[=][=][=][=][=][=][=][=][=][=][=][=][=][=][=] [=] [=] [=] AN ALMOST COMPLETE GUIDE TO HACKING [=] [=] CELLUAR PHONE's FROM A TO Z [=] [=] [=] [=] DaTe:04/28/92 bY:NEO NERD [=] [=][=][=][=][=][=][=][=][=][=][=][=][=][=][=] +++ Introduction +++ Well first i'd like to welcome you and thank you for taking the time, to read and view this little text file i put together. I hope you get some useful information out of it, also feel free to pass it around. That is one reason i made this text, the other was to help the regular individual (like myself, who could not pay that out rageous price!) be able to use their ce- lluar phone any time they want. And last the most important of them all, is to just totally fuck over those money sucking asshole's! be it non-wired or wired celluar company's. If you don't own a celluar phone and you can't get your hand's on one, don't think about deleting this text it come's in handy just think about helping other's who don't have access to this infomation? Thought that would wake you up! welp if you have any problem's or questions that you can't figure out, drop me some mail and i'll be happy to help... (i'm on most of the "Hp" board's, at least i think so? who know's, anyways) LaT-O, Neo Nerd +++ Greets To +++ Minuite Man, Adian Paul, Mechanix, Lawless, Blade, Billy Name, Askew, Mr. Ferrari, Kid Quick, GrIm Reaper, Night Ranger, Dark Angel, Jinx, Unsetteled Soul, Psycho Surf, and who ever else i forgot to include??? ------------------------------------------------------------------------------- +++ Cellular Phones +++ Mobile telephone's may be thought of as cordless phones with elaborate portable and base units. High-power transmitters and elevated antennas that provide the radio carrier link over an area within 20 to 30 miles from the base station antenna, as well as the multiplexing, detecting, sorting and selecting features required to simultaneously service 60 subscribers per base station, are the major difference's between cordless telephones and mobile telephone's. * Base Unit The base station can transmit and receive on several different freq.'s simultaneously to provide several individual channels for use at the same time. The radio base station transmitter output power is typically 200-250 watts and the radiated power can be as high as 500 watts if the transmiting antenna gain is included. It covers a circular area of up to 30 miles in radius for clear reliable communications, but transmitters with the same frequency are not spaced closer than about 60 to 100 miles because of the noise interference levels. The receiver contains filters, high-gain amp's and demodulators to provide a usable voice signal to the telephone line. The control terminal contains the necessary detector and timing and logic circuits to control the transmission link between the base unit and the mobile units. As a result telephone calls are coupled to and from the stan- dard telephone system just like calls that are carried completely over wire facilities. The control terminal has the necessary interface circuits so that a call initiated at a mobile unit is interconnected through the natio- nal or international telephone system to the called party just as any other telephone call. The national and international telephone system facilities are owned by the respective telephone companies. The base units and mobile units may be owned by the telephone company or by a separate company called a radio common carrier (RCC). When the mobile system is run by a RCC, the RCC is charged by the telephone company for the use of the standard telephone system just like any other customer. This cost is then included in the charge by the RCC to the eventual user of the celluar units. To subscribe to cellular telephone service, a user has only to apply and be accepted by the RCC or the telephone company operating the system. When the application is accepted, the user can lease or purchase the mobile equipment. * Mobile Unit The mobile unit consists of a receiver containing amplifiers, a mixer and a demodulator; a transmitter containing a modulator, carrier oscillator and amplifiers; the necessary control logic; a control unit with mircophone speaker, keypad and switches; antennas and the interconnecting cables. The control unit performs all of the functions associated with normal telephone use. The mobile telephone user with automatic control places and receives calls in the same manner as with an ordinary telephone. When the handset is lifted to place a call, the radio unit automatically selects an available channel. If no channel is available, the busy light comes on. If a channel is found, the user hears the normal dial tone from the telephone system, and can then dial the number and proceed as if the telephone were direct wired. An incoming call to the mobile unit is signaled by a ringing tone and is answered simply by lifting the handset and talking. Thus, the automa- tic mobile telephone is as easily used as a home telephone. The mobile telephone combines the mobility of the radio link and the world-wide switch network of the existing telephone system to provide a communication link to any other telephone in the world. * Home Area and Roaming As previously stated, the mobile system is designed for optimum use within a 20-30 mile radius of the base antenna. This is called the subscrib- er's home area and a subscriber usually would remain in the home area. How ever, if the subscriber moves out of the home area into another area, the subscriber is referred to as a roamer and a different mode of operation applies. Each mobile telephone has a unique telephone number which includes the home area's base station identification. When someone calls the mobile unit the calling party is connected first to the transmitter serving the subscrib- er's home area. As long as the subscriber is within radio range of that sys- tem, all is well; otherwise, the base station won't get an answer from the mobile unit ant the caller will get a no-answer signal. If the subscriber roams outside the home area, he/she can still be reached if a similar mobile telephone system exists in that area, provided proper advance arrangements have been made. Calls to roamers are usally placed by calling a special number for the mobile service operator who knows the roamer's location. The operator man- ually patches the call through to the base station serving the area of the roamer's location. Some systems cannot handle roamers due to overload of their channels, and some systems do not allow roamers. * Detalied Operation Different signaling techniques must be used in a mobile telephone sys- tem than in a wired facility. Since there are no wires connecting the tele- phone to the network, both speech and signaling must be transmitted via the radio. This is accomplished through the use of special tones rather than applying a voltage level or detecting a current. The tones are selected so as not to be mistaken for other signaling tones, such as DTMF. The proper tone transmitted to the mobile unit will, for example, ring the mobile tele- phone to indicate an incoming call just as with a standard telephone. A different tone is used to indicate off-hook, busy, etc. The improved mobile telephone system (IMTS) uses in-band signaling tones from 1,300 hz to 2,200 hz. The older mobile telephone system (MTS) had the in-band signaling tones in the 600 hz to 1,500 hz range. Some systems use 2,805 hz in manual operation. Incoming Call To gain a better understanding of the system operation, let's trace an incoming call from a wire facility subscriber through the base unit to a mobile unit. The base station controls all activity on all channels and can transmit on any idle channel. Regardless of how many channels are idle, it selects only one and places a 2,000 hz idle tone on it. All on-hook celluar units that are turned on automatically search for the idle tone and lock on the idle channel because this is the channel over which the next call in either direction will be completed. After locking onto the idle channel, all on-hook mobile units "listen" for their number on that channel. When an idle channel becomes busy for a call in either direction, the base station control terminal selects another unused channel and marks it with idle tone. All of the on-hook celluar units then move to the new idle channel. This process is repeated each time a new call is initiated as long as unused channels are available. After the person calling the mobile subscriber dials the mobile unit's telephone number, the call is processed through the switched telephone net- work as in a normal landline call. When the call reaches the control terminal, the terminal seizes the idle channel, and indicates seizure by removing the idle tone from that channel and applying he 1,800 hz seize-tone The seize-tone prevents cellular units from seizing the channel to originate a call. The control terminal then out-pulses the mobile unit's number over the base station transmitter at ten pulses per second, with idle-tone representing a mark (which corresponds to the make interval in dc pulsing) and seize-tone representing a space (corresponding to the break interval). Each on-hook mobile unit receiving the number transmission compares the received number to its unit number. As soon as a digit mismatch is detected, the mobile unit abandons that channel and searches for the new idle channel. thus, upon completion of the number transmission, all mobile units except the one called will have abandoned the seized channel and will be monitoring the new idle channel. When the mobile unit receives its correct seven-digit address, the mobile supervisory unit turns on the mobile transmitter and sends the acknowledge- ment is not received by the control terminal within three seconds after out- pulsing the address, the seize tone is removed and the call abandoned. However, upon receipt of the mobile acknowledgement signal, the terminal sends standard repetitive ringing at a cycle of two seconds on, four seconds off, using idle and seize tones as before. If the mobile does not answer with in 45 seconds, ringing is discontinued and the call abandoned. When the mobile subscriber goes off-hook to answer, the mobile super- visory unit sends a burst of connect tones (1,633 hz) as an answer signal. Upon receipt of the answer signal, the control terminal stops the ringing and establishes a talking path between the calling circuit and the radio channel. When the subscriber hangs up at the end of the call, the mobile supervisory unit sends a disconnect signal--alternating the disconnect tone (1,336 hz) and the guard tone. The mobile supervisory unit then turns off the mobile transmitter and begins searching for the marked idle channel. Outgoing Call When the subscriber goes off-hook to place the call, the mobile unit must be locked on the marked-idle channel. If not, the handset will be inoperative and the busy lamp on the control unit will light, indicating to the mobile unit subscriber that no channel is available. If the mobile unit is locked on the marked-idle channel, the mobile supervisory unit will turn on the mobile transmitter to initiate the acknowledgement or handshake sequence. The pulses of guard tone mixed in with the number pulses are for parity checking. * Cellular Mobile Telephone Service Mobile telephone service always has been a scarce luxury. Subscribers pay from ten to twenty times more for mobile service than for residential tele- phone service, yet most urban telephone carriers and RCC's have long waiting lists for mobile telephones. In chicago, for example, only 2,000 mobile users can be accommodated, yet at least ten times that many desire service at pres- ent rates. The reason is that there simply are not enough channels to handle the demand, and the few dozen available are spread over several bands and divided among different types of carriers. The solution is not simply to assign new frequenices is simply not available; besides, this would not eli- minate the restrictions on roamers. Clearly an entirely new approach to mobile telephony was needed. The cellular concept, also called the advanced mobile phone service (AMPS) was a method to provide high quality mobile service for more subscribers at an affordable cost and to provide more free- dom for roamers. * Basic Concept The basic concept of the AMPS celluar system is to reduce the area covered by the transmitter by reducing the power of transmission. In this way concentrated areas of population can have more transmitting stations, conver- sations. In addition, because transmitters cover less area, the same freq- uency can be-used in a common geographical area. System Structure The service area is divided into regions called cells, each of which has equipment to switch, transmit, and receive call to/from any mobile unit located in the cell. Each cell transmitter and receiver operates on a given channel. Each channel is used for many simultaneous conversations in cells which are not adjacent to one another, but are far enough apart to avoid excessive interence. Thus a system with a relatively small number of sub- scribers can use large cells, and as demand grows, the cells are divided into smaller ones. * The MTSO The cell sites are interconnected and controlled by a central mobile telecommunications switching office (MTSO), which is basically a telephone switching office as far as hardware is concerned, it uses a substantial amount of additional digit equipment programmed for celluar control. It only connects the system