== Nutaq - PicoSDR start-up and configuration == [[TOC(Tutorials/k0SDR*)]] === Description === Demonstrate configuring PicoSDR and launching demo application that utilizes Perseus carrier board for RX/TX. === Set up === Before you can access the testbed, you need to [https://www.orbit-lab.org/schedule make a reservation] and get it approved by the [wiki:Software/Scheduler reservation service]. After receiving the reservation's confirmation (approval) email, load the ''ubuntu-14-04-64bit-sdr.ndz'' on the node. Once loading is finished turn the node on. For this example we'll use node1-12 which is a [http://www.nutaq.com/products/picosdr PicoSDR]. {{{ ssh username@grid.orbit-lab.org omf load -i ubuntu-14-04-64bit-sdr.ndz -t node1-12 omf tell -a on -t node1-12 }}} Once the node1-12 is up, ssh into the node1-12 (which is the PicoSDR's embedded PC) and configure the eth2 interface {{{ ifconfig eth2 192.168.0.100 up }}} Verify connection to Perseus carrier board: {{{ ping 192.168.0.101 }}} Use a command line interface to load the Perseus carrier board with an FPGA bitsteam - for this example we'll use the "/opt/Nutaq/ADP6/ADP_MicroTCA/sdk/fpga/bin/GNURadio_Radio420_PCIe_sx315.bit": {{{ cd /opt/Nutaq/ADP6/ADP_MicroTCA/sdk/bin python adp_cli.py connect 192.168.0.101 fpgaflash 1 ‘/opt/Nutaq/ADP6/ADP_MicroTCA/sdk/fpga/bin/GNURadio_Radio420_PCIe_sx315.bit’ reboot }}} || [[Image(PicoSDR2x2E_BlockDiagram.PNG, width=500px)]] || Since ''GNURadio_Radio420_PCIe_sx315.bit'' uses the PCI Express Bus to interface between the embedded PC (Quad-Core CPU) and carrier board's FPGA (Virtex-6), install the PCI Express Driver on the embedded PC: {{{ cd /opt/Nutaq/ADP6/ADP_MicroTCA/sdk/PCIe/driver/host sh make-modules.sh sh setonpc.sh }}} '''If the embedded PC is restarted then setonpc.sh must be excuted again''' === Launch demo scripts === Now the system is ready to build and run the demo application. Navigate to the demo project directory: {{{ cd /opt/Nutaq/ADP6/ADP_MicroTCA/sdk/examples/perseus6010_radio420x_rtdex_record_playback/host/prj_linux sh build_demo.sh }}} Run the demo file: {{{ sh Launch_radio420x_rtdex_record_playback.sh }}} Choose the appropriate option to run. {{{ Choose the data path: - Type '0' to execute passthrough (data looped from ADC to DAC in the FPGA) - Type '1' to output DDS signal (generated in the FPGA) - Type '2' to execute a data record - Type '3' to execute a data playback - Type '4' to stream data to the host - Type '5' to stream data from the host }}} From here you can use a nearby USRP node on the grid for signal generation / verification. Please refer to [http://www.orbit-lab.org/wiki/Tutorials/k0SDR/Tutorial00#WorkingwithUSRP2-UniversalSoftwareRadioPeripheral this tutorial] for instruction on using USRPs.