Abstract: A measurement apparatus includes a display unit that displays an image, and a control unit that displays a plurality of resource unit display portions, which are graphic forms indicating resource units disposed in a frequency bandwidth of a channel, on the display unit and allows selection of at least one of the plurality of resource unit display portions, in which the measurement apparatus performs measurement on radio signals transmitted and received by a communication apparatus to measure transmission/reception characteristics of the communication apparatus, and the control unit displays the resource unit display portions differently between a resource unit corresponding to a multiple resource unit of IEEE 802.11be and a resource unit that does not correspond to the IEEE 802.11be, and allows selection of a resource unit as a measurement target by allowing selection of at least one of the plurality of resource unit display portions.

Abstract: Provided is a measurement apparatus that can limit a settable range of parameters according to executable functions to suppress parameter setting errors. A measurement apparatus includes a plurality of measurement devices 51A and 51B that measure SISO communication and an integrated control device 55 that controls the measurement devices 51A and 51B to measure a wireless signal transmitted and received by a DUT 1 which performs MIMO communication. The integrated control device 55 collects executable functions of each of the measurement devices 51A and 51B and limits a setting range of parameters for the MIMO communication based on the executable functions of the measurement devices 51A and 51B.

Abstract: Provided is a measurement device that makes a screen for setting parameters easy to see, makes it possible to easily find a parameter desired to be set, and can suppress parameter setting errors. A measurement device includes a display unit 15 that displays an image and a control unit 16 that switches a setting screen for a Capability Element parameter between a setting screen for SISO communication and a setting screen for MIMO communication and displays the setting screen on the display unit 15 when communication conforming to an IEEE 802.11be standard is measured.

Abstract: The measurement apparatus includes a signal generation unit 11 that generates control data for communicating with a DUT 100 and various data related to measurement, a channel selection control unit 12 that selects one channel to be used from among a plurality of channels supported by the DUT, a wireless communication unit 13 that makes a network connection with the DUT on the channel selected by the channel selection control unit 12, an RF measurement unit 14 that measures transmission and reception characteristics of the DUT on the channel through which the network connection between the wireless communication unit 13 and the DUT are made, and a control unit 16 that automatically makes a connection on PSC, and then transmits a channel switching instruction to the DUT to switch the connection to Non-PSC, when there is a channel connection instruction from a user and the channel is Non-PSC.

Abstract: A plurality of resource unit display parts, which are graphic forms indicating resource units disposed in a frequency bandwidth of a channel, are displayed on a display part in a selectable manner in a case in which measurement of communication in accordance with a standard of IEEE 802.11 is performed, display of the display selection part is divided into a plurality of the display selection parts in a frequency direction to display one display selection part in an enlarged manner in the frequency direction in a case in which the frequency bandwidth of the channel is equal to or greater than a predetermined value, and selection of at least one of the plurality of resource unit display parts is allowed to allocate the resource unit as a measurement target.

Abstract: A measurement apparatus includes a display part that displays an image, and a control part that displays a plurality of resource unit display parts, which are graphic forms indicating resource units disposed in a frequency bandwidth of a channel, on the display part in a selectable manner in a case in which measurement of communication in accordance with a standard of IEEE 802.11be is performed, that divides the frequency bandwidth of the channel into two or more frequency bandwidths to display only the plurality of resource unit display parts belonging to one of the divided frequency bandwidths in a case in which the frequency bandwidth of the channel is equal to or greater than a predetermined value, and that allows selection of at least one of the plurality of resource unit display parts to allocate a resource unit as a measurement target.

Abstract: A plurality of resource unit display parts are displayed on a display part in a selectable manner in a case in which measurement of communication in accordance with a standard of IEEE 802.11 is performed, a predetermined number of the resource unit display parts based on a position of a cursor is enlarged to display the enlarged resource unit display part as an enlarged selection part in a case in which a frequency bandwidth of a channel is equal to or greater than a predetermined value and the cursor is placed within a preset range of the display selection part, and a resource unit as a measurement target is allocated by the resource unit display part displayed in the enlarged selection part.

Abstract: The measurement apparatus includes a signal generation unit 11 that generates control data for communicating with a DUT 100 and various data related to measurement, a channel selection control unit 12 that selects one channel to be used from among a plurality of channels supported by the DUT, a wireless communication unit 13 that makes a network connection with the DUT on the channel selected by the channel selection control unit 12, an RF measurement unit 14 that measures transmission and reception characteristics of the DUT on the channel through which the network connection between the wireless communication unit 13 and the DUT are made, and a control unit 16 that automatically makes a connection on PSC, and then transmits a channel switching instruction to the DUT to switch the connection to Non-PSC, when there is a channel connection instruction from a user and the channel is Non-PSC.

Abstract: A measurement apparatus includes a display unit that displays an image, and a control unit that displays a plurality of resource unit display portions, which are graphic forms indicating resource units disposed in a frequency bandwidth of a channel, on the display unit and allows selection of at least one of the plurality of resource unit display portions, in which the measurement apparatus performs measurement on radio signals transmitted and received by a communication apparatus to measure transmission/reception characteristics of the communication apparatus, and the control unit displays the resource unit display portions differently between a resource unit corresponding to a multiple resource unit of IEEE 802.11be and a resource unit that does not correspond to the IEEE 802.11be, and allows selection of a resource unit as a measurement target by allowing selection of at least one of the plurality of resource unit display portions.

Abstract: There is provided a measurement apparatus capable of easily and definitely designating a desired measurement target when measuring communication in IEEE 802.11ax. There is provided a control unit that selectably displays a plurality of resource unit display graphic forms which are graphic forms illustrating resource units arranged in a frequency bandwidth of a channel on a display unit, selects a resource unit which is the measurement target by selecting at least one resource unit display graphic form of the plurality of resource unit display graphic forms, and varies a display of the resource unit display graphic form between an unselected state, a selected state, and a state before selection different from each other, in a case where communication in accordance with a standard of IEEE 802.11ax is measured.

Abstract: There is provided a measurement apparatus capable of easily and definitely designating a desired measurement target when measuring communication in IEEE 802.11ax. There is provided a control unit that selectably displays a plurality of resource unit display graphic forms which are graphic forms illustrating resource units arranged in a frequency bandwidth of a channel on a display unit, selects a resource unit which is the measurement target by selecting at least one resource unit display graphic form of the plurality of resource unit display graphic forms, and varies a display of the resource unit display graphic form between an unselected state, a selected state, and a state before selection different from each other, in a case where communication in accordance with a standard of IEEE 802.11ax is measured.