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18 <center><font color="#1F409F" size=+2 class="tytul">NetMonitor in Nokia phones (3/7)</font>
20 <p><a href="faq_net0.html">[Part 1]</a><a href="faq_net1.html">[Part 2]</a><b>[Part 3]</b><a href="faq_net3.html">[Part 4]</a><a href="faq_net4.html">[Part 5]</a><a href="faq_net5.html">[Part 6]</a><a href="faq_net6.html">[Part 7]</a>
24 <hr noshade width="60%" style="color: #004080" align=center>
29 <li><a href="faq_net0.html#1"><b>What is it ?</b></a></li>
30 <li><a href="faq_net0.html#2"><b>Do I need it ?</b></a></li>
31 <li><a href="faq_net0.html#3"><b>Does my phone use more power with NetMonitor enabled ?</b></a></li>
32 <li><a href="faq_net0.html#4"><b>How to activate it ?</b></a></li>
33 <li><a href="faq_net0.html#5"><b>Which NetMonitor version can be activated in my phone ?</b></a></li>
34 <li><a href="faq_net0.html#6"><b>Does NetMonitor activation void warranty ?</b></a></li>
35 <li><a href="faq_net0.html#7"><b>NetMonitor menu in my phone has different number than 10. Is it normal ?</b></a></li>
36 <li><a href="faq_net0.html#8"><b>NetMonitor menu in my phone has 11 number, hovewer previous position has 9 number. Is it normal ?</b></a></li>
37 <li><a href="faq_net0.html#9"><b>How to use it ?</b></a></li>
38 <li><a href="faq_net0.html#10"><b>Can I damage my phone ?</b></a></li>
39 <li><a href="faq_net1.html#11"><b>Glossary</b></a></li>
40 <li><a href="#12"><b>Description of the individual tests</b></a></li>
41 <li><a href="faq_net6.html#13"><b>You can also use a program...</b></a></li>
42 <li><a href="faq_net6.html#14"><b>Can I use NetMonitor without SIM card inserted, without PIN number entered or when SIM card is not active ?</b></a></li>
43 <li><a href="faq_net6.html#15"><b>How can I disable NetMonitor ?</b></a></li>
44 <li><a href="faq_net6.html#16"><b>Do I need to disable NetMonitor before sending my phone to the service ?</b></a></li>
45 <li><a href="faq_net6.html#17"><b>Is it possible to re-activate NetMonitor after disabling it ?</b></a></li>
46 <li><a href="faq_net6.html#18"><b>Is NetMonitor available in analog Nokia phones ?</b></a></li>
47 <li><a href="faq_net6.html#19"><b>Does NetMonitor allow to use phone like broadcast station ?</b></a></li>
48 <li><a href="faq_net6.html#20"><b>I don't have all described tests in my phone. Why ? Can I increase their number ?</b></a></li>
49 <li><a href="faq_net6.html#21"><b>Does NetMonitor allow to identify place, where is my interlocutor ?</b></a></li>
50 <li><a href="faq_net6.html#22"><b>Does NetMonitor allow to identify place, where am I ?</b></a></li>
51 <li><a href="faq_net6.html#23"><b>What are NetMonitor codes ?</b></a></li>
52 <li><a href="faq_net6.html#24"><b>Is it the truth, that in phones with additional hardware changing frequency band NetMonitor doesn't work correct ?</b></a></li>
53 <li><a href="faq_net6.html#25"><b>Where can I find description of FBUS/MBUS protocol and commands connected with NetMonitor ?</b></a></li>
54 <li><a href="faq_net6.html#Literatura"><b>Information sources</b></a></li>
55 <li><a href="faq_net6.html#27"><b>Additional information</b></a></li>
57 <hr size="2" noshade width="60%" align="center" style="color: #004080">
60 <p><a NAME="12"></a><font color="#1F409F" size=+2 class="dzial">12. Description of the individual tests</font><br>
61 <hr size="3" align="left" noshade width="300" color="#60C0A0">
63 <p><a NAME="jest"></a>Existence of the individual test in your phone depends on:
67 <li>phone model: generally, never and more complicated models (with more functions and options) have more tests (for example,
68 Nokia 9110 has more tests than 5110, 7110 more than 9110). There is one (only ?) exception: less complicated Nokia 5110
69 has bigger NetMonitor than 6110 (and that's why I think that this model is better, even though it doesn't have some functions).</li>
71 <li>software version - usually the newer version, the more options it has (software can be upgraded in service and its
72 version can be checked in most models with <b>*#0000#</b> code, in Nokia 6130 with <b>*#9999#</b> and in
73 3110 with <b>*#3110#</b>) - for instance in Nokia 5110 in <b><a href="faq_net5.html#Menu89">Menu 10-89</a></b> bbbbbb
74 parameter is shown only from firmware 5.07. Firmware upgrade has also additional advantage: newer versions don't
75 contain some bugs (also in NetMonitor).</li>
77 <li>who uploaded firmware to the phone: it is usually written in C (and then translated (compiled) to the code of phone's
78 microprocessor). According to my own private theory existence (and running) of an individual tests depends on some
79 constants set (or not) in the source code (programmers :-) surely understand, what I'm trying to write). The best example
80 for this can be <b><a href="faq_net4.html#Menu38">Menu 10-38</a></b>: according to the some English documentation
81 it doesn't exist in phones to be sold, because DEV_FT_MEMORY_DUMP_IN_USE constant in file ftd_conf.h
82 (one of the firmware source code files) wasn't set before compiling. I think, that the same applies to the help screens -
83 their presence doesn't depend on firmware version but on where the phone was purchased (where it comes from -
84 where was its firmware uploaded). How to solve this problem? Unfortunatelly, you can only download firmware again (compiled
85 from source with set constants).
87 <p>Aha, I'm also not quite sure, whether <a href="faq_net1.html#DSP">DSP</a> tests
88 (<b><a href="faq_net5.html#Menu70">Menu 10-70</a></b>, <b><a href="faq_net5.html#Menu73">10-73</a></b>,
89 <b><a href="faq_net5.html#Menu74">10-74</a></b>,
90 <b><a href="faq_net5.html#Menu76">10-76</a></b> (except for ab parameter), <b><a href="faq_net5.html#Menu77">10-77</a></b>,
91 <b><a href="faq_net5.html#Menu78">10-78</a></b>
92 and <b><a href="faq_net5.html#Menu79">10-79</a></b>) don't have to be enabled this way (or whether their existence
93 (or not) depends on the network).
97 <p>Help screens for tests are written with <b>bold font</b>,
98 concrete (example) values in tests with <i>italic</i> (I put them there, where I didn't have more details about test).
102 <li>sample screenshoots from Nokia 2110i, 5110, 6110 and 9110 (of course, with NetMonitor) are on the
103 <a href="http://www.yaws.dk/communicator/faq/miscellanous/mbus/">www.yaws.dk/communicator/faq/miscellanous/mbus/</a>
104 or <a href="http://www.fan.net.au/~mrvfone/vfone/techtop/">www.fan.net.au/~mrvfone/vfone/techtop/</a> page.
105 First of them contains NetMonitor manual for Nokia 9110 signed with my and
106 Michal Jerz (<a href="http://n9k.ats.pl">http://n9k.ats.pl</a>) name. Unfortunatelly, author of this site doesn't want to update it
107 and I suggest rather to read this FAQ..</li>
110 <font class="drukuj">
111 <p><a class="shref" href="#Top"><small><em>Back to the top</em></small></a>
114 <p><a NAME="Menu1"></a><b>Menu 10-1</b>
115 <br>Information about communication with cell
118 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
121 <table BORDER CELLSPACING=0 CELLPADDING=0 >
123 <td><tt>abbb ccc ddd<br>
124 e ff g mmmm<br>
125 nnn ppp<br>
126 oooo</tt></td>
132 <table BORDER CELLSPACING=0 CELLPADDING=0 >
134 <td><tt><b>CH RxL TxPwr<br>
136 C1 C2<br>
137 CHT</b></tt></td>
147 a - contains H, if <a href="faq_net1.html#Hopping">frequency hopping</a> is enabled (otherwise empty). This information
148 can also be found in <b><a href="faq_net3.html#Menu11">Menu 10-11</a></b>
149 and <b><a href="faq_net3.html#Menu12">Menu 10-12</a></b>.</li>
152 bbb - CH (<b>ch</b>annel): number of the channel used in communication with cell (decimal). If
153 <a href="faq_net1.html#Hopping">frequency hopping</a> is enabled, this number changes when the display gets refreshed.
