Dell Drivers & Downloads website allows you to download drivers, firmware, and some software applications for Dell desktops, laptops, all-in-one computers, docking stations, tablets, mobile devices, printers, monitors, projectors, servers, storage & networking devices, and so on.
While some drivers like a BIOS update require manual installation, errors may occur during the download procedure. It is recommended that you download the drivers and install them manually.Examples of some error messages that you may see if the automatic driver update fails:
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Dell Drivers & Downloads website helps you to download drivers, firmware, and some software applications for Dell products. You can download drivers for Dell desktops, laptops, all-in-one computers, tablets, mobile devices, printers, monitors, projectors, servers, storage and networking devices, and so on.
A driver is a small but essential piece of software that is written for a specific operating system such as Windows 11, Windows 10, and more. The operating system uses the driver to communicate with a hardware device such as a printer, video card, sound card, Wi-Fi or network adapter, and so on. Microsoft Windows operating system includes drivers for most devices. However, device-specific drivers must be downloaded and installed from the device manufacturer's website.
Drivers are sorted into 'Categories' on It allows you to easily identify and download a specific type of driver based on the functionality of the device. The categories of available drivers vary between different Dell products. Some of the generic categories are:
This category contains drivers and utilities for the video or graphics card (GPU) that is installed on the Dell computer. Graphics driver is a program that controls how the video or graphics card works with the rest of the computer such as applications, monitors, and so on. Dell recommends that you download and install the video or graphics (GPU) driver from
Dell Update or Dell Update Package (DUP) automates the download and installation of drivers and application updates that are specific to your Dell computer. Dell Update software is supported on Dell Inspiron, Vostro, XPS, and Alienware computers running Windows 11, Windows 10, Windows 8 (8.1), and Windows 7. This application is required to receive driver and application updates automatically. The drivers and application updates may help in the following areas:
Get email notifications when there are new or updated drivers for a Dell product that you are interested in through Support Notifications. Support Notifications gives you quick and easy access to updates about support services for your Dell products. You can subscribe to receive notifications by email and/or text message (SMS) for service request updates, knowledge base article updates, and driver updates. To create or manage subscriptions for your Dell products, browse to the Support Notifications page.
You may use any working computer or mobile device to download the drivers from Once the necessary drivers are downloaded, you can save the downloaded files to an external USB drive or even copy the files to a CD or DVD whichever is available.
You must consider downloading and installing the latest drivers when you install a new hardware device and it does not work automatically or after reinstalling or upgrading Microsoft Windows on the computer.
WinPE Driver packs are designed to provide required drivers for WinPE to boot a Dell Latitude, OptiPlex, or Dell Precision workstation for operating system deployment.Dell Family Driver Packs are designed to deploy on multiple models and are supported by the Dell configuration services.
We were unable to find drivers for your product. Try manually selecting your operating system. If your operating system is not listed then HP may not provide driver support for your product with that operating system.
Well, there is 'firmware' and then there is 'firmware'. It's just generic term for 'code that runs embedded in a device'. It can be anything from some thin logic so people don't have to make a custom chip to play it to a entire embedded operating system.The firmware for my Intel Iwl3945 is 184KB. That's a bigger binary then most of the programs in my /bin directory. It's bigger then the BSD-CSH. So it's obviously doing some very fancy things and is far removed from the traditional 'low level logic' that most people think of when they think of firmware.It's not something that I particularly care deeply about and it's not worth getting into a war about, or anything. But all firmware is not made equal and if your in the market for a card then this is the sort of thing that I would like to know about. The drivers for Intel's cards are all pretty good, but the firmware has been a source of instabilities and trouble in the past for me. Just last week, the reason I know about the Thinkpad error stuff, is that I was working on my Mother's Laptop I got for her off of Ebay. The stupid thing wouldn't hold a network connection for more then 7 seconds (XP's ping utility said 'hardware failure', then it would reconnect quickly), and when it did disconnect it would kill whatever downloads were occurring. This made it nearly impossible to install XP's service packs over the network. So I booted it up in my USB flash drive I carry around for these sort of occasions and was able to download most of the software I needed using Linux and the Intel wireless. Now the same exact errors were happening in Linux, but Linux handled it much more gracefully. Instead of losing the connection the download would just get paused for the second it took to reconnect.I tried reseting the router and all that happy stuff. We contacted the seller of the laptop and he sent a new Wifi card. Same freaking behavior. Eventually just gave up on the Intel 802.11b and bought a 802.11g cardbus card and it worked perfectly. I am fairly certain that this behavior was due to Intel firmware bugs. I've had similar issues with my Iwl3945 device, and this is a OEM installed item with OEM Linux support. (Dell 1420n). Nothing earth shattering and the Linux drivers were more then capable of dealing with this stuff nowadays. But it took tracking the iwlwifi website for a while and a few firmware upgrades to get everything stable in Debian.Like I said before, I use Intel wireless and am happy about the drivers and their Linux support, so I wouldn't put off buying a laptop with Intel stuff on it, but it's not ideal.------------------------------------Here; I'll give a (counter) example of why it's you should not get all religious about firmware code:(now don't take this as gospel, I am sure that I'll get several facts wrong)The AMD/ATI 'Atom Bios' for their video cards. The Atom Bios is firmware provided to Linux/X Windows driver developers that take care of a lot of the low-level functionality that is necessary to do 2D drivers for their newer video cards. Well the Atom Bios is a binary blob. So you ended up with 2 different sets of 2D drivers being developed in parallel, one that used the binary blob, and the other which said 'no binary blob' and they proceeded to learn how to bang bits about on the surface of the card.Well the deal is that there _is_no_source_code_. The Atom Bios is mostly shipped as it's developed.. the code in the blob is the code that they more-or-less hand programmed. Using the Atom Bios is not perfect, it's not ideal.. but the thing is is that with the next-generation of cards all the work on 2D drivers and related items are going to be totally worthless. They won't be programmable using 2D acceleration any more. That part in the video cards will be totally gone and replaced with all 3D-related logic. The newest cards now don't have a 2D acceleration core.. they use hardware emulation and the atom bios to allow code-level compatibility with older 2D drivers. So instead of putting all the effort into 3D driver development, which is the only thing that is going to be sustainable long-term, we have 2 or 3 different competing 2D drivers; one of the major reasons we have this issue is because of the black-n-white 'no binary blob' outlook. I mean it's nobody's fault how this all worked out.. it seemed correct at the time to shun the Atom Bios, so don't think I am putting the driver developers down or anything. (I think what they are doing is great.) (Log in to post comments) Wow? Posted Sep 28, 2008 8:10 UTC (Sun) by PO8 (guest, #41661) [Link]
The basic INF files are what MDT needs for driver injection. Many drivers are distributed as packages, which come in the form of an executable. This is not what we need. If an executable is the only way a driver is available, it must be imported as an application into MDT, and installed via task sequence. Fortunately, OEMs like Dell, Lenovo, HP, and even Microsoft make bulk downloads of model-specific drivers available from their sites. Dell hardware drivers come in the form of a CAB file, which can be opened with the expand command, or with a compression/decompression utility like 7-zip.
I do not delineate between x86 and x64 versions of drivers in my folder path because nearly all of my OS deployments are 64-bit. Dell combines x86 and x64 drivers in the same download. Many Dell drivers can be used on both platforms. Lenovo drivers will try to extract to their own, specified path, but that can be changed at runtime. Complete, downloaded driver packs can be between 300MB and 1,000MB in size, except for WinPE driver packs which are very small. 2ff7e9595c
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