to the telephone network, but also records call infor- mation for billing purposes. The MTSO is linked to the cell sites by a group of voice trunks for conversations, together with one or more data links for signaling and control. The MTSO controls not only the cell sites via radio commands, but also many functions of the mobile units. * Mobile Units The mobile units consist of a control unit, a transceiver, and approp- riate antennas. the transceiver contains circuits that can tune to any of the 666 FM channels in the 800 mhz range assigned to the cellular system. Each cell site has at least one setup channel dedicated for signaling between the cell and its mobile units. The ramaining channels are used for coversation. Each mobile unit is assigned a 10 digit number, identical in form to any other telephone number. Callers to the mobile unit will dial the local or long-distance number for the desired mobile unit. The mobile user will dial seven or ten digits with a 0 or a 1 prefix, where applicable, as if calling from a fixed telephone. Whenever a mobile unit is turned on but not in use, the mobile control unit monitors the data being transmitted on a setup channel selected from among the several standard setup frequenices on the basis of signal strength If signal strength becomes marginal as the mobile unit approaches a cell boundary, the mobile control finds a setup channel with a stronger signal. * Calling a Mobile Unit A mobie unit is called by transmitting its number over the setup channel When the mobile recognizes its number, it quickly seizes the strongest setup channel and transmits an acknowledgement reponse. The cell site then uses the sized setup channel to transmit the voice-channel assignment to the mobile. The mobile and cell site switch to the voice-channel radio frequency and the voice channel is used for ringing, off-hook, and subsequent conversation. The sequence is similar when the mobile user originates the call. It begins with the mobile unit goes off-hook. then the voice channel selection, signaling and conversation occur in the same way. During the call, the system at the serving cell site examines the signal strength once every few seconds. if the signal level becomes too low, the MTSO looks for a cell site closer to the mobile unit to handle the call, based on the location and direction of travel information from the serving cell site. The actual handoff from one cell to the next occurs so rapidly that the user cannot tell it has occurred. * Roamers The system is designed to make handling of roamers automatic; indeed, this is the principal goal of the cellular approach. Locating and handoff are concepts taht come directly from the use of small cells. "Locating" in this sense is not the determination of precise geographic location--although that is obviously a factor; rather, it is the process of determining whether a moving active user should continue to be served by his current channel and transmitter, or "handed off" to either another channel, cell, or both. The decision is made automatically by a computer, based on singal quality and potential interference, and involves sampling the signal from the mobile unit. With the celluar system, a subscriber could make a call from his car while driving in the countryside toward a city, continue through the city's downtown, and not hang up until well beyond the city on the other side. During the entire time, the transmission would be clear with no dead spots. More importantly would be entirely automatic, with no interruptions and no action required by the user or an operator. Wherever there is a system to serve it, a roaming unit will be able to obtain completely automatic service; however, a call from a land telephone to a mobile unit which has roamed to another metropolitan area presents add- itional problems. While it would be technically possible for the system to determine automatically where the mobile unit is, and to connect it auto- matically to the land party, there are two reasons for not doing so. First the caller will expect to pay only a local change if a local number is dial- ed. Second, the mobile user may not want to be identified to be a particular location automatically by the system without an approval. Therefore, the system will complete the connection only if the extra charge is agreed to, and when possible to do so without unauthorized disclosure of the service area to which the mobile unit has roamed. * Unique Features There are two essential elements of the celluar concept which are unique frequency reuse and cell splitting. Frequency reuse means using the same frequency or channel simultaneously for different conversations, in the same general geographic area. The idea of having more than one transmission on a given frequency is not new; it is done in virtually all radio services. What is unique to celluar is the clos- eness of the users; two users of the same frequency may be only a few dozen miles apart, rather than hundreds of miles. this is done by using relativley low power transmitters on multiple sites, rather than a single high power transmitter. Each transmitter covers only its own cell, and cells sufficien- tly far apart may be using the same frequency. Cell splitting is based on the notion that cell sizes are not fixed, and may vary in the same area or over time. When the average number of users in some cells becomes too large to be handled with proper service quality, the overloaded cells are split into smaller cells by adding more transmitters. The same MTSO can continue to serve all of the cell sites, but expansion of its computer and switching facilities probably will be required. * Credits The above information was taken from the following source. Howard W. Sams, Understanding Telephone Electronics # 62-1388 (available at all Radio Shacks, I strongly advise getting this book, it's a little outdated, but it still contains a wealth of information...) LaT-O, Neo Nerd ------------------------------------------------------------------------------- +++ Cellular phone channel construction +++ Here is a method of determining which frequencies are used in a cellular system, and which ones are in what cells. If the system uses OMNICELLS, as most do, you can readily find all the channels in a cell if you know just one of them, using tables constructed with the instructions below. Cellular frequencies are assigned by channel number, and for all channel numbers, in both wireline and non-wireline systems, the formula is: Transmit Frequency = (channel number x .030 MHz) + 870 MHz Receive Frequency = (channel number x .030 Mhz) + 825 Mhz "Band A" (one of the two blocks) uses channels 1 - 333. To construct a table showing frequency by cells, use channel 333 as the top left corner of a table. The next entry to the right of channel 333 is 332, the next is 331, etc., down to channel 313. Enter channel 312 underneath 333, 311 under 332, etc. Each channel across the top row is the first channel in each CELL of the system; each channel DOWN from the column from the the first channel is the next frequency assigned to that cell. You may have noted that each channel down is 21 channels lower in number. Usually the data channel used is the highest numbered channel in a cell. "Band B" uses channels from 334 to 666. Construct your table in a similar way, with channel 334 in the upper left corner, 335 the next entry to the right. The data channel should be the lowest numbered channel in each cell this time. Cellular Phone Band A (Channel 1 is Data) Cell # 1 -------------------------------------------------- Channel 1 (333) Tx 879.990 Rx 834.990 Channel 2 (312) Tx 879.360 Rx 834.360 Channel 3 (291) Tx 878.730 Rx 833.730 Channel 4 (270) Tx 878.100 Rx 833.100 Channel 5 (249) Tx 877.470 Rx 832.470 Channel 6 (228) Tx 876.840 Rx 831.840 Channel 7 (207) Tx 876.210 Rx 831.210 Channel 8 (186) Tx 875.580 Rx 830.580 Channel 9 (165) Tx 874.950 Rx 829.950 Channel 10 (144) Tx 874.320 Rx 829.320 Channel 11 (123) Tx 873.690 Rx 828.690 Channel 12 (102) Tx 873.060 Rx 828.060 Channel 13 (81) Tx 872.430 Rx 827.430 Channel 14 (60) Tx 871.800 Rx 826.800 Channel 15 (39) Tx 871.170 Rx 826.170 Channel 16 (18) Tx 870.540 Rx 825.540 Cell # 2 -------------------------------------------------- Channel 1 (332) Tx 879.960 Rx 834.960 Channel 2 (311) Tx 879.330 Rx 834.330 Channel 3 (290) Tx 878.700 Rx 833.700 Channel 4 (269) Tx 878.070 Rx 833.070 Channel 5 (248) Tx 877.440 Rx 832.440 Channel 6 (227) Tx 876.810 Rx 831.810 Channel 7 (206) Tx 876.180 Rx 831.180 Channel 8 (185) Tx 875.550 Rx 830.550 Channel 9 (164) Tx 874.920 Rx 829.920 Channel 10 (143) Tx 874.290 Rx 829.290 Channel 11 (122) Tx 873.660 Rx 828.660 Channel 12 (101) Tx 873.030 Rx 828.030 Channel 13 (80) Tx 872.400 Rx 827.400 Channel 14 (59) Tx 871.770 Rx 826.770 Channel 15 (38) Tx 871.140 Rx 826.140 Channel 16 (17) Tx 870.510 Rx 825.510 Cell # 3 -------------------------------------------------- Channel 1 (331) Tx 879.930 Rx 834.930 Channel 2 (310) Tx 879.300 Rx 834.300 Channel 3 (289) Tx 878.670 Rx 833.670 Channel 4 (268) Tx 878.040 Rx 833.040 Channel 5 (247) Tx 877.410 Rx 832.410 Channel 6 (226) Tx 876.780 Rx 831.780 Channel 7 (205) Tx 876.150 Rx 831.150 Channel 8 (184) Tx 875.520 Rx 830.520 Channel 9 (163) Tx 874.890 Rx 829.890 Channel 10 (142) Tx 874.260 Rx 829.260 Channel 11 (121) Tx 873.630 Rx 828.630 Channel 12 (100) Tx 873.000 Rx 828.000 Channel 13 (79) Tx 872.370 Rx 827.370 Channel 14 (58) Tx 871.740 Rx 826.740 Channel 15 (37) Tx 871.110 Rx 826.110 Channel 16 (16) Tx 870.480 Rx 825.480 Cell # 4 -------------------------------------------------- Channel 1 (330) Tx 879.900 Rx 834.900 Channel 2 (309) Tx 879.270 Rx 834.270 Channel 3 (288) Tx 878.640 Rx 833.640 Channel 4 (267) Tx 878.010 Rx 833.010 Channel 5 (246) Tx 877.380 Rx 832.380 Channel 6 (225) Tx 876.750 Rx 831.750 Channel 7 (204) Tx 876.120 Rx 831.120 Channel 8 (183) Tx 875.490 Rx 830.490 Channel 9 (162) Tx 874.860 Rx 829.860 Channel 10 (141) Tx 874.230 Rx 829.230 Channel 11 (120) Tx 873.600 Rx 828.600 Channel 12 (99) Tx 872.970 Rx 827.970 Channel 13 (78) Tx 872.340 Rx 827.340 Channel 14 (57) Tx 871.710 Rx 826.710 Channel 15 (36) Tx 871.080 Rx 826.080 Channel 16 (15) Tx 870.450 Rx 825.450 Cell # 5 -------------------------------------------------- Channel 1 (329) Tx 879.870 Rx 834.870 Channel 2 (308) Tx 879.240 Rx 834.240 Channel 3 (287) Tx 878.610 Rx 833.610 Channel 4 (266) Tx 877.980 Rx 832.980 Channel 5 (245) Tx 877.350 Rx 832.350 Channel 6 (224) Tx 876.720 Rx 831.720 Channel 7 (203) Tx 876.090 Rx 831.090 Channel 8 (182) Tx 875.460 Rx 830.460 Channel 9 (161) Tx 874.830 Rx 829.830 Channel 10 (140) Tx 874.200 Rx 829.200 Channel 11 (119) Tx 873.570 Rx 828.570 Channel 12 (98) Tx 872.940 Rx 827.940 Channel 13 (77) Tx 872.310 Rx 827.310 Channel 14 (56) Tx 871.680 Rx 826.680 Channel 15 (35) Tx 871.050 Rx 826.050 Channel 16 (14) Tx 870.420 Rx 825.420 Cell # 6 -------------------------------------------------- Channel 1 (328) Tx 879.840 Rx 834.840 Channel 2 (307) Tx 879.210 Rx 834.210 Channel 3 (286) Tx 878.580 Rx 833.580 Channel 4 (265) Tx 877.950 Rx 832.950 Channel 5 (244) Tx 877.320 Rx 832.320 Channel 6 (223) Tx 876.690 Rx 831.690 Channel 7 (202) Tx 876.060 Rx 831.060 Channel 8 (181) Tx 875.430 Rx 830.430 Channel 9 (160) Tx 874.800 Rx 829.800 Channel 10 (139) Tx 874.170 Rx 829.170 Channel 11 (118) Tx 873.540 Rx 828.540 Channel 12 (97) Tx 872.910 Rx 827.910 Channel 13 (76) Tx 872.280 Rx 827.280 Channel 14 (55) Tx 871.650 Rx 826.650 Channel 15 (34) Tx 871.020 Rx 826.020 Channel 16 (13) Tx 870.390 Rx 825.390 Cell # 7 -------------------------------------------------- Channel 1 (327) Tx 879.810 Rx 834.810 Channel 2 (306) Tx 879.180 Rx 834.180 Channel 3 (285) Tx 878.550 Rx 833.550 Channel 4 (264) Tx 877.920 Rx 832.920 Channel 5 (243) Tx 877.290 Rx 832.290 Channel 6 (222) Tx 876.660 Rx 831.660 Channel 7 (201) Tx 876.030 Rx 831.030 Channel 8 (180) Tx 875.400 Rx 830.400 Channel 9 (159) Tx 874.770 Rx 829.770 Channel 10 (138) Tx 874.140 Rx 829.140 Channel 11 (117) Tx 873.510 Rx 828.510 Channel 12 (96) Tx 872.880 Rx 827.880 Channel 13 (75) Tx 872.250 Rx 827.250 Channel 14 (54) Tx 871.620 Rx 826.620 Channel 15 (33) Tx 870.990 Rx 825.990 Channel 16 (12) Tx 870.360 Rx 825.360 Cell # 8 -------------------------------------------------- Channel 1 (326) Tx 879.780 Rx 834.780 Channel 2 (305) Tx 879.150 Rx 834.150 Channel 3 (284) Tx 878.520 Rx 833.520 Channel 4 (263) Tx 877.890 Rx 832.890 Channel 5 (242) Tx 877.260 Rx 832.260 Channel 6 (221) Tx 876.630 Rx 831.630 Channel 7 (200) Tx 876.000 Rx 831.000 Channel 8 (179) Tx 875.370 Rx 830.370 Channel 9 (158) Tx 874.740 Rx 829.740 Channel 10 (137) Tx 874.110 Rx 829.110 Channel 11 (116) Tx 873.480 Rx 828.480 Channel 12 (95) Tx 872.850 Rx 827.850 Channel 13 (74) Tx 872.220 Rx 827.220 Channel 14 (53) Tx 871.590 Rx 826.590 Channel 15 (32) Tx 870.960 Rx 825.960 Channel 16 (11) Tx 870.330 Rx 825.330 Cell # 9 -------------------------------------------------- Channel 1 (325) Tx 879.750 Rx 834.750 Channel 2 (304) Tx 879.120 Rx 834.120 Channel 3 (283) Tx 878.490 Rx 833.490 Channel 4 (262) Tx 877.860 Rx 832.860 Channel 5 (241) Tx 877.230 Rx 832.230 Channel 6 (220) Tx 876.600 Rx 831.600 Channel 7 (199) Tx 875.970 Rx 830.970 Channel 8 (178) Tx 875.340 Rx 830.340 Channel 9 (157) Tx 874.710 Rx 829.710 Channel 10 (136) Tx 874.080 Rx 829.080 Channel 11 (115) Tx 873.450 Rx 828.450 Channel 12 (94) Tx 872.820 Rx 827.820 Channel 13 (73) Tx 872.190 Rx 827.190 Channel 14 (52) Tx 871.560 Rx 826.560 Channel 15 (31) Tx 870.930 Rx 825.930 Channel 16 (10) Tx 870.300 Rx 825.300 Cell # 10 -------------------------------------------------- Channel 1 (324) Tx 879.720 Rx 834.720 Channel 2 (303) Tx 879.090 Rx 834.090 Channel 3 (282) Tx 878.460 Rx 833.460 Channel 4 (261) Tx 877.830 Rx 832.830 Channel 5 (240) Tx 877.200 Rx 832.200 Channel 6 (219) Tx 876.570 Rx 831.570 Channel 7 (198) Tx 875.940 Rx 830.940 Channel 8 (177) Tx 875.310 Rx 830.310 Channel 9 (156) Tx 874.680 Rx 829.680 Channel 10 (135) Tx 874.050 Rx 829.050 Channel 11 (114) Tx 873.420 Rx 828.420 Channel 12 (93) Tx 872.790 Rx 827.790 Channel 13 (72) Tx 872.160 Rx 827.160 Channel 14 (51) Tx 871.530 Rx 826.530 Channel 15 (30) Tx 870.900 Rx 825.900 Channel 16 (9) Tx 870.270 Rx 825.270 Cell # 11 -------------------------------------------------- Channel 1 (323) Tx 879.690 Rx 834.690 Channel 2 (302) Tx 879.060 Rx 834.060 Channel 3 (281) Tx 878.430 Rx 833.430 Channel 4 (260) Tx 877.800 Rx 832.800 Channel 5 (239) Tx 877.170 Rx 832.170 Channel 6 (218) Tx 876.540 Rx 831.540 Channel 7 (197) Tx 875.910 Rx 830.910 Channel 8 (176) Tx 875.280 Rx 830.280 Channel 9 (155) Tx 874.650 Rx 829.650 Channel 10 (134) Tx 874.020 Rx 829.020 Channel 11 (113) Tx 873.390 Rx 828.390 Channel 12 (92) Tx 872.760 Rx 827.760 Channel 13 (71) Tx 872.130 Rx 827.130 Channel 14 (50) Tx 871.500 Rx 826.500 Channel 15 (29) Tx 870.870 Rx 825.870 Channel 16 (8) Tx 870.240 Rx 825.240 Cell # 12 -------------------------------------------------- Channel 1 (322) Tx 879.660 Rx 834.660 Channel 2 (301) Tx 879.030 Rx 834.030 Channel 3 (280) Tx 878.400 Rx 833.400 Channel 4 (259) Tx 877.770 Rx 832.770 Channel 5 (238) Tx 877.140 Rx 832.140 Channel 6 (217) Tx 876.510 Rx 831.510 Channel 7 (196) Tx 875.880 Rx 830.880 Channel 8 (175) Tx 875.250 Rx 830.250 Channel 9 (154) Tx 874.620 Rx 829.620 Channel 10 (133) Tx 873.990 Rx 828.990 Channel 11 (112) Tx 873.360 Rx 828.360 Channel 12 (91) Tx 872.730 Rx 827.730 Channel 13 (70) Tx 872.100 Rx 827.100 Channel 14 (49) Tx 871.470 Rx 826.470 Channel 15 (28) Tx 870.840 Rx 825.840 Channel 16 (7) Tx 870.210 Rx 825.210 Cell # 13 -------------------------------------------------- Channel 1 (321) Tx 879.630 Rx 834.630 Channel 2 (300) Tx 879.000 Rx 834.000 Channel 3 (279) Tx 878.370 Rx 833.370 Channel 4 (258) Tx 877.740 Rx 832.740 Channel 5 (237) Tx 877.110 Rx 832.110 Channel 6 (216) Tx 876.480 Rx 831.480 Channel 7 (195) Tx 875.850 Rx 830.850 Channel 8 (174) Tx 875.220 Rx 830.220 Channel 9 (153) Tx 874.590 Rx 829.590 Channel 10 (132) Tx 873.960 Rx 828.960 Channel 11 (111) Tx 873.330 Rx 828.330 Channel 12 (90) Tx 872.700 Rx 827.700 Channel 13 (69) Tx 872.070 Rx 827.070 Channel 14 (48) Tx 871.440 Rx 826.440 Channel 15 (27) Tx 870.810 Rx 825.810 Channel 16 (6) Tx 870.180 Rx 825.180 Cell # 14 -------------------------------------------------- Channel 1 (320) Tx 879.600 Rx 834.600 Channel 2 (299) Tx 878.970 Rx 833.970 Channel 3 (278) Tx 878.340 Rx 833.340 Channel 4 (257) Tx 877.710 Rx 832.710 Channel 5 (236) Tx 877.080 Rx 832.080 Channel 6 (215) Tx 876.450 Rx 831.450 Channel 7 (194) Tx 875.820 Rx 830.820 Channel 8 (173) Tx 875.190 Rx 830.190 Channel 9 (152) Tx 874.560 Rx 829.560 Channel 10 (131) Tx 873.930 Rx 828.930 Channel 11 (110) Tx 873.300 Rx 828.300 Channel 12 (89) Tx 872.670 Rx 827.670 Channel 13 (68) Tx 872.040 Rx 827.040 Channel 14 (47) Tx 871.410 Rx 826.410 Channel 15 (26) Tx 870.780 Rx 825.780 Channel 16 (5) Tx 870.150 Rx 825.150 Cell # 15 -------------------------------------------------- Channel 1 (319) Tx 879.570 Rx 834.570 Channel 2 (298) Tx 878.940 Rx 833.940 Channel 3 (277) Tx 878.310 Rx 833.310 Channel 4 (256) Tx 877.680 Rx 832.680 Channel 5 (235) Tx 877.050 Rx 832.050 Channel 6 (214) Tx 876.420 Rx 831.420 Channel 7 (193) Tx 875.790 Rx 830.790 Channel 8 (172) Tx 875.160 Rx 830.160 Channel 9 (151) Tx 874.530 Rx 829.530 Channel 10 (130) Tx 873.900 Rx 828.900 Channel 11 (109) Tx 873.270 Rx 828.270 Channel 12 (88) Tx 872.640 Rx 827.640 Channel 13 (67) Tx 872.010 Rx 827.010 Channel 14 (46) Tx 871.380 Rx 826.380 Channel 15 (25) Tx 870.750 Rx 825.750 Channel 16 (4) Tx 870.120 Rx 825.120 Cell # 16 -------------------------------------------------- Channel 1 (318) Tx 879.540 Rx 834.540 Channel 2 (297) Tx 878.910 Rx 833.910 Channel 3 (276) Tx 878.280 Rx 833.280 Channel 4 (255) Tx 877.650 Rx 832.650 Channel 5 (234) Tx 877.020 Rx 832.020 Channel 6 (213) Tx 876.390 Rx 831.390 Channel 7 (192) Tx 875.760 Rx 830.760 Channel 8 (171) Tx 875.130 Rx 830.130 Channel 9 (150) Tx 874.500 Rx 829.500 Channel 10 (129) Tx 873.870 Rx 828.870 Channel 11 (108) Tx 873.240 Rx 828.240 Channel 12 (87) Tx 872.610 Rx 827.610 Channel 13 (66) Tx 871.980 Rx 826.980 Channel 14 (45) Tx 871.350 Rx 826.350 Channel 15 (24) Tx 870.720 Rx 825.720 Channel 16 (3) Tx 870.090 Rx 825.090 Cell # 17 -------------------------------------------------- Channel 1 (317) Tx 879.510 Rx 834.510 Channel 2 (296) Tx 878.880 Rx 833.880 Channel 3 (275) Tx 878.250 Rx 833.250 Channel 4 (254) Tx 877.620 Rx 832.620 Channel 5 (233) Tx 876.990 Rx 831.990 Channel 6 (212) Tx 876.360 Rx 831.360 Channel 7 (191) Tx 875.730 Rx 830.730 Channel 8 (170) Tx 875.100 Rx 830.100 Channel 9 (149) Tx 874.470 Rx 829.470 Channel 10 (128) Tx 873.840 Rx 828.840 Channel 11 (107) Tx 873.210 Rx 828.210 Channel 12 (86) Tx 872.580 Rx 827.580 Channel 13 (65) Tx 871.950 Rx 826.950 Channel 14 (44) Tx 871.320 Rx 826.320 Channel 15 (23) Tx 870.690 Rx 825.690 Channel 16 (2) Tx 870.060 Rx 825.060 Cell # 18 -------------------------------------------------- Channel 1 (316) Tx 879.480 Rx 834.480 Channel 2 (295) Tx 878.850 Rx 833.850 Channel 3 (274) Tx 878.220 Rx 833.220 Channel 4 (253) Tx 877.590 Rx 832.590 Channel 5 (232) Tx 876.960 Rx 831.960 Channel 6 (211) Tx 876.330 Rx 831.330 Channel 7 (190) Tx 875.700 Rx 830.700 Channel 8 (169) Tx 875.070 Rx 830.070 Channel 9 (148) Tx 874.440 Rx 829.440 Channel 10 (127) Tx 873.810 Rx 828.810 Channel 11 (106) Tx 873.180 Rx 828.180 Channel 12 (85) Tx 872.550 Rx 827.550 Channel 13 (64) Tx 871.920 Rx 826.920 Channel 14 (43) Tx 871.290 Rx 826.290 Channel 15 (22) Tx 870.660 Rx 825.660 Channel 16 (1) Tx 870.030 Rx 825.030 Cell # 19 -------------------------------------------------- Channel 1 (315) Tx 879.450 Rx 834.450 Channel 2 (294) Tx 878.820 Rx 833.820 Channel 3 (273) Tx 878.190 Rx 833.190 Channel 4 (252) Tx 877.560 Rx 832.560 Channel 5 (231) Tx 876.930 Rx 831.930 Channel 6 (210) Tx 876.300 Rx 831.300 Channel 7 (189) Tx 875.670 Rx 830.670 Channel 8 (168) Tx 875.040 Rx 830.040 Channel 9 (147) Tx 874.410 Rx 829.410 Channel 10 (126) Tx 873.780 Rx 828.780 Channel 11 (105) Tx 873.150 Rx 828.150 Channel 12 (84) Tx 872.520 Rx 827.520 Channel 13 (63) Tx 871.890 Rx 826.890 Channel 14 (42) Tx 871.260 Rx 826.260 Channel 15 (21) Tx 870.630 Rx 825.630 Cell # 20 -------------------------------------------------- Channel 1 (314) Tx 879.420 Rx 834.420 Channel 2 (293) Tx 878.790 Rx 833.790 Channel 3 (272) Tx 878.160 Rx 833.160 Channel 4 (251) Tx 877.530 Rx 832.530 Channel 5 (230) Tx 876.900 Rx 831.900 Channel 6 (209) Tx 876.270 Rx 831.270 Channel 7 (188) Tx 875.640 Rx 830.640 Channel 8 (167) Tx 875.010 Rx 830.010 Channel 9 (146) Tx 874.380 Rx 829.380 Channel 10 (125) Tx 873.750 Rx 828.750 Channel 11 (104) Tx 873.120 Rx 828.120 Channel 12 (83) Tx 872.490 Rx 827.490 Channel 13 (62) Tx 871.860 Rx 826.860 Channel 14 (41) Tx 871.230 Rx 826.230 Channel 15 (20) Tx 870.600 Rx 825.600 Cell # 21 -------------------------------------------------- Channel 1 (313) Tx 879.390 Rx 834.390 Channel 2 (292) Tx 878.760 Rx 833.760 Channel 3 (271) Tx 878.130 Rx 833.130 Channel 4 (250) Tx 877.500 Rx 832.500 Channel 5 (229) Tx 876.870 Rx 831.870 Channel 6 (208) Tx 876.240 Rx 831.240 Channel 7 (187) Tx 875.610 Rx 830.610 Channel 8 (166) Tx 874.980 Rx 829.980 Channel 9 (145) Tx 874.350 Rx 829.350 Channel 10 (124) Tx 873.720 Rx 828.720 Channel 11 (103) Tx 873.090 Rx 828.090 Channel 12 (82) Tx 872.460 Rx 827.460 Channel 13 (61) Tx 871.830 Rx 826.830 Channel 14 (40) Tx 871.200 Rx 826.200 Channel 15 (19) Tx 870.570 Rx 825.570 ================================================== - Cellular Phone Band B (Channel 1 is Data) Cell # 1 -------------------------------------------------- Channel 1 (334) Tx 880.020 Rx 835.020 Channel 2 (355) Tx 880.650 Rx 835.650 Channel 3 (376) Tx 881.280 Rx 836.280 Channel 4 (397) Tx 881.910 Rx 836.910 Channel 5 (418) Tx 882.540 Rx 837.540 Channel 6 (439) Tx 883.170 Rx 838.170 Channel 7 (460) Tx 883.800 Rx 838.800 Channel 8 (481) Tx 884.430 Rx 839.430 Channel 9 (502) Tx 885.060 Rx 840.060 Channel 10 (523) Tx 885.690 Rx 840.690 Channel 11 (544) Tx 886.320 Rx 841.320 Channel 12 (565) Tx 886.950 Rx 841.950 Channel 13 (586) Tx 887.580 Rx 842.580 Channel 14 (607) Tx 888.210 Rx 843.210 Channel 15 (628) Tx 888.840 Rx 843.840 Channel 16 (649) Tx 889.470 Rx 844.470 Cell # 2 -------------------------------------------------- Channel 1 (335) Tx 880.050 Rx 835.050 Channel 2 (356) Tx 880.680 Rx 835.680 Channel 3 (377) Tx 881.310 Rx 836.310 Channel 4 (398) Tx 881.940 Rx 836.940 Channel 5 (419) Tx 882.570 Rx 837.570 Channel 6 (440) Tx 883.200 Rx 838.200 Channel 7 (461) Tx 883.830 Rx 838.830 Channel 8 (482) Tx 884.460 Rx 839.460 Channel 9 (503) Tx 885.090 Rx 840.090 Channel 10 (524) Tx 885.720 Rx 840.720 Channel 11 (545) Tx 886.350 Rx 841.350 Channel 12 (566) Tx 886.980 Rx 841.980 Channel 13 (587) Tx 887.610 Rx 842.610 Channel 14 (608) Tx 888.240 Rx 843.240 Channel 15 (629) Tx 888.870 Rx 843.870 Channel 16 (650) Tx 889.500 Rx 844.500 Cell # 3 -------------------------------------------------- Channel 1 (336) Tx 880.080 Rx 835.080 Channel 2 (357) Tx 880.710 Rx 835.710 Channel 3 (378) Tx 881.340 Rx 836.340 Channel 4 (399) Tx 881.970 Rx 836.970 Channel 5 (420) Tx 882.600 Rx 837.600 Channel 6 (441) Tx 883.230 Rx 838.230 Channel 7 (462) Tx 883.860 Rx 838.860 Channel 8 (483) Tx 884.490 Rx 839.490 Channel 9 (504) Tx 885.120 Rx 840.120 Channel 10 (525) Tx 885.750 Rx 840.750 Channel 11 (546) Tx 886.380 Rx 841.380 Channel 12 (567) Tx 887.010 Rx 842.010 Channel 13 (588) Tx 887.640 Rx 842.640 Channel 14 (609) Tx 888.270 Rx 843.270 Channel 15 (630) Tx 888.900 Rx 843.900 Channel 16 (651) Tx 889.530 Rx 844.530 Cell # 4 -------------------------------------------------- Channel 1 (337) Tx 880.110 Rx 835.110 Channel 2 (358) Tx 880.740 Rx 835.740 Channel 3 (379) Tx 881.370 Rx 836.370 Channel 4 (400) Tx 882.000 Rx 837.000 Channel 5 (421) Tx 882.630 Rx 837.630 Channel 6 (442) Tx 883.260 Rx 838.260 Channel 7 (463) Tx 883.890 Rx 838.890 Channel 8 (484) Tx 884.520 Rx 839.520 Channel 9 (505) Tx 885.150 Rx 840.150 Channel 10 (526) Tx 885.780 Rx 840.780 Channel 11 (547) Tx 886.410 Rx 841.410 Channel 12 (568) Tx 887.040 Rx 842.040 Channel 13 (589) Tx 887.670 Rx 842.670 Channel 14 (610) Tx 888.300 Rx 843.300 Channel 15 (631) Tx 888.930 Rx 843.930 Channel 16 (652) Tx 889.560 Rx 844.560 Cell # 5 -------------------------------------------------- Channel 1 (338) Tx 880.140 Rx 835.140 Channel 2 (359) Tx 880.770 Rx 835.770 Channel 3 (380) Tx 881.400 Rx 836.400 Channel 4 (401) Tx 882.030 Rx 837.030 Channel 5 (422) Tx 882.660 Rx 837.660 Channel 6 (443) Tx 883.290 Rx 838.290 Channel 7 (464) Tx 883.920 Rx 838.920 Channel 8 (485) Tx 884.550 Rx 839.550 Channel 9 (506) Tx 885.180 Rx 840.180 Channel 10 (527) Tx 885.810 Rx 840.810 Channel 11 (548) Tx 886.440 Rx 841.440 Channel 12 (569) Tx 887.070 Rx 842.070 Channel 13 (590) Tx 887.700 Rx 842.700 Channel 14 (611) Tx 888.330 Rx 843.330 Channel 15 (632) Tx 888.960 Rx 843.960 Channel 16 (653) Tx 889.590 Rx 844.590 Cell # 6 -------------------------------------------------- Channel 1 (339) Tx 880.170 Rx 835.170 Channel 2 (360) Tx 880.800 Rx 835.800 Channel 3 (381) Tx 881.430 Rx 836.430 Channel 4 (402) Tx 882.060 Rx 837.060 Channel 5 (423) Tx 882.690 Rx 837.690 Channel 6 (444) Tx 883.320 Rx 838.320 Channel 7 (465) Tx 883.950 Rx 838.950 Channel 8 (486) Tx 884.580 Rx 839.580 Channel 9 (507) Tx 885.210 Rx 840.210 Channel 10 (528) Tx 885.840 Rx 840.840 Channel 11 (549) Tx 886.470 Rx 841.470 Channel 12 (570) Tx 887.100 Rx 842.100 Channel 13 (591) Tx 887.730 Rx 842.730 Channel 14 (612) Tx 888.360 Rx 843.360 Channel 15 (633) Tx 888.990 Rx 843.990 Channel 16 (654) Tx 889.620 Rx 844.620 Cell # 7 -------------------------------------------------- Channel 1 (340) Tx 880.200 Rx 835.200 Channel 2 (361) Tx 880.830 Rx 835.830 Channel 3 (382) Tx 881.460 Rx 836.460 Channel 4 (403) Tx 882.090 Rx 837.090 Channel 5 (424) Tx 882.720 Rx 837.720 Channel 6 (445) Tx 883.350 Rx 838.350 Channel 7 (466) Tx 883.980 Rx 838.980 Channel 8 (487) Tx 884.610 Rx 839.610 Channel 9 (508) Tx 885.240 Rx 840.240 Channel 10 (529) Tx 885.870 Rx 840.870 Channel 11 (550) Tx 886.500 Rx 841.500 Channel 12 (571) Tx 887.130 Rx 842.130 Channel 13 (592) Tx 887.760 Rx 842.760 Channel 14 (613) Tx 888.390 Rx 843.390 Channel 15 (634) Tx 889.020 Rx 844.020 Channel 16 (655) Tx 889.650 Rx 844.650 Cell # 8 -------------------------------------------------- Channel 1 (341) Tx 880.230 Rx 835.230 Channel 2 (362) Tx 880.860 Rx 835.860 Channel 3 (383) Tx 881.490 Rx 836.490 Channel 4 (404) Tx 882.120 Rx 837.120 Channel 5 (425) Tx 882.750 Rx 837.750 Channel 6 (446) Tx 883.380 Rx 838.380 Channel 7 (467) Tx 884.010 Rx 839.010 Channel 8 (488) Tx 884.640 Rx 839.640 Channel 9 (509) Tx 885.270 Rx 840.270 Channel 10 (530) Tx 885.900 Rx 840.900 Channel 11 (551) Tx 886.530 Rx 841.530 Channel 12 (572) Tx 887.160 Rx 842.160 Channel 13 (593) Tx 887.790 Rx 842.790 Channel 14 (614) Tx 888.420 Rx 843.420 Channel 15 (635) Tx 889.050 Rx 844.050 Channel 16 (656) Tx 889.680 Rx 844.680 Cell # 9 -------------------------------------------------- Channel 1 (342) Tx 880.260 Rx 835.260 Channel 2 (363) Tx 880.890 Rx 835.890 Channel 3 (384) Tx 881.520 Rx 836.520 Channel 4 (405) Tx 882.150 Rx 837.150 Channel 5 (426) Tx 882.780 