Abstract: An electronic equipment of a wireless communication system is provided. The electronic equipment includes an orchestrator respectively coupled to an FH network, an RRH pool, and a BBU pool. The orchestrator is configured to establish a data path in response to RRH allocation information, FH allocation information and BBU allocation information. The data path includes at least one RRH in the RRH pool, the FH network and at least one BBU in the BBU pool.

Abstract: An electronic equipment of a wireless communication system is provided. The electronic equipment includes an orchestrator respectively coupled to an FH network, an RRH pool, and a BBU pool. The orchestrator is configured to establish a data path in response to RRH allocation information, FH allocation information and BBU allocation information. The data path includes at least one RRH in the RRH pool, the FH network and at least one BBU in the BBU pool.

Abstract: An electronic device includes a signal generator, a selecting unit, an acquisition unit, a storing unit, and a control unit. The control unit outputs a control signal to the selecting unit according to a signal selected by the user and reading a table of the storing unit. The selecting unit receives the control signal, to select a corresponding input connect to a corresponding output of the signal generator, to output a corresponding signal. The acquisition unit measures the corresponding signal to produce measurement data, compares the measurement data and a standard data to produce an analysis result, and send the analysis result to the control unit. The control unit sends the analysis result to a screen or a remote device to display.

Abstract: A network address translation (NAT) device requests a network server to transmit an invitation packet sent by a first client to a second client, receives a reply invitation packet transmitted by the network server, and passes the reply invitation packet to the first client. The NAT device requests the network server to transmit a session packet sent by the first client to the second client, and receives a reply session packet directly sent from the second client. The NAT device passes the reply session packet through the NAT device to reach the first client on condition that a destination port in the reply session packet is the same as a source port in the session packet, so as to establish communication between the first client and the second client.