Motorola Horizon macroMotorola Horizon macroCTU Console » History » Version 5
laforge, 02/19/2016 10:48 PM
1 | 5 | laforge | {{>toc}} |
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2 | 1 | laforge | |
3 | 5 | laforge | h1. CTU Console |
4 | |||
5 | |||
6 | 4 | laforge | The CTU each have a DB-9 serial port with a two RS-232 UART on them. |
7 | 5 | laforge | * One UART on pins 2+3 (standard DB-9 RXD/TXD) attached to the EQCP |
8 | * One UART on pins 8+9 attached to the RSS |
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9 | 1 | laforge | |
10 | 4 | laforge | There are rumours about a third UART for the CCCP on the same connector. |
11 | 1 | laforge | |
12 | 5 | laforge | |
13 | h2. ECQP Boot up |
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14 | |||
15 | 1 | laforge | During boot, there are no log messages. Only after boot has completed, the following information |
16 | is printed: |
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17 | 5 | laforge | <pre> |
18 | 1 | laforge | EQCP TTY Operational Code |
19 | Motorola Confidential Proprietary 1997-8 |
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20 | Developed by Charlie Green and Lonnie Donovan |
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21 | |||
22 | |||
23 | Version/Revision : 050B.0400 |
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24 | Release Date : Jan 13 2005 |
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25 | |||
26 | Last Reset was a Hard Reset |
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27 | |||
28 | 4 | laforge | |
29 | 1 | laforge | EQCP > |
30 | 5 | laforge | </pre> |
31 | 1 | laforge | |
32 | 5 | laforge | |
33 | h2. ECQP Level 1 Commands (BASIC) == |
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34 | help === |
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35 | <pre> |
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36 | 1 | laforge | EQCP > help |
37 | BASIC LEVEL ACCESS COMMANDS |
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38 | =========================== |
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39 | ALARMS CALCHK CHKSUM HELP ? |
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40 | HWVER LOGOUT PS STAT SN QRY STATE |
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41 | SWVER |
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42 | 5 | laforge | </pre> |
43 | 1 | laforge | |
44 | 5 | laforge | |
45 | h3. alarms |
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46 | |||
47 | <pre> |
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48 | 1 | laforge | EQCP > alarms |
49 | EQCP > |
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50 | |||
51 | Incorrect State For Command |
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52 | |||
53 | 5 | laforge | </pre> |
54 | 1 | laforge | |
55 | 5 | laforge | |
56 | h3. calchk |
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57 | |||
58 | <pre> |
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59 | 1 | laforge | EQCP > calchk |
60 | EQCP > |
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61 | |||
62 | RX Branch 1: CAL CHECKSUM RX Branch 2: CAL CHECKSUM |
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63 | AIC YES fff6 AIC YES fffe |
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64 | AGC YES d25d AGC YES ce69 |
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65 | BAY YES 720f BAY YES 6e43 |
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66 | BBG YES 0027 (This is for both branches.) |
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67 | DCO YES 8811 DCO YES 5dd7 |
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68 | FREQ YES ff59 FREQ YES fd78 |
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69 | IFG YES 0006 IFG YES 0006 |
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70 | RSSI YES a1e8 RSSI YES 99f2 |
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71 | TX CAL CHECKSUM |
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72 | DET YES 347e |
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73 | PWR YES 05b6 |
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74 | TX YES 0003 |
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75 | VVA YES 8d83 |
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76 | 5 | laforge | </pre> |
77 | 1 | laforge | |
78 | 5 | laforge | |
79 | h3. chksum |
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80 | |||
81 | <pre> |
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82 | 1 | laforge | EQCP > chksum |
83 | EQCP > |
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84 | |||
85 | The Checksum Value is : $c0ffee |
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86 | 5 | laforge | </pre> |
87 | 1 | laforge | |
88 | 5 | laforge | |
89 | h3. hwver |
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90 | |||
91 | <pre> |
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92 | 1 | laforge | EQCP > hwver |
93 | EQCP > |
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94 | |||
95 | The Radio Type is : Thor |