154 This parameter determines frequencies used in communication with <a href="faq_net1.html#BTS">BTS</a>:
157 <table BORDER CELLSPACING=0 CELLPADDING=0 >
159 <td nowrap><center><b>carrier (middle) frequency
160 of the transmission channel (MHz)
163 <td nowrap><center><b>GSM 900</b></center></td>
164 <td nowrap><center><b>GSM 1800</b></center></td>
168 <td nowrap><center>transmission phone-<a href="faq_net1.html#BTS">BTS</a></center></td>
169 <td nowrap><center>890 + CH * 0,2</center></td>
170 <td nowrap><center>1710 + (CH - 511) * 0,2</center></td>
174 <td nowrap><center>transmission <a href="faq_net1.html#BTS">BTS</a>-phone</center></td>
175 <td nowrap><center>935 + CH * 0,2</center></td>
176 <td nowrap><center>1805 + (CH - 511) * 0,2</center></td>
182 and informs, whether phone use cell working in GSM 900 or 1800 MHz
183 (I write more about channel numbers in <b><a href="faq_net3.html#Menu17">Menu 10-17</a></b>).
190 <p><a NAME="RX"></a>ccc - <a href="faq_net1.html#RX">RX</a>:
191 minus is not show if <=-100. This parameter affects following functions:
196 if all channels' signal is weaker than -110 dBm, the phone doesn't monitor channels.</li>
199 if the phone loses signal of your home network, it tries to monitor next available networks and if you don't have access to them,
200 you'll see a network presence symbol and no signal strength bars (but you can make emergency calls)
204 if some other network has a very strong signal (say -85 dBm) and your home network is very weak on that area (for example,
205 -100 dBm), your phone can have big problems with logging into it (you will have to use
206 <b><a href="faq_net3.html#Menu17">Menu 10-17</a></b> to manually force the phone to use proper channel).
210 RXLev parameter value:
213 <table BORDER CELLSPACING=0 CELLPADDING=0 >
214 <tr ALIGN=CENTER><td><b>RX (from)</b></td><td><b>RX (up to)</b></td><td><b>RXLev</b></td></tr>
215 <tr ALIGN=CENTER><td>less than</td><td>-110 dBm</td><td>0</td></tr>
216 <tr ALIGN=CENTER><td>-110 dBm</td><td>-109 dBm</td><td>1</td></tr>
217 <tr ALIGN=CENTER><td>-109 dBm</td><td>-108 dBm</td><td>2</td></tr>
218 <tr ALIGN=CENTER><td>...</td><td>...</td><td>...</td></tr>
219 <tr ALIGN=CENTER><td>-49 dBm</td><td>-48 dBm</td><td>62</td></tr>
220 <tr ALIGN=CENTER><td>-48 dBm</td><td>morej</td><td>63</td></tr>
226 signal strength indicator value on the left side of the display (approximately):
229 <table BORDER CELLSPACING=0 CELLPADDING=0 >
230 <tr ALIGN=CENTER><td><b>RX (from - to)</b></td><td><b>amount of bars</b></td></tr>
231 <tr ALIGN=CENTER><td>from -105 to -100 dBm</td><td>0</td></tr>
232 <tr ALIGN=CENTER><td>from -100 to -95 dBm</td><td>1</td></tr>
233 <tr ALIGN=CENTER><td>from -95 to -90 dBm</td><td>2</td></tr>
234 <tr ALIGN=CENTER><td>from -90 to -85 dBm</td><td>3</td></tr>
235 <tr ALIGN=CENTER><td>more than -85 dBm</td><td>4</td></tr>
243 <p><a name="TX"></a>ddd - TX: level of the transmitted signal (only during connection). If the phone's transmitter is active,
244 there is an * (asterisk) before the value. The lower value, the higher power level (also the one received by your head!) and
248 <table BORDER CELLSPACING=0 CELLPADDING=0 >
249 <tr ALIGN=CENTER><td nowrap><b>TX (GSM 900)</b></td><td>16</td><td></td><td>15</td><td></td><td>14</td><td></td><td>13</td><td></td><td>12</td><td></td><td>11</td><td></td><td>10</td><td></td><td>9</td><td></td></tr>
250 <tr ALIGN=CENTER><td nowrap><b>TX (GSM 1800)</b></td><td></td><td>9</td><td></td><td>8</td><td></td><td>7</td><td></td><td>6</td><td></td><td>5</td><td></td><td>4</td><td></td><td>3</td><td></td><td>2</td></tr>
251 <tr ALIGN=CENTER><td><b>dBm</b></td><td>11</td><td>12</td><td>13</td><td>14</td><td>15</td><td>16</td><td>17</td><td>18</td><td>19</td><td>20</td><td>21</td><td>22</td><td>23</td><td>24</td><td>25</td><td>26</td></tr>
252 <tr ALIGN=CENTER><td><b>Watts</b></td><td>0,012</td><td>0,016</td><td>0,02</td><td>0,025</td><td>0,032</td><td>0,04</td><td>0,05</td><td>0,063</td><td>0,079</td><td>0,1</td><td>0,125</td><td>0,158</td><td>0,2</td><td>0,251</td><td>0,316</td><td>0,398</td></tr>
258 <table BORDER CELLSPACING=0 CELLPADDING=0 >
259 <tr ALIGN=CENTER><td nowrap><b>TX (GSM 900)</b></td><td>8</td><td></td><td>7</td><td></td><td>6</td><td></td><td>5</td><td></td><td>4</td><td></td><td>3</td><td></td><td>2-0</td><td></td><td></td><td></td><td></td></tr>
260 <tr ALIGN=CENTER><td nowrap><b>TX (GSM 1800)</b></td><td></td><td>1</td><td></td><td>0</td><td></td><td>31</td><td></td><td>30</td><td></td><td>29</td><td></td><td></td><td></td><td></td><td></td><td></td><td></td></tr>
261 <tr ALIGN=CENTER><td><b>dBm</b></td><td>27</td><td>28</td><td>29</td><td>30</td><td>31</td><td>32</td><td>33</td><td>34</td><td>35</td><td>36</td><td>37</td><td>38</td><td>39</td><td>40</td><td>41</td><td>42</td><td>43</td></tr>
262 <tr ALIGN=CENTER><td><b>Watts</b></td><td>0,501</td><td>0,631</td><td>0,794</td><td>1</td><td>1,26</td><td>1,58</td><td>2</td><td>2,51</td><td>3,16</td><td>3,98</td><td>5</td><td>6,31</td><td>8</td><td>10</td><td>12</td><td>15,8</td><td>20</td></tr>
266 Watt = 10<sup>(dBm/10)</sup>*0,001
267 <br>dBm = 10*log(Watt/0,001)
269 <p>There are following classes describing max phone transmission power:
272 <table BORDER CELLSPACING=0 CELLPADDING=0 >
273 <tr><td><center><b>GSM 900</b></center></td><td><center><b>GSM 1800</b></center></td></tr>
277 <center>20 W (not in use)
278 <br>8 W (car/mobile phone)
279 <br>5 W (car/mobile phone)
281 <br>0,8 (hand phone)</center>
285 <center>1 W (hand phone)
286 <br>0,25 W (hand phone)</center>
291 <p>Min. phone transmission power in GSM 900 is 0,02 W and in GSM 1800 is 0,0025 W (4 dBm).
293 <p>Max <a href="faq_net1.html#BTS">BTS</a> power level can be found in their description.
298 <p><a NAME="TS"></a>e - TS (<b>T</b>ime <b>S</b>lot): each radio channel used in communication between phone and
299 <a href="faq_net1.html#BTS">BTS</a> is divided into 8 parts (called TS - time slots). If in all <a href="faq_net1.html#BTS">BTSes</a>
300 (available for your phone) all time slots are in use, you won't be able to make/receive a call and you'll get a 'Network busy'
301 message (information about reason of connection failure is given among others in
302 <b><a href="faq_net4.html#Menu39">Menu 10-39</a></b>). Unfortunately, each type of connection has the same priority in
303 networks not supporting GSM Phase 2+ (it isn't available in older GSM Phases) - so if you want to dial emergency number 112
304 and the network is busy, no other call will be interrupted and you won't get connected. This problem can also be solved by
305 adding more <a href="faq_net1.html#BTS">BTSes</a> (for example in dual GSM 900/1800 MHz network) or by modifying
306 current stations to allow the use of <a href="faq_net1.html#HR">HR</a> channels (<a href="faq_net1.html#FR">FR</a>
307 and <a href="faq_net1.html#EFR">EFR</a> transmission uses whole assigned time slot, while <a href="faq_net1.html#HR">HR</a>
308 (defined in GSM Phase 2) only half of it). Max data transmission speed using one <b>TS</b> is 9.6 kbit/sec (or 14.4 kbit/sec,
309 but only in some additional conditions). There are new systems allowing higher transmission speeds
310 (for example GPRS (<b>G</b>eneric <b>P</b>acket <b>R</b>adio <b>S</b>ervices) or HSCSD
311 (<b>H</b>igh <b>S</b>peed <b>C</b>ircuit <b>S</b>witched <b>D</b>ata), but they achieve this using several time slots
312 at the same time (which decreases network capacity). This <b>TS</b> indicator shows number of the used time slot
313 (0..7 for <a href="faq_net1.html#FR">FR</a> (<a href="faq_net1.html#EFR">EFR</a>) or 0..15 for <a href="faq_net1.html#HR">HR</a>).
