Electronic apparatus and communication control method

An electronic apparatus, comprising:

• antennas:
• a first radio communication unit which performs radio communication by a first communication system having an antenna switching function in response to a reception state of electronic waves when the first radio communication unit is connected to any one of the antennas;
• a second radio communication unit which performs radio communication by a second communication system different from the first communication system when the second radio communication unit is connected to any one of the antennas;
• a discrimination unit which determines which one of the antennas has a better wave-reception state than the other antennas, by comparing wave-reception states of the antennas;
• and
• a connection unit which connects the first radio communication unit prior to the second radio communication unit to an antenna which is discriminated to be excellent in electric wave reception state by the discrimination unit among the antennas and connects the second radio communication unit to an antenna not connected to the first radio communication unit among the antennas, when it is set that communication is performed by both the first and the second communication system, respectively.

A communication control method for communication-controlling an electronic apparatus having antennas;

• a first radio communication unit which performs radio communication by a first communication system for performing radio communication having an antenna switching function in response to a reception state of electric waves when the first radio communication unit is connected to any one of the antennas;
• and a second radio communication unit which performs radio communication by a second communication system different from the first communication system when the second radio communication unit is connected to any one of the antennas, comprising:
• discriminating an antenna in excellent reception state of electric waves by comparing the reception states of the electric waves by the respective antennas;
• individually setting presence or absence of communication by the first and the second radio communication systems;
• and
• connecting the first radio communication unit prior to the second radio communication unit to an antenna which is discriminated to be excellent in reception state of the electric waves among the antennas and connecting an antenna not connected to the first radio communication unit among the antennas to the second radio communication unit when it is set that communication is performed by both the first and the second radio communication systems.