- VISTA MASS STORAGE DEVICE DRIVER INSTALL
- VISTA MASS STORAGE DEVICE DRIVER DRIVERS
- VISTA MASS STORAGE DEVICE DRIVER SOFTWARE
- VISTA MASS STORAGE DEVICE DRIVER WINDOWS
The second obvious question is what is a WMI filter and why do we use it? You cannot add one “Apply driver package” task to the task sequence that will automatically determine the hardware and install only the package you require (this is what I would like :)).
VISTA MASS STORAGE DEVICE DRIVER DRIVERS
On pre Vista operating systems, boot critical drivers have to be installed with Apply Driver Package.
Devices that aren’t found by a PnP scan such as USB devices, multi level drivers and devices not enabled during deployment (like Bluetooth). The two scenarios that are not covered by “ Auto apply drivers” process are: I prefer to use one method of driver installation that will install all drivers (simple is best). I can hear everyone asking the question, why do I use the “Apply driver package” process rather than the “Auto apply drivers” process? Well nice of you to ask, I appreciate the flexibility that the “ Auto Apply Drivers” action gives but it does not cover all scenarios. Add all applications to the task sequence with a WMI filter based on model type. Create an application for each driver that must be installed. If required I configure the “Apply driver package” to apply a Mass Storage driver. Add an “Apply driver package” task to the task sequence with a WMI filter based on model type. Create a new package that contains all of the required drivers for this hardware type. The example I will use I perhaps the most common scenario in OS deployment, adding support for a new hardware model.Īt a high level the process involves the following steps: I find the simplest way to describe how I manage drivers is by using an example. So now that I have covered the basics lets discuss how I manage drivers. Apply driver package – All the drivers in the package are injected, whether they are needed or not. You can filter by driver categories, is tells ConfigMgr to only consider certain categories when choosing drivers. ConfigMgr performs a PnP scan of the computer and chooses which drivers to install from all available drivers in all available driver packages. Auto apply drivers – Driver packages are primarily for distribution purposes. Once the drivers have been added to a package there are two methods you can use to install the drivers: Whenever you import drivers you must add them to a driver package. The key driver types are network and mass storage drivers.įinally we need to understand the options ConfigMgr provides for installing drivers. VISTA MASS STORAGE DEVICE DRIVER WINDOWS
Boot images – These are drivers that are required by the ConfigMgr Windows PE boot images to enable OS deployment. Host OS – These are drivers that are installed on the Host OS. Next we need to understand where drivers are used during the deployment process. I also refer to these drivers as “Hardware based applications”. VISTA MASS STORAGE DEVICE DRIVER SOFTWARE
BAD Drivers – Drivers that must be “installed” – This could be a Bluetooth driver, finger print reader software or even DVD software that is specific to a particular model type.NICE Drivers – Drivers that install using an INF file.The first thing we must understand is the type of drivers that you need to manage. Overviewīefore I get into the details I would like to provide a quick overview of driver management. However this is an approach that I have used many times with much success. Please note this is not the only way to manage drivers, there are many different ways to manage drivers. The first post (this one) will cover ConfigMgr and the second BDD/MDT driver management. With this in mind I thought I would create two blog posts dealing with this topic. I am often asked what the best way is to manage drivers with both BDD/MDT and ConfigMgr.
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