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96 | The RF Hardware is configured for : DCS1800_HP |
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97 | The Hardware Version is : $5 |
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98 | 5 | laforge | </pre> |
99 | 1 | laforge | |
100 | 5 | laforge | |
101 | h3. swver |
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102 | |||
103 | <pre> |
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104 | 1 | laforge | EQCP > swver |
105 | EQCP > |
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106 | |||
107 | The Software Version is : $50b |
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108 | The Software Revision is : $400 |
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109 | The Feature Capatibility Bitmap is : $ 0 0 0 73 |
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110 | 5 | laforge | </pre> |
111 | 1 | laforge | |
112 | 5 | laforge | |
113 | h3. ps stat |
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114 | |||
115 | <pre> |
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116 | 1 | laforge | EQCP > ps stat |
117 | EQCP > |
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118 | |||
119 | Alarmed at the value outside -6V +/-5% |
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120 | Alarmed at the value outside +6V +/-5% |
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121 | Alarmed at the value under 20V |
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122 | Alarmed at the value over 30V |
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123 | Alarmed at the value under 12V -20% |
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124 | Alarmed at the value over +3.3V +10% |
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125 | Alarmed at the value outside +5V +/-5% |
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126 | Alarmed at the value outside -5V +/-5% |
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127 | 5 | laforge | </pre> |
128 | 1 | laforge | |
129 | 5 | laforge | |
130 | h3. sn qry |
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131 | |||
132 | <pre> |
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133 | 1 | laforge | EQCP > sn qry |
134 | EQCP > |
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135 | |||
136 | Radio Serial Number : X77F0P1APT |
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137 | Radio Kit Number : SWRG5197DA |
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138 | Radio Description : THOR 1800 XCVR |
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139 | Board Serial Number : X77F0P18A2 |
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140 | Board Kit Number : SWRG5198BBF |
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141 | 5 | laforge | </pre> |
142 | 1 | laforge | |
143 | 5 | laforge | |
144 | h3. state |
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145 | |||
146 | <pre> |
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147 | 2 | laforge | EQCP > state |
148 | EQCP > |
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149 | |||
150 | INVALID processor selected |
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151 | 5 | laforge | </pre> |
152 | 2 | laforge | |
153 | 5 | laforge | |
154 | h2. ECQP Level 2 Commands (NORMAL) |
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155 | |||
156 | 2 | laforge | In order to enter Level2, you have to type in the ".gsmfw" password (the characters will be blanked over by *) |
157 | |||
158 | Help will now show the following additional block of commands: |
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159 | 5 | laforge | <pre> |
160 | 2 | laforge | NORMAL LEVEL ACCESS COMMANDS |
161 | ============================ |
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162 | AUTO ALARM BAYDONE BBG CAL BAY CONTINUOUS |
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163 | CORREL CSPWR DMP TRACE E2TEST EQTS |
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164 | FILTER FLASHRD FR IDATA LEVAGC |
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165 | LOG MR MSG QUERY QDATA RTC |
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166 | SNDCMB TACORR TASK TEST TX 27V |
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167 | TX DET RD TX REV TX TEMP UPCTL VALDBR |
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168 | 5 | laforge | </pre> |
169 | 2 | laforge | |
170 | 5 | laforge | |
171 | h3. dmp trace |
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172 | |||
173 | <pre> |
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174 | 2 | laforge | DMP TRACE (ALARMS) |
175 | Dumps the contents of the SPOX trace buffer or the Alarms History Log. |
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176 | ALARMS - Alarms History Log |
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177 | 5 | laforge | </pre> |
178 | 2 | laforge | |
179 | Example: |
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180 | 5 | laforge | <pre> |
181 | 2 | laforge | dmp trace^M^M |
