Pro-95 Mods?

[Michael Maxwell]

If anyone has (or has stumbled across) any mods for the Pro-95, please
let us know. I *almost* uncovered a keypad trick to open up certain
"blocked" frequencies, but have not been able to reproduce it (I
apparently "fat-thumbed" something while using the search mode once
and found myself scanning the nether regions...). Any help is much
appreciated (needless to say, Google, etc.... returns nothing).

--
The Earth is degenerating these days. Bribery and corruption abound.
Children no longer mind their parents, every man wants to write a book,
and it is evident that the end of the world is fast approaching.
--Assyrian stone tablet, c. 2800 B.C.

[List Administration]

Michael Maxwell <mmax...@see.sig> wrote in
news:vr7hecb...@typhoon.xnet.com:

> If anyone has (or has stumbled across) any mods for the Pro-95, please
> let us know. I *almost* uncovered a keypad trick to open up certain
> "blocked" frequencies, but have not been able to reproduce it (I
> apparently "fat-thumbed" something while using the search mode once
> and found myself scanning the nether regions...). Any help is much
> appreciated (needless to say, Google, etc.... returns nothing).
>
>

The Win95 programming software lets you program frequencies outside of its
normal coverage. except cellular, of course.

--
PRO-93 Mailing List:
http://www.smartgroups.com/groups/pro93
pro93-s...@smartgroups.com

[Michael Maxwell]

Mark <ma...@nospam.org> writes:

> On 14 Jan 2003 14:49:52 -0600, Michael Maxwell <mmax...@see.sig> wrote:
>
> >If anyone has (or has stumbled across) any mods for the Pro-95, please
> >let us know. I *almost* uncovered a keypad trick to open up certain
> >"blocked" frequencies, but have not been able to reproduce it (I
> >apparently "fat-thumbed" something while using the search mode once
> >and found myself scanning the nether regions...). Any help is much
> >appreciated (needless to say, Google, etc.... returns nothing).
>

> Why use a keypad trick to open up blocked bands when Win95 software will do
> full coverage from 5-1300 Mhz (minus cell) ?

Two main reasons:

1) I don't use Windows (and won't)
2) "minus cell"

[Michael Maxwell]

Michael Maxwell <mmax...@see.sig> writes:
> 1) I don't use Windows (and won't)

Forgot to mention, I mailed Don Starr about his program asking if he
might consider releasing all (or at least part) of the source to his
software so we might be able to produce a version of this that is
somewhat cross-platform, but that was about a week ago and havn't
heard back yet. I suspect I probably won't (and I'm not surprised,
really). I also asked whether or not he planned on releasing versions
of his program for other OS's in the event that he didn't want to
release his code.

The least he could have done was replied.

--
Michael Maxwell - drwho at xnet . com
"We aim to please. You aim too, please."
- Seen on a sign above a urinal

[Don Forsling]

"Michael Maxwell" <mmax...@see.sig> wrote in message
news:vr7hecb...@typhoon.xnet.com...

> If anyone has (or has stumbled across) any mods for the Pro-95, please
> let us know. I *almost* uncovered a keypad trick to open up certain
> "blocked" frequencies, but have not been able to reproduce it (I
> apparently "fat-thumbed" something while using the search mode once
> and found myself scanning the nether regions...). Any help is much
> appreciated (needless to say, Google, etc.... returns nothing).
>

If it's "needless to say" Google returns nothing, why did you try?

[Don Forsling]

"Michael Maxwell" <mmax...@see.sig> wrote in message

news:vr7znq2...@typhoon.xnet.com...

> Michael Maxwell <mmax...@see.sig> writes:
> > 1) I don't use Windows (and won't)
>
> Forgot to mention, I mailed Don Starr about his program asking if he
> might consider releasing all (or at least part) of the source to his
> software so we might be able to produce a version of this that is
> somewhat cross-platform, but that was about a week ago and havn't
> heard back yet. I suspect I probably won't (and I'm not surprised,
> really). I also asked whether or not he planned on releasing versions
> of his program for other OS's in the event that he didn't want to
> release his code.
>
> The least he could have done was replied.
>
> --

No, he least he could do was what he did: He ignored you.

[me]

Oh COOL! I'm getting CELLULAR NOW!

Right on! Thanks!!!!

-me
"Mark" <ma...@nospam.org> wrote in message
news:u03b2vsoste22m05l...@4ax.com...

