Видео

This video shows qIQ MultiMonitor software by QIQ Systems running with 4 Analog Devices ADALM PLUTO SDRs attached. This updated version increases the sweep speed significantly.

This video uses an Analog Devices AD9082 MxFE chip to transmit and receive a signal with a bandwidth of 500 MHz. By applying equalization, the EVM is decreased from 4% to 0.3%, an improvement of 23 dB.

qIQ SpecAn spectrum analyzer application by QIQ Systems, running on a Raspberry Pi, with an Analog Devices PLUTO as the front end. The Raspberry Pi is using the Raspberry Pi Touch Display with the Smart Pi Touch Pro enclosure. The PLUTO is mounted inside the Smart Pi enclosure.

This video demonstrates the concepts of beamforming for receivers. It uses the Analog Devices AD9081 MxFE chip on an evaluation board. The software is qIQ Beamforming Receiver by QIQ Systems. This is a revision of an earlier video by the same title.

This video shows how to use the new Inter-Process Communications feature to link qIQ MultiTransceiver and qIQ Receiver to perform sophisticated, multiple channel, data acquisition and analysis. The Analog Devices AD9081is used to transmit and receive 4 different waveforms. The received waveforms are routed to qIQ Receiver for Vector Signal Analyzer measurement.

This video shows the phase coherent operation of the Analog Devices AD9081 MxFE chip. At the end, it shows where to find code to synchronize the phase. The evaluation is performed using QIQ Systems' qIQ MultiTransceiver software.

This video shows how to set up an Analog Devices ADRV9002 with a Xilinx ZCU102 host board, and run it using Analog Devices IIO. After setting up the system, the video shows running an 802.11 signal using QIQ Systems' qIQ Transceiver software working with IIO. Finally, it shows how to create a user profile to run with qIQ Transceiver.

This video shows how to set up an Analog Devices AD9082 MxFE with a Xilinx ZCU102 host board, and run it using Analog Devices IIO. After setting up the system, the video shows EVM characterization using QIQ Systems' qIQ Transceiver software working with IIO.

This video shows how to set up an Analog Devices AD9081 MxFE with an ADS-9 host board, and run it under ACE. After setting up the system, it then goes on to show EVM characterization using QIQ Systems' qIQ Receiver Pro software working with ACE.

This is an update to a previous video on a software defined radio approach to radar. In this update, we use an Analog Devices Pluto and QIQ Systems' qIQ Radar software to create and run a radar system. The qIQ Radar software can be downloaded for free, and does not need an activation code when used with Pluto.

We show the signal quality when using 5G signals, with an Analog Devices FMCOMMS11 evaluation board.

Run a software defined radio (SDR) spectrum analyzer on a tablet computer. This video shows the Analog Devices Pluto, controlled by qIQ Transceiver, running on a Microsoft Surface Go tablet.

Please watch our update to this video which is called "A Software Defined Radio (SDR) Approach to Radar Part 1". This video shows how to build a radar using software defined radio approach. The WiFi band radar uses an Analog Devices AD9361 transceiver chip and QIQ Systems' qIQ Radar software.

Create a 4G LTE waveform, then transmit, receive and demodulate using QIQ Systems applications and the Analog Devices ADRV9009. Visit qiqsystems.com/solutions/products/transceiver/ to download applications

qIQ Transceiver and Pluto