182 | 1 | laforge | |
183 | |||
184 | Start of Creating environments... |
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185 | Creating streams...sci input...85f7d1 sci output...85f58f stream creation finished^M |
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186 | 2 | laforge | Creating queues...queue creation finished^M |
187 | Creating semaphores...rt-act-sem...85f357 |
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188 | rcp-test-sem...rcp-tty-sio-sem...85f343 eq-rx-msg-sem...semaphore creation finished^M |
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189 | 1 | laforge | Creating mailboxes.....hardware...85f323 state...85f2f9 equ response...85f2cf eqcp tty...85f291 ^M |
190 | msg-router...85f267 cccp-msg-if...85f23d ^M |
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191 | code download...85f213 equ-msg-if...85f1e9 ^M |
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192 | configuration...85f1ab calibration...85f181 ^M |
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193 | 2 | laforge | eqcp alarms agent...85f157 RT Test ...85f101^M |
194 | 1 | laforge | cccp incoming...85f0d7 ^M |
195 | combiner...85efc1^M |
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196 | mailbox creation finished^M |
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197 | Creating tasks...hardware...state...eqcp tty...msg-router...cccp-msg-if...^M |
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198 | 2 | laforge | rt control...configuration...calibration...^M |
199 | EQCP alarms agent...EQCP background task...combiner...EQCP watchdog timer task...task creation finished^M |
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200 | Real Time Operating System environment completed^M |
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201 | |||
202 | End of Creating environments... |
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203 | FLASH mfc_id is: 0^M |
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204 | FLASH dev_id is: 0^M |
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205 | 1 | laforge | FLASH is at: 880000^M |
206 | Life_timer FLAG = 1234^M |
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207 | Loading life_timer.^M |
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208 | Flash AGC B1 cal chksum pass.^M |
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209 | 2 | laforge | Flash AGC B2 cal chksum pass.^M |
210 | CAL & TEST TSK Param 0 Cal & Test Task Running |
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211 | ^M |
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212 | Sending Status message to RSS... |
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213 | 1 | laforge | State Task Running^M |
214 | State Task Running^M |
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215 | State Task Running^M |
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216 | State Task Running^M |
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217 | 2 | laforge | State Task Running^M |
218 | State Task Running^M |
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219 | State Task Running^M |
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220 | State Task Running^M |
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221 | 1 | laforge | State Task Running^M |
222 | State Task Running^M |
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223 | State Task Running^M |
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224 | CONFIG TSK Param 0 TTY MODE IS NORMAL |
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225 | 5 | laforge | </pre> |
226 | 2 | laforge | |
227 | 5 | laforge | |
228 | h3. eqts |
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229 | |||
230 | <pre> |
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231 | 1 | laforge | EQTS <T,D> |
232 | Sets the timeslot for commands using the test point system. |
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233 | T - Timeslot number (0-7) |
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234 | 2 | laforge | D - Disable test point system |
235 | 5 | laforge | </pre> |
236 | 2 | laforge | |
237 | 5 | laforge | |
238 | h3. e2test |
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239 | |||
240 | <pre> |
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241 | 2 | laforge | E2TEST^M |
242 | 1 | laforge | Tests the integrity tests done on RAM. |
243 | 5 | laforge | </pre> |
244 | 1 | laforge | |
245 | 5 | laforge | |
246 | h3. bbg |
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247 | |||
248 | <pre> |
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249 | 2 | laforge | BBG( <I,Q> <B> <V,NRM>) |
250 | Sets the baseband gain to a 2.5V peak to peak value. |
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251 | No Parameter - Returns the current setting |
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252 | I - In-phase component |
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253 | Q - Quadrature component |
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254 | B - Branch (1, 2, or Both) |