> On 15 Jan 2003 10:15:28 -0600, Michael Maxwell <mmax...@see.sig> wrote:
>
> >Mark <ma...@nospam.org> writes:
> >
> >> On 14 Jan 2003 14:49:52 -0600, Michael Maxwell <mmax...@see.sig>
wrote:
> >>
> >> >If anyone has (or has stumbled across) any mods for the Pro-95, please
> >> >let us know. I *almost* uncovered a keypad trick to open up certain
> >> >"blocked" frequencies, but have not been able to reproduce it (I
> >> >apparently "fat-thumbed" something while using the search mode once
> >> >and found myself scanning the nether regions...). Any help is much
> >> >appreciated (needless to say, Google, etc.... returns nothing).
> >>
> >> Why use a keypad trick to open up blocked bands when Win95 software
will do
> >> full coverage from 5-1300 Mhz (minus cell) ?
> >
> >Two main reasons:
> >
> >1) I don't use Windows (and won't)
>

> Your loss.
>
>
> >2) "minus cell"
>
> Other than cell phone calls, what do you intend to listen to? If you want
to
> listen to cell - get an old radio that will work with cell freqs.
>
>
> If you want a keypad trick, try this one. When you turn on the radio, you
get
> a welcome screen. While this screen is being displayed, press 0 then 1.

[Michael Maxwell]

"Don Forsling" <ddfor...@msn.com> writes:
> No, he least he could do was what he did: He ignored you.

Good point. Rudeness is to be expected, I suppose.

--
Michael Maxwell - drwho @ xnet . com
This message has been certified to be RFC1149-compliant.

[Michael Maxwell]

Mark <ma...@nospam.org> writes:
> >Two main reasons:
> >
> >1) I don't use Windows (and won't)
>

> Your loss.

It's worth it.

> >2) "minus cell"
>
> Other than cell phone calls, what do you intend to listen to? If you want to
> listen to cell - get an old radio that will work with cell freqs.

To be honest, it's not that big of a deal to me to have access to cell
freq's specifically, since scanners that do receive them are a
dime-a-dozen anyway. I did notice, though, that there are various
"tricks" that can be done with the keypads of certain scanners to
produce different effects (unblocking freqs being only one of them).

Basically just looking for the "undocumented stuff".

> If you want a keypad trick, try this one. When you turn on the radio, you get
> a welcome screen. While this screen is being displayed, press 0 then 1.

I shall look into it. Thanks.

[Michael Maxwell]

> > If you want a keypad trick, try this one. When you turn on the radio, you get
> > a welcome screen. While this screen is being displayed, press 0 then 1.

Fortunately, I had the good sense to expect that you were yet another
asshole, so I checked this in the manual first. Indeed, you are a
typical asshole.

Welcome to my killfile.

Put me in yours, too. Do us all a favor.

[lazy man]

List Administration <pro93...@smartgroups.com> wrote in message news:<Xns93046999B...@204.127.36.1>...

> Michael Maxwell <mmax...@see.sig> wrote in
> news:vr7hecb...@typhoon.xnet.com:
>
> > If anyone has (or has stumbled across) any mods for the Pro-95, please
> > let us know. I *almost* uncovered a keypad trick to open up certain
> > "blocked" frequencies, but have not been able to reproduce it (I
> > apparently "fat-thumbed" something while using the search mode once
> > and found myself scanning the nether regions...). Any help is much
> > appreciated (needless to say, Google, etc.... returns nothing).
> >
> >
>
> The Win95 programming software lets you program frequencies outside of its
> normal coverage. except cellular, of course.

Keep in mind, however, that sensitivity outside the original ranges
might be greatly reduced to to filtering.

[Ken Plotkin]

On Wed, 15 Jan 2003 11:37:58 -0500, Mark <ma...@nospam.org> wrote:

[snip]
>You do realize that the scanner is actually capable of receiving cell freqs,
>right?
>
>Don's software has logic to round up any input cell freq to the next allowable
>band. This is Don's doing, not the scanner's.
[snip]

The scanner is actually not capable of receiving cell frequencies. If
you try entering a cell frequency via software, the scanner will
reject it. This is hard-wired into the firmware.

Don did include logic to round frequencies out of the cell band, but
just because that's preferable to getting an illegal frequency
response.

Earlier versions of Win93 and Win95 had similar logic for the other
excluded bands, 'til Don discovered that you could load them with no
problem. You still have the problem of poor sensitivity outside the
advertised bands, but the CPU is perfectly happy dealing with them.

>On 15 Jan 2003 10:18:33 -0600, Michael Maxwell <mmax...@see.sig> wrote:
>
>>Michael Maxwell <mmax...@see.sig> writes:
>>> 1) I don't use Windows (and won't)
>>
>>Forgot to mention, I mailed Don Starr about his program asking if he
>>might consider releasing all (or at least part) of the source to his
>>software so we might be able to produce a version of this that is
>>somewhat cross-platform, but that was about a week ago and havn't
>>heard back yet. I suspect I probably won't (and I'm not surprised,
>>really). I also asked whether or not he planned on releasing versions
>>of his program for other OS's in the event that he didn't want to
>>release his code.
>>
>>The least he could have done was replied.

He has replied to that scores of times on the PRO-93/PRO-95 Yahoo!
group, where the lion's share of discussion (and support) occurs.
Check the archives for that discussion and the reasons.

Don is *extremely* generous with his time in responding to users of
his software.

