Changes between Version 6 and Version 7 of WARPLab/Reference/Commands/Baseband
- Timestamp:
- Apr 25, 2013, 2:51:19 PM (11 years ago)
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WARPLab/Reference/Commands/Baseband
v6 v7 117 117 118 118 === {{{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]]119 Disable the Tx and Rx buffers for one or more interfaces. When a buffer is disabled it will not[[BR]] 120 120 output/capture samples when a trigger is received, even if the associated interface is enabled[[BR]] 121 121 … … 184 184 185 185 %Write X to RFA 186 wl_basebandCmd(node, RFA, 'write_ IQ', X);186 wl_basebandCmd(node, RFA, 'write_iq', X); 187 187 188 188 %Write X to RFA and RFB 189 wl_basebandCmd(node, RFA+RFB, 'write_ IQ', X);189 wl_basebandCmd(node, RFA+RFB, 'write_iq', X); 190 190 191 191 %Write X to RFA, Y to RFB 192 wl_basebandCmd(node, [RFA RFB], 'write_ IQ', [X Y]);192 wl_basebandCmd(node, [RFA RFB], 'write_iq', [X Y]); 193 193 }}} 194 194 … … 208 208 %Read full buffer for RFA 209 209 %size(X) will be [rxIQLen, 1] 210 X = wl_b b_cmd(node, RFA, 'read_IQ');210 X = wl_basebandCmd(node, RFA, 'read_iq'); 211 211 212 212 %Read partial buffer for RFA (samples 1000:4999) 213 213 %size(X) will be [5000, 1] 214 X = wl_b b_cmd(node, RFA, 'read_IQ', 1000, 5000);214 X = wl_basebandCmd(node, RFA, 'read_iq', 1000, 5000); 215 215 216 216 %Read full buffers for RFA and RFB 217 217 %size(X) will be [rxIQLen, 2] 218 X = wl_b b_cmd(node, [RFA RFB], 'read_IQ');218 X = wl_basebandCmd(node, [RFA RFB], 'read_iq'); 219 219 }}} 220 220 … … 223 223 identify a single buffer. To read multiple buffers in one call, pass a vector of individual buffer IDs.[[BR]] 224 224 225 See 'read iq' for arguments/returns[[BR]]225 See 'read_iq' for arguments/returns[[BR]] 226 226 227 227 … … 260 260 attempt to change gains[[BR]] 261 261 default value: -90[[BR]] 262 262 263 thresh2: receive power (in dBm) under which AGC will select[[BR]] 263 264 high RF gain (RF Gain 3)[[BR]] 265 default value: -53[[BR]] 266 264 267 thresh3: receive power (in dBm) under which AGC will select[[BR]] 265 268 medium RF gain (RF Gain 2). Above this receive power[[BR]] 266 269 the AGC will select low RF gain (RF Gain 1)[[BR]] 270 default value: -43[[BR]] 271 267 272 Default known-good values for this threshold are derived from[[BR]] 268 273 the MAX2829 datasheet (bottom, middle plot on page 16).[[BR]]