The Huawei Kirin USB Driver is not a separate, Kirin-specific driver per se. Instead, it refers to the official Huawei USB drivers that enable communication between Windows-based PCs and Huawei devices running on Kirin chipsets. These drivers support:
While Qualcomm and MediaTek have their own low-level USB drivers, Huawei uses a unified driver package for all its Kirin-powered devices (and even older HiSilicon ones).
For hard-bricked devices (black screen, no vibration, no fastboot), you need Test Point (TP) mode. This shorts two specific pins on the motherboard to force the CPU into "Download Mode."
How the driver helps here:
Once you short the Test Point and connect the phone to the PC, the device appears as Huawei USB COM 1.0 (COM 3) in Device Manager. Without the Kirin USB driver, it shows as "Unknown Device." With the driver, IDT (Image Download Tool) can flash a fresh bootloader.
Note: This requires opening the phone's casing and voiding the warranty. Only for experts.
Once upon a time, in the bustling digital heart of Shenzhen, a tiny but mighty chip named Kirin was born. Kirin wasn’t just any processor—it lived inside millions of Huawei smartphones, tablets, and smart devices, thinking fast, dreaming in binary, and making video calls look effortless.
But Kirin had a secret: it was shy. It could process AI photos, decode 4K video, and manage battery life like a wizard, but whenever a developer or tech enthusiast tried to connect a laptop to peek inside—to debug an app, flash a new system, or rescue a bricked phone—Kirin would freeze. No handshake. No data flow. Just an ominous Windows chime and the dreaded words: “Device not recognized.”
The problem? Kirin spoke a language all its own. And the laptop didn’t understand it.
So the engineers at Huawei summoned their most elite software sages. They brewed strong tea, locked the doors, and began to craft a magical translator—a tiny piece of code that would sit between the laptop’s USB port and Kirin’s silent heart. They called it the Kirin USB Driver.
The driver was small but fierce. It didn’t process photos or run games. It had one job: listen. Whenever a Kirin device whispered through the USB cable, the driver would wake up, translate the strange, high-speed signals into something Windows, Linux, or macOS could understand—and then back again.
One night, a young developer named Lin was trying to build an app for a Huawei P40. The phone’s screen was dark. The bootloader was locked. And time was running out before a big demo. Lin plugged in the USB cable, held his breath, and opened the device manager.
For the hundredth time, that yellow warning triangle appeared. “Unknown USB device.” huawei kirin usb driver
Desperate, Lin remembered an old forum post: “Install the Kirin USB Driver first. Not the generic one. The real one.”
He downloaded the driver—a humble .exe file no bigger than a song. He double-clicked, accepted the warnings, and let it install. The progress bar crept forward like a sleepy snail. Then, a quiet ding.
Lin looked at the device manager again. The yellow triangle was gone. In its place: “HUAWEI Kirin Device – ADB Interface”.
He whispered, “Hello, Kirin.”
And deep inside the phone, Kirin’s digital ears perked up. For the first time, the shy chip felt understood. It opened a tiny door—just a crack—and let the data flow. Logs scrolled up Lin’s screen. The phone vibrated once. It was alive.
From that day on, Lin never forgot the ritual: before any cable, any flash, any late-night debug session—install the driver first. He became a quiet evangelist, posting in forums: “Don’t blame the phone. Blame the handshake. And let Kirin speak.”
And so the Kirin USB Driver lived on—unseen, unloved by most, but worshipped by those who knew. In server rooms and dorm desks, in repair shops and R&D labs, it continued its silent, noble work: translating the heartbeat of a chip into the language of the outside world.
Because every genius needs a translator. And every Kirin, its driver.
The Huawei Kirin USB Driver (frequently referred to as the Huawei USB COM 1.0 driver) is a specialized utility designed for deep-level communication between a PC and devices powered by HiSilicon Kirin chipsets. It is primarily used for advanced maintenance tasks like unbricking, flashing, and IMEI repair. Core Functionality & Purpose
The driver's main role is to facilitate connection in factory mode or test point mode.
Deep System Access: It enables a PC to recognize a "dead" or bricked device that won't boot normally, often appearing as "USB SER" in Device Manager before the correct driver is applied. The Huawei Kirin USB Driver is not a
Chipset Specificity: It is tailored for the Kirin architecture (e.g., Kirin 710, 810, 980, 990) to allow low-level operations that standard MTP drivers cannot handle.
Tool Compatibility: It is essential for using professional service tools like ChimeraTool, SigmaKey, and UnlockTool. Key Features for Technicians How To Install Huawei USB COM 1.0 Port Driver FIX USB SER
Huawei Kirin USB Driver , often referred to as the HUAWEI USB COM 1.0
driver, is a critical technical utility that enables high-level communication between a Windows PC and Huawei/Honor devices powered by HiSilicon Kirin chipsets. It is primarily used by technicians and developers for deep system-level tasks like flashing firmware or unbricking "dead" devices. Key Features and Functions System Communication
: Acts as a "translator" between the PC's operating system and the phone's hardware, allowing for data transfer, debugging, and development environment setup. Factory/EDL Mode Support
: This is its most vital feature. When a device is connected in "Factory Mode" or through hardware "Testpoints," it is recognized as HUAWEI USB COM 1.0 (VID: 12D1, PID: 3609). Firmware & Flashing Operations : Enables flashing of Board (factory) files, original UPDATE.APP
files, and the ability to upgrade or downgrade Android versions from a computer. Service & Repair Capabilities : Facilitates advanced repairs, including: Removing FRP (Factory Reset Protection) and Huawei ID locks. IMEI & Network Lock Repair
: Backup and restoration of sensitive data like IMEI numbers and network calibration when replacing motherboards. Battery SN Correction
: Writing new battery serial numbers to the phone to ensure compatibility after a replacement. "Chip Damaged" Fix
: Supports backing up and restoring specific chip data files to repair "Chip is Damaged" errors on various Kirin platforms (710, 810, 980, 990, etc.). Technical Specifications HUAWEI MatePad T8 LTE Kirin Drivers Download, How To
To install and use Huawei Kirin USB drivers (often identified as Huawei USB COM 1.0), you must ensure both the physical connection and software configuration are correct. These drivers are essential for tasks like firmware flashing, file transfers, and debugging on devices powered by HiSilicon Kirin chipsets. 1. Primary Driver Installation While Qualcomm and MediaTek have their own low-level
For standard users, the most reliable way to obtain the correct drivers is through the official HUAWEI PC Manager. This tool automatically identifies your hardware and installs the necessary chipset and USB drivers.
One-Click Method: Download and open the Driver download tool from the Huawei support site. Select your device model and click "Download drivers." Once downloaded, run DriverInstaller.exe from the package to complete the setup.
Manual Method: If you have a specific .inf file for the Huawei USB COM 1.0 driver: Right-click the Windows icon and open Device Manager.
Locate "Other devices" (often appearing as "USB SER" if the phone is in EDL/Recovery mode).
Right-click the device and select Update Driver > Browse my computer for drivers.
Navigate to the folder containing your driver files (e.g., hw_quser.inf) and click OK. 2. Device Configuration
After the drivers are installed, you must configure your Kirin-powered device to communicate with the PC.
Install a driver on a HUAWEI computer | HUAWEI Support Global
Here’s an interesting and technically relevant paper topic related to the Huawei Kirin USB driver:
Even with the right file, things go wrong. Here are the top 5 Kirin driver failures and their fixes.