FWIW, Windows emulators are available for other platforms. IIRC,
there have been reports of Win93 or Win95 being successfully run under
emulation on Macs.

Ken Plotkin

[BKT]

****************************************************************************
* * THE ULTIMATE CELLULAR MODIFICATION MANUAL * * released by * * %%%%%%%%
Dr. Bloodmoney %%%%%%%%%% * * June 1, 1992 *
****************************************************************************
* The following information was gathered from various sources and is not
meant to be a technical treatise on the cellular network. There are plenty
of other files out there on the subject. This file specifically deals with
the processes involved in modifying cellulars. I put together this file
because I have not seen one that actually tells how to do this. When some of
you start reading this you might say to yourselves "Hey, some of this is
almost word for word from Brian Oblivion's article (incidently, one of the
best I have seen on the subject) in Phrack #38 or so and so's article in so
and so magazine". Well, not to discount anyone who has written anything on
cellular phones, but all the information in this file was purchased by me
from various ads in the back of various radio and communications magazines.
I make no pretense as to where the original source of this material comes
from. In fact, most of the t-files I have seen contain some of the
Consumertronics info. word for word, and the writers try and claim it as
their own. Or maybe vice versa. I make no claim to have written this manual
(but beleive me after putting this together I could). The only thing I have
done is spent many hours compiling what I believe to be a very good file on
the subject.
============================================================================
= THE ULTIMATE CELLULAR MODIFICATION MANUAL TABLE OF CONTENTS PART I. WHAT
IS BROADCAST FROM A CELLULAR TOWER? PART II. DEFINITIONS PART III. TYPES OF
NAMS PART IV. NAM FORMAT MAP PART V. STANDARD NAM FORMATS PART VI. NAM
REPROGRAMMING INSTRUCTIONS FOR 30+ PHONES PART VII. THE ELECTRONIC SERIAL
NUMBER - AN INTRODUCTION PART VIII. IDENTIFYING THE ESN IN YOUR CELLULAR
PHONE PART IX. SCANNING TO FIND THE ESN/MIN PAIR PART X. A FEW COMMON
SCANNER MODIFICATIONS PART XI. THE 40-50 MHZ CELLULAR SCANNER PART XII. HOW
THE ESN IS REPLACED PART XIII. EQUATIONS FOR PROGRAMMING THE CHIPS PART XIV.
MANUFACTURER'S ESN CODE LISTING PART XV. HOME SYSTEM ID LISTING (A-L) PART
XVI. HOME SYSTEM ID LISTING (M-Z) PART XVII. "THE ROAMING SCAM" PART XVIII.
MERCHANDISE SHEET
****************************************************************************
* Comments can be left to me at RIPCO (bloodmoney),Blitzkrieg,or Lucid
Dreams PART I. WHAT IS BROADCAST FROM A CELLULAR TOWER? When a cellular
phone makes a call, it normally transmits it's Electronic Security
Number(ESN),Mobile Identification Number(MIN),it's Station Class Mark(SCM)
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
ensure that the phone is programmed to be billed and that it also has the
identity of both the customer and the phone. There are usually two cellular
phone companies in an area. One is the wire-line carrier (Band B), which is
usually Bell, and the other is the non-wireline carrier (Band A). 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 and the phone number (MIN) 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 cellular phone and to forward billing information to that
carrier. The Station Class Mark can also be changed if you wish to prevent
the cellular carrier from determining the type of phone that is placing the
call. By providing the cellular tower with a false SCM, the cellular
carrier, the FCC, or whoever happens to chase 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 SCM for a Radio Shack phone,
when in reality you are using a Novatell (How this is done from changing the
SCM I do not know...remember...I didn't write this). The Number Assignment
Module (NAM) also has the SIDH (System Identification for Home System)
number programmed into it. Refer to 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 tells the major cities and their
identifying numbers. Changing an SIDH is programming job that takes only
minutes, but be aware that the ESN is still sent to the cellular phone
