Driver updates for Windows, along with many devices, such as network adapters, monitors, printers, and video cards, are automatically downloaded and installed through Windows Update. You probably already have the most recent drivers, but if you'd like to manually update or reinstall a driver, here's how:
Note: If you can't connect to a network drive or folder, the computer you're trying to connect to might be turned off, or you might not have the correct permissions. Try contacting your network administrator.
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I have several Nuc's and am not new to PC's, but this problem is driving me crazy. I just got a new Intel Nuc 13 Extreme. Installing the memory, drives, and graphics card went OK. I installed Windows 11 Pro, and it installed and rebooted. The problem is in set up. I get to a screen that says "Let's connect you to a network", it displaya a wireless Icon, but the "next" button is grayed out, and there does not appear to be any way to progress beyond this screen. This apparently is a common problem, but I tried every solution I found on line to try topget past this **bleep** screen so I can do some troubleshooting, but nothing works.
I have a known good Ethernet connection, and the lights indicate traffic. I tried the other ethernet port, as well as changing cables. I did manage to get to a command prompt, but no network information is shown when I type in ipconfig /all.
I can see the netwrk "killer" adapter card is installed, and all cables are connected. I did try removing it, and reinstalling it. Nothing seens to work. I can only think either the adapter is defective, or perhaps I need to get the proper drivers installed. Has anyone else run in to this problem? Very exasperating. I really want to try to fix this before having to return it.
The way to get past the "let's connect to a network" screen is to do the following:
When you have installed windows and get to the "let's connect to a network screen", and there are no options to either connect or back out or proceed:
3. The system will reboot, and you get in to set up again.This time, when you get to the "Let's connect to a network" screen, there will be an option "I don't have Internet" Select this option. On the next screen choose limited setup without internet. Complete the set up and reboot.
4. If there are no internet options (which is what happened to me) you will have to manually download the required drivers. In this case I downloaded the Intel Wireless setup driver from the Nuc 13 support page, copied them on a USB stick, and inserted the USB stick in to the Nuc 13. As soon as I installed the wireless driver, internet became available, and I was able to connect to the internet, and use windows update to download and install all the other drivers.
In addition to leveraging the default 'nat' network created by Docker on Windows, users can define custom container networks. User-defined networks can be created using the Docker CLI docker network create -d command. On Windows, the following network driver types are available:
Containers attached to a network created with the 'nat' driver will be connected to an internal Hyper-V switch and receive an IP address from the user-specified (--subnet) IP prefix. Port forwarding / mapping from the container host to container endpoints is supported.
Containers attached to a network created with the 'transparent' driver will be directly connected to the physical network through an external Hyper-V switch. IPs from the physical network can be assigned statically (requires user-specified --subnet option) or dynamically using an external DHCP server.
Popularly used by containers orchestrators such as Docker Swarm and Kubernetes, containers attached to an overlay network can communicate with other containers attached to the same network across multiple container hosts. Each overlay network is created with its own IP subnet, defined by a private IP prefix. The overlay network driver uses VXLAN encapsulation to achieve network traffic isolation between tenant container networks and enables re-using IP addresses across overlay networks.
On Windows Server 2019 and above, overlay networks created by Docker Swarm leverage VFP NAT rules for outbound connectivity. This means that a given container receives 1 IP address. It also means that ICMP-based tools such as ping or Test-NetConnection should be configured using their TCP/UDP options in debugging situations.
Containers attached to a network created with the 'l2bridge' driver will be connected to the physical network through an external Hyper-V switch. In l2bridge, container network traffic will have the same MAC address as the host due to Layer-2 address translation (MAC re-write) operation on ingress and egress. In datacenters, this helps alleviate the stress on switches having to learn MAC addresses of sometimes short-lived containers. L2bridge networks can be configured in 2 different ways:
IP Addresses are allocated and assigned differently for each networking driver. Windows uses the Host Networking Service (HNS) to provide IPAM for the nat driver and works with Docker Swarm Mode (internal KVS) to provide IPAM for overlay. All other network drivers use an external IPAM.