317 <p><a NAME="TA"></a>ff - TA (<b>T</b>iming <b>A</b>dvance): <a href="faq_net1.html#BTS">BTS</a> informs the phone,
318 when it should start transmission (so that it reaches <a href="faq_net1.html#BTS">BTS</a> in time). This information is shown
319 by this indicator. It lets us calculate approximate distance between phone and <a href="faq_net1.html#BTS">BTS</a>, which is
320 a value between TA*550 m and (TA+1)*550 m (remember, that sometimes signal is refracted and
321 distance evaluated with this parameter can be wrong).
322 This parameter is updated during communication with network (sending/receiving
323 SMSes, calling, requesting services), for example when using <a href="#SDCC">SDCC</a> and <a href="#TFR">TFR</a>
324 channels. It ranges from 0 to 63 (up to 35 km) with <a href="faq_net1.html#FR">FR</a> and
325 <a href="faq_net1.html#EFR">EFR</a> channels. <a href="faq_net1.html#HR">HR</a> channels offer theoretically (for example
326 with a car antenna (higher transmitting power) and a flat terrain) twice this range (up to 70 km) and TA contains value up to 128
327 (English descriptions which I use don't say a word about it - so, it's possible,
328 that for values bigger than 64 phone (?) decreases 64 from it and displays such value in this menu).
332 <p>g - RXQUAL_SUB (rate of transmission errors with <a href="faq_net1.html#DTX">DTX</a> active
333 (<a href="faq_net1.html#DTX">DTX</a> state can be checked in <b><a href="faq_net3.html#Menu12">Menu 10-12</a></b>)):
334 it determines, how many errors during connection have to be corrected by the phone for the call to be possible. Range 0 - 7
335 (0 - means no errors; more than 5 - connection may be interrupted). The higher it is, the worse quality you have...
338 <table BORDER CELLSPACING=0 CELLPADDING=0 >
339 <tr ALIGN=CENTER VALIGN=CENTER><td nowrap><b>RQ value</b></td><td>0</td><td>1</td><td>2</td><td>3</td><td>4</td><td>5</td><td>6</td><td>7</td></tr>
340 <tr ALIGN=CENTER VALIGN=CENTER><td nowrap><b>Max error amount</b></td><td><0,2%</td><td><0,4%</td><td><0,8%</td><td><1,6%</td><td><3,2%</td><td><6,4%</td><td><12,8%</td><td>>12,8%</td></tr>
346 <p>mmmm - RLT (<b>R</b>adio <b>L</b>ink <b>T</b>imeout): if it is negative, 0 is shown. Max value of this parameter is 64.
347 If the phone uses a channel different than <a href="faq_net1.html#TCH">TCH</a> or <a href="#SDCC">SDCC</a>, xx is
351 <li><p>nnn - <a href="faq_net1.html#C1">C1</a> parameter </li>
354 <p>ppp - <a href="faq_net1.html#C2">C2</a> parameter. If network supports only GSM Phase 1,
355 <a href="faq_net1.html#C1">C1</a> value is displayed here.
359 <p>oooo - type of channel currently used by the phone (visit
360 <a href="http://www.pins.co.uk/upages/stratfordc/">www.pins.co.uk/upages/stratfordc/</a>
361 to find C programs containing algorithms used to encode different channels).
362 With <a href="faq_net1.html#HR">HR</a> channels phone even show, if first or second
363 part of <a href="#TS">TS</a> is used (subchannel 0 or 1 is written):
366 <table BORDER CELLSPACING=0 CELLPADDING=0 >
370 <td><a NAME="AGCH"></a>(<b>A</b>ccess <b>G</b>rant <b>Ch</b>annel) - a channel used by
371 <a href="faq_net1.html#BTS">BTS</a> to inform the phone about what channel it should use (it is a
372 <a href="faq_net1.html#BTS">BTS</a> answer to <a href="faq_net2.html#RACH">RACH</a>) - it assigns the phone to
373 <a href="#SDCC">SDCCH</a></td>
378 <td><a NAME="BCCH"></a>(<b>B</b>roadcast <b>C</b>ontrol <b>Ch</b>annel)
379 - a channel in direction <a href="faq_net1.html#BTS">BTS</a>-phone, containing precise information about network
380 (needed for identification and access) - for example
383 <li>how often the phone should inform network about its location (T3212 counter value - more detailed description in
384 <b><a href="faq_net3.html#Menu10">Menu 10-10</a></b>)</li>
385 <li>whether <a href="faq_net1.html#Hopping">frequency hopping</a> is supported by the network</li>
386 <li>CELL_RESELECT_HYSTERESIS parameter (see <a href="faq_net1.html#C2">C2</a> parameter description)</li>
387 <li>CELL_BARRED parameter (which informs, whether this cell is in test phase or is available for public use - but the phone
388 can ignore this and use test cells too - see <b><a href="faq_net3.html#Menu19">Menu 10-19</a></b>)</li>
393 <tr><td>THR0</td><td><a href="faq_net1.html#HR">TCH HR</a> subchannel 0</td></tr>
394 <tr><td>THR1</td><td><a href="faq_net1.html#HR">TCH HR</a> subchannel 1</td></tr>
395 <tr><td><a NAME="TFR"></a>TFR</td><td><a href="faq_net1.html#FR">TCH FR</a></td></tr>
396 <tr><td>TEFR</td><td><a href="faq_net1.html#EFR">TCH EFR</a></td></tr>
397 <tr><td>F144</td><td><a href="faq_net1.html#FR">TCH FR</a> - data transmission, speed 14.4 kbit/sec.</td></tr>
398 <tr><td>F96</td><td><a href="faq_net1.html#FR">TCH FR</a> - data transmission, speed 9.6 kbit/sec.</td></tr>
399 <tr><td>F72</td><td><a href="faq_net1.html#FR">TCH FR</a> - data transmission, speed 7.2 kbit/sec.</td></tr>
400 <tr><td>F48</td><td><a href="faq_net1.html#FR">TCH FR</a> - data transmission, speed 4.8 kbit/sec.</td></tr>
401 <tr><td>F24</td><td><a href="faq_net1.html#FR">TCH FR</a> - data transmission, speed 2.4 kbit/sec.</td></tr>
402 <tr><td>H480</td><td><a href="faq_net1.html#HR">TCH HR</a> - data transmission, speed 4.8 kbit/sec., subchannel 0</td></tr>
403 <tr><td>H481</td><td><a href="faq_net1.html#HR">TCH HR</a> - data transmission, speed 4.8 kbit/sec., subchannel 1</td></tr>
404 <tr><td>H240</td><td><a href="faq_net1.html#HR">TCH HR</a> - data transmission, speed 2.4 kbit/sec., subchannel 0</td></tr>
405 <tr><td>H241</td><td><a href="faq_net1.html#HR">TCH HR</a> - data transmission, speed 2.4 kbit/sec., subchannel 1</td></tr>
409 <td><a href="faq_net1.html#FR">TCH FR</a> - used only for quick signalization, for example in case of
410 <a href="faq_net4.html#Handover">handovers</a>
411 <br>(FACCH - <b>F</b>ast <b>A</b>ssociated <b>C</b>ontrol <b>Ch</b>annel)</td>
416 <td><a href="faq_net1.html#HR">TCH HR</a> -used only for quick signalization, for example in case of
417 <a href="faq_net4.html#Handover">handovers</a>
418 <br>(FACCH - <b>F</b>ast <b>A</b>ssociated <b>C</b>ontrol<b>Ch</b>annel), subchannel 0</td>
423 <td><a href="faq_net1.html#HR">TCH HR</a> - used only for quick signalization, for example in case of
424 <a href="faq_net4.html#Handover">handovers</a>
425 <br>(FACCH - <b>F</b>ast <b>A</b>ssociated <b>C</b>ontrol <b>Ch</b>annel), subchannel 1</td>
430 <td><a NAME="SDCC"></a>SDCCH (<b>S</b>tand-alone <b>D</b>edicated <b>C</b>ontrol
432 - used for system signalization of:
434 <li>establishing connection</li>
435 <li>user verification</li>
436 <li><a href="faq_net1.html#LocationUpdate">Location Update</a> executing</li>
437 <li>assigning to <a href="faq_net1.html#TCH">TCH</a></li>
438 <li>sending SMSes</li>
444 <td>CCCH</td><td><a NAME="CCCH"></a>(<b>C</b>ommon <b>C</b>ontrol <b>Ch</b>annel ?) - used, when the phone is in standby mode (it doesn't transmit not receive data)</td>
449 <td><a NAME="CBCH"></a>(<b>C</b>ell <b>B</b>roadcast <b>Ch</b>annel) -
450 a channel in <a href="faq_net1.html#BTS">BTS</a>-phone direction used for cell broadcast (for example in Nokia 5110 it can
451 be enabled in <b>Menu 2-5</b> and <b>Menu 4-2-2</b>, in Nokia 6110 in <b>Menu 1-5</b> and <b>Menu 4-4-2</b>)
456 <td>CCHR</td><td><a href="#CCCH">CCCH</a> and <a href="#CBCH">CBCH</a> joined in one</td>
