The Samsung Galaxy A13 5G (A136U) is an entry-level 5G smartphone released in December 2021. It offers a decent balance of affordability, performance, and features, making it a good option for users looking for a budget-friendly 5G phone. Here’s a breakdown of its key specifications and features:
Display:
- 6.5 inches PLS TFT LCD display with 720 x 1600 pixels resolution and a 20:9 aspect ratio.
- Provides a basic viewing experience for everyday tasks.
Processor and Performance:
- MediaTek Dimensity 700 octa-core processor with a clock speed of up to 2.2 GHz.
- 4 GB or 6 GB of RAM.
- 64 GB or 128 GB of internal storage.
- Performance is sufficient for basic tasks and light gaming.
- May struggle with demanding apps and multitasking.
Storage:
- 64 GB or 128 GB of internal storage.
- Expandable storage via microSD card (up to 1TB).
- Provides enough storage for most users, with the option to expand it further.
Cameras:
- 50MP main camera with autofocus and LED flash.
- 5MP ultrawide camera.
- 2MP macro camera.
- 2MP depth camera.
- 8MP front camera.
- Camera quality is adequate for casual photography, but low-light performance is limited.
Battery:
- 5000mAh Li-Po battery.
- Offers excellent battery life, lasting for more than a day on average usage.
- Supports 15W fast charging.
Software:
- Android 12 with One UI 4.1.
- Will receive software updates for several years.
What is Scatter File Firmware :
A scatter file, also known as a scatter-loading file, is a configuration file used in conjunction with MediaTek Android devices. MediaTek is a semiconductor company that produces system-on-chip (SoC) solutions for various electronic devices, including smartphones and tablets.
The scatter file is associated with the SP Flash Tool, a tool commonly used for flashing firmware, custom ROMs, and other software onto MediaTek-based Android devices. The scatter file contains information about the memory structure of the device, including details about the partition layout, storage addresses, and the type of data stored in different regions of the device’s memory.
Here are some key components typically found in a scatter file:
- Partition Information: The scatter file provides details about the various partitions on the device, such as the bootloader, recovery, system, userdata, etc. Each partition has its own memory address range.
- Memory Addresses: It specifies the memory addresses where different components of the firmware or software should be loaded. This includes the addresses for the preloader, bootloader, kernel, recovery, and other partitions.
- File Paths: The scatter file includes file paths to the specific components of the firmware or software, allowing the flashing tool to know where to place each file in the device’s memory.
- Load Region Information: It defines the load regions for different files and partitions, indicating where each part of the firmware should be loaded.
When using the SP Flash Tool to flash a MediaTek-based device, users typically load the scatter file along with the firmware files to specify how the software should be written to the device’s memory. This process is often used when installing custom ROMs, recovering from a soft brick, or updating the device’s firmware.
What is meant by dead boot repair?
“Dead boot repair” refers to the process of fixing a smartphone or other electronic device that is unable to power on or boot up properly. A device that experiences a “dead boot” typically shows no signs of life, such as a blank screen, no response to button presses, and no indication of normal booting processes.
Several factors can lead to a dead boot situation, including but not limited to:
- Software Issues: Corrupted system files, failed firmware updates, or incompatible software modifications (such as rooting or installing custom ROMs) can cause the device to fail to boot.
- Hardware Failures: Problems with hardware components, such as a malfunctioning power button, faulty battery, or issues with the motherboard, can result in a dead boot.
- Bricked Device: Improper firmware flashing, using incorrect files, or interrupting the flashing process can “brick” a device, rendering it unable to boot.
Dead boot repair involves diagnosing the specific cause of the problem and implementing solutions to bring the device back to a functional state. The repair process may include:
- Reflashing Firmware: This involves reinstalling the device’s operating system or firmware using appropriate tools and files. It may require the use of specialized software like Odin for Samsung devices, SP Flash Tool for MediaTek devices, or similar tools provided by the device manufacturer.
- Hardware Inspection and Repair: If the issue is related to a hardware component, such as a faulty power button or a damaged motherboard, physical inspection and repair may be necessary.
- Factory Reset: In some cases, performing a factory reset may resolve software-related issues. However, this should be done cautiously, as it will erase all user data on the device.
Download A136U U6 OS13 Scatter Firmware [Dead Boot Repair]
A136U U6 OS13 Scatter Firmware [Dead Boot Repair]
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Please Follow these Before Flashing :
▶️ Disclaimer: Firmware flashing is not an easy process and should be carried out only if you have enough knowledge. We are not responsible for any damage/ dead to your device.
▶️ Take a Backup: If you are going to flash the above firmware on your Lava device, then make sure to take a backup of your data as it will be deleted after flashing the stock firmware.
▶️ Download and Install the Proper Drivers and Tools required before flashing.
▶️ If You Need Any Other Firmware or Flash File, Let Us Know.
