![]() Therefore, free VPNs are not always “spy-proof”. Note that even if a VPN service does not ask for your data, it still knows your real IP address. In many cases, however, the servers are overloaded and slow. You then have to read the new access data on the provider’s website and also enter it into the router. However, the access data changes at least once a week. The service can be used in the selection of three locations (USA, Germany, Netherlands). The service can be used in two available locations (USA, Germany) and you have a maximum speed of 1.024kBit/s, but no data volume limit. There are always limitations to the scope of the services, but in some cases, these may not be so severe. However, there are even free VPN services that can be used on the router. In the vast majority of cases, this solves the problems and the user gets significantly better or even maximum speeds over it. This means switching between PPTP, L2TP or between OpenVPN with TCP and OpenVPN with UDP. In the event of speed problems via a VPN router in the home network, I therefore always recommend trying out different protocol variants first. Even if this does not come into play when using the apps/software on the end devices, as different protocols are usually selected there, partly depending on the internet connection, the connection set up with a home router is static and more limited. The result can therefore be a significant drop in speed when using the VPN service. This can be a disadvantage in particular because the “OpenVPN” protocol is significantly more resource-intensive than the others, but also because different transmission methods are not always transmitted equally by one’s Internet provider. While most VPN routers typically support the protocols PPTP, L2TP and OpenVPN, not all VPN services offer this choice. The variant via a “load balancing” router is therefore clearly advantageous but is only operated and used by very few services. The variant via the functional scope of the protocol has the disadvantage that this is ONLY applied once when creating the connection, but in the event of a subsequently necessary change, for example, the failure of a server or an overload of the connected server, no change can be made to the connection/routing. There are two types of “LoadBalancing”, in that the way via the functionality of OpenVPN is used for this, or also own “LoadBalancing” hardware is used. ![]() ![]() However, home routers cannot be used by operating certain VPN client software, but are integrated through configuration files. This is then usually only Windows, Apple iOS and also apps for Android or Apple iOS with which the VPN service can also be used. Especially the VPNs offered by software manufacturers such as virus protection etc. The first and most important point in the selection process is, of course, the fact that not all VPN services also allow external devices to be integrated. Note: A router always requires only a single connection to be able to connect any number of devices behind it to a VPN server via this connection.Ĭriteria for selecting a VPN for routers: (1) Can external devices be used? **’Devices’ mean that you can install the service on a limited number of devices. Limiting connections means that these devices can also connect to VPN sites from different locations at the same time with the same user names. However, the service can be installed in advance on any number of devices. *Connection means that a device can actively connect to a VPN location. A VPN router, however, only counts as a single device, as it also only establishes a single connection for use for all connected devices to the VPN service. This is not a relevant restriction with a home router, as only the number of connections (often specified as devices) for parallel use with single-user access is limited. Some VPN providers have “limits on the number of simultaneous connections”. Explanation of the VPN connection number (simultaneous device use)
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