Changes between Version 7 and Version 8 of Workshops/Sig Comm2022/group/labrador
- Timestamp:
- Aug 11, 2022, 7:36:13 PM (2 years ago)
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Workshops/Sig Comm2022/group/labrador
v7 v8 59 59 1. ssh to node3-2 and start the rx_ascii_art_dft demo with the following command: 60 60 {{{ 61 /usr/lib/uhd/examples/rx_ascii_art_dft --args "type=b200" --freq 24 00e6 --rate 5e6 --frame-rate 10 --gain 10 --ref-lvl -30 --dyn-rng 7061 /usr/lib/uhd/examples/rx_ascii_art_dft --args "type=b200" --freq 2465e6 --rate 5e6 --frame-rate 10 --gain 10 --ref-lvl -30 --dyn-rng 70 62 62 }}} 63 63 Note that we are looking at the frequency band around 2.4GHz. You should see an output similar to this: … … 67 67 2. ssh to node8-7 and start the tx_waveforms demo with the following command: 68 68 {{{ 69 /usr/lib/uhd/examples/tx_waveforms --args="type=b200" --wave-freq 1e6 --wave-type SINE --freq 24 00e6 --rate 5e6 --gain 10 --ampl 0.269 /usr/lib/uhd/examples/tx_waveforms --args="type=b200" --wave-freq 1e6 --wave-type SINE --freq 2465e6 --rate 5e6 --gain 10 --ampl 0.2 70 70 }}} 71 71 … … 76 76 We can generate a different type of signal by changing the {{{wave-type}}} argument. For instance, if we transmit a square wave: 77 77 {{{ 78 /usr/lib/uhd/examples/tx_waveforms --args="type=b200" --wave-freq 1e6 --wave-type SQUARE --freq 24 00e6 --rate 5e6 --gain 10 --ampl 0.278 /usr/lib/uhd/examples/tx_waveforms --args="type=b200" --wave-freq 1e6 --wave-type SQUARE --freq 2465e6 --rate 5e6 --gain 10 --ampl 0.2 79 79 }}} 80 80