company. After they realize that the ESN is connected to either a fake
number or a phone that is not in the network, they will block service. They
only way around this is to reprogram the ESN.
****************************************************************************
* PART X. A FEW COMMON SCANNER MODIFICATIONS Here a few scanners and what it
takes to modify them. If your scanner is not shown here, don't worry. Ham
Radio BBS's are all over the country. You should be able to find the
instructions for modifying your scanner there. Restoration of Cellular
Frequency Coverage on Radio Shack PRO-34 Handheld Scanner 1. Remove battery
cover and battery, four black screws on rear cover, and volume and squelch
knobs. 2. Remove rear cover, lifting back and up to clear controls. Do not
remove belt clip or circuit board screws. 3. Unplug the brown volume control
connector (grn/yel/blk) and white squelch control connector (wht/blk/red)
from the linear circuit board. 4. Unsolder the ground lead from T111 (at
corner of linear circuit board above the external power connectors).
Unsolder the two power switch leads from the back of the volume control.
Unsolder the antenna connector center pin and ground wires from the l 5.
Unscrew the four combination screws that hold the linear circuit board and
received the back cover screws. Grasp the linear board at the top and lift
it straight away from the front case, unplugging the 16-pin connector. 6.
Remove the three screws holding the metal frame assembly which held the
linear board to the front panel. Unplug the red-black power lead and lay the
frame aside. It is still connected to the battery contacts. 7. Locate diodes
D9 - D12 on the volume control side of the of the logic circuit board under
T1; D10 and D11 are marked. Clip one lead of D11, separating the gap. This
may be resoldered later if desired. 8. Reassemble the board by reversing the
disassembly procedures above. Restoration of Cellular Frequency Coverage on
Radio Shack PRO-2004 Scanner By cutting diode D513 on the PC 3 sub chassis
in the Realistic PRO-2004 Scanner you can re-enable the 825.00 to 845.00 and
870-00 to 890.00 frequency selection. To scan in 30KHZ steps press
"STEP-RESET". Restoration of Cellular Frequency Coverage on Radio Shack
PRO-2005 Scanner 1. Unplug the radio 2. Remove the screws and take off the
top cover. 3. Look for D502 on the inside right hand-side of the front
panel. (No need to unsolder the silver plate protecting the vertical board!)
4. Simply cut the diode and reverse the process. Aren't you glad I only
chose to cover Radio Shack models. I'm sure you appreciate the fact that I
only deal with quality merchandise. If you have some cash to blow (like
$500), I would recommend buying the ICOM R-1 handheld scanner. It scans from
1 to 1400 in 1/2 step increments and already includes the cellular
frequencies. Plus is is about as tall as a box of 3.25 floppies and about as
wide as a 16 oz. coke bottle. It is the smallest and one of the more
powerful hand-scanners around.
****************************************************************************
* PART XI. THE 40-50 MHZ CELLULAR SCANNER The cellular phone freqs. occupy
the UHF spectrum previously assign to commercial TV stations. Since a TV
channel occupies a Bandwidth(BW) of 6 MHZ and each cellular channel requires
24 KZ (for a plus and minus 12 KHZ signal) and a 3KHZ guard band for each
audio signal (thus the 30KHZ spacing). 200 cellular channels can fit into
one UHF TV channel. Thus, with a little fine tuning, and old TV set with
variable VHF tuning can tune in all cellular freqs. between 824 and 890 MHZ.
UHF TV tuners ares designed to convert these UHF freqa. to intermediate
(difference) freqs. between 41 and 47 MHZ. Thus, by purchasing a commonly
available UHF tuner (check sith a TV shop and try to get a copy of the SAMS
for powering the AFC info, and avoid those with tubes). Tuner voltage is
usually 8-24 volts, and must be correctly connected up. You should also
remove with the tuner, the TV's channel select and fine tuning controls for
ease of use - and they should be in good condition. Once you have the tuner,
you can then wire it between a 30-50 MHZ scanner and a UHF antenna (highly
directional yagi type is preferred). Since the tuner will probably have a
