Onda connection manager windows 7

Windows will not connect to a new network from which it would immediately soft-disconnect. In Windows 10, version , build This policy setting determines if a computer can have multiple connections to the Internet, to a Windows domain, or to both. If multiple connections are allowed, the policy then determines how network traffic is routed. If this policy is set to 0 , a computer can have simultaneous connections to the Internet, to a Windows domain, or to both.

Internet traffic can be routed over any connection, including a cellular connection or any metered network. This was previously the Disabled state for this policy setting in builds of Windows before Windows 10, version , build This option was first available in Windows 8.

If this policy is set to 1 , any new automatic Internet connection is blocked when the computer has at least one active Internet connection to a preferred type of network. The order of preference is as follows:. Ethernet is always preferred when connected. Users can still manually connect to any network. This was previously the Enabled state for this policy setting in builds of Windows before Windows 10, version , build If this policy setting is set to 2 , the behavior is similar to when it is set to 1.

However, if a cellular data connection is available, that connection will always stay connected for services that require a cellular connection. When the user is connected to a WLAN or Ethernet connection, no Internet traffic is routed over the cellular connection.

This option was first available in Windows 10, version If this policy setting is set to 3 , the behavior is similar to when it is set to 2. When Windows decides that a network should no longer be connected, it does not immediately disconnect. Abrupt disconnections degrade the user experience without providing an appreciable benefit and are avoided when possible.

As soon as Windows decides to soft-disconnect an interface, it informs the TCP stack that the network should no longer be used. The existing TCP sessions will continue uninterrupted, but new TCP sessions will use this interface only if explicitly bound or if no other interface routes to the desired destination. This notification to the TCP stack generates a network status change. Networking applications should listen for these events and proactively move their connections to the new network, if possible.

Windows then checks the traffic level on the interface every 30 seconds. If the traffic level is above a certain threshold, no further action is taken. This allows ongoing active use of the interface, such as from a file transfer or VoIP call, to avoid disruption. When the traffic drops below this threshold, the interface will be disconnected.

Applications that keep long-lived idle connections, such as an e-mail client, may be interrupted and should re-establish their connections over a different interface. Windows automatically connects and then immediately soft-disconnects in one circumstance. When a PC first starts or resumes from standby, all interfaces simultaneously attempt to connect in order to ensure that the user obtains network connectivity as quickly as possible.

If multiple interfaces successfully connect, Windows begins soft-disconnecting interfaces immediately. This policy is off by default for Windows 8, Windows 8. When this policy is enabled, Windows attempts to prevent a PC from being interconnected between a domain network and a non-domain network. Enterprise administrators may use this when they are concerned about potential security breaches using a multi-homed machine as an attack point.

This policy does not affect system behavior when all connected networks route to the domain or when no connected network routes to the domain. Many Windows 8, Windows 8. However, manually connecting one will automatically cause the other to disconnect immediately. Because Windows 8, Windows 8. When a PC has an Ethernet connection to the domain network, wireless networks that do not connect to the domain cannot be connected, and vice versa.

Attempts to do so will result in the following error:. For PCs that have multiple Ethernet ports, Windows cannot prevent an interconnection that is created by physically connecting the PC to two different Ethernet networks. Because prohibiting interconnections is a security consideration, any disconnections that comply with this policy take effect immediately, even if there is ongoing activity. Users will experience a connectivity disruption when transitioning between public and corporate networks, even if the two networks overlap.

For example, a user engaged in a VoIP call over a mobile broadband network with a laptop docked to a corporate Ethernet connection will lose the call, although the app may be able to automatically recover over the new connection. If the policy was not enabled, Windows would instead soft-disconnect the mobile broadband connection by waiting for the call to complete.

On the other hand, a VoIP call started over a corporate Wi-Fi network will not be disrupted when docked to the corporate network because both networks connect to the domain. The Wi-Fi network is disconnected after the call is completed. This policy prevents Windows from connecting to mobile broadband networks that are in a roaming state. By default, this policy is disabled, and the user may choose to manually connect to a mobile broadband network while roaming or to enable automatically connecting to such a network.

When this policy is enabled, the user cannot choose a roaming mobile broadband network from Connection Manager. When considering which multiple connections to maintain, Windows uses a number of traits to determine the preferred networks.

This is used only when determining whether to maintain a connection to a given interface, not for routing. If a connected interface is not in the process of being soft-disconnected, routing is determined by the metric in the routing table. If the route metric is not specified manually, Windows will automatically assign a route metric based on the link speed of the adapter.

Networks that connect to both the Internet and the Active Directory domain to which the PC is joined. Even though the link speed influences routing behavior among currently connected interfaces, Windows does not make connectivity decisions based on the link speed or throughput of a network. It is not possible to configure Windows to change its connection preference between a mobile broadband network and a Wi-Fi network based on the current speed of the mobile broadband network.

If both are connected, the user or a desktop app can change route metrics to influence routing preferences. For Windows 8 and Windows 8. This helps to smooth the transition when a user is moving away from a wireless access point. Windows does not disconnect a more preferred Wi-Fi network until the signal strength cannot maintain the connection.

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