461 <td>the phone is searching for network</td>
466 <td><a NAME="NSPS"></a>(<b>N</b>o <b>S</b>erve <b>P</b>ower <b>S</b>ave)
467 - the phone is not in range of any network, energy saving has been activated (information, whether your SIM card can stop its
468 clock in energy saving mode, can be found in <b><a href="faq_net4.html#Menu51">Menu 10-51</a></b>)</td>
474 <p>In Nokia 3110 this test looks similiar:
477 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
480 <table BORDER CELLSPACING=0 CELLPADDING=0 >
482 <td><tt>abbb cccc ddd<br>
483 e ff g qqrr<br>
485 w ppp oonnn z</tt></td>
491 <table BORDER CELLSPACING=0 CELLPADDING=0 >
493 <td><tt><b> CH RxL TxPwr<br>
496 S C2 CHT C1 B</b></tt></td>
505 <li>cccc - in this phone minus is always shown</li>
506 <li>ooo - hex values</li>
507 <li>qq - paging mode (see <b><a href="#Menu2">Menu 10-2</a></b>)</li>
508 <li>rr - RAR (description in <b><a href="#Menu2">Menu 10-2</a></b>)</li>
509 <li>s - roaming indicator (description in <b><a href="#Menu2">Menu 10-2</a></b>)</li>
510 <li>tt - BSIC for current cell (see <b><a href="#Menu2">Menu 10-2</a></b>)</li>
513 <p>Level of received signal (<a href=faq_net1.html#RX>RX</a>) is connected with phone transmission power
514 (<a href=#TX>TX</a>): the weaker the former, the stronger the latter (take a look at example indications of 6110
515 using <a href="#SDCC">SDCC</a> and <a href="#TFR">TFR</a> channels):
518 <table BORDER CELLSPACING=0 CELLPADDING=0 >
519 <tr ALIGN=CENTER><td><b>RX</b></td><td><b>TX</b></td></tr>
520 <tr ALIGN=CENTER><td>from -38 to -49 dBm</td><td>19</td></tr>
521 <tr ALIGN=CENTER><td>from -68 to -75 dBm</td><td>9-14 (0,032 - 0,316 Watt)</td></tr>
522 <tr ALIGN=CENTER><td>from -79 to -85 dBm</td><td>7-9 (0,794 - 0,032 Watt)</td></tr>
523 <tr ALIGN=CENTER><td>from -85 to -93 dBm</td><td>5-7 (2 - 0,794 Watt)</td></tr>
526 <p>For curious people: some of these data can also be found in Nokia service programs (for example in WinTesla in
527 "Testing" / "RF Information" menu).
529 <p><table CELLSPACING=0 CELLPADDING=0 WIDTH="100%">
531 <td><img SRC="tip.gif" height=36 width=27 align=LEFT></td>
533 <td><a NAME="Wylacz504"></a>Using <a href="#CCCH">CCCH</a> or <a href="#CBCH">CBCH</a> channel by the phone
534 (if the cell doesn't support cell broadcast - you can check this in <b><a href="faq_net2.html#Menu7">Menu 10-7</a></b>) depends
535 on its firmware version and whether cell broadcasting has been enabled (or not) by the user. For example: Nokia 5110 v 5.04
536 uses <a href="#CBCH">CBCH</a> channel, if you enable this feature in <b>Menu 2-5</b> or <b>Menu 4-2-2</b>
537 (and <a href="#CCCH">CCCH</a> channel, if you disable it). I think, that cell broadcast should be disabled when it is not
538 supported by the network - probably you can save some battery power. It has been corrected in version 5.07 (when CB is
539 not supported by the network, the phone uses <a href="#CCCH">CCCH</a> regardless of "Info service" and
540 "Cell info display" settings).
542 <p>Additionally, ccc (<a href=faq_net1.html#RX>RX</a>) parameter can be used to set the direction of your antenna
543 (especially directional one) much more precisely than when using the indicator on the left side of phone's display !
544 I also have a piece of advice for you: never touch the antenna (in any case, you can check how it affects level of received
545 signal just by holding it with your fingers) !
547 <p><a href="#TA">TA</a> parameter can be also used (apart from calculating the distance to <a href="faq_net1.html#BTS">BTS</a>)
548 to measure speed (for example of the care you're driving). I'm serious! But this can be done only when:
551 <li>the road is straight (no bends)</li>
552 <li>the phone uses only one <a href="faq_net1.html#BTS">BTS</a></li>
553 <li><a href="faq_net1.html#BTS">BTS</a> must be located near the road</li>
556 <p>A little bit of mathematics: <map name=mapa><area shape=rect coords="5,2,29,13" href=faq_net1.html#BTS></map>
557 <br><img SRC="net_mon1.gif" BORDER=0 usemap="#mapa" height=107 width=183>
558 <br>From Pitagoras' theorem:
560 <p>a<sup>2</sup> = c<sup>2</sup> + e<sup>2</sup>
561 <br>b<sup>2</sup> = c<sup>2</sup> + f<sup>2</sup>
564 <br>e =<img SRC="net_mon3.gif" height=27 width=63 align=CENTER>
565 <br>f =<img SRC="net_mon2.gif" height=26 width=62 align=CENTER>
567 <p>Now d = e - f =<img SRC="net_mon3.gif" height=27 width=63 align=CENTER>-<img SRC="net_mon2.gif" height=26 width=62 align=CENTER>
574 the way traveled by the car (on the drawing: length of "d" segment; it can be calculated form the lengths of "a" and "b"
575 segments (multiples of 513 m (for simplification) read from <a href="#TA">TA</a>) and c (described later))
579 time, in which <a href="#TA">TA</a> has changed (measured by a stopwatch)
583 <p>you can measure your speed.
584 <br>Inaccuracy of this measure depends on:
589 distance between <a href="faq_net1.html#BTS">BTS</a> and road (segment "c")
597 distance between car and <a href="faq_net1.html#BTS">BTS</a>
598 (with longer distance inaccuracy depends less from "c" segment)
602 <p>And here is a concrete example:
603 <br>The original value of <a href="#TA">TA</a> was 2 and after 15 seconds it has changed to 1. You will get following results:
607 <li>123,120 km/h (<a href="faq_net1.html#BTS">BTS</a> 0 m from road)</li>
608 <li>124,320 km/h (100 m from road)</li>
609 <li>128,160 km/h (200 m)</li>
610 <li>135,600 km/h (300 m)</li>
613 <p>You can assume, that "c" segment is 100 m (or 0 if you count in memory - then d = e - f) and the inaccuracy of the measured
619 <p>In Nokia 2120 this test looks as follows:
622 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
626 <table BORDER CELLSPACING=0 CELLPADDING=0 >
631 chan l a<br>
632 S BB TT</tt></td>
639 <table BORDER CELLSPACING=0 CELLPADDING=0 >
642 <tt>rssi s d<br>
643 chan l a<br>
651 <p>and in Nokia 2160 is different:
654 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
657 <a href="faq_net1.html#DCCH">DCCH</a> mode
658 <table BORDER CELLSPACING=0 CELLPADDING=0 >
670 <a href="faq_net1.html#DTCH">DTCH</a> mode
671 <table BORDER CELLSPACING=0 CELLPADDING=0 >
674 <tt>rssi s d<br>
675 chan l a<br>
685 <a href="faq_net1.html#ACCH">ACCH</a> mode
686 <table BORDER CELLSPACING=0 CELLPADDING=0 >
689 <tt>rssi D d<br>
697 <a href="faq_net1.html#AVCH">AVCH</a> mode
698 <table BORDER CELLSPACING=0 CELLPADDING=0 >
702 chan l a<br>
710 <p>for Nokia 6160 it looks like follows:
713 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
716 <a href="faq_net1.html#DCCH">DCCH</a> mode
717 <table BORDER CELLSPACING=0 CELLPADDING=0 >
722 CS-state<br> </tt></td>
729 <a href="faq_net1.html#DTCH">DTCH</a> mode
730 <table BORDER CELLSPACING=0 CELLPADDING=0 >
735 CS-state<br> </tt></td>
744 <a href="faq_net1.html#ACCH">ACCH</a> mode
745 <table BORDER CELLSPACING=0 CELLPADDING=0 >
750 CS-state<br> </tt></td>
756 <a href="faq_net1.html#AVCH">AVCH</a> mode
757 <table BORDER CELLSPACING=0 CELLPADDING=0 >
762 CS-state<br> </tt></td>
771 <li>B = current network/frequency<p>
773 <li>a = a-side 800mhz cellular</li>
774 <li>b = b-side 800mhz cellular</li>
775 <li>A = A-block (30 mhz) 1900mhz PCS</li>
776 <li>B = B-block (30 mhz) 1900mhz PCS</li>
777 <li>C = C-block (30 mhz) 1900mhz PCS</li>
778 <li>D = D-block (10 mhz) narrowband 1900mhz PCS</li>