300 ohm input impedance, a twin antenna cable is preferred (Yes Radio Shack
has 'em). If you are into directional-finding, the UHF antenna should NOT
have AGC (automatic Gain Control) as those with active AGC will amplify
reflections, resulting in readings from so many directions that the target
will be lost. Because of the use of inconspicuous, commonly available,
inexpensive, high-gain UHF antennas, using a good UHF tuner to scan cellular
channels is a good method of doing it. Tuner output is usually through an
RCA-type plug. CAUTION: BE SURE TO COUPLE YOUR SCANNER TO THE UHF TUNER WITH
A 0.01-0.1 mf (50 V min.) CAPACITOR FOR DC BLOCKING. AND DO NOT TRY TO
OPERATE THE TUNER THROUGH ITS TV SET AS THE DANGER OF HIGH-VOLTAGE DISCHARGE
IS HIGH. Also, connect a ground wire between the tuner and the scanner. The
table below describes how cellular freqs. can be downconverted by a commonly
available UHF TV tuner (all freqs. are in MHZ) CELLULAR MOBILE FREQS &
SCANNER EQUIVALENTS TV BAND CELL. CHAN. SCAN TV OSCIL CHAN. # and FREQ.
FREQ. FREQ. LIMIT ----------- ------------ ----- -------- ----- 73 (first)
0001-825.03 45.97 871 824-830 73 (last) 0166-829.98 41.02 871 824-830 74
(first) 0167-830.01 46.99 877 830-836 74 (last) 0366-835.98 41.02 877
830-836 75 (first) 0367-836.01 46.99 883 836-842 75 (last) 0566-841.98 41.02
883 836-842 76 (first) 0567-842.01 46.99 889 842-848 76 (last) 0766-847.98
41.02 889 842-848 77 (first) 0767-848.01 46.99 895 848-854 77 (last)
0799-848.97 46.03 895 848-854 CELLULAR PHONE FREQS. HAVE NOT BEEN ASSIGNED
FOR CHANNELS 800-990 73 (first) 0991-824.04 46.96 871 824-830 73 (last)
1023-825.00 46.00 871 824-830 80 (first) 0001-870.03 42.97 913 866-872 80
(last) 0066-871.98 41.02 913 866-972 81 (first) 0067-872.01 46.99 919
872-878 81 (last) 0266-877.98 41.02 919 872-878 82 (first) 0267-878.01 46.99
925 878-884 82 (last) 0466-883.98 41.02 925 878-884 83 (first) 0467-884.01
46.99 931 884-890 83 (last) 0666-889.98 41.02 931 884-890 83 (**)
0667-890.01 46.99 931 884-890 83 (**) 0799-893.97 37.03 931 884-890 CELLULAR
PHONE FREQS. HAVE NOT BEEN ASSIGNED FOR CHANNELS 800-990 80 (first)
0991-869.04 43.96 913 866-872 80 (last) 1023-870.00 43.00 913 866-872 (**)
These freqs. are outside of the normal Channel 83 BW. However, most UHF
tuners have a fine tuner that can be adjusted up to about another 6 MHZ.
Note that the term "first" and "last" refers to the first and last cellular
channels receivable by the UHF tuner for the given TV channel. Base voice
channels are monitored when both sides of the conversation is required.
Mobile voice channels or base control channels are monitored to locate a
cellular phone. Tuning is simple: (1) Decide which cellular channel or freq.
you wish to monitor. (2) Find what UHF channel includes that freq. and
switch the TV to that channel. (3) Using the table, look up the
corresponding TV oscillator freq. (ex: 919 MHZ for TV channel 81). Subtract
the cellular channel freq. from the TV oscillator freq. (4) Tune your
scanner to the difference freq. When you select a scanner, you should pick
one that will scan in 30 MHZ increments to efficiently receive cellular
transmissions. If you can't get one like that, then get one that will scan
in 15,10 or 5 KHZ increments.
****************************************************************************
* PART XII. HOW THE ESN IS REPLACED It takes some electronics skill to pull
or unsolder the ESN. If you are sketchy about messing around with your
phone, I suggest practicing on something else first, like an old calculator
or something. It is also a good idea to use the proper tools (A very small
soldering tip,chip pullers, It is imperative NOT to touch any of the
surrounding connections, soldering joints, or chips. The job MUST be done
right the very first time. After that it is not so important, because after
the first time you should have the ESN information stored safely to disk.
The only dangers remaining are physically damaging the chip. (Note: There
are devices that wipe PROMs clean in the event of programming errors). When
removing the ESN, try to follow these 5 steps: A. Remove the PC board
containing the ESN from the entire phone unit. The boards are usually
screwed in with Phillips heads. This will insure against damage to the rest
of the unit. B. Ascertain the correct chip. Find the letters on the chip,
