ETS dual-position system refers to the ETS (Global Telecommunication System) network in which the host machine with higher transmission power and the smaller standby machine are tied together, backing up and switching with each other. This technique effectively improves the reliability and stability of the network and prevents the network from going down due to a single point of failure.
First of all, the ETS two-machine system is widely used in the network. Various enterprises, financial institutions, government departments and many other users rely on the normal operation of communication systems such as call centers and data centers. If one of them fails, it will lead to communication interruption, data loss and other serious consequences. ETS dual-position system can well solve this problem by binding the host and the standby together to ensure that the system will not go down due to a single point of failure.
Secondly, ETS Dual-Place is applicable to a variety of scenarios. For example, in hospital medical equipment, some important equipment has a heavy load, and a backup machine is required to ensure the normal use of medical equipment by providing a fast switchover in the event of a single point of failure of the host computer. In addition, the ETS dual machine system can also be applied to the power system, transportation and other fields to ensure the normal operation of various industries.
The implementation of ETS requires the support of specialized technical personnel. When implementing the ETS dual-position system, it is necessary to make comprehensive considerations on various aspects such as network topology, hardware configuration, software environment, etc., select suitable standby machines, and configure the host and standby machines accordingly to ensure that the whole system can run smoothly. Therefore, it is recommended that companies and organizations choose a professional technical service provider for guidance and support when implementing the ETS dual-position system to avoid failures and risks due to technical issues.