779 <li>E = E-block (10 mhz) narrowband 1900mhz PCS</li>
780 <li>F = F-block (10 mhz) narrowband 1900mhz PCS</li>
785 <li>Be = <b>B</b>it <b>E</b>rror rate in % (0-16)</li>
786 <li>TT = last received time alignment value (0-31)</li>
787 <li>rssi = received signal strength (dBm) (min= -113dBm, max= -51dBm, 2dB steps)</li>
788 <li>DVC = <b>D</b>igital <b>V</b>erification <b>C</b>olor code (1-255, - = not locked)</li>
789 <li>D = DCC (<b>D</b>igital <b>C</b>olor <b>C</b>ode) on <a href="faq_net1.html#ACCH">ACCH</a> (0-3, - = not locked)</li>
790 <li>s = SAT color (0-2, - = not locked)</li>
792 <li>d = data receiving status
795 <li>no sync/no data</li>
796 <li>sync/not able to read</li>
797 <li>reading correcting</li>
798 <li>reading no correction</li>
803 <li>S = slot (1-3)</li>
804 <li>chan = channel number (0001-1023)</li>
806 <li>Pw = Max access power
809 <li><a href="faq_net1.html#DCCH">DCCH</a>: MS-ACC-PWR (0-10, - = not locked)</li>
810 <li><a href="faq_net1.html#ACCH">ACCH</a>: CMAC (0-7, - = not locked)</li>
815 <li>l = Tx level (0-10, - = TxOff)</li>
816 <li>a = audio state (0=off, 1=on)</li>
818 <li>CS-state = Cellular State
821 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>SCAN-LOCK</tt> : Scanning and locking of <a href="faq_net1.html#DCCH">DCCH</a></li>
822 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>DCCH-SEL </tt> : <a href="faq_net1.html#DCCH">DCCH</a> selection</li>
823 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>CAMPING </tt> : Camping</li>
824 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>REGISTR </tt> : Registration proceeding</li>
825 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>WAIT-ORDER</tt>: Waiting for order</li>
826 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>ORIGINAT </tt> : Origination proceeding</li>
827 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>RSELECT </tt> : Reselection</li>
828 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>ORIG-SMS </tt> : Sending SMS proceeding</li>
829 <li><a href="faq_net1.html#DCCH">DCCH</a>: <tt>TERM-SMS </tt> : Receiving SMS proceeding</li>
830 <li><a href="faq_net1.html#DTCH">DTCH</a>: <tt>TCH </tt> : Confirm traffic channel</li>
831 <li><a href="faq_net1.html#ATCH">ATCH</a> or <a href="faq_net1.html#DTCH">DTCH</a>: <tt>CONVERSAT</tt> : Conversation</li>
832 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>OOR </tt> : Out of range</li>
833 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>SCAN-PDCH</tt> : Scan primary dedicated control channels</li>
834 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>SCAN-SDCH</tt> : Scan secondary dedicated control channels</li>
835 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>SCAN-PCH </tt> : Scan paging channels</li>
836 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>IDLE  </tt> : Idle</li>
837 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>ACCESS </tt> : Access</li>
838 <li><a href="faq_net1.html#ACCH">ACCH</a>: <tt>VCH </tt>: Confirm voice channel</li>
843 <P>This test in Nokia 6185/6188 is, of course ;-), different:
846 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
849 <a href="faq_net1.html#CDMA">CDMA</a> control
850 <table BORDER CELLSPACING=0 CELLPADDING=0 >
865 <a href="faq_net1.html#CDMA">CDMA</a> traffic
866 <table BORDER CELLSPACING=0 CELLPADDING=0 >
881 <a href="faq_net1.html#AMPS">AMPS</a> control
882 <table BORDER CELLSPACING=0 CELLPADDING=0 >
896 <a href="faq_net1.html#AMPS">AMPS</a> traffic
897 <table BORDER CELLSPACING=0 CELLPADDING=0 >
913 <td colspan=2><a href="faq_net1.html#CDMA">CDMA</a></td>
914 <td colspan=2><a href="faq_net1.html#AMPS">AMPS</a></td>
920 <li>CSST - Cellular State: IDLE, CONVE, PLIOS, TIME, SYNC, RELE, PAGE, TRFIN, W_OR</li>
921 <li>Chan - Channel</li>
922 <li>PPN - PseudoNoise offset</li>
923 <li>EC/SO - Energy per chip per noise</li>
924 <li>B - Current network/frequency. a,b are A and B 800 MHz <a href="faq_net1.html#AMPS">AMPS</a> (analog). A-F indicate the digital block in use</li>
925 <li>Rxx - Receive power in dB</li>
926 <li>Txx - Transmit power in dB</li>
927 <li>FER - <b>F</b>rame <b>E</b>rror <b>R</b>ate</li>
928 <li>In <a href="faq_net1.html#CDMA">CDMA</a> traffic screen you have current used codec too (one from these below):
930 <li>8000 - 13 kbit/sec</li>
931 <li>0001 - 8 kbit/sec</li>
938 <li>RSSI - Received signal strength</li>
939 <li>S - Slot (1-3)</li>
940 <li>D - Digital Colour Code on analog control channel (0-3 or - for not locked)</li>
941 <li>CHAN - Channel</li>
942 <li>CSST - Cellular State: IDLE, CONVE, PLIOS, TIME, SYNC, RELE, PAGE, TRFIN, W_OR</li>
943 <li>SID - System ID (Cantel = odd number)</li>
944 <li>MINMAX: Minimum and Maximum RSSI over last time period ?</li>
949 <p><a NAME="Menu2"></a><b>Menu 10-2</b>
950 <br>More information about used cell
953 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
956 <table BORDER CELLSPACING=0 CELLPADDING=0 >
958 <td><tt> aa b c Bdd <br>
961 H=j mm nn</tt></td>
967 <table BORDER CELLSPACING=0 CELLPADDING=0 >
969 <td><tt><b>PM RAR Ro BC<br>
972 H MAIO HSN</b></tt></td>
981 <li>aa - paging mode:
986 <li>EX : extended</li>
987 <li>RO lub SB : paging reorganization</li>
993 b - RAR (<b>R</b>andom <b>A</b>ccess <b>R</b>etransmission): max amount of transmissions using
994 <a NAME="RACH"></a>RACH channel (<b>R</b>andom <b>A</b>ccess <b>Ch</b>annel - a phone-<a href="faq_net1.html#BTS">BTS</a>
995 channel used to send a network access request - for example during logging in)
999 c - if your phone is in roaming, R is displayed (otherwise empty). This information is also shown on the top of the display.
1003 dd - <a href="faq_net1.html#BSIC">BSIC</a> value for current cell</li>
1006 ee - reason of last connection end (this parameter is also present in
1007 <b><a href="faq_net5.html#Menu63">Menu 10-63</a></b> and <b><a href="faq_net4.html#Menu39">Menu 10-39</a></b>
1008 (you will find explanation there - see description of the first parameter))
1012 f - RXQUAL_FULL (error rate in transmission with <a href="faq_net1.html#DTX">DTX</a> disabled
1013 (<a href="faq_net1.html#DTX">DTX</a> state can be checked in <b><a href="faq_net3.html#Menu12">Menu 10-12</a></b>)):
1014 it determines, how many errors have to be corrected by the phone, for the connection to be possible. Range 0 - 7 (0 - means none,
1015 more than 5 - connection may be interrupted).
1018 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1019 <tr ALIGN=CENTER VALIGN=CENTER><td nowrap><b>RQ value</b></td><td>0</td><td>1</td><td>2</td><td>3</td><td>4</td><td>5</td><td>6</td><td>7</td></tr>
1020 <tr ALIGN=CENTER VALIGN=CENTER><td nowrap><b>Max amount of errors</b></td><td><0,2%</td><td><0,4%</td><td><0,8%</td><td><1,6%</td><td><3,2%</td><td><6,4%</td><td><12,8%</td><td>>12,8%</td></tr>
1026 <p>ggg - <a NAME="CellReselect"></a>Cell reselect offset: range 0 - 63 (this value should be multiplied by 2 dB), 'xxx'
1027 when transmitting. Needed to calculate <a href="faq_net1.html#C2">C2</a>.</li>
1030 <p>hh - <a NAME="TemporaryOffset"></a>Temporary offset: range 0 - 7 (this value should be multiplied by 10 dB, 70 dB
1031 means infinitely long time), 'xx' when transmitting. Needed to calculate <a href="faq_net1.html#C2">C2</a>.</li>
1034 <p>iii - <a NAME="PenaltyTime"></a>Penalty time: range 0 - 31 (it should be multiplied by 20 s), 'xxx' when transmitting.