and check it against the letters from the IDENTIFYING THE ESN section. Refer
to the .Gif file included if necessary. C. It is a good idea to draw a
sketch to help you remember which way the chip went in. You may laugh, but
do it anyway. D. Carefully remove the chip. Take your time and use the
proper tools. E. Solder in a zero insertion force (ZIF) replacement, so that
replacement chip can be changed easily. After the ZIF socket has been
successfully soldered in, reinsert the ESN and attempt to make a phone call
(Be sure the NAM is programmed correctly). If it doesn't, check the leads on
the ZIF to insure that you have soldered them correctly. After that, insert
your ESN into your PROM reader and make sure it provides some sort of
reading. You should use the search mode to look for the manufacturers serial
number. (see MANUFACTURER'S ESN CODE LISTING) to identify the address on the
PROM where to reprogram the ESN.
****************************************************************************
* PART XIII. EQUATIONS FOR PROGRAMMING THE CHIPS In most instances, you will
not be able to tell the code on a PROM because the manufacturer will have
blown the security fuse in order to prevent people from obtaining the codes
to reprogram their own chips. Therefore, it might be necessary to produce a
set of equations that are programmed into the cip to produce a bogus ESN.
The bogus chips must contain the first three digits of the manufacturer's
code listing, which is consequently the first marker of the actual ESN.
Experimentation might be necessary, but hey, isn't that half the fun? With
the aid of an EPROM emulator, the whole process should be able to be
completed in under an hour - this includes pulling the chip, creating a new
ESN, programming the chip, and replacing it. So know you're saying "Holy Cow
this project is getting expensive!". Well it can get that way, but the long
run payoff is worth it. I have seen both emulators and burners for under
$200 (I'm not talking about those spiffy models that program RAM, just the
basic EPROMs...in fact I can buy them for under $150. Same with the
emulator. Just look around.) I wouldn't be surprised if actual ESN data
started appearing on boards in the near future. I know when I finsish my
phone (Hopefully soon) I plan on U/L the ESN info somewhere.
****************************************************************************
PART XIV. MANUFACTURER'S ESN CODE
LISTING --------------------------------------------------------------------
------- MANUFACTURER DECIMAL HEX CODE OCTAL
CODE -----------------------------------------------------------------------
---- Alpine Electronics # 150 96 226 Antel (see Emptel,Sanyo) ARA * AT&T
Technologies (see notes) 158 9E 236 Astrotel (see OKI) Audiovox-Audiotel
(see notes) 138 8A 212 Blaupunkt (R. Bosch) # 148 94 224 Clarion Company
Ltd. 140 8C 214 Clarion Manufacturing Co. 166 A6 246 CM Communications 153
99 231 Diamondtel (See Mitsubishi) DI-BAR Electronics 145 91 221 E.F.
Johnson # 131 83 203 Emptel Electronics Co. 178 B2 262 Ericsson 143 8F 217
Ericsson GE Mobile 157 9D 235 Fujitsu # 133 85 205 Gateway Telephone 147 93
223 General Electric # (mini is 134)146 92 222 Glenayre (see notes) Goldstar
Products Co. # 141 8D 215 Harris # 137 89 211 Hitachi # 132 84 204 Hughes
Network Systems 164 A4 244 Hyundai 160 A0 240 Japan Radio Co. 152 98 230
Kokusai 139 8B 213 Mansoor Electronics 167 A7 247 Mitsubishi (see notes) 134
86 206 Mobira (Nokia-Kinex) # 156 9C 234 Motorola 130 82 202 Motorola Int'l.
168 A8 250 Murata Machinery LTD. 144 90 220 NEC # 135 87 207 Nokia # 165 A5
245 Novatel 142 8E 216 OKI # 129 81 201 Panasonic (Matsushita) # 136 88 210
Phillips Telecom # 170 AA 252 Phillips Circuit 171 AB 253 Qualcomm, Inc. 159
9F 237 Sanyo 175 AF 257 Satellite Technology 161 A1 241 Samsung
Communications 176 B0 258 Shintom West (Audio-Vox BC-20)# 174 AE 256 Sony
Corp. 154 9A 232 Sun Moon Star # 178 B2 262 Tama Denki Co. 155 9B 233
Tandy/Mobira # 165 A5 245 TacTel (see notes) Technophone # 162 A2 242
Toshiba 138 8A 212 Uniden Corp. of America # 172 AC 254 Uniden Corp. of
Japan 173 AC 255 Universal Cellular 149 95 225 USA Corp. # (see notes)
Walker (JRC, Technophone) 152 98 230 Western Electric # (see notes) Western
Union # (see notes) Yupiteru Industries 163 A3 243 NOTES: The hexidecimal
