The MediaTek Helio P65, codenamed MT6768, is an octa-core 64-bit mid-range processor. Its architecture consists of two high-performance ARM Cortex-A75 cores clocked up to 2.0 GHz and six power-efficient ARM Cortex-A55 cores clocked up to 1.7 GHz. The chipset is manufactured on a 12nm process and is paired with a Mali-G52 GPU. It provides robust performance for everyday tasks and light gaming. The scatter file for the MT6768 is tailored specifically to this chipset's architecture.
The starting address in the memory for this part. partition_size: How large the data block is.
Note: Always use the scatter file extracted from the exact firmware built for your specific model and region. Using a generic MT6768 file from a different brand will permanently brick your phone. Why Do You Need an MT6768 Scatter File? mt6768 scatter file
Most manufacturers release firmware packages in ZIP format. Inside, look for a folder named images , target , or firmware . The scatter file is typically named:
Let’s open a typical MT6768_Android_scatter.txt file. It looks daunting at first, but it follows a strict structure. The MediaTek Helio P65, codenamed MT6768, is an
Warning: Never choose "Format All + Download" unless you have explicitly backed up your calibration data, as this will permanently delete your phone's IMEI numbers and network capabilities.
网上有一些非官方来源提供各芯片组的“通用”Scatter文件。Hovatek社区明确指出——这些Scatter文件是从不同设备中提取的，，仅可用于研究或作为模板参考。使用通用Scatter文件烧录设备极有可能导致无法启动甚至永久变砖。 It provides robust performance for everyday tasks and
: Used when upgrading Android versions. It cleans corrupt system structures but preserves crucial calibration partitions.
You cannot use a scatter file from another device with the same chipset. Example: An MT6768 scatter from a Realme 6i will work on an Oppo A92 because partition addresses differ. Here is how to get the correct one:
If your MT6768 uses UFS (rare, but some high-end variants), change region: EMMC_USER to region: UFS .
