.
Output Files	Usually a single XML file, often incomplete or incompatible.	Generates three rawprogram variations along with a patch XML for maximum flashing compatibility.

Essential Requirements And Ussage Guide

Before proceeding, ensure your workstation meets the following criteria to avoid errors during the conversion or flashing process:

Windows PC: Windows 10 or Windows 11 (tested and stable).
Input File: A valid MediaTek Scatter File (usually named something like MTxxxx_Android_scatter.txt).
Target Tool: EasyJTAG UFS Suite or a compatible flashing tool that accepts rawprogram XML inputs.

Step-by-Step Usage Guide

Follow these instructions to safely convert your scatter files and prepare them for flashing.

Download the Tool:

Get the official package from the download link below. The file is archived in ZIP format.
Archive Password: daarvitech.com

Installation:

Extract the ZIP file to a dedicated folder on your PC. No standard installation wizard is needed; simply run the .exe file.

Accepting the Agreement:

Upon launching, you will be presented with a disclaimer screen. Acknowledge the "Use this software at your own risk" warning. The tool explicitly notes that GPT Header testing is recommended but requires caution.

Loading the Scatter File:

In the main interface, load your target scatter file. The tool will immediately begin parsing, displaying a partition list table including indices (e.g., misc, para), start addresses, and sizes.

Review Logs:

Watch the bottom log panel for messages like "Processing Preloader for EMI Info..." and "Preloader analysis completed!" to ensure successful parsing.

Retrieving Output:

Navigate to the save path specified in the tool to find your generated XML files and GPT.

Flashing:

Open your EasyJTAG software, load the generated XML, and perform your flash operation.

⚠️ Critical Safety Warnings

Please read carefully before proceeding:

Risk of Brick: Improper use of this software can result in a permanent device brick or data loss.
Partition Table: Do not write gpt.bin if a partition table already exists on the device unless you intend to completely wipe and recreate it.
Backup First: Always back up critical partitions (NVRAM, Protect 1/2) before attempting any writes.
Disclaimer: The developers and distributors hold no responsibility for damage caused by misuse. Use the tool at your own risk.

Download 'Scatter to Rawprogram Converter'

Password:- daarvitech.com

Frequently Asked Questions (FAQ)

Do I need to install drivers for this converter?

No, the converter is a standalone utility. However, you do need drivers for your EasyJTAG box to use the output files.

What should I do if the log shows an EMI error?

If the tool fails to process EMI info, ensure your scatter file is not corrupted and matches the specific chipset variant of your device.

Is Re-Partition necessary when using this tool?

The tool notes that "Re-Partition" is generally not required for standard flashing operations, as the partition sizes are calculated directly from the scatter file.