ESN is an 11-digit number, first three are manufacturer's decimal code, next
two are reserved (but may contain zeros or numbers); remaining six are the
decimal serial number. These companies use phones from various
manufacturers, code will be of actual manufacturer. Alpine 9510 is Fujitsu
362A - Antel, use GE, Emptel, Sanyo - ARA varies- ATT 1300, 1800 use
Mitsubishi - AT&T 1100,1400,1440,1700,1710 use Hitachi - Audiotel
1000,3000,500,BC-40,400,450,550,600 use Toshiba - PC100,200 use
Technophone - BC-20,CMT-125 use Shintom - TacTel use Toshiba,Blaupunkt, most
are Panasonic, some are Blaupunkt - GE Mini, Gelayre 301 , USA A&B use
Mitsubishi - Mitsubishi 460 use Toshiba - Walker Pocketphone use JRC or
Technophone - Western Electric use Hitachi - Western Union use E.F. Johnson.
# - Chassis number abd ESN correspond to each other. Decimal ESN conversion
is required for serial numbers over 1,000,000 or 2,000,000, etc. Simply drop
the millions digit and add 262,144 times the millions digit to the remaining
number. For example, 01,123,456 = 385,600 or 02,123,46 = 647,744. Then affix
the Manufacturers Decimal Code plus two zeros on left to yield 11-digit ESN.
The Hex ESN may be found by converting this number to hexidecimal.
****************************************************************************
* PART XV. HOME SYSTEM ID LISTING (A-L) SYSTEM NON(A) WIRE(B) Abilene,TX 131
422 Aguadilla 605 188 Aiken,GA 181 084 Akron,OH 073 054 Albany,GA 241 204
Alburquerque,NM 079 110 Alexandria,LA 243 212 Allentown,PA 103 008 Alton,IL
017 046 Altoona,PA 247 032 Amarillo,TX 249 422 Anchorage,AK 251 234
Anderson,IN 253 080 Anderson,SC 139 116 Anniston,AL 113 098 Appleton,WI 217
240 Asheville,NC 263 246 Ashland,WV 307 TBA Athens,AL 203 198 Athens,GA 041
034 Atlanta,GA 041 034 Atlantic City,NJ 267 250 Augusta,GA 181 084 Aurora,IL
001 020 Austin,TX 107 164 Bakersfield,CA 183 228 Baltimore,MD 013 018
Bangor,ME 271 254 Baton Rouge,LA 085 106 Battle Creek,MI 403 256 Beaumont,TX
185 012 Bellingham,WA 047 006 Beloit,WI 217 210 Benton Harbor,MI 277 260
Biddeford,ME 501 484 Billings,MT 279 262 Biloxi,MS 281 264 Binghamton,NY 283
266 Birmingham,AL 113 098 Bismarck,ND 285 268 Bloomington,IL 455 532
Boise,ID 289 272 Boston,MA 007 028 Bradenton,FL 175 042 Bremerton,WA 047 006
Bridgeport,CT 119 088 Bristol,TN 149 074 Brownsville,TX 451 434 Bryan,TX 297
280 Buffalo,NY 003 056 Burlington,NC 069 144 Burlington,VT 313 300 Canton,OH
073 054 Casper,WY 301 284 Ceder Falls,IA 589 568 Cedar Rapids,IA 303 286
Champaign,IL 305 532 Charleston,WV 307 290 Charleston,SC 127 156
Charlotte,NC 139 114 Charlottesville,VA 309 292 Chattanooga,TN 161 148
Chicago,IL 001 020 Chico,CA 311 294 Cincinnati,OH 051 014 Clarksville,TN 179
296 Cleveland,OH 015 054 College Station,TX 297 280 Colorado Springs,CO 045
180 Columbia,MO 317 298 Columbia,SC 189 182 Columbus,GA 319 302 Columbus,OH
133 138 Corpus Christi,TX 191 184 Council Bluffs,IA 137 152 Cumberland,MD
321 304 Dallas,TX 033 038 Danville,VA 323 306 Davenport,IA 193 186 Dayton,
OH 163 134 Daytona Beach,FL 325 308 Decatur,IL 327 532 Dennison,TX 033 038
Denver,CO 045 058 Des Moines,IA 195 150 Detroit, MI 021 010 Dothan,AL 329
312 Dover,NH 501 484 Dubuque,IA 331 314 Duluth,MN 333 316 Durham,NC 069 144
Eau Claire,WI 335 318 Elgin,IL 001 020 El Paso,TX 097 092 Elkhart,IN 549 530
Elmira,NY 283 266 Elyria,OH TBA 054 Enid,OK 341 324 Erie,PA 343 326
Eugene,OR 061 328 Evansville,IN 197 190 Fargo,ND 347 330 Fayettesville,NC
349 100 Fayetteville,AR 607 342 Flint,MI 021 010 Florence,AL 113 334
Florence,SC 377 350 Fort Collins,CO 045 336 Fort Lauderdale,FL 037 024 For
Meyers,FL 355 042 Fort Pierce,FL 037 340 Fort Smith,AR 359 342 Fort Walton
Bch,FL 361 344 Fort Wayne,IN 199 080 Fort Worth,TX 033 038 Fresno,CA 153 162
Gadsden,AL 113 098 Gainesville,FL 365 348 Galveston,TX 367 012 Gary,IN 001
020 Glens Falls, NY 063 078 Grand Forks,ND 371 356 Grand Rapids,MI 021 244
Granite City,IL 017 046 Great Falls, MT 373 358 Greeley,CO 045 360 Green
Bay,WI 217 362 Greensboro,NC 095 142 Greenville,SC 139 116 Gulf of Mexico,LA
171 194 Gulfport,MS TBA 264 Gunterville,AL 203 198 Hagerstown,MD 381 364
Hamilton,OH 383 366 Harlingen,TX 451 434 Harrisburg,PA 159 096 Hartford,CT
119 088 Hickory,NC 385 368 Honolulu,HI 167 060 Houma,LA 387 370 Houston,TX
