Abstract: A measurement device and a measurement method capable of performing measurement on a device under test while maintaining a desired high data rate even under poor communication conditions such as occurrence of retransmission of a frame from a device under test in a wireless communication connection are provided. The measurement device includes a reception unit 14 that receives a frame transmitted from a DUT 1, a determination unit 16 that determines whether or not a header of the frame has been normally received by the reception unit 14, an acknowledgment transmission unit 13b that transmits the acknowledgment frame to the DUT 1 when the determination unit 16 determines that the header has been normally received by the reception unit 14; and a measurement unit 17 that performs the measurement on the frame determined by the determination unit 16 that the header has been normally received by the reception unit 14.

Abstract: A measurement device and a measurement method capable of performing measurement on a device under test while maintaining a desired high data rate even under poor communication conditions such as occurrence of retransmission of a frame from a device under test in a wireless communication connection are provided. The measurement device includes a reception unit 14 that receives a frame transmitted from a DUT 1, a determination unit 16 that determines whether or not a header of the frame has been normally received by the reception unit 14, an acknowledgment transmission unit 13b that transmits the acknowledgment frame to the DUT 1 when the determination unit 16 determines that the header has been normally received by the reception unit 14; and a measurement unit 17 that performs the measurement on the frame determined by the determination unit 16 that the header has been normally received by the reception unit 14.

Abstract: A measurement device 10 includes a reception unit 13b that receives a frame transmitted from a DUT 1, an MCS determination unit 17a that determines whether or not a received MCS index of a frame received by the reception unit 13b matches a predetermined MCS index for comparison, a transmission unit 13a that transmits a notification signal to the DUT when the MCS determination unit 17a determines that the received MCS index matches the MCS index for comparison, and does not transmit the notification signal to the DUT when the MCS determination unit 17a determines that the received MCS index does not match the MCS index for comparison, and a measurement unit 14 that measures data under measurement included in the frame in which it is determined that the received MCS index matches the MCS index for comparison.

Abstract: A measurement device 10 includes a reception unit 13b that receives a frame transmitted from a DUT 1, an MCS determination unit 17a that determines whether or not a received MCS index of a frame received by the reception unit 13b matches a predetermined MCS index for comparison, a transmission unit 13a that transmits a notification signal to the DUT when the MCS determination unit 17a determines that the received MCS index matches the MCS index for comparison, and does not transmit the notification signal to the DUT when the MCS determination unit 17a determines that the received MCS index does not match the MCS index for comparison, and a measurement unit 14 that measures data under measurement included in the frame in which it is determined that the received MCS index matches the MCS index for comparison.