Rx 837.780 Channel 6 (447) Tx 883.410 Rx 838.410 Channel 7 (468) Tx 884.040 Rx 839.040 Channel 8 (489) Tx 884.670 Rx 839.670 Channel 9 (510) Tx 885.300 Rx 840.300 Channel 10 (531) Tx 885.930 Rx 840.930 Channel 11 (552) Tx 886.560 Rx 841.560 Channel 12 (573) Tx 887.190 Rx 842.190 Channel 13 (594) Tx 887.820 Rx 842.820 Channel 14 (615) Tx 888.450 Rx 843.450 Channel 15 (636) Tx 889.080 Rx 844.080 Channel 16 (657) Tx 889.710 Rx 844.710 Cell # 10 -------------------------------------------------- Channel 1 (343) Tx 880.290 Rx 835.290 Channel 2 (364) Tx 880.920 Rx 835.920 Channel 3 (385) Tx 881.550 Rx 836.550 Channel 4 (406) Tx 882.180 Rx 837.180 Channel 5 (427) Tx 882.810 Rx 837.810 Channel 6 (448) Tx 883.440 Rx 838.440 Channel 7 (469) Tx 884.070 Rx 839.070 Channel 8 (490) Tx 884.700 Rx 839.700 Channel 9 (511) Tx 885.330 Rx 840.330 Channel 10 (532) Tx 885.960 Rx 840.960 Channel 11 (553) Tx 886.590 Rx 841.590 Channel 12 (574) Tx 887.220 Rx 842.220 Channel 13 (595) Tx 887.850 Rx 842.850 Channel 14 (616) Tx 888.480 Rx 843.480 Channel 15 (637) Tx 889.110 Rx 844.110 Channel 16 (658) Tx 889.740 Rx 844.740 Cell # 11 -------------------------------------------------- Channel 1 (344) Tx 880.320 Rx 835.320 Channel 2 (365) Tx 880.950 Rx 835.950 Channel 3 (386) Tx 881.580 Rx 836.580 Channel 4 (407) Tx 882.210 Rx 837.210 Channel 5 (428) Tx 882.840 Rx 837.840 Channel 6 (449) Tx 883.470 Rx 838.470 Channel 7 (470) Tx 884.100 Rx 839.100 Channel 8 (491) Tx 884.730 Rx 839.730 Channel 9 (512) Tx 885.360 Rx 840.360 Channel 10 (533) Tx 885.990 Rx 840.990 Channel 11 (554) Tx 886.620 Rx 841.620 Channel 12 (575) Tx 887.250 Rx 842.250 Channel 13 (596) Tx 887.880 Rx 842.880 Channel 14 (617) Tx 888.510 Rx 843.510 Channel 15 (638) Tx 889.140 Rx 844.140 Channel 16 (659) Tx 889.770 Rx 844.770 Cell # 12 -------------------------------------------------- Channel 1 (345) Tx 880.350 Rx 835.350 Channel 2 (366) Tx 880.980 Rx 835.980 Channel 3 (387) Tx 881.610 Rx 836.610 Channel 4 (408) Tx 882.240 Rx 837.240 Channel 5 (429) Tx 882.870 Rx 837.870 Channel 6 (450) Tx 883.500 Rx 838.500 Channel 7 (471) Tx 884.130 Rx 839.130 Channel 8 (492) Tx 884.760 Rx 839.760 Channel 9 (513) Tx 885.390 Rx 840.390 Channel 10 (534) Tx 886.020 Rx 841.020 Channel 11 (555) Tx 886.650 Rx 841.650 Channel 12 (576) Tx 887.280 Rx 842.280 Channel 13 (597) Tx 887.910 Rx 842.910 Channel 14 (618) Tx 888.540 Rx 843.540 Channel 15 (639) Tx 889.170 Rx 844.170 Channel 16 (660) Tx 889.800 Rx 844.800 Cell # 13 -------------------------------------------------- Channel 1 (346) Tx 880.380 Rx 835.380 Channel 2 (367) Tx 881.010 Rx 836.010 Channel 3 (388) Tx 881.640 Rx 836.640 Channel 4 (409) Tx 882.270 Rx 837.270 Channel 5 (430) Tx 882.900 Rx 837.900 Channel 6 (451) Tx 883.530 Rx 838.530 Channel 7 (472) Tx 884.160 Rx 839.160 Channel 8 (493) Tx 884.790 Rx 839.790 Channel 9 (514) Tx 885.420 Rx 840.420 Channel 10 (535) Tx 886.050 Rx 841.050 Channel 11 (556) Tx 886.680 Rx 841.680 Channel 12 (577) Tx 887.310 Rx 842.310 Channel 13 (598) Tx 887.940 Rx 842.940 Channel 14 (619) Tx 888.570 Rx 843.570 Channel 15 (640) Tx 889.200 Rx 844.200 Channel 16 (661) Tx 889.830 Rx 844.830 Cell # 14 -------------------------------------------------- Channel 1 (347) Tx 880.410 Rx 835.410 Channel 2 (368) Tx 881.040 Rx 836.040 Channel 3 (389) Tx 881.670 Rx 836.670 Channel 4 (410) Tx 882.300 Rx 837.300 Channel 5 (431) Tx 882.930 Rx 837.930 Channel 6 (452) Tx 883.560 Rx 838.560 Channel 7 (473) Tx 884.190 Rx 839.190 Channel 8 (494) Tx 884.820 Rx 839.820 Channel 9 (515) Tx 885.450 Rx 840.450 Channel 10 (536) Tx 886.080 Rx 841.080 Channel 11 (557) Tx 886.710 Rx 841.710 Channel 12 (578) Tx 887.340 Rx 842.340 Channel 13 (599) Tx 887.970 Rx 842.970 Channel 14 (620) Tx 888.600 Rx 843.600 Channel 15 (641) Tx 889.230 Rx 844.230 Channel 16 (662) Tx 889.860 Rx 844.860 Cell # 15 -------------------------------------------------- Channel 1 (348) Tx 880.440 Rx 835.440 Channel 2 (369) Tx 881.070 Rx 836.070 Channel 3 (390) Tx 881.700 Rx 836.700 Channel 4 (411) Tx 882.330 Rx 837.330 Channel 5 (432) Tx 882.960 Rx 837.960 Channel 6 (453) Tx 883.590 Rx 838.590 Channel 7 (474) Tx 884.220 Rx 839.220 Channel 8 (495) Tx 884.850 Rx 839.850 Channel 9 (516) Tx 885.480 Rx 840.480 Channel 10 (537) Tx 886.110 Rx 841.110 Channel 11 (558) Tx 886.740 Rx 841.740 Channel 12 (579) Tx 887.370 Rx 842.370 Channel 13 (600) Tx 888.000 Rx 843.000 Channel 14 (621) Tx 888.630 Rx 843.630 Channel 15 (642) Tx 889.260 Rx 844.260 Channel 16 (663) Tx 889.890 Rx 844.890 Cell # 16 -------------------------------------------------- Channel 1 (349) Tx 880.470 Rx 835.470 Channel 2 (370) Tx 881.100 Rx 836.100 Channel 3 (391) Tx 881.730 Rx 836.730 Channel 4 (412) Tx 882.360 Rx 837.360 Channel 5 (433) Tx 882.990 Rx 837.990 Channel 6 (454) Tx 883.620 Rx 838.620 Channel 7 (475) Tx 884.250 Rx 839.250 Channel 8 (496) Tx 884.880 Rx 839.880 Channel 9 (517) Tx 885.510 Rx 840.510 Channel 10 (538) Tx 886.140 Rx 841.140 Channel 11 (559) Tx 886.770 Rx 841.770 Channel 12 (580) Tx 887.400 Rx 842.400 Channel 13 (601) Tx 888.030 Rx 843.030 Channel 14 (622) Tx 888.660 Rx 843.660 Channel 15 (643) Tx 889.290 Rx 844.290 Channel 16 (664) Tx 889.920 Rx 844.920 Cell # 17 -------------------------------------------------- Channel 1 (350) Tx 880.500 Rx 835.500 Channel 2 (371) Tx 881.130 Rx 836.130 Channel 3 (392) Tx 881.760 Rx 836.760 Channel 4 (413) Tx 882.390 Rx 837.390 Channel 5 (434) Tx 883.020 Rx 838.020 Channel 6 (455) Tx 883.650 Rx 838.650 Channel 7 (476) Tx 884.280 Rx 839.280 Channel 8 (497) Tx 884.910 Rx 839.910 Channel 9 (518) Tx 885.540 Rx 840.540 Channel 10 (539) Tx 886.170 Rx 841.170 Channel 11 (560) Tx 886.800 Rx 841.800 Channel 12 (581) Tx 887.430 Rx 842.430 Channel 13 (602) Tx 888.060 Rx 843.060 Channel 14 (623) Tx 888.690 Rx 843.690 Channel 15 (644) Tx 889.320 Rx 844.320 Channel 16 (665) Tx 889.950 Rx 844.950 Cell # 18 -------------------------------------------------- Channel 1 (351) Tx 880.530 Rx 835.530 Channel 2 (372) Tx 881.160 Rx 836.160 Channel 3 (393) Tx 881.790 Rx 836.790 Channel 4 (414) Tx 882.420 Rx 837.420 Channel 5 (435) Tx 883.050 Rx 838.050 Channel 6 (456) Tx 883.680 Rx 838.680 Channel 7 (477) Tx 884.310 Rx 839.310 Channel 8 (498) Tx 884.940 Rx 839.940 Channel 9 (519) Tx 885.570 Rx 840.570 Channel 10 (540) Tx 886.200 Rx 841.200 Channel 11 (561) Tx 886.830 Rx 841.830 Channel 12 (582) Tx 887.460 Rx 842.460 Channel 13 (603) Tx 888.090 Rx 843.090 Channel 14 (624) Tx 888.720 Rx 843.720 Channel 15 (645) Tx 889.350 Rx 844.350 Channel 16 (666) Tx 889.980 Rx 844.980 Cell # 19 -------------------------------------------------- Channel 1 (352) Tx 880.560 Rx 835.560 Channel 2 (373) Tx 881.190 Rx 836.190 Channel 3 (394) Tx 881.820 Rx 836.820 Channel 4 (415) Tx 882.450 Rx 837.450 Channel 5 (436) Tx 883.080 Rx 838.080 Channel 6 (457) Tx 883.710 Rx 838.710 Channel 7 (478) Tx 884.340 Rx 839.340 Channel 8 (499) Tx 884.970 Rx 839.970 Channel 9 (520) Tx 885.600 Rx 840.600 Channel 10 (541) Tx 886.230 Rx 841.230 Channel 11 (562) Tx 886.860 Rx 841.860 Channel 12 (583) Tx 887.490 Rx 842.490 Channel 13 (604) Tx 888.120 Rx 843.120 Channel 14 (625) Tx 888.750 Rx 843.750 Channel 15 (646) Tx 889.380 Rx 844.380 Cell # 20 -------------------------------------------------- Channel 1 (353) Tx 880.590 Rx 835.590 Channel 2 (374) Tx 881.220 Rx 836.220 Channel 3 (395) Tx 881.850 Rx 836.850 Channel 4 (416) Tx 882.480 Rx 837.480 Channel 5 (437) Tx 883.110 Rx 838.110 Channel 6 (458) Tx 883.740 Rx 838.740 Channel 7 (479) Tx 884.370 Rx 839.370 Channel 8 (500) Tx 885.000 Rx 840.000 Channel 9 (521) Tx 885.630 Rx 840.630 Channel 10 (542) Tx 886.260 Rx 841.260 Channel 11 (563) Tx 886.890 Rx 841.890 Channel 12 (584) Tx 887.520 Rx 842.520 Channel 13 (605) Tx 888.150 Rx 843.150 Channel 14 (626) Tx 888.780 Rx 843.780 Channel 15 (647) Tx 889.410 Rx 844.410 Cell # 21 -------------------------------------------------- Channel 1 (354) Tx 880.620 Rx 835.620 Channel 2 (375) Tx 881.250 Rx 836.250 Channel 3 (396) Tx 881.880 Rx 836.880 Channel 4 (417) Tx 882.510 Rx 837.510 Channel 5 (438) Tx 883.140 Rx 838.140 Channel 6 (459) Tx 883.770 Rx 838.770 Channel 7 (480) Tx 884.400 Rx 839.400 Channel 8 (501) Tx 885.030 Rx 840.030 Channel 9 (522) Tx 885.660 Rx 840.660 Channel 10 (543) Tx 886.290 Rx 841.290 Channel 11 (564) Tx 886.920 Rx 841.920 Channel 12 (585) Tx 887.550 Rx 842.550 Channel 13 (606) Tx 888.180 Rx 843.180 Channel 14 (627) Tx 888.810 Rx 843.810 Channel 15 (648) Tx 889.440 Rx 844.440 =============================================================================== Cellular phone frequency and cell construction =============================================================================== __ __ \__/C \__/D \__ \__/G \__/A \__/ _/D \__/E \__/F \__ \__/B \__/C \__/ _/F \__/G \__/A \__ \__/D \__/E \__/ _/A \__/B \__/C \__ \__/ \__/ \__/ This represents how a cellular system might be laid out. Cells A and B never share a common border. Neither do B and C, A and G, etc. Cells that are next to each other are never assigned adjacent frequencies. They always differ by at least 60 kiloHertz. To track a mobile phone as it changes cells, let's put the mobile in a B cell. When the mobile switches frequencies, you know that he could only go to an D, E, F or G cell because A and C have adjacent frequencies. The two tables below will help you determine which channel cells can go next to each other. You can contact your local cellular phone company and see if they have any maps of the cells available. This is not a sure thing, but it couldn't hurt to try. Cells that can go next to each other: Cell Compatible cells A C, D, E, F B D, E, F, G C E, F, G, A D F, G, A, B E G, A, B, C F A, B, C, D G B, C, D, E Here is a frequency/cell layout chart. The cell frequencies are used by the cell site towers, and the mobile frequencies are the input frequencies used by the cars. Wireline company cell frequencies (BAND B) CELL A CELL B CELL C CELL D CELL E CELL F CELL G ======= ======= ======= ======= ======= ======= ======= 889.890 889.920 889.950 889.980 Ä¿ 889.680 889.710 889.740 889.770 889.800 889.830 889.860 ³ 889.470 889.500 889.530 889.560 889.590 889.620 889.650 ³ 889.260 889.290 889.320 889.350 889.380 889.410 889.440 ³ 889.050 889.080 889.110 889.140 889.170 889.200 889.230 ³ 888.840 888.870 888.900 888.930 888.960 888.990 889.020 ³ 888.630 888.660 888.690 888.720 888.750 888.780 888.810 ³ 888.420 888.450 888.480 888.510 888.540 888.570 888.600 ³ 888.210 888.240 888.270 888.300 888.330 888.360 888.390 ³ 888.000 888.030 888.060 888.090 888.120 888.150 888.180 ³ 887.790 887.820 887.850 887.880 887.910 887.940 887.970 ³ 887.580 887.610 887.640 887.670 887.700 887.730 887.760 ³ 887.370 887.400 887.430 887.460 887.490 887.520 887.550 ³ 887.160 887.190 887.220 887.250 887.280 887.310 887.340 ³ 886.950 886.980 887.010 887.040 887.070 887.100 887.130 ³ 886.740 886.770 886.800 886.830 886.860 886.890 886.920 ³ 886.530 886.560 886.590 886.620 886.650 886.680 886.710 ³ 886.320 886.350 886.380 886.410 886.440 886.470 886.500 ³Voice 886.110 886.140 886.170 886.200 886.230 886.260 886.290 ³ 885.900 885.930 885.960 885.990 886.020 886.050 886.080 ³ 885.690 885.720 885.750 885.780 885.810 885.840 885.870 ³ 885.480 885.510 885.540 885.570 885.600 885.630 885.660 ³ 885.270 885.300 885.330 885.360 885.390 885.420 885.450 ³ 885.060 885.090 885.120 885.150 885.180 885.210 885.240 ³ 884.850 884.880 884.910 884.940 884.970 885.000 885.030 ³ 884.640 884.670 884.700 884.730 884.760 884.790 884.820 ³ 884.430 884.460 884.490 884.520 884.550 884.580 884.610 ³ 884.220 884.250 884.280 884.310 884.340 884.370 884.400 ³ 884.010 884.040 884.070 884.100 884.130 884.160 884.190 ³Channels 883.800 883.830 883.860 883.890 883.920 883.950 883.980 ³ 883.590 883.620 883.650 883.680 883.710 883.740 883.770 ³ 883.380 883.410 883.440 883.470 883.500 883.530 883.560 ³ 883.170 883.200 883.230 883.260 883.290 883.320 883.350 ³ 882.960 882.990 883.020 883.050 883.080 883.110 883.140 ³ 882.750 882.780 882.810 882.840 882.870 882.900 882.930 ³ 882.540 882.570 882.600 882.630 882.660 882.690 882.720 ³ 882.330 882.360 882.390 882.420 882.450 882.480 882.510 ³ 882.120 882.150 882.180 882.210 882.240 882.270 882.300 ³ 881.910 881.940 881.970 882.000 882.030 882.060 882.090 ³ 881.700 881.730 881.760 881.790 881.820 881.850 881.880 ³ 881.490 881.520 881.550 881.580 881.610 881.640 881.670 ³ 881.280 881.310 881.340 881.370 881.400 881.430 881.460 ³ 881.070 881.100 881.130 881.160 881.190 881.220 881.250 ³ 880.860 880.890 880.920 880.950 880.980 881.010 881.040 ³ 880.650 880.680 880.710 880.740 880.770 880.800 880.830 ÄÙ ------------------------------------------------------------------- 880.440 880.470 880.500 880.530 880.560 880.590 880.620 Ä¿Digital 880.230 880.260 880.290 880.320 880.350 880.380 880.410 ³Control 880.020 880.050 880.080 880.110 880.140 880.170 880.200 ÄÙChannels Wireline company mobile frequencies (BAND B) CELL A CELL B CELL C CELL D CELL E CELL F CELL G ======= ======= ======= ======= ======= ======= ======= 844.890 844.920 844.950 844.980 Ä¿ 844.680 844.710 844.740 844.770 844.800 844.830 844.860 ³ 844.470 844.500 844.530 844.560 844.590 844.620 844.650 ³ 844.260 844.290 844.320 844.350 844.380 844.410 844.440 ³ 844.050 844.080 844.110 844.140 844.170 844.200 844.230 ³ 843.840 843.870 843.900 843.930 843.960 843.990 844.020 ³ 843.630 843.660 843.690 843.720 843.750 843.780 843.810 ³ 843.420 843.450 843.480 843.510 843.540 843.570 843.600 ³ 843.210 843.240 843.270 843.300 843.330 843.360 843.390 ³ 843.000 843.030 843.060 843.090 843.120 843.150 843.180 ³ 842.790 842.820 842.850 842.880 842.910 842.940 842.970 ³ 842.580 842.610 842.640 