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255 | V - Gain value (0-FF) |
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256 | NRM - Return control to the Real Time Task |
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257 | 5 | laforge | </pre> |
258 | 2 | laforge | |
259 | 5 | laforge | |
260 | h3. continuous |
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261 | |||
262 | <pre> |
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263 | 1 | laforge | CONTINUOUS(_XX,NRM) |
264 | Adjusts the length of the pause for all |
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265 | commands that support the continuous mode. |
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266 | 2 | laforge | XX - The number of timeslots to pause. |
267 | NRM - Set pause to original value. |
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268 | 5 | laforge | </pre> |
269 | 1 | laforge | |
270 | 5 | laforge | |
271 | h3. correl |
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272 | |||
273 | <pre> |
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274 | 2 | laforge | CORREL (C) |
275 | Displays the real, imaginary, and real^2+imaginary^2 results of |
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276 | the correlation with the expected training sequence. |
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277 | 1 | laforge | No Parameter - Return the results once. |
278 | C - Continuous reporting |
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279 | 5 | laforge | </pre> |
280 | 1 | laforge | |
281 | 5 | laforge | |
282 | h3. cspwr |
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283 | |||
284 | <pre> |
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285 | 2 | laforge | CSPWR |
286 | Sets the Tx cell site's desired maximum output power level. |
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287 | 1 | laforge | After CSPWR has started, only the following keys are valid. |
288 | [U] - Increases the power level by 0.2dB |
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289 | [D] - Decreases the power level by 0.2dB |
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290 | [ESC, CTRL-C, CTRL-Y] - Exits the routine and stores the offset |
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291 | 5 | laforge | </pre> |
292 | 2 | laforge | |
293 | 5 | laforge | |
294 | h3. filter |
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295 | |||
296 | <pre> |
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297 | 1 | laforge | FILTER (<X,ALL> <MC,ON,OFF>) |
298 | 2 | laforge | Allows the user to filter messages between the EQCP and CCCP in both the uplink |
299 | and downlink directions. |
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300 | No Parameter - displays a list of the filters present. |
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301 | X - Filter number (0-7) |
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302 | 1 | laforge | ALL - Used with ON/OFF for effect on all filters |
303 | MC - EQCP <-> CCCP Message Code |
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304 | ON - Turn the specified filter on |
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305 | OFF - Turn the specified filter off |
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306 | 5 | laforge | </pre> |
307 | 2 | laforge | |
308 | 5 | laforge | |
309 | h3. flashrd |
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310 | |||
311 | <pre> |
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312 | 1 | laforge | FLASHRD (or FR) <AAAAAA, Cal_variable> (<BBBBBB>) |
313 | 2 | laforge | Displays the value at the given memory location(s). |
314 | 1 | laforge | AAAAAA - Memory address |
315 | BBBBBB - Optional ending address for a block read |
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316 | Cal_variable - Calibration variable: |
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317 | AGC - Rx Automatic Gain Control Cal. |
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318 | 2 | laforge | AIC - Rx Automatic Intermodulation Control Cal. |
319 | BAY - Rx Bay Level Cal. |
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320 | BBG - Rx Baseband Gain |
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321 | DCO - Rx DC Offset Cal. |
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322 | DET - Tx Detector Cal. |
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323 | FREQ - Rx Frequency Offset Cal. |
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324 | IFG - Rx Intermediate Frequency Gain |
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325 | PWR - Tx Full Power Cal. |
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326 | RSSI - Rx Received Signal Strength Indicator Cal. |
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327 | TX - Tx Cell Site Power Cal. |
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328 | 1 | laforge | VVA - Tx Voltage Variable Attenuator Cal. |
329 | 5 | laforge | </pre> |
330 | 1 | laforge | |
331 | 5 | laforge | |
332 | h3. idata |
