17-04-2021

Drivers Evolio

Windows 2000 and Server 2003 drivers. The driver to be downloaded is the same than for other Windows platforms. For Windows 2000, this setup driver has been tested successfully on x86 processor. The compatible ports are: USB port. Standard TCP/IP port (Ethernet) 1 Please note that no tests have been conducted with IA64 processor. محتوي الصفحة:1 نحميل تعريفات USB لجهاز Evolio Aria 8.0 للكمبيوتر2 نحميل تعريفات USB لجهاز Evolio Aria Mini 3G للكمبيوتر3 نحميل تعريفات USB لجهاز Evolio Aria Mini Wifi للكمبيوتر4 نحميل تعريفات USB لجهاز Evolio Axis 7 للكمبيوتر5 نحميل تعريفات USB لجهاز Evolio. Evolio M5 Pro is powered by MediaTek processor. To install Stock firmware on Evolio M5 Pro Mediatek powered device, you need software known as SP Flash Tool, Formally also called Smartphone Flash tool. Download the Evolio M5 Pro Stock Firmware, drivers, and SP flash tool, then you can follow our guide to install the firmware on Evolio M5 Pro.

Download and Install Stock ROM On Evolio M6 [Official Firmware]: The Evolio M6 is powered by a MediaTek CPU. It is a very mid-range CPU. The available stock firmware is for MediaTek MT6580. The firmware is around 922 MBso we recommend having a stable wifi while downloading the firmware. This ROM can be flashed using SP Flash Tool. The Official stock firmware name Evolio_M6_MT6580_6.0.zip. The Firmware is based on Google’s Android 6.0 Marshmallow OS.

If you own an Evolio M6 and now searching for the stock firmware of the device, then you landed on the right page. The official Stock Firmware / Flash File of Evolio M6 is now available for download. You just need to ask for the permission to download the file. We are sharing a step by step guide to install the Evolio M6 Official Firmware. Don’t try to skip any step because every step has it’s own importance in this guide if you don’t follow the guide correctly you may end up bricking your device. We have collected more information about Evolio M6 Stock ROM down if you want you can read it from down.

The Stock ROMs are healthy for the device as it’s the official and the stable system software for that particular phone. If you have bricked or ruined your device by installing any malicious firmware or infected custom ROM, then this article can be helpful for you because we have brought the Stock ROM for Evolio M6 with which you can return back to your phone’s official system software which allows you to get official system and firmware update, your smartphone will return to that state at which it was manufactured.

Android is an open source operating system so there are loads of modified ROMs or firmware commonly known as Custom ROMs are available for Android devices. Users love to root and install these custom ROMs to get more features which were missing from the official firmware. But if the user misses a single step, he/she may brick the android phone and only be installing the stock firmware can restore the device.

Install Official Stock ROM On Evolio M6 (Back to stock, Unbrick, Unroot and Fix Bootloop)

There are loads of benefits of having the stock ROM of an Android device. You can Fix Bootloop and Black screen issue by flashing back the stock firmware. If you are facing some software related issues, then you can flash the stock ROM to fix that. You can Unbrick and unroot your device by flashing back the stock firmware which will give you your device’s warranty back.

Evolio M6 Stock ROM Details:

Download Format: Zip Verison
Firmware Type: Official
Tool Supported: SP Flash Tool
Gapps File: Included
Device Supported: Evolio M6

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What Is Stock ROM and What are its benefits?

Stock ROM’s are the ones that come pre-installed on phones or tablets. These are the versions of Android developed by the OEM’s for making their phones look unique. They also come pre-installed with certain apps.

The reason for the usage of Custom ROM’s over Stock ROM’s are:

1) Security: These ROM’s are developed by big companies and hence there are fewer chances of malware/ virus affecting the phone.

2) Warranty: Installing a Custom ROM needs root access and this voids warranty of your smartphone in most cases. A lot of OEM’s do not allow the root access or customization.

3) Pre-installed apps and features: A lot of these ROM’s come with pre-installed apps which are sometimes useful. These apps vary between different manufacturers and even for models. Some OEM’s also give their customers premium features like Launchers, wallpapers, home screen, etc.

The Advantages Of Evolio M6 ’s Stock Firmware

Flash Stock To Unbrick your Evolio M6
Flash Stock ROM to Fix the bootloop problem.
Upgrade and Downgrade Evolio M6
Unroot or Fix Bugs on your phone.
To fix the lag or stutter on Evolio M6
Revert back to stock to gain your warranty.

Related Posts

Drivers Evolio Drivers

Disclaimer:

RootMyGalaxy.net is not responsible for any damage happened to your device(s) while following this guide so please proceed at your own risk. However, we would be happy to help with any problems within our reach

Pre-Requirements:

Make sure battery percentage is more than 60%
Install the VCOM driver on your phone.
Install ADB & Fastboot drivers on your computer. Guide: For Windows or For Mac or Linux
Now Enable Developer option.
Create a nandroid backup on your device.

Download Evolio M6 Flash File / Stock ROM

Download Latest SP Flash Tool
Download Stock ROM For Evolio M6 || Credit: naijarom website

Steps To Install Official Stock ROM On Evolio M6

First of all, make sure you have followed each and every step mentioned in the pre-requisites section
After that, you have to download the files mentioned in the Downloads section and transfer them to your phone
Once transferred, follow this guide from below to install the Stock Firmware/ROM on your smartphone.

Once you have done all the steps mentioned in the guide, your phone should be booted into Stock ROM.

