Download Xiaomi USB Driver For Windows PC: Below is the list of various Xiaomi devices. Just find your device, and there is a download link of the driver next to every model. You can use CTRL + F to search for your device. Xiaomi Redmi Note Series USB Drivers. Centra driver download for windows 10. Enable Prevent installation of devices not described by other policy settings to all users.; Enable Allow installation of devices using drivers that match these device setup classes for all device setup classes.; To enforce the policy for already installed devices, apply the prevent policies that have this setting. When configuring the allow device installation policy, you must allow all.

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Devices Information

/usb_driver.inf
[ids]
- USBVID_2E7E&PID_0701
- USBVID_2E7E&PID_0604
- USBVID_2E7E&PID_070A
[version]
- Signature
  $CHICAGO$
- Class
  USB
- ClassGUID
  {36FC9E60-C465-11CF-8056-444553540000}
- Provider
  USB Camera
- CatalogFile
  usb_driver.cat
- DriverVer
  02/26/2018,1.0.0.11
[strings]
- COMPANY_NAME
  USB Camera
- DISK_NAME
  USB Video Camera Disk
- PID_0701.DeviceDesc
  USB Composite Device (HD Camera)
- PID_0601.DeviceDesc
  USB Composite Device (HD Camera)
- PID_0703.DeviceDesc
  USB Composite Device (HD Camera)
- PID_0604.DeviceDesc
  USB Composite Device (HD Camera)
- PID_070A.DeviceDesc
  USB Composite Device (HD Camera)
/uvc_driver.inf
[ids]
- USBVID_2E7E&PID_0701&MI_00
- USBVID_2E7E&PID_0604&MI_00
- USBVID_2E7E&PID_070A&MI_00
[version]
- Signature
  $CHICAGO$
- Class
  Image
- ClassGUID
  {6bdd1fc6-810f-11d0-bec7-08002be2092f}
- Provider
  USB Camera
- CatalogFile
  uvc_driver.cat
- DriverVer
  02/26/2018,1.0.0.11
[strings]
- COMPANY_NAME
  USB Camera
- DISK_NAME
  USB Video Camera Disk
- ProxyVCap.CLSID
  {17CCA71B-ECD7-11D0-B908-00A0C9223196}
- KSCATEGORY_CAPTURE
  {65E8773D-8F56-11D0-A3B9-00A0C9223196}
- KSCATEGORY_VIDEO
  {6994AD05-93EF-11D0-A3CC-00A0C9223196}
- KSCATEGORY_RENDER
  {65E8773E-8F56-11D0-A3B9-00A0C9223196}
- KSCATEGORY_RENDER_EXT
  {CC7BFB41-F175-11D1-A392-00E0291F3959}
- KSCATEGORY_VIDEO_CAMERA
  {E5323777-F976-4f5b-9B55-B94699C46E44}
- USB3_FX3.DeviceDesc
  HD Camera
- PID_0701.DeviceDesc
  HD Camera
- PID_0601.DeviceDesc
  HD Camera
- PID_0703.DeviceDesc
  HD Camera
- PID_0604.DeviceDesc
  HD Camera
- PID_070A.DeviceDesc
  HD Camera
- USBVideo.SvcDesc
  USB Video Device (WDM)

Notice

For Windows version 1803 and later versions, if your platform supports the new Kernel DMA Protection feature, we recommend that you leverage that feature to mitigate Thunderbolt DMA attacks. For earlier versions of Windowsor platforms that lack the new Kernel DMA Protection feature, if your organization allows for TPM-only protectors or supports computers in sleep mode, the following is one DMA mitigation option. Please refer to BitLocker Countermeasures to understand the spectrum of mitigations.

Also users may refer to Intel Thunderbolt 3 and Security on Microsoft Windows 10 Operating System documentation for alternative mitigations.

Microsoft provides third-party contact information to help you find technical support. This contact information may change without notice. Microsoft does not guarantee the accuracy of this third-party contact information.
For more information about how to do this, go to the following Microsoft website:

Symptoms

A BitLocker-protected computer may be vulnerable to Direct Memory Access (DMA) attacks when the computer is turned on or is in the Standby power state. Download cardo driver. This includes when the desktop is locked.
BitLocker with TPM-only authentication allows for a computer to enter the power-on state without any pre-boot authentication. Therefore, an attacker may be able to perform DMA attacks.
In these configurations, an attacker may be able to search for BitLocker encryption keys in system memory by spoofing the SBP-2 hardware ID by using an attacking device that is plugged into a 1394 port. Alternatively, an active Thunderbolt port also provides access to system memory to perform an attack. Note that Thunderbolt 3 on the new USB Type-C connector includes new security features which can be configured to protect against this type of attack without disabling the port.
This article applies to any of the following systems:

Systems that are left turned on
Systems that are left in the Standby power state
Systems that use the TPM-only BitLocker protector

Cause

1394 physical DMA

Industry standard 1394 controllers (OHCI compliant) provide functionality that allows for access to system memory. This functionality is provided as a performance improvement. It enables large amounts of data to transfer directly between a 1394 device and system memory, bypassing CPU and software. By default, 1394 Physical DMA is disabled in all versions of Windows. The following options are available to enable 1394 Physical DMA:

An administrator enables 1394 Kernel Debugging.
Someone who has physical access to the computer connects a 1394 storage device that complies with the SBP-2 specification.

1394 DMA threats to BitLocker

BitLocker system integrity checks mitigate unauthorized Kernel Debugging status changes. However, an attacker could connect an attacking device to a 1394 port, and then spoof an SBP-2 hardware ID. When Windows detects an SBP-2 hardware ID, it loads the SBP-2 driver (sbp2port.sys), and then instructs the driver to allow for the SBP-2 device to perform DMA. This enables an attacker to gain access to system memory and search for BitLocker encryption keys.

Thunderbolt physical DMA

Thunderbolt is an external bus that allows for direct access to system memory via PCI. This functionality is provided as a performance improvement. It enables large amounts of data to transfer directly between a Thunderbolt device and system memory, thereby bypassing the CPU and software.

Thunderbolt threats to BitLocker

An attacker could connect a special purpose device to a Thunderbolt port and have full direct memory access through the PCI Express bus. This could enable an attacker to gain access to system memory and search for BitLocker encryption keys. Note that Thunderbolt 3 on the new USB Type-C connector includes new security features which can be configured to protect against this type of access.

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Resolution

Some configurations of BitLocker can reduce the risk of this kind of attack. The TPM+PIN, TPM+USB, and TPM+PIN+USB protectors reduce the effect of DMA attacks when computers do not use sleep mode (suspend to RAM).

SBP-2 Mitigation

On the previously mentioned website, refer to the 'Prevent installation of drivers matching these device setup classes' section under 'Group Policy Settings for Device Installation'.
The following is the Plug and Play device setup class GUID for an SBP-2 drive:

d48179be-ec20-11d1-b6b8-00c04fa372a7

On some platforms, completely disabling the 1394 device may provide extra security. On the previously mentioned website, refer to the 'Prevent installation of devices that match these device IDs' section under 'Group Policy Settings for Device Installation'.
The following is the Plug and Play compatible ID for a 1394 controller:

PCICC_0C0010

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