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333 | |||
334 | <pre> |
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335 | 1 | laforge | IDATA (C) |
336 | Displays the central portion of the I-channel data. |
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337 | No Parameter - Return the results once. |
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338 | 2 | laforge | C - Continuous reporting |
339 | 5 | laforge | </pre> |
340 | 2 | laforge | |
341 | 5 | laforge | |
342 | h3. levagc |
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343 | |||
344 | <pre> |
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345 | 2 | laforge | LEVAGC (C) |
346 | Displays the RSSI, half scale error, AGC pad setting, channel type, |
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347 | and subchannel number. |
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348 | No Parameter - Return the results once. |
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349 | C - Continuous reporting |
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350 | 5 | laforge | </pre> |
351 | 2 | laforge | |
352 | 5 | laforge | |
353 | h3. log |
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354 | |||
355 | <pre> |
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356 | 1 | laforge | LOG (A,C,P,M) |
357 | 2 | laforge | Displays a log of the state specific data that can be verified off-line. |
358 | THE CODE FOR THIS COMMAND HAS NOT BEEN IMPLEMENTED YET. |
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359 | A - Active Standby |
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360 | C - Call Processing |
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361 | P - Parameter Download |
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362 | M - Maintenance |
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363 | 5 | laforge | </pre> |
364 | 2 | laforge | |
365 | 5 | laforge | |
366 | h3. msg query |
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367 | |||
368 | <pre> |
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369 | 1 | laforge | MSG QUERY <Message_Code> |
370 | Reports all unresponded instances of the messages being queried to |
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371 | the TTY, along with the average response time. |
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372 | Message_Code - Even value representing the uplink message code |
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373 | 5 | laforge | </pre> |
374 | 2 | laforge | |
375 | 5 | laforge | |
376 | h3. rtc |
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377 | |||
378 | <pre> |
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379 | 1 | laforge | RTC (C) |
380 | 2 | laforge | Displays the real-time configuration information pertaining to the |
381 | current timeslot packed into 2 words per frame. |
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382 | No Parameter - Return the results once. |
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383 | C - Continuous reporting |
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384 | 5 | laforge | </pre> |
385 | 1 | laforge | |
386 | 5 | laforge | |
387 | h3. sndcmb |
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388 | |||
389 | <pre> |
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390 | 2 | laforge | SNDCMB <XX> (<XX ... XX>) |
391 | Emulates the messaging to the combiner by sending the hex values of the |
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392 | string to the combiner. |
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393 | XX - Data to send to the combiner |
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394 | 5 | laforge | </pre> |
395 | 4 | laforge | |
396 | 5 | laforge | |
397 | h3. tacorr |
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398 | |||
399 | <pre> |
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400 | 1 | laforge | TACORR |
401 | Activates the equalizer process test point display. |
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402 | 5 | laforge | </pre> |
403 | 2 | laforge | |
404 | 5 | laforge | |
405 | h3. task |
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406 | |||
407 | <pre> |
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408 | 1 | laforge | TASK <DEBUG,ERROR,OFF> (<X>) |
409 | Allows the autonomous display of EQCP task level debug and error information. |
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410 | DEBUG - Enables reporting of debug information |
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411 | 2 | laforge | ERROR - Enables reporting of error information |
412 | OFF - Disables reporting of error/debug information |
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413 | X - EQCP task number: |
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414 | 0 - State Task 5 - Msg Router Task |
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415 | 1 - Hardware Task 6 - EQCP TTY Task |
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416 | 2 - Configuration Task 7 - EQU IF Task |