1035 Needed to calculate <a href="faq_net1.html#C2">C2</a>.</li>
1038 <p>j - information about <a href="faq_net1.html#Hopping">frequency hopping</a>:
1042 <li>0 - not used (single frequency used - so called RF (<b>R</b>adio <b>F</b>requency))</li>
1043 <li>1 - used (different RF (<b>R</b>adio <b>F</b>requencies) used)</li>
1049 <p>mm - MAIO (<b>M</b>obile <b>A</b>llocation <b>I</b>ndex <b>O</b>ffset).
1050 Range 0 - 63, 'xx' when j=0 (when <a href="faq_net1.html#Hopping">frequency hopping</a> is disabled - you can check
1051 this in <b><a href="faq_net3.html#Menu12">Menu 10-12</a></b>)</li>
1054 <p>nn - HSN (<b>H</b>opping <b>S</b>equence <b>N</b>umber).Range 0 - 63, 'xx' when j=0 (when
1055 <a href="faq_net1.html#Hopping">frequency hopping</a> is disabled - you can check
1056 this in <b><a href="faq_net3.html#Menu12">Menu 10-12</a></b>)
1060 <p>In Nokia 3110 this test looks as follows:
1063 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1066 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1068 <td><tt>aaabbbccccddd<br>
1071 w z</tt></td>
1077 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1079 <td><tt><b>S CH C1 rx C2<br>
1082 S 1N 2N B</b></tt></td>
1089 <p>Description of the parameters can be found in menu <b><a href="#Menu3">Menu 10-3</a></b>
1090 (in this model cccc parameters are always preceded by minus).
1092 <p>In Nokia 2120 this test looks as follows:
1095 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1098 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1101 <tt>ENCR CIPH<br>
1113 <li>ENCR = when message encryption is on</li>
1114 <li>CIPH = when Ciphering is on</li>
1115 <li>DTX = when <a href="faq_net1.html#DTX">DTX</a> is on</li>
1116 <li>XSTBY= when enabled standby is on</li>
1117 <li>CS-state = see previous parameter for details</li>
1121 <p>and in Nokia 2160 is different:
1124 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1127 <a href="faq_net1.html#DCCH">DCCH</a> mode
1128 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1131 <tt>mode DTX<br>
1133 d Be TA</tt></td>
1140 <a href="faq_net1.html#DTCH">DTCH</a> mode
1141 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1147 d Be TA
1157 <a href="faq_net1.html#ACCH">ACCH</a> mode
1158 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1164 SID
1171 <a href="faq_net1.html#AVCH">AVCH</a> mode
1172 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1175 <tt>mode<br> <br>
1176 SAT
1185 <p>and here is for Nokia 6160:
1188 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1191 <a href="faq_net1.html#DCCH">DCCH</a> mode
1192 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1205 <a href="faq_net1.html#DTCH">DTCH</a> mode
1206 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1222 <a href="faq_net1.html#ACCH">ACCH</a> mode
1223 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1228 SID <br>
1235 <a href="faq_net1.html#AVCH">AVCH</a> mode
1236 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1239 <tt>mode<br> <br>
1240 SAT <br>
1251 <li>mode = <a href="faq_net1.html#DCCH">DCCH</a>, <a href="faq_net1.html#DTCH">DTCH</a>, <a href="faq_net1.html#ACCH">ACCH</a>, <a href="faq_net1.html#AVCH">AVCH</a></li>
1252 <li>SID = system ID [0-32767, - = not locked]</li>
1254 <li><a href="faq_net1.html#DCCH">DCCH</a> mode
1257 <li>M = maximum paging frame class supported by network (1-8)</li>
1258 <li>C = current PFC (<b>P</b>aging <b>F</b>rame <b>C</b>lass) (1-8)</li>
1259 <li>FB = number of F-BCCH slots</li>
1260 <li>E = number of E-BCCH slots</li>
1261 <li>SP = number of SPACH slots</li>
1262 <li>pc = PCH subchannel</li>
1263 <li>net = supported network types, bit map (1=suported, 0=not, C=current):
1264 first bit for Public, second for Private, third for Residential</li>
1269 <li><a href="faq_net1.html#DTCH">DTCH</a> mode
1272 <li>DTX = shown when <a href="faq_net1.html#DTX">DTX</a> is on</li>
1273 <li>ENCR = shown when message encryption is on</li>
1274 <li>CIPH or CIPR = shown when voice ciphering is on</li>
1275 <li>d = data receiving status (0=no sync, 1=sync)</li>
1276 <li>Be = <b>B</b>it <b>E</b>rror <b>r</b>ate in % (0-16)</li>
1277 <li>TA = current <b>t</b>ime <b>a</b>lignment (0-30)</li>
1278 <li>a = audio state (0=off, 1=on)</li>
1279 <li>CODEC... = current codec:<p>
1281 <li>-EFR- = IS-136A ACELP coder</li>
1288 <li><a href="faq_net1.html#ACCH">ACCH</a> mode
1291 <li>XSTBY = shown when extended standby is on</li>
1296 <li><a href="faq_net1.html#AVCH">AVCH</a> mode
1299 <li>SAT = SAT validity as measured by <a href-"faq_net1.html#DSP">DSP</a> (0-32767)</li>
1306 <p>and for Nokia 6185/6188:
1309 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1312 <a href="faq_net1.html#CDMA">CDMA</a> control
1313 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1318 ECK <p>
1326 <a href="faq_net1.html#CDMA">CDMA</a> traffic
1327 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1331 PN1 PN3 PN5 <br>
1342 <a href="faq_net1.html#AMPS">AMPS</a> control
1343 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1357 <a href="faq_net1.html#AMPS">AMPS</a> traffic
1358 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1373 <td colspan=4><a href="faq_net1.html#CDMA">CDMA</a>
1376 <li>PNx: <a href="faq_net1.html#CDMA">CDMA</a> PN offsets handoff canidate listing. Shows only the current offset while idling.
1377 Shows 1 to 6 additional choices during traffic.</li>
1382 <p><a NAME="Menu3"></a><b>Menu 10-3</b>
1383 <br>Information about current and neighbor cells
1386 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1389 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1391 <td><tt>aaabbbcccddd<br>
1394 ef gh</tt></td>
1400 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1402 <td><tt><b>SCH C1 rx C2<br>
1405 1N 2N</b></tt></td>
1412 <p>Meaning of these lines:
1416 <li>information about current cell</li>
1417 <li>1st neighbor cell</li>
1418 <li>2nd neighbor cell</li>
1419 <li>e,f concern 1st neighbor cell, g,h concern 2nd neighbor cell</li>
1425 aaa - CH (<b>ch</b>annel): number of channel used for communication with cell (decimal)</li>
1428 bbb - <a href="faq_net1.html#C1">C1</a> values displayed only in standby mode. In active mode (ie. during connection)
1429 letter B and <a href="faq_net1.html#BSIC">BSIC</a> for current cell are displayed.
1432 <li>ccc - <a href="faq_net1.html#RX">RX</a>:
1433 minus is not shown if <=-100. Lets us calculate RXLev parameter value:
1436 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1437 <tr ALIGN=CENTER><td><b>RX (from)</b></td><td><b>RX (up to)</b></td><td><b>RXLev</b></td></tr>
1438 <tr ALIGN=CENTER><td>less than</td><td>-110 dBm</td><td>0</td></tr>
1439 <tr ALIGN=CENTER><td>-110 dBm</td><td>-109 dBm</td><td>1</td></tr>
1440 <tr ALIGN=CENTER><td>-109 dBm</td><td>-108 dBm</td><td>2</td></tr>
1441 <tr ALIGN=CENTER><td>...</td><td>...</td><td>...</td</tr>
1442 <tr ALIGN=CENTER><td>-49 dBm</td><td>-48 dBm</td><td>62</td></tr>
1443 <tr ALIGN=CENTER><td>-48 dBm</td><td>more</td><td>63</td></tr>
1449 ddd - <a href="faq_net1.html#C2">C2</a> parameter</li>
1452 e,g - contains F, if current cell is located on a restricted area (otherwise empty)</li>
1460 B means a cell in test phase (your phone can use barred cells - this can be enabled in
1461 <b><a href="faq_net3.html#Menu19">Menu 10-19</a></b>)</li>
1462 <li>N - a cell given for normal use</li>
1463 <li>L - means low level</li>
1464 <li>otherwise empty</li>
1471 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1473 <td><img SRC="tip.gif" height=36 width=27 align=LEFT></td>
1475 <td>If you want to see, if actual used cell is barred or not, see on
1476 <a href="faq_net3.html#Menu19">Menu 10-19</a> (it depends on setting in that test)</td>
1480 <p>Sometimes phone shows, that both <a href="faq_net1.html#C1">C1</a> and
1481 <a href="faq_net1.html#C2">C2</a> for channel are equal -99
1482 - it means probably, that it wouldn't be able to log into it...
1484 <p>In Nokia 3110 this test looks like <b><a href="#Menu4">Menu 10-4</a></b>.
1486 <p>In Nokia 2120 this test looks like <b><a href="#Menu4">test 4</a></b> in Nokia 2160.
