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When you install Drive for desktop on your computer, it creates a drive in My Computer or a location in Finder named Google Drive. All of your Drive files appear here. Any new files or folders you create in Drive or Drive for desktop sync and appear on all your devices.

It's a good idea to create a recovery drive. That way, if your PC ever experiences a major issue such as hardware failure, you'll be able to use the recovery drive to reinstall Windows 11. Windows updates to improve security and PC performance periodically, so we recommend you recreate the recovery drive annually. Personal files and any apps that did not come with your PC will not be backed up. You'll need a USB drive that's at least 16 gigabytes.

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If you ever need to use the recovery drive to reinstall Windows 11 on your PC, see Recovery options in Windows for further instructions. It's a good idea to Back up your Windows PC frequently because the recovery drive isn't a system image. It doesn't contain your personal files, settings, or programs.

It's a good idea to create a recovery drive. That way, if your PC ever experiences a major issue such as hardware failure, you'll be able to use the recovery drive to reinstall Windows 10. Windows updates to improve security and PC performance periodically, so we recommend you recreate the recovery drive annually. Personal files and any apps that did not come with your PC will not be backed up. You'll need a USB drive that's at least 16 gigabytes.

If you ever need to use the recovery drive to reinstall Windows 10 on your PC, see Recovery options in Windows for further instructions. It's a good idea to Back up your Windows PC frequently because the recovery drive isn't a system image. It doesn't contain your personal files, settings, or programs.

To create installation media, go to the software download website, where you'll find step-by-step instructions. On that website, you can select a version of Windows and create your own installation media using either a USB flash drive or a DVD. To go directly to one of the versions, select one of these links:

A USB flash drive, external hard drive, or DVD. A blank USB flash drive or external hard drive with at least 8 GB of space, or a blank DVD (and DVD burner). We recommend using a blank USB or blank DVD because any content on it will be deleted. When burning a DVD from an ISO file, if you're told the disc image file is too large, you'll need to use dual layer (DL) DVD media.

To set up a new Dev Drive, open Windows Settings and navigate to System > Storage > Advanced Storage Settings > Disks & volumes. Select Create dev drive. *Before setting up a Dev Drive, ensure that the prerequisites are met. You can also set up a Dev Drive using Dev Home's Machine configuration.

To format a Dev Drive on the new free space, specify the Label (drive name), Drive Letter, and Size allocation. The maximum size will be the amount of free space you allocated in the previous step, the minimum size for a Dev Drive is 50GB.

To find and use unallocated space on an existing drive, you can open System > Storage > Disks & volumes, look through the page to see whether any storage space is listed as "Unallocated". Select Create volume and you will be given the choices to Create Simple Volume (a standard NTFS storage volume) or Create Dev Drive. To create a Dev Drive, the steps are the same as above, you will need to add a Label (drive name), Drive Letter, and confirm the Size allocation.

As an alternative to using Windows Settings, there are two options for creating Dev Drive storage volumes from the command line. Both options require that you open the command line as an Administrator. You must be a member of the Admin group to format a hard drive. These command line formatting methods may be preferred when creating multiple Dev Drives or as an admin for multiple machines.

A Storage Volume specifies how data is stored on the file system, via directories and files, in a particular format. Windows uses NTFS for the system drive and, by default, for most non-removable drives. The Resilient File System (ReFS) is a newer Microsoft file system format, designed to maximize data availability, scale efficiently to large data sets across diverse workloads, and provide data integrity with resiliency to corruption. It seeks to address an expanding set of storage scenarios and establish a foundation for future innovations.

Dev Drives can be run with no antivirus filters attached. Exercise extreme caution! Removing antivirus filters is a security risk and means that your storage drive will not be covered by the standard security scans. You are responsible for evaluating the risks associated with detaching antivirus filters and should only do so when confident that your files stored on the Dev Drive will not be exposed to malicious attacks.

Due to the security considerations of having filters detached, transporting a dev drive between machines will result in the volume being treated as an ordinary volume without special filter attach policies. The volume needs to be marked as trusted when it is attached to a new machine. See How do I designate a Dev Drive as trusted?.

The C: drive on your machine cannot be designated as a Dev Drive. Developer tools, such as Visual Studio, MSBuild, .NET SDK, Windows SDK, etc, should be stored on your C:/ drive and not in a Dev Drive.

Open Windows Settings menu, then choose Storage, then Advanced Storage Settings, then Disks & volumes, where you will find a list of the storage volumes on your device. Select Properties next to the Dev Drive storage volume that you want to delete. In the drive's properties, you will find the option to Delete under the Format label.

The Dev Drive default settings have been optimized for common development scenarios, but can be customized, allowing control over drivers and services run on the storage volume. To customize Dev Drive settings, open the Settings menu. Under System > Storage > Disks & volumes, go to Properties.

No. If you have the space, you can create as many Dev Drives as you would like. Using a separate Dev Drive for each software development project would allow you to simply delete the drive at the end of development, rather than repartitioning your disk again. However, keep in mind that the minimum size for a Dev Drive is 50GB.

I would like to have a virtual network hard disk N:(Nextcloud") among the network resources shown from my PC and to operati such virtual disk with usual drag & drops, copy & paste windows gui commands and sync any local files/folder to this disk with a right-clilc menu command.

I had this issue intermittently on my last Dell Windows 11 laptop and have just upgraded to a brand new Surface Pro 7 with Windows 11 and all updates installed. I will upload photos from my iPhone to my iCloud drive. They will NOT appear in my iCloud drive on Windows, sometimes for days, if at all.

What's weird is that if I uninstall and reinstall drive, sometimes I get a little more storage when I click on 'properties' but not enough to be satisfied during large file transfers. It runs out painfully quick.

Is it bad to fill up my Windows installed Drive i.e. C:\ . If yes then Why , How much space should I fill , will adding more and more files in the C drive affect my hardware performance. How much space should I leave unfilled for better performance. What could be the consequences by filling the whole drive.

Assuming that you keep the drive defragmented, a "full" drive should perform as well as an "empty" one, so I don't think there is much of a performance issues. [Edit2: Joel's answer wonderfully explains how full drives have more seeking to do in spread out or full drives, which will obviously have a negative effect on performance.]

The hard drive is typically the slowest part and biggest performance bottleneck on your system. Having a fast hard drive is more important for many facets of system performance than memory or a fast cpu. This slowness is because it depends on actual moving parts for operation. These moving parts impact performance in three ways: rotational throughput, rotational latency, and seek time. Rotational throughput is how many bytes pass under the read/write head in a given time span, depending on how fast the platter is moving. Rotational latency is the time it takes for the first byte in a request to rotate to reach the read/write head. Seek time is the amount of time it takes for the seek head to reach the correct position on the platter.

It's that last item I want to talk about. To help reduce seek time, disk controllers will try to keep data grouped near the beginning of the drive. This is why if you watch an XP machine defragment files you will see it spend a lot of time compacting files. It's also why you want to defragment at all, as every time you have a new fragment in a file you need to do another (slow!) seek operation.

Now let's imaging you fill that drive up. You're back up to 8-9 milliseconds on average per seek. Hopefully I've helped you understand here that as you fill up the drive, your seek times will start to suffer, and this brings down performance of the entire system. You can reduce this impact by adding ram or other optimization techniques like readyboost, but you can't eliminate it entirely.

Access all your Box files directly from your desktop, without taking up much hard drive space. Box Drive is natively integrated into Mac Finder and Windows Explorer, making it easy to share and collaborate on files. ff782bc1db