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417 | 3 - Code Task 8 - CCCP IF Task |
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418 | 4 - RT Control Task 9 - Reserved |
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419 | 5 | laforge | </pre> |
420 | 1 | laforge | |
421 | 5 | laforge | |
422 | h3. test |
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423 | |||
424 | <pre> |
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425 | 2 | laforge | TEST |
426 | Places the EQCP into Test mode. |
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427 | 5 | laforge | </pre> |
428 | 2 | laforge | |
429 | 5 | laforge | |
430 | h2. ECQP Level 3 Commands (TEST) |
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431 | |||
432 | 2 | laforge | On Level2, enter "test" to enable the test mode commands: |
433 | 5 | laforge | <pre> |
434 | 2 | laforge | TEST LEVEL ACCESS COMMANDS |
435 | ========================== |
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436 | ACTIVATE AIC ALIVE BAUD BBF |
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437 | BBH ALARM BBPOW CFGQRY CL ALARM CTRLREG |
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438 | DIV DLCAL FLASHWR FM CLR FM NORM |
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439 | FM SET FM TEST FM_TEST FW HALT |
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440 | IFG IQAVG IQDCO LBD LBE |
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441 | LBK LOAD CAL MDLTR MEM STAT MW |
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442 | NORMAL RAMP REPORT RESET RXCONFIG |
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443 | RXFULL SAVE CAL SELF CAL SEND CCCP SEND EQCP |
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444 | SYNTH THRESHOLD TS TS-AGC TS-AGC-K |
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445 | TS-AI TS-AM TS-ANT TS-CH TS-CHAN |
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446 | TS-DET-PAD TS-DET-GAIN TS-DSA TS-HOP TS-HSN |
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447 | TS-MA TS-MAIO TS-MOD TS-TSC TS-TXPWR |
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448 | TS-VVA TS-NRM TXFULL TXLOAD TX TP |
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449 | 1 | laforge | TX VSWR WRENB WRPTC |
450 | 5 | laforge | </pre> |
451 | 1 | laforge | |
452 | 5 | laforge | |
453 | h3. alive |
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454 | |||
455 | <pre> |
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456 | 2 | laforge | EQCP TEST > alive |
457 | TASK STATUS |
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458 | ============================ |
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459 | CAL & TEST TASK ALIVE |
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460 | CCCP MSG IF TASK ALIVE |
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461 | COMBINER TASK ALIVE |
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462 | CONFIGURATION TASK ALIVE |
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463 | HARDWARE TASK ALIVE |
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464 | MSG ROUTER TASK ALIVE |
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465 | STATE TASK ALIVE |
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466 | TTY TASK ALIVE |
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467 | REAL TIME CTRL TASK ALIVE |
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468 | WATCHDOG TIMER TASK ALIVE |
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469 | 5 | laforge | </pre> |
470 | 2 | laforge | |
471 | 5 | laforge | |
472 | h3. activate |
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473 | |||
474 | <pre> |
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475 | 2 | laforge | ACTIVATE <C> |
476 | Changes the state of the requested processor from Active Standby to Call |
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477 | Processing. |
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478 | C - Specifies the EQCP. |
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479 | 5 | laforge | </pre> |
480 | 2 | laforge | |
481 | 5 | laforge | |
482 | h3. aic |
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483 | |||
484 | <pre> |
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485 | 1 | laforge | AIC( <IN,OUT,NRM>( B)) |
486 | Places the AIC pads in or out. |
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487 | 2 | laforge | No Parameter - AIC pad status will be displayed. |
488 | IN - Inserts the AIC pad(s) |
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489 | OUT - Removes the AIC pad(s) |
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490 | NRM - Returns control of the AIC pads to the real-time task |
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491 | B - Branch (1 or 2) |
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492 | 5 | laforge | </pre> |
493 | 1 | laforge | |
494 | 5 | laforge | |
495 | h3. cl alarm |
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496 | |||