1488 <p>In Nokia 2160 this test looks different (is displayed
1489 in <a href="faq_net1.html#DCCH">DCCH</a> mode only):
1492 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1495 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1506 <p>and here is for Nokia 6160:
1509 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1512 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1526 <li>RS = minimum <b>R</b>eceived signal <b>S</b>trength required to access cell (0-31, where 0=-113 dBm and 31=-51 dBm)</li>
1527 <li>SS = minimum signal <b>S</b>trength <b>S</b>ufficient for candidate of reselection (0-31, where 0=-113 dBm and 31=-51 dBm)</li>
1528 <li>SI = <b>S</b>can <b>I</b>nterval between consecutive strength measurements in hyperframes (1-16)</li>
1529 <li>b = access burst size (0=normal, 1=abbreviated RACH)</li>
1530 <li>NA = <b>N</b>umber of <b>A</b>nalog neighbors (0-24)</li>
1531 <li>ND = <b>N</b>umber of <b>D</b>igital neighbors (0-24)</li>
1534 <p>and for Nokia 6185/6188:
1537 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1549 <li>OWNNUMBER - phone number</li>
1550 <li>ESN - <b>E</b>lectronic <b>S</b>erial <b>N</b>umber</li>
1551 <li>MD - [AD] changes to [DI] at 800 <a href="faq_net1.html#CDMA">CDMA</a></li>
1554 <p><a NAME="Menu4"></a><b>Menu 10-4</b>
1555 <br>Information about neighbor cells
1558 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1561 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1563 <td><tt>aaabbbcccddd<br>
1566 ef gh ij</tt></td>
1572 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1574 <td><tt><b>3CH C1 rx C2<br>
1577 3N 4N 5N</b></tt></td>
1584 <p>Meaning of the lines:
1586 <li>3rd neighbor cell</li>
1587 <li>4th neighbor cell</li>
1588 <li>5th neighbor cell</li>
1589 <li>e,f concern 3rd neighbor cell, g,h 4th neighbor cell, i,j 5th neighbor cell</li>
1592 <p>Meaning of the letters is the same as in <b><a href="#Menu3">Menu 10-3</a></b> (i is the same as e, j is the same as f)
1594 <p>Sometimes phone shows, that both <a href="faq_net1.html#C1">C1</a> and
1595 <a href="faq_net1.html#C2">C2</a> for channel are equal -99
1596 - it means probably, that it wouldn't be able to log into it...
1598 <p>In Nokia 3110 this test looks like <b><a href="#Menu5">Menu 10-5</a></b>.
1600 <p>In Nokia 2160 this test looks different:
1603 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1606 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1621 <li>bVo = battery voltage</li>
1622 <li>mod = charging mode
1626 <li>FAS = Fast charging</li>
1627 <li>COL = Cold battery charging</li>
1628 <li>MAI = Maintenance charging</li>
1629 <li>ERR = wrong charger or battery not OK</li>
1630 <li>LIC = LiION battery charging</li>
1631 <li>TXO = charging, transmitter active (connection in progress)</li>
1632 <li>*** = charger disconnected</li>
1637 <li>bs = battery is full or reason for fast charge termination
1641 <li>TI = max. charge <b>Ti</b>me elapsed</li>
1642 <li>DV = <b>dV</b>/peak value detected (full)</li>
1643 <li>BV = <b>B</b>attery <b>v</b>oltage max limit</li>
1644 <li>BT = <b>B</b>attery <b>t</b>emp max limit (overheat)</li>
1645 <li>** = battery is not full</li>
1650 <li>Tbat1 = battery temp. a/d reading (subtracted from 1023)</li>
1651 <li>Tb2 = battery temp. in C (not implemented)</li>
1652 <li>Wpwm = PWM charge control output (000-250)</li>
1653 <li>FCmAh = mAh rating of charge given to the battery</li>
1657 <p>In Nokia 2120 this test looks like follows
1660 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1663 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1668 B:LLLL KKK</tt></td>
1675 <p>but it was not implemented.
1677 <p>In Nokia 6160 this test looks like follows
1680 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1683 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1688 Alphatag <br>
1698 <li>SID = <b>S</b>ystem <b>I</b>dentification <b>N</b>umber (0 to 32767, odd for 'A' carriers, even for 'B' carriers, - = not locked)</li>
1699 <li>Alphatag.. = textual end-user display of current system</li>
1702 <p>and for Nokia 6185/6188:
1705 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1717 <li>CSST - Cellular state: IDLE, CONVE, PLIOS, TIME, SYNC, RELE, PAGE, TRFIN, W_OR</li>
1718 <li>CHAN - Channel</li>
1719 <li>B - Network Band and Frequency (lowercase a,b = 800 MHz band; uppercase A,B = 1900 MHz band)</li>
1720 <li>SID - System ID:<p>
1722 <li>[17500] - Clearnet PCS</li>
1723 <li>[16422] - BC Tel Mobility</li>
1724 <li>[16xxx odd number] - Cantel AT&T</li>
1729 <p><a NAME="Menu5"></a><b>Menu 10-5</b>
1730 <br>Information about neighbor cells
1733 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1736 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1738 <td><tt>aaabbbcccddd<br>
1741 ef gh ij</tt></td>
1747 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1749 <td><tt><b>6CH C1 rx C2<br>
1752 6N 7N 8N</b></tt></td>
1759 <p>Meaning of the lines:
1761 <li>6th neighbor cell</li>
1762 <li>7th neighbor cell</li>
1763 <li>8th neighbor cell</li>
1764 <li>e,f concern 6th neighbor cell, g,h 7th neighbor cell, i,j 8th neighbor cell</li>
1767 <p>Meaning of the letters is the same as in <b><a href="#Menu3">Menu 10-3</a></b> (i is the same as e, j is the same as f)
1769 <p>Sometimes phone shows, that both <a href="faq_net1.html#C1">C1</a> and
1770 <a href="faq_net1.html#C2">C2</a> for channel are equal -99
1771 - it means probably, that it wouldn't be able to log into it...
1773 <p>In Nokia 3110 this test looks like <b><a href="#Menu6">Menu 10-6</a></b>.
1775 <p>As far as I know, Nokia 3210 is the first model which can "observe" 8 neighbor cells (older series - like Nokia 5110 .
1776 display parameters of only 6 neighbor cells).
1778 <p>In Nokia 2160 this test looks different:
1781 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1784 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1789 Prod type </tt></td>
1797 <li>ROM SW = ROM software version, e.g. V 65.08</li>
1798 <li>EPROM SW = EPROM (flash) version, e.g. V 1.45</li>
1799 <li>Prod type = product type, e.g. NHC-4NE</li>
1802 <p>And here is for Nokia 6160:
1805 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1808 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1822 <li>S = system indicator:<p>
1824 <li>H = hometype system</li>
1825 <li>P = partner roam</li>
1826 <li>F = preffered roam</li>
1827 <li>N = normal roam</li>
1828 <li>X = no service</li>
1829 <li>a, b, A, B, C, D, E, F = current band while scanning for a control channel
1830 (see next parameter for details)</li>
1834 <li>bandorde = network search order:<p>
1836 <li>a = a-side 800mhz cellular</li>
1837 <li>b = b-side 800mhz cellular</li>
1838 <li>A = A-block (30 mhz) 1900mhz PCS</li>
1839 <li>B = B-block (30 mhz) 1900mhz PCS</li>
1840 <li>C = C-block (30 mhz) 1900mhz PCS</li>
1841 <li>D = D-block (10 mhz) narrowband 1900mhz PCS</li>
1842 <li>E = E-block (10 mhz) narrowband 1900mhz PCS</li>
1843 <li>F = F-block (10 mhz) narrowband 1900mhz PCS</li>
1847 <li>NC = <b>N</b>umber of <b>C</b>ellular = number of probability blocks to scan in cellular bands</li>
1848 <li>NP = <b>N</b>umber of <b>P</b>CS - number of sub blocks to scan in PCS bands</li>
1849 <li>IRC = <b>IR C</b>ontrol:<p>
1851 <li>1 = only systems with home SID or SOC are accepted</li>
1852 <li>0 = any system not listed as forbidden is accepted</li>
1855 <li>RSCO = <b>R</b>e<b>s</b>can <b>Co</b>unt - rescan time in hyperframes</li>
1856 <li>RSLO = <b>R</b>e<b>s</b>can <b>Lo</b>op - defines when all the bands in bandorder are to be scanned</li>
1860 <p>and for Nokia 6185/6188:
1863 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1874 <p><a NAME="Menu6"></a><b>Menu 10-6</b>
1875 <br>Information about preferred and restricted networks of the inserted SIM card.