The Network Driver Interface Specification (NDIS) library abstracts the network hardware from network drivers. NDIS also specifies a standard interface between layered network drivers, thereby abstracting lower-level drivers that manage hardware from upper-level drivers, such as network transports. NDIS also maintains state information and parameters for network drivers, including pointers to functions, handles, and parameter blocks for linkage, and other system values.
When you wish to mount a network location, you can of course create a mapped network drive in Windows and mount that as indicated above. However, it's also possible to mount them directly using a UNC path:
WSL does not have any way to specify which credentials to use to connect to a network share. If you need to use different credentials to connect to the server, specify them in Windows by navigating to the share in File Explorer, using the Windows Credential Manager, or the net use command. The net use command can be invoked from inside WSL (using net.exe use) via interop. Type net.exe help use for more information on how to use this command.
I just ran across this issue recently where I have a Mac host running a vmware fusion with windows 10 installed as a guest OS. I installed WSL (ubuntu) in the windows 10. I am sharing a folder on my Mac (~/Public) with all my fusion guest O/S, and it works seemlessly with any linux/bsd guest OSes. On Windows 10, the network drive for the shared folder is \vmware-host\Shared Folder\Public\ and is accessible from the windows 10, and is also mounted on Z: drive as well.
The mount command is successful, but in fact the mount "failed".You can't see the content of the folder /mnt/z.The mount works well with other network drives AS LONG AS the filesystem is a windows (NTFS, FAT32, etc) filesystem.Since the file system I'm trying to use is apple file system (apfs), the drvfs cannot use it. It will likewise fail if the underlying filesystem you are trying to mount is linux (ext2, ext3, ...) or network nfs/samba type. This drvfs will only understand windows native drvie format.
I need to be able determine the path of the network Q drive at work for a WEBMethods project. The code that I have before is in my configuration file. I placed single character leters inside of the directories just for security reasons. I am not sure what the semi-colon is for, but I think that the double slashes are were the drive name comes to play.
Note that this shows the list of mapped and connected network file shares for the user context the command is run under. If you run cmd.exe under your own user account, the results shown are the network file shares for yourself. If you run cmd.exe under another user account, such as the local Administrator, you will instead see the network file shares for that user.
VirtIO Drivers are paravirtualized drivers for kvm/Linux (see -kvm.org/page/Virtio). In short, they enable direct (paravirtualized) access to devices and peripherals for virtual machines using them, instead of slower, emulated, ones.
A quite extended explanation about VirtIO drivers can be found here -virtio.
Make sure SMB1.0/CIFS is enable and make sure to set Network Profile to Private. Also note that some third party security/firewall software may block local network access so one may have to review those program settings to see if their My Cloud is being blocked.
I turned off the automatic startup for Hamachi, but when I turned my computer on yesterday I didn't have wifi at all. I checked my network adapters, nothing but Hamachi / Ethernet. My other computers in the house were working fine. So I tried to turn on Hamachi to see if it would help, tried resetting, nothing. Next I uninstalled it, restarted, still no wifi. Now my computer only had an ethernet adapter and no hamachi adapter. I did some more digging and went into my devices, it didn't show up there either until I found out it was hidden. Clicked properties, and got error 45 : "Currently, this hardware device is not connected to the computer. (Code 45)" ??????
Now I'm really confused, because this is a brand new laptop, never been bumped touched dropped etc and it's been working perfectly fine until hamachi, so I know it's not a direct hardware problem. I found only two other people by googling that had the same problem, one never found a solution, and the other couldn't find a fix besides a system restore. I tried everything, made sure Hamachi was fully uninstalled, checked my registry, did an sfc / dism scan, tried updating my drivers, EVERYTHING. Nothing worked. 006ab0faaa
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