842.670 842.700 842.730 842.760 ³ 842.370 842.400 842.430 842.460 842.490 842.520 842.550 ³ 842.160 842.190 842.220 842.250 842.280 842.310 842.340 ³ 841.950 841.980 842.010 842.040 842.070 842.100 842.130 ³ 841.740 841.770 841.800 841.830 841.860 841.890 841.920 ³ 841.530 841.560 841.590 841.620 841.650 841.680 841.710 ³ 841.320 841.350 841.380 841.410 841.440 841.470 841.500 ³Voice 841.110 841.140 841.170 841.200 841.230 841.260 841.290 ³ 840.900 840.930 840.960 840.990 841.020 841.050 841.080 ³ 840.690 840.720 840.750 840.780 840.810 840.840 840.870 ³ 840.480 840.510 840.540 840.570 840.600 840.630 840.660 ³ 840.270 840.300 840.330 840.360 840.390 840.420 840.450 ³ 840.060 840.090 840.120 840.150 840.180 840.210 840.240 ³ 839.850 839.880 839.910 839.940 839.970 840.000 840.030 ³ 839.640 839.670 839.700 839.730 839.760 839.790 839.820 ³ 839.430 839.460 839.490 839.520 839.550 839.580 839.610 ³ 839.220 839.250 839.280 839.310 839.340 839.370 839.400 ³ 839.010 839.040 839.070 839.100 839.130 839.160 839.190 ³Channels 838.800 838.830 838.860 838.890 838.920 838.950 838.980 ³ 838.590 838.620 838.650 838.680 838.710 838.740 838.770 ³ 838.380 838.410 838.440 838.470 838.500 838.530 838.560 ³ 838.170 838.200 838.230 838.260 838.290 838.320 838.350 ³ 837.960 837.990 838.020 838.050 838.080 838.110 838.140 ³ 837.750 837.780 837.810 837.840 837.870 837.900 837.930 ³ 837.540 837.570 837.600 837.630 837.660 837.690 837.720 ³ 837.330 837.360 837.390 837.420 837.450 837.480 837.510 ³ 837.120 837.150 837.180 837.210 837.240 837.270 837.300 ³ 836.910 836.940 836.970 837.000 837.030 837.060 837.090 ³ 836.700 836.730 836.760 836.790 836.820 836.850 836.880 ³ 836.490 836.520 836.550 836.580 836.610 836.640 836.670 ³ 836.280 836.310 836.340 836.370 836.400 836.430 836.460 ³ 836.070 836.100 836.130 836.160 836.190 836.220 836.250 ³ 835.860 835.890 835.920 835.950 835.980 836.010 836.040 ³ 835.650 835.680 835.710 835.740 835.770 835.800 835.830 ÄÙ ------------------------------------------------------------------- 835.440 835.470 835.500 835.530 835.560 835.590 835.620 Ä¿Digital 835.230 835.260 835.290 835.320 835.350 835.380 835.410 ³Control 835.020 835.050 835.080 835.110 835.140 835.170 835.200 ÄÙChannels =============================================================================== Non-wireline company cell frequencies (BAND A) CELL A CELL B CELL C CELL D CELL E CELL F CELL G ======= ======= ======= ======= ======= ======= ======= 879.900 879.930 879.960 879.990 Ä¿Digital 879.690 879.720 879.750 879.780 879.810 879.840 879.870 ³Control 879.480 879.510 879.540 879.570 879.600 879.630 879.660 ³Channels ------------------------------------- 879.390 879.420 879.450 ÄÙ 879.270 879.300 879.330 879.360 --------------------------- Ä¿ 879.060 879.090 879.120 879.150 879.180 879.210 879.240 ³ 878.850 878.880 878.910 878.940 878.970 879.000 879.030 ³ 878.640 878.670 878.700 878.730 878.760 878.790 878.820 ³ 878.430 878.460 878.490 878.520 878.550 878.580 878.610 ³ 878.220 878.250 878.280 878.310 878.340 878.370 878.400 ³ 878.010 878.040 878.070 878.100 878.130 878.160 878.190 ³ 877.800 877.830 877.860 877.890 877.920 877.950 877.980 ³ 877.590 877.620 877.650 877.680 877.710 877.740 877.770 ³ 877.380 877.410 877.440 877.470 877.500 877.530 877.560 ³ 877.170 877.200 877.230 877.260 877.290 877.320 877.350 ³ 876.960 876.990 877.020 877.050 877.080 877.110 877.140 ³ 876.750 876.780 876.810 876.840 876.870 876.900 876.930 ³ 876.540 876.570 876.600 876.630 876.660 876.690 876.720 ³ 876.330 876.360 876.390 876.420 876.450 876.480 876.510 ³ 876.120 876.150 876.180 876.210 876.240 876.270 876.300 ³ 875.910 875.940 875.970 876.000 876.030 876.060 876.090 ³ 875.700 875.730 875.760 875.790 875.820 875.850 875.880 ³ Voice 875.490 875.520 875.550 875.580 875.610 875.640 875.670 ³ 875.280 875.310 875.340 875.370 875.400 875.430 875.460 ³ 875.070 875.100 875.130 875.160 875.190 875.220 875.250 ³ 874.860 874.890 874.920 874.950 874.980 875.010 875.040 ³ 874.650 874.680 874.710 874.740 874.770 874.800 874.830 ³ 874.440 874.470 874.500 874.530 874.560 874.590 874.620 ³ 874.230 874.260 874.290 874.320 874.350 874.380 874.410 ³ 874.020 874.050 874.080 874.110 874.140 874.170 874.200 ³ 873.810 873.840 873.870 873.900 873.930 873.960 873.990 ³ 873.600 873.630 873.660 873.690 873.720 873.750 873.780 ³ 873.390 873.420 873.450 873.480 873.510 873.540 873.570 ³ Channels 873.180 873.210 873.240 873.270 873.300 873.330 873.360 ³ 872.970 873.000 873.030 873.060 873.090 873.120 873.150 ³ 872.760 872.790 872.820 872.850 872.880 872.910 872.940 ³ 872.550 872.580 872.610 872.640 872.670 872.700 872.730 ³ 872.340 872.370 872.400 872.430 872.460 872.490 872.520 ³ 872.130 872.160 872.190 872.220 872.250 872.280 872.310 ³ 871.920 871.950 871.980 872.010 872.040 872.070 872.100 ³ 871.710 871.740 871.770 871.800 871.830 871.860 871.890 ³ 871.500 871.530 871.560 871.590 871.620 871.650 871.680 ³ 871.290 871.320 871.350 871.380 871.410 871.440 871.470 ³ 871.080 871.110 871.140 871.170 871.200 871.230 871.260 ³ 870.870 870.900 870.930 870.960 870.990 871.020 871.050 ³ 870.660 870.690 870.720 870.750 870.780 870.810 870.840 ³ 870.450 870.480 870.510 870.540 870.570 870.600 870.630 ³ 870.240 870.270 870.300 870.330 870.360 870.390 870.420 ³ 870.030 870.060 870.090 870.120 870.150 870.180 870.210 ÄÙ Non-wireline company mobile frequencies (BAND A) CELL A CELL B CELL C CELL D CELL E CELL F CELL G ======= ======= ======= ======= ======= ======= ======= 834.900 834.930 834.960 834.990 Ä¿Digital 834.690 834.720 834.750 834.780 834.810 834.840 834.870 ³Control 834.480 834.510 834.540 834.570 834.600 834.630 834.660 ³Channels ------------------------------------- 834.390 834.420 834.450 ÄÙ 834.270 834.300 834.330 834.360 --------------------------- Ä¿ 834.060 834.090 834.120 834.150 834.180 834.210 834.240 ³ 833.850 833.880 833.910 833.940 833.970 834.000 834.030 ³ 833.640 833.670 833.700 833.730 833.760 833.790 833.820 ³ 833.430 833.460 833.490 833.520 833.550 833.580 833.610 ³ 833.220 833.250 833.280 833.310 833.340 833.370 833.400 ³ 833.010 833.040 833.070 833.100 833.130 833.160 833.190 ³ 832.800 832.830 832.860 832.890 832.920 832.950 832.980 ³ 832.590 832.620 832.650 832.680 832.710 832.740 832.770 ³ 832.380 832.410 832.440 832.470 832.500 832.530 832.560 ³ 832.170 832.200 832.230 832.260 832.290 832.320 832.350 ³ 831.960 831.990 832.020 832.050 832.080 832.110 832.140 ³ 831.750 831.780 831.810 831.840 831.870 831.900 831.930 ³ 831.540 831.570 831.600 831.630 831.660 831.690 831.720 ³ 831.330 831.360 831.390 831.420 831.450 831.480 831.510 ³ 831.120 831.150 831.180 831.210 831.240 831.270 831.300 ³ 830.910 830.940 830.970 831.000 831.030 831.060 831.090 ³ 830.700 830.730 830.760 830.790 830.820 830.850 830.880 ³ Voice 830.490 830.520 830.550 830.580 830.610 830.640 830.670 ³ 830.280 830.310 830.340 830.370 830.400 830.430 830.460 ³ 830.070 830.100 830.130 830.160 830.190 830.220 830.250 ³ 829.860 829.890 829.920 829.950 829.980 830.010 830.040 ³ 829.650 829.680 829.710 829.740 829.770 829.800 829.830 ³ 829.440 829.470 829.500 829.530 829.560 829.590 829.620 ³ 829.230 829.260 829.290 829.320 829.350 829.380 829.410 ³ 829.020 829.050 829.080 829.110 829.140 829.170 829.200 ³ 828.810 828.840 828.870 828.900 828.930 828.960 828.990 ³ 828.600 828.630 828.660 828.690 828.720 828.750 828.780 ³ 828.390 828.420 828.450 828.480 828.510 828.540 828.570 ³ Channels 828.180 828.210 828.240 828.270 828.300 828.330 828.360 ³ 827.970 828.000 828.030 828.060 828.090 828.120 828.150 ³ 827.760 827.790 827.820 827.850 827.880 827.910 827.940 ³ 827.550 827.580 827.610 827.640 827.670 827.700 827.730 ³ 827.340 827.370 827.400 827.430 827.460 827.490 827.520 ³ 827.130 827.160 827.190 827.220 827.250 827.280 827.310 ³ 826.920 826.950 826.980 827.010 827.040 827.070 827.100 ³ 826.710 826.740 826.770 826.800 826.830 826.860 826.890 ³ 826.500 826.530 826.560 826.590 826.620 826.650 826.680 ³ 826.290 826.320 826.350 826.380 826.410 826.440 826.470 ³ 826.080 826.110 826.140 826.170 826.200 826.230 826.260 ³ 825.870 825.900 825.930 825.960 825.990 826.020 826.050 ³ 825.660 825.690 825.720 825.750 825.780 825.810 825.840 ³ 825.450 825.480 825.510 825.540 825.570 825.600 825.630 ³ 825.240 825.270 825.300 825.330 825.360 825.390 825.420 ³ 825.030 825.060 825.090 825.120 825.150 825.180 825.210 ÄÙ Monitoring of the base sites is obviously going to be easier than monitoring the mobiles. The cell base sites are towers (usually blue) with a triangle shaped "head" on top, and sporting a couple of what appear to be vertical antennas. These base sites have a range of 3-5 miles. If you take a look at the honeycomb diagram, you can see how they are laid out. The cell transmitter is in the middle of the cell. It is possible to hear many, most, or all of the cells in your city, depending on your location. The closer you live to a boundary, the greater the chances of your being able to receive more cells. Due to the nature of radio signals, the actual cell shape is more or less round. However, the hexagon shape lends itself better to show how the system is laid out. With a circular coverage area, there will be some overlapping between adjacent cells. __ __ \__/C \__/D \__ \__/G \__/A \__/ _/D \__/E \__/F \__ \__/B \__*C \__/ _/F \__/G \__/A \__ \__/D \__/E \__/ _/A \__/B \__/C \__ \__/ \__/ \__/ If, for example, you live near the asterisk (*) in the above diagram, you will be able go easily hear the G, C, E, and A cells you're near. Since the maximum _practical_ range of a cell is 3-5 miles, you'll be able to hear them a bit farther away. However, due to the nature of the FM transceivers at the cell sites (they capture only the _strongest_ signal), you should be able to hear all seven cells. Which _one_ of each cell you hear will depend on your location and the strength of the received signal. In the above diagram, you'll most likely hear the F cell in the upper right, rather than the one on the left. Mobile reception is almost a waste of time unless you have an outdoor antenna. And, since the mobile will be repeated on the cell site, it's better to listen to the cell frequencies. You may not be able to hear both sides of the conversation if you listen only to the mobile frequencies!!! It is useful, however, for determining which channel cell you're in. If you use the antenna that came with the scanner, mobile range will be decreased down to 1 or 2 miles. By checking the scanner readout against the cell list above (825.030-844.980 MHz), you can tell what cell the mobile is in. This is also useful on the cell site frequencies. If you hear someone say, "I'm at the corner of highway FF and 37," and you know where the cell site antenna is in that area, you can check the frequency listing above and determine what cell that antenna belongs to. ------------------------------------------------------------------------------- +++ Minuite Man's CheAp-O Cellular Scanner +++ * Parts Needed Here's a list of the following part's you'll need to bulid this project. - A manual adjusting TV (tuning knob's on VHF/UHF) - A Transmitter (rated 47 to 49 mhz) - And some BRaiN's (and six-pack!) Ok now that you have all that here we go, plain and very simple. First take the transmitter and lock it in talk (hold down the talk button), next turn the TV on and turn from channel 80 to 82 (or 83) now adjust the fine tune knob on the UHF dial untill you hear someone either talking or some type of packet transmission. and thats it turn the fine adjust knob to switch betw- een channel's (spaced about 50 hz i belive) and change the channel to switch between channel's (spaced about 500 hz i belive) and listen. Doesn't work well there are a couple of other factor's that you have to included in this project also, your antenna, if there is a cell site or repeater near you, and if you placed the transmitter on top of the TV it would help a lot more also! Well i'm not going to explain this that much, if you have some sort of IQ you can figure this out! Oh also if your wondering what to do with the six-pack, follow the directions on the can, and drink accordly... Minuite Man ------------------------------------------------------------------------------- +++ Transmission from a Cellular Phone +++ When a cellular phone makes a call, it normally transmits its electronic serial number, mobile identification number, its station class mark and the number called in a short burst of data. This burst is the short buzz you hear after you press the "send" button and before the tower catches the data. These four things are the components the cellular provider uses to insure that the phone is programmed to be billed and that is also has the identity of both the customer and the phone. There are usually two cellular phone companies in an area. One is the wireline carrier (Band B) and the other is the non-wireline carrier (Band A) Band B is usually a bell operating company because they have the incumbent position as the phone company with the telephone wires overhead. Band A may be Cellular One or some other company that only maintains cells and does not have access to domestic or business phones installed in permanent structures. Within the two bands are 832 cellular phone channels. Each one has 416 bands, and within the bands are voice channels that actually, transmit and receive information from cellular phones. The ESN (electronic serial number) is programmed into memory chips, called a PROM (or EPROM, E(E)PROM) depending on the type of cellular phone used. The ESN may appear in either hexadecimal or decimal format when uncoded. Most common