1878 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1881 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1883 <td><tt>aaabb aaabb<br>
1884 aaabb aaabb<br>
1885 aaabb aaabb<br>
1886 aaabb aaabb</tt></td>
1892 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1894 <td><tt><b>LReg 1_For<br>
1895 1_Pre 2_For<br>
1896 2_Pre 3_For<br>
1897 3_Pre 4_For</b></tt></td>
1904 <p>Meaning of the individual lines:
1907 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1908 <tr><td ALIGN=CENTER>last registered network</td><td>1st forbidden network</td></tr>
1909 <tr><td>1st preferred network</td><td>2nd forbidden network</td></tr>
1910 <tr><td>2nd preferred network</td><td>3rd forbidden network</td></tr>
1911 <tr><td>3rd preferred network</td><td>4rd forbidden network</td></tr>
1917 last registered network - you used it last time. When you're in home country, it can be your home network
1918 (you pay them for your calls - if it is, after choosing it manually (in Nokia 5110 - Menu 4-2-4) phone displays
1919 "Home network selected").
1923 preferred network - network, to which your SIM card was logged (when it was in its range) - for example in roaming.
1927 forbidden network - your SIM card was in range of that network, but wasn't allowed to log in...
1933 <p>aaa - <a NAME="MCC"></a>MCC (<b>M</b>obile <b>C</b>ountry <b>C</b>ode)
1934 - code of the network home country (260 for Poland) in BCD code
1938 <p>bb - <a NAME="MNC"></a>MNC (<b>M</b>obile <b>N</b>etwork <b>C</b>ode)
1939 - network code (different for networks with the same MCC) in BCD. When you use phone working in PCS 1900
1940 system (for example, Nokia 6190), this number can be 3-digit long.</li>
1943 <p>What are these lists stored on SIM card for? Because:
1948 the phone doesn't have to waste its power while trying to log to the network, which is forbidden for SIM card
1949 (it is checked only once and then stored, so the phone doesn't have to repeat this procedure anymore)
1953 when you have automatic network selection enabled, your phone in first turn searches for networks it was
1954 previously using ("preferred").
1959 The list of "preferred" and "forbidden" networks is written by the phone
1960 (Nokia saves last chosen networks). Preffered networks can be also edited - for example in Motorola and Alcatel phones (not in Nokia).
1961 Sometimes it is done by
1962 the operator (he writes preferred and forbidden networks to the SIM card before selling it (it's known, that you cannot
1963 log to competitive network - it can be stored in card programming phase). Both these lists can be changed using a
1964 Czech program called SIMedit (<a href="http://www.compelson.cz/simedit.htm">www.compelson.cz/simedit.htm</a>)...
1966 <p>URL <a href="http://kbs.cs.tu-berlin.de/~jutta/gsm/gsm-list.html">http://kbs.cs.tu-berlin.de/~jutta/gsm/gsm-list.html</a>
1967 contains list of the MCC and MNC parameters for different networks.
1970 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1972 <td><img SRC="tip.gif" height=36 width=27 align=LEFT></td>
1974 <td>Using this menu you can check (probably - NOT ALWAYS!), where SIM card was used lately (in your country, abroad)
1975 and where its owner was traveling
1980 <p>In Nokia 2160 use this test, when you want to "disable" NetMonitor tests.
1982 <p>And here is for Nokia 6160:
1985 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
1988 <table BORDER CELLSPACING=0 CELLPADDING=0 >
1991 PSC PSD <br>
2000 <p><b>I</b>ntelligent <b>R</b>oaming <b>D</b>ata<b>b</b>ase (IRDB) statistics:
2002 <p>This lists the total count of SOCs and SIDs in each category.
2003 The database has a total memory limit of 82 entries,
2004 which may be distributed amongst these categories:
2007 PSC = number of Partner SOCs<br>
2008 PSD = number of Partner SIDs<br>
2009 FSC = number of Preffered SOCs<br>
2010 FSD = number of Preffered SIDs<br>
2011 XSC = number of Forbidden SOCs<br>
2012 XSD = number of Forbidden SIDs<br>
2014 <p>Partner SOC/SID = treated like the home system by the phone
2015 <br>Preffered SOC/SID = preferred over neutral (undefined) systems when available
2016 <br>Forbidden SOC/SID = rejected by the phone as service providers
2018 <p>and for Nokia 6185/6188:
2021 <table BORDER=0 CELLSPACING=0 CELLPADDING=0 width=100%>
2022 <tr><td><a href="faq_net1.html#CDMA">CDMA</a><br>
2023 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2029 MIN_P_REV
2034 <td><a href="faq_net1.html#AMPS">AMPS</a><br>
2035 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2047 <br><a href="faq_net1.html#CDMA">CDMA</a><p>
2049 <li>SID - System ID:<p>
2051 <li>[17500] - Clearnet PCS</li>
2052 <li>[16422] - BCTel Mobility</li>
2053 <li>[16xxx odd number] - Cantel AT&T</li>
2054 <li>[00000]: Second SID assignment</li>
2057 <p>Are lines 3,4 <a href="faq_net1.html#CDMA">CDMA</a> specs ? [ANSI] for 1900 MHz, [TSB74] for 800 MHz <a href="faq_net1.html#CDMA">CDMA</a>
2060 <p><a NAME="Menu7"></a><b>Menu 10-7</b>
2061 <br>Information about current (recently monitored) cell
2064 <table CELLSPACING=0 CELLPADDING=0 WIDTH="100%" >
2067 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2069 <td><tt>E A H C I BR<br>
2072 h i j</tt></td>
2078 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2080 <td><tt><b>Serving Cell<br>
2083 </b></tt></td>
2092 <li>a - 1, if emergency calls (112) are possible</li>
2093 <li>b - 1, if <a href="faq_net1.html#IMSIattach">IMSI attach</a> and <a href="faq_net1.html#IMSIdetach">IMSI detach</a> are possible</li>
2094 <li>c - 1, if the cell supports <a href="faq_net1.html#HR">HR channels</a></li>
2095 <li>d - 1, if <a href="faq_net1.html#C2">C2</a> values are broadcasted</li>
2096 <li>e - 1, system information 7 and 8 are broadcasted</li>
2097 <li>f - 1, if the cell supports cell broadcasting (<a href="#CBCH">CBCH</a> channel)</li>
2098 <li>g - 1, if cell re-establishment is possible</li>
2101 <p>Last two lines are present only in dual phones (GSM 900/1800 - for example Nokia 6150 and 3210):
2106 h - 1 in standby mode, if ECSC (Early Classmark) sending is supported. During a call "x" is displayed.
2110 i - 1 in standby mode, if 2-Ter messages are supported. During call "x" is displayed
2114 j - information (if supported) which cells from both frequencies bands (900 and 1800 MHz) are shown
2115 (MULTIBAND_REPORTING parameter value). Description from
2116 Phase2+ ETSI GSM 05.08 version 5.4.0, section 8.4.3 "Additional cell reporting requirements for multi band MS" specification:
2121 0 - 6 strongest cells (with known and allowed <a href="faq_net1.html#NCC">NCC</a> from
2122 <a href="faq_net1.html#BSIC">BSIC</a>), regardless their frequency band (900 or 1800 MHz)</li>
2125 1 - strongest cell (with known and allowed
2126 <a href="faq_net1.html#NCC">NCC</a> from <a href="faq_net1.html#BSIC">BSIC</a>) in each frequency band on
2127 BA list, except for frequency band of the current cell. Remaining positions should be used to show cells in frequency band
2128 of the current cell. If there are free positions left, further strongest and recognized cells from other bands are shown (their
2129 frequencies bands are not important).
2133 2 - like in 1, but two strongest cells are shown first (with known and allowed <a href="faq_net1.html#NCC">NCC</a> from
2134 <a href="faq_net1.html#BSIC">BSIC</a>) in each band...
2138 3 - three strongest cells are shown first...</li>
2144 <p>If your phone wasn't logged to any network, some default values are shown.
2146 <p>In Nokia 6160 this test is different:
2149 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2159 <p>and here is for Nokia 6185/6188:
2162 <table BORDER=0 CELLSPACING=0 CELLPADDING=0 width=100%>
2163 <tr><td><a href="faq_net1.html#CDMA">CDMA</a><br>
2164 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2167 CSST <br>
2174 <td><a href="faq_net1.html#AMPS">AMPS</a><br>
2175 <table BORDER CELLSPACING=0 CELLPADDING=0 >
2187 <br><a href="faq_net1.html#CDMA">CDMA</a><p>
2189 <li>CSST - Cellular state: [IDLE], [CONVE], [PLIOS], [TIME], [SYNC], [RELE], [PAGE], [TRFIN], [W_OR]</li>
2190 <li>DATE - <a href="faq_net1.html#CDMA">CDMA</a> Network date</li>
2191 <li>TIME - <a href="faq_net1.html#CDMA">CDMA</a> Network time</li>
2195 <font class="drukuj">
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2201 <hr size="2" noshade width="60%" align="center" style="color: #004080">
2204 <br><p align="RIGHT"><font class='autor' size='1'><a class="autoremail" href="mailto:Marcin Wiacek<Marcin-Wiacek@topnet.pl>">Marcin Wiacek</a> (<a class="autoremail" href="http://marcin-wiacek.topnet.pl">WWW</a>)
2205 <br>Last modification: 4 May 2000</font>
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