497 | <pre> |
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498 | 2 | laforge | CL ALARM <CAB,CTRL,PATEMP,RX,SITE,TX,TLK,ALL> |
499 | Clears the current status of alarms specified by the parameter. |
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500 | CAB - Cabinet alarms |
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501 | CTRL - Control alarms |
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502 | PATEMP - PA temperature alarm |
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503 | RX - Receive alarms |
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504 | SITE - Site alarms |
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505 | TX - Transmit alarms |
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506 | TLK - TDM link alarms |
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507 | ALL - All alarms |
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508 | 5 | laforge | </pre> |
509 | 2 | laforge | |
510 | 5 | laforge | |
511 | h3. div |
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512 | |||
513 | <pre> |
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514 | 2 | laforge | DIV (<OFF Branch_Number, ON Branch_Number, NRM) |
515 | Overrides the diversity configuration. |
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516 | OFF - No Diversity on specified on branch |
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517 | ON - No Diversity on specified on branch |
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518 | Branch_Number - Branch number (1 or 2) |
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519 | 5 | laforge | </pre> |
520 | 2 | laforge | |
521 | 5 | laforge | |
522 | h3. report |
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523 | |||
524 | <pre> |
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525 | 2 | laforge | REPORT <R,L,B> T<Times> S<Samples> @<Branch> <Timeslot> |
526 | Reports to the averaged raw RSSI and linearized RSSI for a particular timeslot |
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527 | according to the parameters specified. |
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528 | R - Raw RSSI^M |
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529 | L - Linearized RSSI^M |
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530 | Times - Number of times to report (default=continuous) |
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531 | 1 | laforge | Samples - Number of samples to take and average (1-100) (default = 12) |
532 | Branch - Branch Number (1,2, B(oth)) (default = 1) |
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533 | Timeslot - Timeslot on which to perform average (default=0) |
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534 | 5 | laforge | </pre> |
535 | 1 | laforge | |
536 | 5 | laforge | |
537 | h3. ts |
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538 | |||
539 | <pre> |
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540 | 1 | laforge | TS <ALL,T> <CMD> (<p0 .. pN>) |
541 | Sets a variable for a given timeslot. For a more detailed |
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542 | description of a specific command, replace the spaces with |
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543 | dashes [e.g. HELP TS-AGC-K]. |
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544 | 2 | laforge | ALL - All timeslots |
545 | T - Timeslot number (0-7) |
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546 | CMD - Command: |
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547 | AGC - Automatic Gain Control Level |
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548 | AGC K - Automatic Gain Control Filter Value |
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549 | ANT - Antenna |
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550 | C2I - C to I Ratio |
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551 | 1 | laforge | CH - Channel Type |
552 | CHAN - Channel Number |
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553 | HOP - Hopping |
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554 | HSN - Hopping Sequence Number |
||
555 | 2 | laforge | MA - Mobile Allocation |
556 | MAIO - Mobile Allocation Index Offset |
||
557 | MOD - Modulation Type |
||
558 | 1 | laforge | RXTSC - Rx Training Sequence |
559 | 2 | laforge | SUB - Subchannel Number |
560 | 1 | laforge | TSC - Tx Training Sequence |
561 | 2 | laforge | TXPWR - Transmitter Power |
562 | p0 - Parameter number 0 |
||
563 | pN - Parameter number N |
||
564 | Note - There is NO help for the ts nrm command.^M |
||
565 | This command will set all timeslots for the |
||
566 | VVA, DSA, DET_GAIN, and DET_PAD to NRM. |
||
567 | 5 | laforge | </pre> |
568 | 2 | laforge | |
569 | 5 | laforge | |
570 | h3. ts ch |
||
571 | |||
572 | <pre> |
||
573 | 2 | laforge | TS <ALL,T> CH (<Channel_Type,N>) |
574 | Overrides the channel type configuration value. |
||
575 | ALL - All timeslots |
||
576 | T - Timeslot number (0-7) |
||
577 | 1 | laforge | Channel_Type - Channel type: |
578 | 2 | laforge | 0 - TCH/F |