it's in hexadecimal format which is a standard accepted by all of the cellular carriers. In order to understand the conversion process of decimal to hexadecimal, and the reverse, you must either have a scientific calculator or a table conversion guide. Most bookstores will carry a math text that will provide you with the guidance to convert the numbers into a format that can be programmed into a chip. The ESN and the phone number are the two primary identifiers for any cellular phone. By changing both, the cellular carrier will accept the call and bill it to either a wrong account or provide service based on the fact that it is not a disconnected receiver. It will also look at the other two components, in order to insure that it is actually a celluar phone and to forward billing information to that carrier The station carrier mark is also changed because it prevents the cell- ular carrier from determining the type of phone that is placing the call. By providing the cellular tower with a false station class mark, the cellular carrier, the federal communications commission, the secret service or any appointed state or local federal agency who chases down cellular fraud is often looking for a particular phone which in reality is not the phone they are looking for. For example; you can provide the station class mark for a radio shack phone when in reality they are using a novatel. If the authorities look at the phone only briefly or are not aware of the electronic intracacies, they may let the offender go without knowing that the suspect they are holding is the correct one! The NAM also has the SIDH (System Identification for the Home System) number programmed into it. Refer to the SIDH TABLE. The transmittal of the SIDH number tells the carrier where to forward the billing information to in case the user is "roaming". The SIDH table i have included tells of the major cities and thier identifying numbers. By forwarding to a false SIDH, to can avoid detection (50% of the time). In most circumstances, the bill is usually discarded because of the cost and trouble in tracking down someone using a phone with a changed SIDH. +++ Definitions +++ The following is a list of the commonly used abbreviations used in programming cellular phones. - SIDH A 15-bit field in the NAM designating the system indentification for the home system. Bit 0 of the SIDH corresponds to the preferred system flag used elsewhere in the NAM. Bit 6 and 5 of byte 0 are international code bits. Normally the SIDH is entered during programming of a phone as a five digit decimal number. - LU Local use flag. Tells the cellular phone user if it must preregister with the system. Preregistration with the system means that the mobile must trans mit it's parameters to the cellular system as soon as the power-up task and the control channel tasks are completed. "1" enables the flag. Usually set to "1". - MIN MARK A 1-bit flag designating that MIN2 (area code) is always to be sent when making a system access. "1" enables the flag. Usually set to "1". - MIN 2 A 10-bit field representing the area code of the mobile ID number. - MIN 1 A 24-bit field representing the mobile telephone number. MIN2 plus MIN1 equals MIN, the ten digit phone number. - SCM A 4-bit field designating the station class mark. A (3-watt) 832 channel mobile unit typically will be 1000, a 1.2 watt portable 1001 or a 0.6 watt handheld 1010 or 1110 (discontinuous transmission, meaning push-to-talk) These are class I, class II, and class III power levels respectively. - IPCH An 11-bit field designating the intial paging channel to be used if in the home system. Normally it is 334 for wireline systems, 333 for non-wire line systems. But most phones allow setting to other numbers for test purposes. - ACCOLC A 4-bit field designating the overload class for the cellular phone. The intention of this entry is to allow the cellular system to be able to detrmine priority in the event of system overload, however it is currently useless as the system operators have generally not provided guidance for their installers. The usual (and correct) system now in effect (in the US) is to use a "0" plus the last digit of the phone number. Test phones should be set at "10", emergency vehicles at "11", "12" through "15" are reserved. - PS A 1-bit flag designating the preferred system. If PS is "0", channels 334 through 666 are used, if PS is "1", channels 1 through 333 are used. Even system numbers (B systems) require a PS of "0", Odd system numbers (A systems) require a "1". - GIM A 4-bit field designating the group identification mark. This number tells the cellular system how far to look in the SIDH to determine if it is roaming in a system which may have a roam agreement with the home system. It is usually set to "10". - LOCK DIGITS A 4-digit field designating the unlock code. The digit "0" in the lock code is represented by an "A" in the actual NAM hexadecimal data. A lock code of all "0"'s sometimes unlocks the cellular phone. - EE A 1-bit flag designating that end-to-end signaling is enabled. End-toend signaling means that the DTMF digit tones will be transmited on the voice channel as well as being echoed to the handset. This feature is necessary for such services as Bank by Phone, activating answering machines and third party long distance services such as Sprint or MCI. A "1" enables the flag. Usually set to "1". - REP A 1-bit flag designating that repertory memory (speed dialing) in the cellular phone is enabled. A "1" enables the flag. - HA A 1-bit flag designating that the horn alert feature is enabled. A "1" enables the flag. - HF A 1-bit flag designaling that the handsfree option is enabled. A "1" enables the flag. Often, transceivers supplied as hands-free units require that this flag be left at "0". +++ NAM Format Map +++ Mark Definition Most Bit Significance Least Hex Address ------------------------------------------------------------------------------- 0 SIDH (14-8) 00 SIDH (7-0) 01 LU = Local Use LU 0 0 0 0 0 0 0 MIN 02 A/B* RI* MIN2(33-28) 03 MIN2(27-24) 0 0 0 0 04 0 0 0 0 MIN1(23-20) 05 MIN1(19-12) 06 MIN1(11-4) 07 MIN1(3-0) 0 0 0 0 08 0 0 0 0 SCM(3-0) 09 0 0 0 0 0 IPCH(10-8) 0A IPCH(7-0) 0B 0 0 0 0 ACCOLC(3-0) 0C PS = Preferred 0 0 0 0 0 0 PS 0D System 0 0 0 0 GIM(3-0) 0E LOCK DIGIT 1 LOCK DIGIT 2 0F LOCK DIGIT 3 LOCK SPARE BIT 10 EE = End to End EE 0 0 0 0 0 0 REP 11 Signaling HA 0 0 0 0 0 0 HF 12 REP = Repertory ----------------------------------------------------------- HA = Horn Alert 13 HF = Hands Free 14 15 16 Spare Locations (13-1D) 17 Contain All Zeros 18 Except For 19 Manufacturers Option 1A 1B 1C 1D NAM Checksum Adjustment 1E NAM Checksum 1F +++ Home System ID Listing +++ System Non (A) Wire (B) ------------------------------------------------------------------------------- Abilene, TX 131 422 Albany, NY 063 078 Atlanta, GA 041 034 Bakersfield, CA 183 228 Buffalo, NY 003 056 Chicago, IL 001 020 Cleveland, OH 015 054 Fresno, CA 153 162 Miami, Fl 037 024 Reno, NV 515 498 For the complete up to date listing and any technical questions call my BBS (which will be back on line soon!) or purchase a cellular manual from any one of these companies.(but why PAY when you can get it for FREE!) - Cellular Modification Manual's (for educational use only! yeah right !!!) SPY SUPPLY 1(617)327-7272 COD/MO Only CONSUMERTRONICS 1(505)434-0234 V/M/COD Only TELECODE 1(602)782-2316 COD Only These places are a rip off, but if you want go ahead and buy a manual from them, other then that any thing else you need to know just contact me or call my BBS (read above) and i'll be happy to help you out. FREE of charge, thats what it's all about... LaT-O, Neo Nerd +++ Keypad NAM programming (reprogramming) +++ PLEASE NOTE: Area specific numbers contained within these programming instructions may not be accurate for your cellular area. Programming Instructions for: DIAMONDTEL MESA90X HANDHELD ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - PRESS FCN 7 ENTER 4 DIGIT SECURITY CODE ENTER NEW 3 DIGIT UNLOCK CODE PRESS CLR PWR up unit Press "END" and hold within 10 seconds of pwr up Enter "5132920" Release END key. 0 SEND DUAL NO XXXXXXXXXX SEND NO1 _ _ _ _ _ SEND SID1 1 SEND LU1 1 SEND EX1 334 SEND IPCH1 07 SEND ACCOLC1 0 SEND PREF1 10 SEND GIM1 0 SEND RI1 1 SEND DTX1 1 SEND AR1 1234 SEND SEC 1 SEND EE 1 SEND C TONE 0 SEND AL 0 SEND BO 1 SEND BEEP TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME TO RESET NAM FROM THE LIMIT OF 3 PROGRAM ATTEMPTS PWR up unit Press "END" and hold within 10 seconds of pwr up TO RESET NAM OF MESA 90 HANDHELD USE THE CODE "6972814" Programming Instructions for: DIAMONDTEL MESA99X HANDHELD ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - PRESS FCN 7 ENTER 4 DIGIT SECURITY CODE ENTER NEW 3 DIGIT UNLOCK CODE PRESS CLR PWR up unit Press "END" and hold within 10 seconds of pwr up Enter "5132920" Release END key. 0 SEND DUAL NO XXXXXXXXXX SEND NO1 _ _ _ _ _ SEND SID1 1 SEND LU1 1 SEND MIN MARK1 334 SEND IPCH1 07 SEND ACCOLC1 10 SEND GIM1 0 SEND RI1 0 SEND DTX1 0 SEND AR1 1234 SEND SEC 1 SEND CONTINUE D.T.M.F. 0 SEND AUTO LOCK 0 SEND BOOSTER TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME Programming Instructions for: GATEWAY CP 900 HANDHELD USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - CURRENT UNLOCK CODE CAN NOT BE SEEN AND MUST BE KNOWN TO CHANGE THE CURRENT UNLOCK CODE. PRESS MENU ENTER 03 ENTER CURRENT 4 DIGIT SECURITY CODE ENTER NEW 4 DIGIT SECURITY CODE PHONE WILL AUTO EXIT TO READY ACTION TO STORE DISPLAY PRESS MENU 99 ENTR SCRTY CODE(FCTRY PRST IS 9999) PROGRAM NAM _ _ _ _ _ SEND SID XXXXXXXXXX SEND PHONE NUMBER 0334 SEND IPC 07 SEND ACCOL 10 SEND GIM 1 SEND MOBILE I.D. NUMBER 1 SEND LOCAL USE MARK 2 SEND SYSTEM SELECT (B) UPON PRESSING SEND THE PHONE WILL CYCLE TO WAIT AND THEN RETURN TO THE READY MODE. TO DISPLAY THE NEW PHONE NUMBER: PRESS RCL 00 Programming Instructions for: GENERAL ELECTRIC MINI II ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - PRESS FCN 7 ENTER 4 DIGIT SECURITY CODE ENTER NEW 3 DIGIT UNLOCK CODE PRESS CLR PWR up unit Press and hold END key within 10 seconds of pwr up Enter "6282905" Release END key 0 Press SEND DUAL NO XXXXXXXXXX Press SEND NO1 _ _ _ _ _ Press SEND SID1 1 Press SEND LU1 1 Press SEND EX1 0334 Press SEND IPCH1 07 Press SEND ACCOLC1 0 Press SEND PREF1 10 Press SEND GIM1 0 Press SEND RI1 1 Press SEND DTX1 1 Press SEND AR1 1234 Press SEND SEC 1 Press SEND EE 1 Press SEND C DTMF 0 Press SEND AL 0 Press SEND BEEP 0 Press SEND BO TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME Programming Instructions for: GENERAL ELECTRIC MINI ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - UNLOCK CODES WILL BE CHANGED ONLY IN PROGRAMMING MODE FOLLOW THE INSTRUCTIONS THAT FOLLOW PWR up unit Press and hold CL key within 10 seconds of pwr up 0Enter "7591122" Release CL key XXXXXXXXXX PRESS SEND MIN 123 PRESS SEND UNLOCK _ _ _ _ _ PRESS SEND SID 1 PRESS SEND LU 1 PRESS SEND MIN MARK 334 PRESS SEND IPCH 07 PRESS SEND ACCOLC 0 PRESS SEND PS 10 PRESS SEND GIM 1 PRESS SEND EE 0 PRESS SEND BOOSTER 1 PRESS SEND AR TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME Programming Instructions for: MITSUBISHI 800 ACTION TO STORE DISPLAY PWR up unit Press and Hold STO within 10 Seconds of pwr up Enter "5474432" Release STO 0 Press SEND dUAL XXXXXXXXXX Press SEND NO1 _ _ _ _ _ Press SEND SId1 1 Press SEND LU1 0 Press SEND MIN Mark 0334 Press SEND IPCH 07 Press SEND ACCOLC 0 Press SEND PS1 10 Press SEND GI1 1234 Press SEND SECUrity 1 Press SEND EE 0 Press SEND dt 1 Press SEND HF 0 Press SEND InHIbit 1 Press SEND C tOnE 0 Press SEND SyS A/B 0 Press SEND dUAL HS 0 Press SEND InHibit Ld TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME Programming Instructions for: MITSUBISHI 900 ACTION TO STORE DISPLAY PWR up unit Press and Hold END key within 10 seconds of pwr up Enter "6972814" Release END key 0 Press SEND DUAL NO XXXXXXXXXX Press SEND NO1 _ _ _ _ _ Press SEND SID1 1 Press SEND LU1 0 Press SEND EX1 0334 Press SEND IPCH1 07 Press SEND ACCOLC1 0 Press SEND PREF1 10 Press SEND GIM1 0 Press SEND RI1 1 Press SEND DTX1 1 Press SEND AR1 1234 Press SEND SEC 1 Press SEND EE 1 Press SEND C DTMF 0 Press SEND AL 0 Press SEND BO 1 Press SEND BEEP TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME TO ENTER TEST MODE HOLD END ON PWR UP-CODE 0944635 Programming Instructions for: MOTOROLA 8000H ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED IN STEP 9 OF THE PROGRAMMING MODE PWR up unit Enter STORE #123456123456 RCL If the phone is fresh from factory then Enter STORE #000000000000 RCL If the phone is used or already programmed then Enter STORE #123456123456 RCL DISPLAY WILL SHOW 01 PRESS * _ _ _ _ _ * 02 (SID) XXX * 03 (Area Code) XXX XXXX * 04 (Phone #) 14 * 05 07 * 06 00 * 07 123456 * 08 123 * 09 334 * 10 010100 * 11 000 * PRESS * TO REVIEW ENTRIES TO BURN NAM: PRESS SEND WHILE 01,02,03, ETC. IS DISPLAYED SET TO SCAN B MODE BY : RCL * : PRESS * UNTIL SCAN B MODE SHOWS then: press store Programming Instructions for: MOTOROLA ULTRA CLASSIC HANDHELD ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THE UNLOCK CODE IS PROGRAMMED IN STEP 8 OF THE PROGRAMMING MODE FOR NEW PHONE: Press FCN, 0 + Security code entered twice (Factory preset is 000000), RCL The message 01 will appear in the display to confirm programming mode. Press * 01 Press * 1) _ _ _ _ _ Press * 02 Press * 2) XXX Press * 03 Press * 3) XXX XXXX Press * 04 Press * 4) 14 Press * 05 Press * 5) 07 Press * 06 Press * 6) 10 Press * 07 Press * 7) 123456 Press * 08 Press * 8) 123 Press * 09 Press * 9) 0334 Press * 10 Press * 10) 010101 Press * 11 Press * 11) 101 Press * 12 Press * Review entries by pressing "*" repeatedly. Press SEND to program phone. Programming Instructions for: NEC P300 ACTION TO STORE DISPLAY THESE INSTRUCTIONS FOR SERIAL NUMBERS AFTER 135-839601 Insert NAM Programming Adapter (NECAM #41-2019) into plug connector on P300 phone bottom. PWR On RCL # 0 1 to enter test mode. Phone will display shaded blocks. RCL # 7 6 to select NAM. Phone will show 76- Press 0 # to program NAM 1. (NAM 1=0,NAM 2=1,NAM 3=2,NAM 4=3) RCL # 7 1 to enter programming mode. XXXXXXXXXX PRESS # MIN 1234 PRESS # LOCK CODE _ _ _ _ _ PRESS # SID 10 PRESS # GROUP I.D. 0334 PRESS # INITIAL PAGING CH 0 PRESS # SYSTEM SELECT (1=A) 07 PRESS # ACCOLC 1 PRESS # MIN MARK 1 1 PRESS # LOCAL USE 911 PRESS # EMERGENCY NO. Press Clr (and hold) to exit programming and return to TEST MODE. Press RCL # 0 2 to burn and exit to standby. THESE INSTRUCTIONS FOR SERIAL NUMBERS PRIOR TO 135-839601 Insert NAM Programming Cable (41-2019) PWR on RCL # 7 6 to enter TEST MODE Press 0 # to select NAM. RCL # 7 1 You are now in Programming Mode. Enter NAM info as above. Press and hold CLR to exit. Pwr down. Programming Instructions for: NEC P9100 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - UNLOCK CODES WILL BE CHANGED ONLY IN PROGRAMMING MODE FOLLOW THE INSTRUCTIONS THAT FOLLOW Make sure NAM battery is fully charged before attempting programming Switch power on Press RCL #01 display will then show shaded blocks For a USED phone - to clear nam and accumulated call timer Press RCL #39 To program NAM1 Press RCL #760# To enter programming mode Press RCL #71 XXXXXXXXXX Press # MIN 1234 Press # Lock Code _ _ _ _ _ Press # SYS. I.D. 10 Press # G.I. Mark 0334 Press # First Paging Channel 0 Press # System Select 07 Press # ACCOLC 0 Press # MIN Mark 1 Press # Local Use TO EXIT PROGRAM MODE AT THIS TIME PRESS CLR AND HOLD DISPLAY WILL SHOW TEST MODE TO EXIT TEXT MODE PRESS RCL#02 IF THE MEMORY IS CLEARED VIA RCL #39 DURING THE PROGRAMMING THEN THE PHONE WILL AUTOMATICALLY ENTER FULL-LOCK AFTER EXITING THE TEST MODE TO UNLOCK: FCN #XXXX(4 DIGIT LOCK CODE FOR LAST NAM PROGRAMMED). Programming Instructions for: NOKIA P-30 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - PRESS SEL 7 UNLCODE APPEARS ON THE DISPLAY ENTER 5 DIGIT SECURITY CODE AND THE CURRENT UNLOCK CODE APPEARS IN THE DISPLAY PRESS CLR AND ENTER THE NEW FOUR DIGIT UNLOCK CODE PRESS SEL TO STORE THE NEW CODE - NOTE: IF YOU DON'T PRESS SEL WITHIN FIVE SECONDS THE DISPLAY WILL CLEAR AND CANCEL THE FUNCTION PWR up unit Enter *17*2001*12345* HO-Id must appear on display Press SEL to view current value Display will be one step behind TO STORE instructions _ _ _ _ _ Press SEL ACCESS (SID) 1 Press SEL LOCAL 1 Press SEL PhonE n XXXXXXXXXX Press SEL CLASS 10 Press SEL PAGE ch 334 Press SEL O-LOAd 07 Press SEL GrouP 10 Press SEL SEC 12345 Press SEL AUTO EXIT PROGRAM MODE TO EXIT PROGRAMMING MODE AT ANY TIME PRESS "END" WHEN THE SEL KEY IS PRESSED FOLLOWING THE LAST PARAMETER VALUE, THE PHONE WILL AUTOMATICALLY EXIT THE NAM PROGRAMMING MODE AND RETURN TO NORMAL OPERATION Programming Instructions for: NOVATEL PTR800 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - UNLOCK CODES WILL BE CHANGED ONLY IN PROGRAMMING MODE FOLLOW THE INSTRUCTIONS THAT FOLLOW PWR up unit Press FCN Press FCN again Enter *626776* Display will show CMT REV and a date code - Press Volume Up Display will show NAM SELECT1 Press Volume Up _ _ _ _ _ PRESS # PRESS VOLUME UP SIDH PRESS VOLUME UP SCM XXXXXXXXXX PRESS # PRESS VOLUME UP MIN 0333 PRESS # PRESS VOLUME UP IDCCA 0334 PRESS # PRESS VOLUME UP IDCCB 0334 PRESS # PRESS VOLUME UP IPCH 07 PRESS # PRESS VOLUME UP ACCOLC 10 PRESS # PRESS VOLUME UP GIM 123 PRESS # PRESS VOLUME UP LOCK A 456 PRESS # PRESS VOLUME UP LOCK B 1 PRESS # PRESS VOLUME UP OPTION LC 1 PRESS # PRESS VOLUME UP OPTION EX 0 PRESS # PRESS VOLUME UP OPTION PS 0 PRESS # PRESS VOLUME UP OPTION NSC 1 PRESS # PRESS VOLUME UP OPTION EE 1 PRESS # PRESS VOLUME UP OPTION REP 0 PRESS # PRESS VOLUME UP OPTION HA 0 PRESS # PRESS VOLUME UP OPTION HF 0 PRESS # PRESS VOLUME UP OPTION F1 0 PRESS # PRESS VOLUME UP OPTION F2 0 PRESS # PRESS VOLUME UP OPTION F3 0 PRESS # PRESS VOLUME UP OPTION F4 TO EXIT PROGRAMMING MODE AT ANY TIME PRESS FCN END FCN FCN *6462257* WILL CLEAR THE NAM IF IT HAS BEEN PROGRAMMED MORE THAN 3 TIMES OR IF THE NEED EXISTS TO CLEAR THE MEMORY Programming Instructions for: NOVATEL PTR825 ACTION TO STORE DISPLAY PWR up unit Press FCN Press FCN again Enter *697201* Display will show CMT REV 972 105 Press Volume Up 1 PRESS # VOL UP NAM SELECT 1 _ _ _ _ _ PRESS # VOL UP SIDH 10 PRESS VOL UP SCM XXXXXXXXXX PRESS # VOL UP MIN 0333 PRESS VOL UP IDCCA 0334 PRESS VOL UP IDCCB 0334 PRESS # VOL UP IPCH 07 PRESS # VOL UP ACCOLC 10 PRESS # VOL UP GIM 123 PRESS # VOL UP LOCK A 123 PRESS # VOL UP LOCK B 1 PRESS # VOL UP LC 1 PRESS # VOL UP OPTION EX 0 PRESS # VOL UP PS - PREF SYSTEM 0 PRESS VOL UP OPTION NSC 1 PRESS # VOL UP OPTION EE-END TO END 1 PRESS # VOL UP OPTION REP 0 PRESS # VOL UP HORN ALERT 0 PRESS # VOL UP HANDS FREE 0 PRESS # VOL UP OPTION F1 0 PRESS # VOL UP OPTION F2 0 PRESS # VOL UP OPTION F3 1 PRESS # VOL UP OPTION F4 AIR RND UP 0 PRESS # VOL UP OPTION F5 FUTURE USE 0 PRESS # VOL UP OPTION F6 FUTURE USE 0 PRESS # VOL UP OPTION F7 FUTURE USE Programming will now wrap to beginning SIDH display. Press VOL UP to review entries Programming Instructions for: OKI HANDHELD MODEL # 750 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED FOR IN THE PROGRAMMING SEQUENCE Pwr up unit Press (*) and (#) simultaneously Enter 10 digit Sec Code as follows: *12345678# What follows can be done only once! The display "Enter NEW PW-Sto" Enter 0123456789 then press STORE Pwr unit down. Pwr up unit Press MENU and RCL simultaneously Enter 0123456789 Software Version and ESN Number in HEX Clears in 2 secs. Spd Dial Mem Clear Press 0 Press STO Def Data Reset Press 0 Press STO NAM 1 Mode Own #111 111-1111 XXX XXX XXXX Press STO Vol Up Security 123456 Press STO Vol Up OPTION 1100 Press STO Vol Up SCM 1010 Press STO Vol Up GIM 10 Press STO Vol Up Unlock # 1234 Press STO Vol Up ACCOLC # 07 Press STO Vol Up IPCH NO. 0334 Press STO Vol Up _ _ _ _ _ Press STO Vol Up System ID: At this time you may exit the programming mode by pressing CLR to bypass the other NAM modules. Programming Instructions for: OKI HANDHELD MODEL # 900 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED FOR IN THE PROGRAMMING SEQUENCE Pwr up unit Press RCL and MENU simultaneously Enter 10 digit Sec Code as follows: *12345678# What follows can be done only once! The display "Enter NEW PW-Sto" Enter 0123456789 then press STORE. The display "Re-Enter New PW-Sto" Enter 0123456789 then press STORE to enter Programming Mode. IF You don't wish to keep the new password then Pwr unit down. Software Version and ESN Number in HEX Clears in 2 secs. Spd Dial Mem Clear Press * Press STO SPD DIAL MEM CLEAR Press * Press STO DEFAULT DATA CLEAR NAM 1 Mode Own #111 111-1111 XXX XXX XXXX Press STO Vol Up MIN 123456 Press STO Vol Up SECURITY _ _ _ _ _ Press STO Vol Up SYSTEM ID: 0334 Press STO Vol Up IPCH 07 Press STO Vol Up ACCOLC # 15 Press STO Vol Up GROUP I.D. 1234 Press STO Vol Up UNLOCK CODE 1010 Press STO Vol Up STATION CLASS 1110 Press STO Vol Up OPTION At this time you may exit the programming mode by pressing CLR to bypass the other NAM modules. Programming Instructions for: PANASONIC EB3500 Charged Battery and Nam Adaptor are needed. ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED FOR IN THE PROGRAMMING SEQUENCE *0000# to enter program mode *1 Press SND NAM 1 MODE _ _ _ _ _ Press STO 01 SIDH XXXXXXXXXX Press STO 02 OWNDL 0 Press STO 03 PRESYS 334 Press STO 04 IPCH 07 Press STO 05 ACCOLC 10 Press STO 06 GIM 00 Press STO 07 DLMT 10 Press STO 08 SCM 911 Press STO 09 SPDL 1234 Press STO 10 LOCK 1 1 0 1 1 0 0 0 Press STO 11 FCN 1 0 0 0 1 0 1 0 0 Press STO 12 FCN 2 1 1 1 1 0 1 1 1 Press STO 13 FCN 3 STO ** END to program phone Programming Instructions for: COLT TRANSPORTABLE ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - UNLOCK CODES WILL BE CHANGED ONLY IN PROGRAMMING MODE FOLLOW THE INSTRUCTIONS THAT FOLLOW Phone must be locked, to accomplish: press FUNC 5 Enter: FUNC #626# FUNC The software revision date will be shown. Press SEND This will advance phone through memory locations. E.S.N. will be displayed, press SEND again. XXX Press SEND AREA CODE XXX XXXX Press SEND PHONE NUMBER _ _ _ _ _ Press SEND SYSTEM ID 07 Press SEND ACCOLC 10 Press SEND GIM 1 Press SEND LOCAL USE MARK 1 Press SEND MIN MARK (MOBILE ID) 123 Press SEND LOCK CODE 0 Press SEND AUTOMATIC LOCK 123 Press SEND CALL RESTRICTION 12 Press SEND CALL COUNTER RESET 1 Press SEND ENABLE HANDSFREE 0 Press SEND DISABLE HORN ALERT 0 Press SEND HA TURN OFF TIME 12 Press SEND TOTAL AIRTIME RESET TO REVIEW PROGRAMMING AT THIS TIME PRESS SEND. TO EXIT PROGRAMMING AND STORE DATA AT ANY TIME PRESS END FUNC END - WAKE UP WILL SOUND, PHONE WILL BE LOCKED ENTER UNLOCK CODE- 123 SYSTEM PREFERENCE MUST BE KEYPAD SELECTED! PRESS FUNC 7 FOR "A" NON W/L OR PRESS FUNC 8 FOR "B" W/L SYS. Programming Instructions for: DIAMONDTEL MESA 55 TRANSPORTABLE ACTION TO STORE DISPLAY PWR up unit Press "CL" and hold within 10 seconds of pwr up Enter "1951426" Current Mobile I.D. will display XXXXXXXXXX Press SEND MIN 123 Press SEND 1 SECURITY _ _ _ _ _ Press SEND 2 SID 1 Press SEND 3 LU 1 Press SEND 4 MIN MARK 334 Press SEND 5 IPCH 07 Press SEND 6 ACCOLC 0 Press SEND 7 PREF SYS 10 Press SEND 8 GIM 1 Press SEND 9 EE 1 Press SEND 10 ENBL HANDSFREE 0 Press SEND 11 RI 04 Press SEND 12 AUX 1 07 Press SEND 13 AUX 2 Phone automatically returns to show the 10 digits MIN number at this time and to indicate that the NAM has been programmed. The END key should be pressed to burn the NAM. Programming Instructions for: DIAMONDTEL MESA95 TRANSPORTABLE ACTION TO STORE DISPLAY PWR up unit Press and hold Clr within 10 Seconds of pwr up Enter "1951426" Release Clr 0 Press SEND duaAL no XXXXXXXXXX Press SEND no1 _ _ _ _ _ Press SEND SId1 1 Press SEND LU1 1 Press SEND E1 334 Press SEND IPCH1 07 Press SEND ACCOLC1 0 Press SEND PS1 10 Press SEND GI1 5 Press SEND t InC1 1234 Press SEND SECUrIty 1 Press SEND EE 0 Press SEND dt 0 Press SEND HF 0 Press SEND InHIbIt 1 Press SEND Ctone 0 Press SEND dIS CU 0 Press SEND dIS IGn SEnSE 0 Press SEND DUAL HS TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME TO RESET NAM FROM THE LIMIT OF 3 PROGRAM ATTEMPTS FOLLOW THE BLOCK OF INSTRUCTIONS AT TOP USING "8291112" W/CLR TO RESET NAM OF MESA 90 HANDHELD USE THE CODE "6972814" Programming Instructions for: FUJITSU MOBILE PHONE ACTION TO STORE DISPLAY PWR up unit Unit must be locked to program. To lock press F+LOCK PWR down unit. PWR up unit. Within 10 seconds press #626#7764726 (#NAM#PROGRAM) A continuous tone will be heard for 7 seconds. PRESS AND HOLD THE * KEY WHILE THE TONE SOUNDS, DO NOT LET GO! The tone will change to an intermittent tone, then it will stop. Release the * key. CONGRATULATIONS!!! YOU ARE NOW IN PROGRAMMING MODE! _ _ _ _ _ PRESS STOR 1 SIDH 1 PRESS STOR 2 LOCAL 1 PRESS STOR 3 MIN MARK XXXXXXXXXX PRESS STOR 4 MIN 10 PRESS STOR 5 STATION 0334 PRESS STOR 6 IPCH 07 PRESS STOR 7 ACCOLC 0 PRESS STOR 8 PS 10 PRESS STOR 9 GIM 1234 PRESS STOR 10 LOCK 1 PRESS STOR 11 CALL TIME 2 PRESS STOR 12 AUTO LOCK 1 PRESS STOR 13 CALL REST PRESS STOR TO REVIEW ENTRIES. WHEN AT MODE #1 PRESS SEND TO BURN NAM AND RETURN TO NORMAL OPERATION. IF PROGRAMMING WAS DONE INCORRECTLY A SHORT HIGH TONE WILL BE HEARD, YOU MUST THEN REPEAT DATA ENTRY. YOU MUST PRESS STOR AFTER EACH ENTRY FOR THE CHECKSUM FUNCTION TO BE FULFILLED. Programming Instructions for: GENERAL ELECTRIC CARFONE XR3000 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THE UNLOCK CODE IS PROGRAMMED IN STEP 2 OF THE PROGRAMMING MODE PWR up unit Press "CL" and hold within 10 seconds of pwr up Enter "923885" Serial # will display Press Send key to advance to first entry XXXXXXXXXX Press SEND MIN 123 Press SEND UNLOCK _ _ _ _ _ Press SEND SID 1 Press SEND LU 1 Press SEND MIN MARK 334 Press SEND IPCH 07 Press SEND ACCOLC 0 Press SEND PS 10 Press SEND GIM 0 Press SEND AUX 1 Press SEND HANDS PRESS SEND TO REVIEW ENTRIES. NOTE: AREA CODE (402) WILL DISPLAY FOR MIN THEN AUTO SWITCH TO REST OF NUMBER ON DISPLAY - BE PATIENT PRESS "E" KEY TO COMPLETE PROGRAMMING OF THE XR 3000 AT THIS TIME Programming Instructions for: GOLDSTAR SERIES 5000 MOBILE ACTION TO STORE DISPLAY PWR up Unit Press FCN 4 to see the selected NAM. Press * to advance. Select NAM1. Press FCN, 9, 9, * "Enter Code" will be displayed. Enter 1234567890 XXXXXXXXXX PRESS MEM Enter MIN _ _ _ _ _ PRESS MEM Enter System ID 0334 PRESS MEM Enter IPCH 07 (ACCOLC) PRESS MEM Enter OVLD Class 1234 PRESS MEM LOCK CODE 123456 PRESS MEM SECURITY CODE 1234 PRESS MEM ALARM DISARM CODE 0 PRESS MEM PREFFERED SYSTEM 0 PRESS MEM STATION CLASS MARK 1 PRESS MEM HANDS FREE MARK (ON) 1 PRESS MEM LOCAL USE MARK (ON) 1 PRESS MEM MIN MARK (ON) 0 PRESS MEM HORN ALERT (OFF) 0 PRESS MEM OPT. SPEAKER (OFF) TO SAVE TO NAM NOW PRESS MEM TO REVIEW ENTRIES USE THE VOLUME UP OR DOWN KEYS Programming Instructions for: MITSUBISHI 555,560,600 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - TO PROGRAM THIS FUNCTION YOU MUST BE OUT OF THE PROGRAMMING MODE ENTER FCN 6 AND THEN ENTER THE NEW 3 DIGIT UNLOCK CODE PRESS CLR. To program from keypad remove and discard Nam Pad PWR up unit Press and Hold STO key within 10 seconds of pwr up Enter "5474432" Release STO key XXXXXXXXXX Press SEND MIN 123 Press SEND SECURITY CODE _ _ _ _ _ Press SEND SID 1 Press SEND