Changes between Version 6 and Version 7 of WARPLab/Reference/Commands/Baseband


Ignore:
Timestamp:
Apr 25, 2013, 2:51:19 PM (11 years ago)
Author:
welsh
Comment:

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  • WARPLab/Reference/Commands/Baseband

    v6 v7  
    117117
    118118=== {{{tx_rx_buff_dis}}} ===
    119 Enable the Tx and Rx buffers for one or more interfaces. When a buffer is disabled it will not[[BR]]
     119Disable the Tx and Rx buffers for one or more interfaces. When a buffer is disabled it will not[[BR]]
    120120output/capture samples when a trigger is received, even if the associated interface is enabled[[BR]]
    121121
     
    184184
    185185%Write X to RFA
    186 wl_basebandCmd(node, RFA, 'write_IQ', X);
     186wl_basebandCmd(node, RFA, 'write_iq', X);
    187187
    188188%Write X to RFA and RFB
    189 wl_basebandCmd(node, RFA+RFB, 'write_IQ', X);
     189wl_basebandCmd(node, RFA+RFB, 'write_iq', X);
    190190
    191191%Write X to RFA, Y to RFB
    192 wl_basebandCmd(node, [RFA RFB], 'write_IQ', [X Y]);
     192wl_basebandCmd(node, [RFA RFB], 'write_iq', [X Y]);
    193193}}}
    194194
     
    208208%Read full buffer for RFA
    209209%size(X) will be [rxIQLen, 1]
    210 X = wl_bb_cmd(node, RFA, 'read_IQ');
     210X = wl_basebandCmd(node, RFA, 'read_iq');
    211211
    212212%Read partial buffer for RFA (samples 1000:4999)
    213213%size(X) will be [5000, 1]
    214 X = wl_bb_cmd(node, RFA, 'read_IQ', 1000, 5000);
     214X = wl_basebandCmd(node, RFA, 'read_iq', 1000, 5000);
    215215
    216216%Read full buffers for RFA and RFB
    217217%size(X) will be [rxIQLen, 2]
    218 X = wl_bb_cmd(node, [RFA RFB], 'read_IQ');
     218X = wl_basebandCmd(node, [RFA RFB], 'read_iq');
    219219}}}
    220220
     
    223223identify a single buffer. To read multiple buffers in one call, pass a vector of individual buffer IDs.[[BR]]
    224224
    225 See 'readiq' for arguments/returns[[BR]]
     225See 'read_iq' for arguments/returns[[BR]]
    226226
    227227
     
    260260attempt to change gains[[BR]]
    261261default value: -90[[BR]]
     262
    262263thresh2: receive power (in dBm) under which AGC will select[[BR]]
    263264high RF gain (RF Gain 3)[[BR]]
     265default value: -53[[BR]]
     266
    264267thresh3: receive power (in dBm) under which AGC will select[[BR]]
    265268medium RF gain (RF Gain 2). Above this receive power[[BR]]
    266269the AGC will select low RF gain (RF Gain 1)[[BR]]
     270default value: -43[[BR]]
     271
    267272Default known-good values for this threshold are derived from[[BR]]
    268273the MAX2829 datasheet (bottom, middle plot on page 16).[[BR]]