579 | 1 - TCH/H |
||
580 | 2 - TCH/F9.6 |
||
581 | 3 - TCH/F4.8 |
||
582 | 4 - TCH/H4.8 |
||
583 | 5 - TCH/F2.4 |
||
584 | 6 - TCH/H2.4 |
||
585 | 9 - TCH/AFS |
||
586 | 10- TCH/AHS |
||
587 | 11- RACH |
||
588 | 12- HO_RACH |
||
589 | 13- SACCH/TF |
||
590 | 14- FACCH/F |
||
591 | 15- SACCH/TH |
||
592 | 16- FACCH/H |
||
593 | 17- SDCCH/8 |
||
594 | 18- SACCH/C8 |
||
595 | 19- SDCCH/4 |
||
596 | 20- SACCH/C4 |
||
597 | 24- PTCCH |
||
598 | 26- PDTCH |
||
599 | 28- PRACH |
||
600 | 29- PIDLE |
||
601 | 30- Idle Frame |
||
602 | 31-Inactive |
||
603 | N - Change the channel type back to normal. |
||
604 | 5 | laforge | </pre> |
605 | 2 | laforge | |
606 | 5 | laforge | |
607 | h3. ts chan |
||
608 | |||
609 | <pre> |
||
610 | 2 | laforge | TS <ALL,T> CHAN (<X,N>) |
611 | Programs the tx and rx synthesizers to a channel number for a given timeslot. |
||
612 | ALL - All timeslots |
||
613 | T - Timeslot number (0-7) |
||
614 | X - Channel number |
||
615 | N - Disable the TTY timeslot override control |
||
616 | 5 | laforge | </pre> |
617 | 3 | laforge | |
618 | 5 | laforge | |
619 | h3. mw |
||
620 | |||
621 | <pre> |
||
622 | 3 | laforge | MW <X,Y,P>:<AAAAAA> <XXXXXX> (<YYYYYY>) |
623 | or MW <Cal_variable> <Offset> <ZZ> (<ZZ...ZZ>) |
||
624 | Performs a memory write. For a single write, XXXXXX is written to |
||
625 | AAAAAA. For a block write, YYYYYY is written from AAAAAA to XXXXXX. |
||
626 | X - X-space RAM |
||
627 | Y - Y-space RAM |
||
628 | P - P-space RAM |
||
629 | 2 | laforge | AAAAAA - Memory address |
630 | XXXXXX - Single write data, or Block end memory address |
||
631 | YYYYYY - Block data |
||
632 | Cal_variable - Calibration variable: |
||
633 | AGC - Rx Automatic Gain Control Cal. |
||
634 | AIC - Rx Automatic Intermodulation Control Cal. |
||
635 | BAY - Rx Bay Level Cal. |
||
636 | 3 | laforge | BBG - Rx Baseband Gain |
637 | DCO - Rx DC Offset Cal. |
||
638 | DET - Tx Detector Cal. |
||
639 | FREQ - Rx Frequency Offset Cal. |
||
640 | IFG - Rx Intermediate Frequency Gain |
||
641 | PWR - Tx Full Power Cal. |
||
642 | RSSI - Rx Received Signal Strength Indicator Cal. |
||
643 | TX - Tx Cell Site Power Cal. |
||
644 | VVA - Tx Voltage Variable Attenuator Cal. |
||
645 | |||
646 | |||
647 | ZZ - Calibration data |
||
648 | 5 | laforge | </pre> |
649 | 3 | laforge | |
650 | 5 | laforge | |
651 | h3. ts txpwr |
||
652 | |||
653 | <pre> |
||
654 | 3 | laforge | TS <ALL,T> TXPWR (<XX,#YY,N>) |
655 | Sets the PA level for the given timeslot. |
||
656 | ALL - All timeslots |
||
657 | T - Timeslot number (0-7) |
||
658 | XX - PA power level(hex) |
||
659 | #YY - PA power level(dec) |
||
660 | N - Place the timeslot under DRI control |
||
661 | 5 | laforge | </pre> |
662 | 3 | laforge | |
663 | |||
664 | 5 | laforge | |
665 | h3. tx |
||
666 | |||
667 | <pre> |
||
668 | 3 | laforge | TX <ON,OFF,NRM> |
669 | Forces the TX KEY line to the state defined by the parameter. |
||
670 | ON - Tx Keying line is held high |
||
671 | OFF - Tx Keying line is held low |
||
672 | NRM - Normal control of TX KEY line |
||
673 | 5 | laforge | </pre> |
674 | 3 | laforge | |
675 | 5 | laforge | |
676 | h3. txfull |
||
677 | |||
678 | <pre> |
||
679 | 1 | laforge | TXFULL <x1> <x2> <x3> <0> <0> (2) |
680 | Performs a full update of the TX parameters. |
||
681 | x1 - First 8 bits of the 56 bit paramter. |
||
682 | x2 - Bits 9-32 of the 56 bit parameter. |
||
683 | x3 - Bits 33-56 of the 56 bit paramter. |
||
684 | No Parameter - Data bits are sent to the first TX SPI line(TIM). |
||
685 | 2 - FOR THOR ONLY, Data bits are sent to the second TX SPI line |
||
686 | (the Synthesizer circuit). |
||
687 | 5 | laforge | </pre> |
688 | 1 | laforge | |
689 | 5 | laforge | |
690 | h3. vswr |
||
691 | |||
692 | <pre> |
||
693 | 1 | laforge | VSWR <OVERRIDE> |
694 | Performs RF Loopback and VSWR testing on the radio. |
||
695 | OVERRIDE - Tests are performed using override values for TX power, channel, |
||
696 | diversity and antenna |
||
697 | 5 | laforge | </pre> |
698 | 1 | laforge | |
699 | Example: |
||
700 | 5 | laforge | <pre> |
701 | 1 | laforge | CHANNEL: 0698 TX POWER: 00 |
702 | ----------------------------------------------------------------- |
||
703 | ANT1 ANT2 ANT3 |
||
704 | BR1 BR2 BR1 BR2 BR1 BR2 |
||
705 | ----------------------------------------------------------------- |
||
706 | RCU RXLEV -60 -60 -60 -60 -60 -60 |
||
707 | RESULT PASS PASS PASS PASS PASS PASS |
||
708 | ----------------------------------------------------------------- |
||
709 | PIL RXLEV -55 -60 -55 -58 -56 -58 |
||
710 | RESULT PASS PASS PASS PASS PASS PASS |
||
711 | ----------------------------------------------------------------- |
||
712 | VSWR RXLEV -57 -59 -58 -58 -58 -58 |
||
713 | RESULT FAIL FAIL FAIL FAIL FAIL FAIL |
||
714 | ----------------------------------------------------------------- |
||
715 | RETURN LOSS 2 1 3 1 2 1 |
||
716 | VSWR VALUE 8.724 17.391 5.848 17.391 8.724 17.391 |
||
717 | ----------------------------------------------------------------- |
||
718 | 5 | laforge | </pre> |