LU 1 Press SEND MIN MARK 334 Press SEND IPCH1 07 Press SEND ACCOLC1 0 Press SEND PS1 10 Press SEND GIM 1 Press SEND EE 1 Press SEND HANDS FREE 0 Press SEND ROAM INHIBIT 0 Press SEND A/B SELECT 00 Press SEND f3-f0 DUAL HEAD 00 Press SEND f7-f4 LD INH TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME Installing the LOCK CODE To program the customer's lock code, the phone must be out ot the programming mode. To program, enter FCN, 6,3-digit security code, the a 3-digit lock code. Press CLR. Programming Instructions for: NEC M3700 SERIES MOBILE ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - UNLOCK CODES WILL BE CHANGED ONLY IN PROGRAMMING MODE FOLLOW THE INSTRUCTIONS THAT FOLLOW A NAM PROGRAMMER ADAPTOR (NECAM #41-2012) IS REQUIRED PWR UP TO ENTER TEST MODE: RCL, #,0,1. WILL CYCLE TO SHADED TO CLEAR MEMORY: RCL # 3 9 select nam RCL # 7 6 0 # nam 1 RCL # 7 6 1 # nam 2 TO ENTER PROGRAMMING MODE: RCL #71 XXX XXX XXXX PRESS # Telephone No. (MIN) 1234 PRESS # Lock Code _ _ _ _ _ PRESS # Home Area (SYS I.D.) 10 PRESS # G-NO (Group I.D.) 0334 PRESS # First Paging Channel 0 for wireline PRESS # System Select 07 PRESS # ACCOLC 1 PRESS # ACCESS 1 PRESS # Local Use To exit PROGRAMMING MODE PRESS CLR and hold TEST MODE will show to exit TEST MODE RCL #02 IF MEM WAS CLEARED VIA RCL #39, PHONE WILL AUTOMATICALLY ENTER FULL-LOCK AFTER EXITING THE TEST MODE. TO UNLOCK PRESS FCN # 1234. Programming Instructions for: NOKIA LX-11 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - PRESS SEL,5 THEN ENTER 5 DIGIT SECURITY CODE PRESS SEL TO RECEIVE DISPLAY OF CURRENT UNLOCK CODE PRESS 5 NOW TO CLEAR ALL CALL TIMERS ENTER THE NEW UNLOCK CODE PRESS SEL TO ACCEPT PWR up unit Enter *3001#12345 Then - SEL 9 END IdEnt IF InFO should appear on display Pressing END will move you through the parameters Pressing SND will toggle between choices available _ _ _ _ _ Press END HO-Id (SID) 1 Press END ACCESS 1 Press END LOCL OPt XXXXXXXXXX Press END Phonxx 08 Press END St CLASS 334 Press END PAging Ch 07 Press END O-LOAd CLASS B Press END PrEF SyS 10 Press END grOUP Id 12345 Press END SECUrIty -------- (Can't be changed) Press END 1 dAtE 00/00/90 (INSTALLATION DATE) Press END 2 dAtE TO EXIT PROGRAMMING MODE AT ANY TIME PRESS "END" TO STORE LAST PARAMETER THEN POWER DOWN WHEN THE "END" KEY IS PRESSED FOLLOWING THE LAST PARAMETER, THE TEXT Prog donE WILL APPEAR ON DISPLAY Programming Instructions for: NOKIA M-10 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED BY THE SECURITY CODE PROGRAMMED AT THE TIME OF PROGRAMMING PWR up unit Enter *17*3001*1234* HO-Id must appear on display Press SEL to view current value Display will be one step behind TO STORE instructions _ _ _ _ _ Press SEL ACCESS (SID) 1 Press SEL LOCAL 1 Press SEL PhonE n XXXXXXXXXX Press SEL CLASS 08 Press SEL PAGE ch 334 Press SEL O-LOAd 07 Press SEL GrouP 10 Press SEL SEC 1234 Press SEL AUTO EXIT PROGRAM MODE TO EXIT PROGRAMMING MODE AT ANY TIME PRESS "END" WHEN THE SEL KEY IS PRESSED FOLLOWING THE LAST PARAMETER VALUE, THE PHONE WILL AUTOMATICALLY EXIT THE NAM PROGRAMMING MODE AND RETURN TO NORMAL OPERATION Programming Instructions for: NOVATEL 8305 TRANSPORTABLE CA08 SOFTWARE VERSION USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - IF EQUIPMENT IS PROVIDED WITH A MENU KEY THEN ENTER THE MENU PORTION OF THE PHONE AND DISPLAY AND IF NECESSARY REPROGRAM THE UNLOCK CODE FROM THERE. IF PHONE DOES NOT HAVE A MENU KEY THEN THERE CAN BE NO PROGRAMMING OF THE UNLOCK CODE... THE SECURITY CODE WILL BE ALL THAT IS PROVIDED Lock Phone by pressing FCN 1 Enter Programming Mode by pressing #259 Screen will display the software revision number Press Volume Up Screen will display Phone's E.S.N. Press Volume Up Screen will display INIT REP USE SND Press SEND to erase any numbers stored in the phones memory Press Volume Up _ _ _ _ _ Send Vol. Up SIDH system I.D. XXX XXX XXXX Send Vol. Up MIN mobile I.D. Must be changed when done Send Vol. Up LOCK CODE 1 programming - BY CUSTOMER Must be changed when done Send Vol. Up LOCK CODE 2 programming - BY CUSTOMER SET Vol. Up Option EX extnd adrss 334 press send to change Vol. Up IPCH initial pge 07 Send Vol. Up ACCOLC overload 10 Send Vol. Up GIM group i.d. 333 Vol. Up IDCCA initl a 334 Vol. Up IDCCB initl b 1 Vol. Up REG TBL SIZE Volume up through the four invalid System I.D. addresses SET Vol. Up OPTION LU local use B press send to change Vol. Up OPTION PS (prefered sys) CLR Vol. Up OPTION IRI rm inhbt CLR Vol. Up OPTION SSD SET Vol. Up OPTION QRC qck rcall SET Vol. Up OPTION QST qck store SET Vol. Up OPTION WUT wake tone SET Vol. Up OPTION EE use dtmf SET Vol. Up OPTION FD use dtmf SET Vol. Up OPTION MFD ext dtmf SET Vol. Up OPTION 32D dgt dial CLR Vol. Up OPTION MLH timer CLR Vol. Up OPTION LHM timer CLR Vol. Up OPTION CRU timer dsp CLR Vol. Up OPTION NLM timer SET for on CLR for off Vol. Up OPTION HA hrn alert CLR Vol. Up OPTION ONL diagnostc END to exit or VOLUME UP to review entries. Programming Instructions for: OKI CDL400 ACTION TO STORE DISPLAY To Enter Programming mode: Press IN SEQUENCE: END RCL FUNC CLR SND Screen shows Entr id Enter 08693427 XXX XXX XXXX PRESS # PRESS * PHon _ _ _ _ _ PRESS # PRESS * S id no 0334 PRESS # PRESS * iPCH 07 PRESS # PRESS * ACC oLC 123 PRESS # PRESS * LoC Cod 10 PRESS # PRESS * G id 0000 PRESS # PRESS * Stn CLS 0111 PRESS # PRESS * HORN ALERT, HANDS FREE, LOCAL USE, MIN. MARK. PRESS END AT THIS TIME TO EXIT PROGRAMMING MODE. __________________________________________________________________________ TO REPROGRAM TELEPHON NUMBER AND SYSTEM I.D. # - PRESS IN SEQUENCE THE FOLLOWING KEYSTROKES: FUNC 90 * 123 (SECURITY CODE) FONE WILL DISPLAY ENTER NEW PHONE NUMBER XXX XXX XXXX PRESS # PRESS * PHon _ _ _ _ _ PRESS # PRESS * S id no PRESS END AT THIS TIME TO EXIT PROGRAMMING MODE. ___________________________________________________________________________ To Re-Initialize Nam Memory for Handset Programmable Models - Func 99* Enter Last 8 digits of S.N. Press * Programming Instructions for: PANASONIC EB362 Charged Battery and Nam Adaptor(Grey Cord w/25pin Connector)are needed. ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED FOR IN THE PROGRAMMING SEQUENCE *0000# to enter program mode *1 Press SND 50 Press SND NAM 1 MODE _ _ _ _ _ Press STO 01 SIDH XXXXXXXXXX Press STO 02 OWNDL 1 2 3 Press STO 03 LOCK 0 0 0 0 0 0 0 0 0 0 0 0 (12) Press STO 04 SPDL 00 Press STO 05 SCM 334 Press STO 06 IPCH 07 Press STO 07 ACCOLC 10 Press STO 08 GIM 1 1 0 1 1 1 0 0 Press STO 09 FEATURE A 0 0 0 0 0 1 0 0 Press STO 10 FEATURE B 1 0 0 0 0 0 1 1 Press STO 11 FEATURE C 00 Press STO 12 DLMT STO ** Turn power off Programming Instructions for: PANASONIC EB-500 OR TP-500 ACTION TO STORE DISPLAY USED EQUIPMENT: TO DISPLAY CURRENT UNLOCK CODE - THIS FUNCTION IS PROVIDED FOR IN THE PROGRAMMING SEQUENCE Attach Nam Programmer Cable (Our Stock # 823) Pwr up unit Enter *0000# 0 *1 SND You are now in the NAM 1 Program mode. _ _ _ _ _ Press STO 01 S.I.D. XXXXXXXXXX Press STO 02 OWN # 0 Press STO 03 O for W/L system 334 Press STO 04 IPCH 07 Press STO 05 ACCOLC 10 Press STO 06 GIM 00 Press STO 07 Digit Dial Limit 08 Press STO 08 SCM (3watt i.d.) 911 Press STO 09 Rcl 00 1234 Press STO 10 Security Code 11000000 Press STO 11 FUNCTION BYTE 1 00010010 Press STO 12 FUNCTION BYTE 2 10010111 Press STO 13 FUNCTION BYTE 3 TO BURN NAM AT THIS TIME Press STO ** NAM is burned Turn off unit Detach programming cable Programming Instructions for: RADIO SHACK 17-1002 TRANSPORTABLE THIS UNIT REQUIRES A SERVICE HANDSET TO BE PROGRAMMED!!! A Mobira Service Handset (Modified) may be used. It is made from an ME53 or ME57 handset by opening and adding a jumper to the left of the one factory installed just below the white 24 pin connector joining the top and bottom PCB's. Also, pins 1 and 14 of the handset connector must be jumpered at the radio end. To disassemble the handset, carefully pry off the plastic earpad retaining housing to expose on hexdrive screw. Two other screws are under the rubber plugs at either side of the microphone. The handset then splits apart. This is a ticklish job and isn't recommended except in an extreme case and not with the customer's handset. The modification does not affect normal operation of the handset. It is not known if a Radio Shack handset will work the same. After the Service Handset has been applied - To enter LOCAL MODE (which takes the phone off the air and allows service commands to be obeyed) press 01#. The display should clear and noise is heard from the earpiece. To enter the NAM programming mode, enter 48#. The display shows 48 briefly and clears. ACTION TO STORE DISPLAY 0 _ _ _ _ _ PRESS * (5 Digit SID) 1 1 PRESS * 2 1 PRESS * 3 XXXXXXXXXX PRESS * 4 10 PRESS * 5 334 PRESS * 6 07 PRESS * 7 0 PRESS * 8 10 PRESS * 9 12345 PRESS * Press * to exit NAM Programming Mode and return to Local Mode. To enter the NAM reading Mode, press 49#. The display will show 49 Programming Instructions for: RADIO SHACK 17-1003 TRANSPORTABLE *17*1003* To enter program mode. If screen does not clear, enter 1234* Screen Programming Instructions for: UNIDEN CP- 900 THRU 5000 SERIES MOBILES AND TRANSPORTABLES THIS UNIT REQUIRES A PROGRAMMING HANDSET (MODEL CP-210 DIAGNOSTIC) Make sure the unit is properly connected to a 13.8 volt supply (cig lighter) and power on after utility handset is attached. Upon connecting utility handset to phone, the display will show 1 on the upper line and OP in the middle. You are now in the TEST MODE! Press SELECT, 2, SEND Top will show 2 0 and Current S.I.D. You are now in the PROGRAM MODE ACTION TO STORE DISPLAY 0 _ _ _ _ _ PRESS STORE SID 1 1 PRESS STORE LOCAL USE 2 1 PRESS STORE ACCES METH (MIN MARK) 3 XXXXXXXXXX PRESS STORE MIN 4 0334 PRESS STORE INITIAL PAGING CH 5 07 PRESS STORE ACCESS OVERLOAD 6 0 PRESS STORE PREF SYS (O-B,1-A) 7 10 PRESS STORE GROUP I.D. MARK 8 1234 PRESS STORE LOCK CODE (SEE re:) 9 1 PRESS STORE DTMF DURATION A 0 PRESS STORE AUTO SHUT-OFF Enter the data for the selected item. If an error is made during data entry the CLR key can be used to erase single keys. PRESS SEND to burn NAM. Phone will display PASS. If FAIL is displayed you must repeat programming sequence. To read the NAM (review) press SELECT 3 SEND. Enter RCL then the number of the item that you wish to view. Press the CLR key to exit and return to test mode. TO VIEW THE SERIAL NUMBER OF THE UNIT BEING PROGRAMMED - Press SELECT 4 SEND while in the Test Mode to display the phone's serial number in decimal form. The manufacturer ID (172) will be displayed on the top line while the remainder of the serial number will appear on the bottom line Press the CLR key to return to the Test Mode display. Programming Instructions for: MITSUBISHI FM402 HANDHELD ACTION TO STORE DISPLAY PWR up unit Press and Hold STO within 10 Seconds of pwr up Enter "5474432" Release STO 0 Press SEND dUAL XXXXXXXXXX Press SEND NO1 _ _ _ _ _ Press SEND SId1 1 Press SEND LU1 0 Press SEND MIN Mark 0334 Press SEND IPCH 07 Press SEND ACCOLC 0 Press SEND PS1 10 Press SEND GI1 1234 Press SEND SECUrity 1 Press SEND EE 0 Press SEND dt 1 Press SEND HF 0 Press SEND InHIbit 1 Press SEND C tOnE 0 Press SEND SyS A/B 0 Press SEND dUAL HS 0 Press SEND InHibit Ld TO EXIT PROGRAMMING MODE PRESS "END" AT ANY TIME ------------------------------------------------------------------------------- DEFINITIONS: XXX - Area Code or Prefix XXXXXXX - Prefix & Suffix XXXXXXXXXX - Area Code, Prefix, & Suffix _ _ _ _ _ - Digits (One Line Per Digit [Sample To Left Is 5 Digits]) MIN* (Mobile Identification Number): 10 digit directory telephone number. UNLOCK (Lock Code): 3 digit code to unlock radio (WARNING - The radio cannot be unlocked if this code is forgotten). NOTE: You can read this code by using the programming procedure. SID/SIDH* (Home System Identification): 5 digit number for assigned cellular system. LU* (Local Use): 0 or 1. 1=local control option and responds to local control messages. MIN MARK* 0 or 1. 1=home station sends extended address information upon origination and page response. SCM (Station Class Mark): Identifys the power class of the cellular phone IPCH* (Initial Paging Channel in Home): 3 digit number to identify the channel number of the first paging channel when station is home. ACCOLC* (Access Overload Class): 2 digit number to identify which overload class field controls the access attempts. PS* (Perferred System): 0 or 1. 1=Preferred system is System A 0=Preferred system is System B GIM* (Group Identification Mark): 2 digit number which indicates how many bits of SID, starting with the most significant, comprise the GIM. AUX 0 or 1. 1=Auxiliary signal is enabled for horn relay. External adapter must be used for this feature. HANDS 0 or 1. 1=Handsfree feature is enabled. External adapter must be used for this feature. ALT LOCK (Alternate Lock Code): 3 digit lock code to be used with the partial lock feature. This feature is active only with the GE CF-2000 and CF-2500 Carfone models. This entry is ignored for GE CF-1000 Carfone models. EE (End to End Signaling) REP (Repertory Memory (Speed Dialing)) HA (Horn Alert) HF (Handsfree) *These values are Cellular System dependent. Entering an incorrect value will deny service on the system. ------------------------------------------------------------------------------- Welp i hope you like that little text file i put together and i hope it, helps you out! If you need to get in touch with me badly you can find me on these boards listed here. TPR (The Phrozen Realm), Grid Point Alpha, Massive Retaliation, Illegal Quantity, and 50% of those other wacked Hp board's. Neo Nerd