Apparently there is an important unix interface with the phones for updating information such as date and time. When attempting to start portmap with "net start portmap", I get the following error: "A device attached to the system is not functioning" In the system Event Log, the error is attached below. To further complicate the matter, there appears to be no hardware issues with the server in Device Manager.
I need help with this issue. Please ensure that no other program has registered on UDP port Join our community to see this answer! Unlock 1 Answer and 3 Comments. Exchange Server forum. Office Office Exchange Server. Not an IT pro? Windows Server TechCenter.
Sign in. United States English. Ask a question. The Server system service provides RPC support and file sharing, print sharing, and named pipe sharing over the network. The Server service lets users share local resources, such as disks and printers, so that other users on the network can access them. It also enables named pipe communication between programs that are running on the local computer and on other computers.
Named pipe communication is memory that is reserved for the output of one process to be used as input for another process. The input-accepting process does not have to be local to the computer. Preloaded Lmhosts entries will bypass the DNS resolver. Windows and newer clients can work over port The SharePoint Portal Server system service lets you develop an intelligent portal that seamlessly connects users, teams, and knowledge.
It helps people take advantage of relevant information across business processes. Microsoft SharePoint Portal Server provides an enterprise business solution that integrates information from various systems into one solution through single sign-on and enterprise application integration capabilities. It accepts and queues email messages for remote destinations, and it retries at set intervals. Windows domain controllers use the SMTP service for intersite e-mail-based replication.
SNMP Service includes agents that monitor activity in network devices and report to the network console workstation. SNMP Service provides a method of managing network hosts such as workstation or server computers, routers, bridges, and hubs from a centrally located computer that is running network management software.
SNMP performs management services by using a distributed architecture of management systems and agents. These messages are sent to a trap destination. For example, an agent can be configured to start an authentication trap if an unrecognized management system sends a request for information.
The trap destination must be a network-enabled host that is running SNMP management software. SSDP Discovery Service manages receipt of device presence announcements, updates its cache, and sends these notifications to clients that have outstanding search requests. The registered event callbacks are then turned into subscription requests. SSDP Discovery Service then monitors for event notifications and sends these requests to the registered callbacks.
This system service also provides periodic announcements to hosted devices. A Telnet server supports two kinds of authentication and supports the following kinds of terminals:. Terminal Services provides a multi-session environment that enables client devices to access a virtual Windows desktop session and Windows-based programs that are running on the server.
Terminal Services enables multiple users to be connected interactively to a computer. The Terminal Services Licensing system service installs a license server and provides licenses to registered clients when the clients connect to a terminal server a server that has Terminal Server enabled.
Terminal Services Licensing is a low-impact service that stores the client licenses that are issued for a terminal server and tracks the licenses that are issued to client computers or terminals. The Terminal Services Session Directory system service enables clusters of load-balanced terminal servers to correctly route a user's connection request to the server where the user already has a session running.
Users are routed to the first-available terminal server regardless of whether they are running another session in the server cluster. You can use this service together with a cluster of terminal servers to increase the performance of a single terminal server by distributing sessions across multiple servers. Terminal Services Session Directory keeps track of disconnected sessions on the cluster and makes sure that users are reconnected to those sessions. Therefore, when you enable this port, the TFTP service receives incoming TFTP requests, but it does not let the selected server respond to those requests.
The service is free to respond to any such request from any source port, and the remote client then uses that port during the transfer. Communication is bidirectional. If you have to enable this protocol through a firewall, you may want to open UDP port 69 incoming. You can then rely on other firewall features that dynamically let the service respond through temporary holes on any other port. The UPnP Device Host discovery system service implements all the components that are required for device registration, control, and the response to events for hosted devices.
The information that is registered that relates to a device, such as the description, the lifetimes, and the containers, are optionally stored to disk and are announced on the network after registration or when the operating system restarts.
The service also includes the web server that serves the device in addition to service descriptions and a presentation page. WINS servers are required unless all domains have been upgraded to the Active Directory directory service and unless all computers on the network are running Windows or later versions. Windows Media Services in Windows Server and later versions replaces the following services that are included in Windows Media Services versions 4.
Windows Media Services is now a single service that runs on Windows Server. Its core components were developed by using COM, and it has a flexible architecture that you can customize for specific programs. Windows Media Services supports a larger variety of control protocols. The Windows Time system service maintains date and time synchronization on all the computers on a network that are running Windows XP or later versions and Windows Server or later versions.
This service uses Network Time Protocol NTP to synchronize computer clocks so that an accurate clock value, or time stamp, is assigned for network validation and for resource access requests. The implementation of NTP and the integration of time providers help make Windows Time a reliable and scalable time service for your business. For computers that are not joined to a domain, you can configure Windows Time to synchronize time with an external time source.
If this service is turned off, the time setting for local computers is not synchronized with a time service in the Windows domain or with an externally configured time service. Windows Server uses NTP.
When the Windows Time service uses a Windows domain configuration, the service requires domain controller location and authentication services. Therefore, the ports for Kerberos and DNS are required. World Wide Web Publishing Service provides the infrastructure that you must have to register, manage, monitor, and serve websites and programs that are registered with IIS. This system service contains a process manager and a configuration manager.
The process manager controls the processes where custom applications and websites reside. The configuration manager reads the stored system configuration for World Wide Web Publishing Service and makes sure that Http. The following table summarizes the information from the System services ports section. This table is sorted by port number instead of by service name.
Port is only used on a Windows Server domain controller or a Windows Server R2 domain controller; it is not used on a Windows Server domain controller. Port is used by DFSR only when creating a new empty replicated folder. Microsoft provides part of the information that is in this table in a Microsoft Excel worksheet. The other server shares are on Server R2 and servers. I just confirmed that my method works on a fresh Win10 VM I installed.
Back to the permissions thing though, what the heck would be causing to not work right with a domain user who is a member of just "Users" group. This points to some sort of permission issue? If I put that user as a local admin, works fine. According to what I've seen, a patch for this was released for the x versions - and obviously it did not cause the shares to fail.
But the "flaw" is "fixed" a. I've been trying to track down what that solution is in FU and what it does, but???????? You may be able to track down the issue via trace but be aware that some of the argument syntax is incorrect missing dashes, unnecessary slashes and asterisks.
We have to roll back the update on quite a few machines. Just in case anyone is still dealing with this there does appear to be a functioning work around. It'll at least get us by until we can finally and fully deprecate our SMB1 shares. It fixes the perpetual "reconnecting" status of the SMBv1 drive at logon and everything has been functioning normally and quickly for users we've added that registry key. Only needs to be added to the drive letters under Network that correspond to SMBv1 shares.
Credit goes to user LeeB in this thread. For those still experiencing, looks like MS released an update in October and supposedly fixed the SMB1 issue from version I am running the update now on a system to see if this is true..
Get answers from your peers along with millions of IT pros who visit Spiceworks. SMBv1 is installed on all clients. Any ideas what could be causing this?
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