Rootmygalaxy a.k.a RMG was started in 2015 with a solo goal of Helping users with easy How-to guides. Slowly the website started sharing exclusive Leaks and Tech News. In these 5 years, we have been credited by the likes of Forbes, CNBC, Gizmodo, TechCrunch, Engadget, Android Authority, GSM Arena and many others. Want to know more about us? Check out ourAbout Us pageor connect with us ViaTwitter, Facebook, YoutubeorTelegram.

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Note Some information in this section may apply only to Windows 10 Mobile and certain processor architectures.

A device running Windows 10 has several requirements for booting into the OS. After the device's firmware initializes all the hardware, the device needs to ensure that there is enough power to boot. Afterwards, the device needs to ensure that the device is booting into the appropriate OS depending on if the user wants to perform an update or a restore on the device, or if the user wants to boot the device into the main OS.

To accommodate each of these scenarios, the Windows 10 boot process uses the following components:

Firmware boot loaders provided by the SoC vendor.
UEFI (Unified Extensible Firmware Interface) environment provided by the SoC vendor.
Windows Boot Manager provided by Microsoft.

Drivers Evolio App

This topic provides an overview of the boot process, and it describes the SoC firmware boot loaders, UEFI, and Windows Boot Manager in more detail.

Overview of the boot process

When a Windows 10 device is turned on, it goes through the following high-level process:

The device is powered on and runs the SoC-specific firmware boot loaders, which initialize the hardware on the device and provide emergency flashing functionality.
The firmware boot loaders boot the UEFI environment and hands over control to UEFI applications written by the SoC vendor, Microsoft, and OEMs. These applications can utilize UEFI drivers and services.
The UEFI environment launches the Windows Boot Manager, which determines whether to boot to FFU flashing or device reset mode, to the update OS, or to the main OS.

The following diagram illustrates this process at a high level.

Following are additional details about some of the components in this diagram:

The update OS is a minimal OS environment provided by Microsoft. This OS is used specifically for installing updates.
FFU flashing mode refers to a UEFI application that flashes an OS image to device storage. Microsoft provides a UEFI flashing application which can be used in non-manufacturing scenarios. OEMs can also implement their own UEFI flashing application.

SoC firmware boot loaders

The SoC firmware boot loaders initialize the minimal set of hardware required for the device to run. The SoC firmware boot loaders are designed to finish as fast as possible, and nothing is drawn to the screen while they are running. After the SoC firmware boot loaders finish, the device is booted into the UEFI environment.

The SoC firmware boot loaders also contain an emergency flashing capability that allows devices to be flashed when the boot environment is not stable and FFU-based flashing using the Microsoft-provided flashing tool is not possible. Emergency flashing requires tools specific to the SoC. For more information, contact the SoC vendor.

UEFI

Windows 10 utilizes the Unified Extensible Firmware Interface (UEFI) to support the handoff of system control from the SoC firmware boot loader to the OS. The UEFI environment is a minimal boot OS upon which devices are booted and the Windows 10 OS runs. For more information, see UEFI in Windows.

Understanding the Windows Boot Manager

The Windows Boot Manager is a Microsoft-provided UEFI application that sets up the boot environment. Inside the boot environment, individual boot applications started by the Boot Manager provide functionality for all customer-facing scenarios before the device boots.

Important All components inside the boot environment are provided by Microsoft and cannot be modified, replaced, or omitted by OEMs.

Boot applications implement functionality for the following scenarios:

Charging the device battery before boot.
Capturing and saving offline crash dumps (developer builds only).
Flashing the device with a new image.
Resetting the device.
Updating the device.
Booting the device to the main OS.

The following diagram illustrates some of the key portions of the process that the Boot Manager follows after it is launched by the UEFI environment.

The following steps describe this process in more detail:

After the UEFI environment launches the Boot Manager, the Boot Manager initializes boot libraries, reads the boot configuration database to determine which boot applications to run and in which order to run them. The Boot Manager launches boot applications sequentially, and each application exits back to the Boot Manager after finishing.
Boot libraries are libraries of functions that extend upon existing UEFI functionality, and are designed to be used within the boot environment. Only boot applications, which are launched by the Boot Manager, have access to the boot libraries.
The Boot Manager first captures any reserved hardware button combinations that are pressed by the user.
In non-retail OS images, the Boot Manager next runs an offline crash dump boot application which allows the device to capture a snapshot of physical memory from the previous OS session. When the device resets abnormally, the previous OS session’s memory is preserved across the reset. When this happens, the offline crash dump application will save that memory and turn it into an offline crash dump file, which can be transferred off the device and analyzed. If the device did not reset abnormally in the previous OS session, the offline crash dump application exits immediately.
In all OS images, the Boot Manager next runs mobilestartup.efi. This application runs several boot libraries, some of which are only run on first boot (for example, to provision the secure boot policy) or only in non-retail images (for example, to enter USB mass storage mode). The following libraries are always run:
1. First, mobilestartup.efi runs the library that implements UEFI battery charging. This library allows the user to charge their device while the device is in the boot environment (or is perceived as being turned off). This library is run first to ensure that the device has enough power to fully boot. For more information about scenarios involving the battery charging application, see Battery charging in the boot environment.
2. Next, mobilestartup.efi runs the libraries that implement flashing, device reset, and updates. These libraries determine whether the device should boot to flashing or device reset mode, or if the device should continue to the Update OS or Main OS.
If mobilestartup.efi does not boot to flashing or device reset mode, the Boot Manager boots into the Main OS or the Update OS.

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