035 012 Huntington,WV 307 196 Huntsville,AL 203 198 Indianapolis,IN 019 080
Iowa City,IA 389 286 Jackson,MI 391 374 Jackson,MS 205 160 Jacksonville,FL
075 136 Jacksonville,NC 393 376 Janesville, WI 217 210 Johnson City,TN 149
074 Johnstown,PA 039 032 Joliet,IL 001 020 Joplin,MO 401 384 Kalamazoo,MI
403 386 Kankakee,IL 001 020 Kansas City,KS/MO 059 052 Kennewick,WA TBA 500
Kenosha,WI 217 044 Killeen,TX 409 392 Kingsport,TN 149 074 Knoxville,TN 093
104 Kokomo,IN 411 080 La Crosse,WI 413 396 Lafayette,IN 415 080 Lafayette,LA
431 414 Lake Charles,LA 417 400 Lakeland,FL 175 042 Lancaster,PA 159 096
Lansing,MI 021 188 Laredo,TX 419 402 Las Cruces,NM 097 404 Las Vegas,NV 211
064 Lawrence,KS 059 406 Lawton,OK 425 408 Lewiston,ME 427 482 Lexington,KY
213 206 Lima,OH 021 412 Lincoln,NE 433 416 Little Rock,AR 215 208 Long
Branch,NY 173 022 Longview,TX 229 418 Lorain,OH 437 054 Los Angeles,CA 027
002 Louisville, KY 065 076 Lubbock,TX 439 422 Lynchberg,VA 441 424
****************************************************************************
* PART XVI. HOME SYSTEM ID LISTING (M-Z) SYSTEM NON(A) WIRE(B) Macon,GA 443
426 Madison,WI 217 210 Manchester,NH 445 428 Mansfield,OH 447 430
Marshall,TX 229 418 Mayaguez 449 432 McAllen,TX 451 434 Medford,OR 061 436
Melbourne,FL 175 068 Memphis,TN 143 062 Miami,FL 037 024 Midland,TX 459 422
Millville,NH TBA 250 Milwaukee,WI 005 044 Minneapolis,MN 023 026 Mobile,AL
081 120 Modesto,CA 233 224 Moline,IL 193 186 Monroe,LA 463 440 Monterey,CA
527 126 Montgomery,AL 465 444 Moorehead,ND TBA 330 Muncie,IN 467 080
Muskegon,MI 021 448 Nashua,NH 445 428 Nashville,TN 179 118 NE Pennsylvania
103 172 New Bedford,MA 119 028 New Brunswick,NY 173 022 New Haven,CT 119 088
New London,CT 119 088 New Orleans,LA 057 036 Newport News,VA 083 168 New
York,NY 025 022 Norfolk,VA 083 168 Ocala,FL 473 348 Odessa,TX 475 422
Oklahoma City,OK 169 146 Olympia,WA 047 006 Omaha,NE 137 152 Orange
County,NY 479 486 Orlando,FL 175 068 Owensboro,KY 197 190 Oxnard,CA 027 002
Panama City,FL 483 462 Parkersburg,WV 485 032 Pascagoula,MS 487 264 Pasco,WA
TBA 500 Pensacola,FL 361 120 Peoria,IL 221 214 Petaluma,CA 031 040
Petersburg,VA 071 472 Philadelphia,PA 029 008 Phoenix,AZ 053 048 Pine
Bluff,AR 215 208 Pittsburg,PA 039 032 Pittsfield,MA 119 480 Ponce,PR 497 082
Portland,ME 499 482 Portland,OR 061 030 Portsmouth,NH 501 484
Poughkeepsie,NY 503 486 Providence,RI 119 028 Provo,UT 091 488 Pueblo,CO 045
490 Racine,WI 217 044 Raleigh,NC 069 144 Rapid City,SD 511 494 Reading,PA
103 008 Redding,CA 513 294 Reno,NV 515 498 Richland,WA 517 500 Richmond,VA
071 170 Roanoke,VA 519 502 Rochester,NH 501 484 Rochester,MN 521 504
Rochester,NY 117 154 Rockford,IL 217 506 Sacramento,CA 129 112 Saginaw,MI
021 389 Salem,OR 061 030 Salinas,CA 527 126 Salt Lake City,UT 091 094 San
Angelo,TX 529 510 San Antonio,TX 151 122 San Diego,CA 043 004 San
Francisco,CA 031 040 San Jose,CA 031 040 Terre Haute,IN 567 080
Texarkana,AR/TX 229 550 Toledo,OH 021 130 Topeka,KS 059 552 Trenton,PA 029
008 Tuscon,AZ 053 140 Tulsa,OK 111 166 Tuscaloosa,AL 577 098 Tyler,TX 579
418 Utica,NY 235 226 Vallejo,CA 031 040 Victoria,TX 581 562 Vineland,NJ 583
250 Visalia,CA 153 162 Waco,TX 587 566 Warren,OH 089 126 Washington,DC 013
018 Waterloo,IA 589 568 Wausau,WI 591 570 West Palm Beach,FL 037 024
Wheeling,WV 039 032 Wichita Falls,TX 595 574 Wichita,KS 165 070 Wilkes
Barr,PA 103 172 Williamsport,PA 103 576 Wilmington,DE 123 008 Wilmington,NC
599 578 Winston-Salem,NC 095 142 Worcester,MA 007 028 Yakima,WA 601 580
York,PA 159 096 Youngstown,OH 089 126 Yuba City,CA 129 112
****************************************************************************
* PART XVI. "THE ROAMING SCAM" Some people who are playing with phones that
have been originally registered but have been turned off for non-payment of
bills have used the "Roaming Scam" to place free calls. NOTE: The cellular
carriers will still have records of these calls, and will prosecute those
they eventually catch up to (yeah,right). However, industry standards have
shown that they pursue less than one percent of the fraudulent calls placed.
It is far more economical for them to build software and hardware traps to
prevent unbilled calls from being placed rather than attempt to collect on
the other end which involves greater amounts of personnel and manpower with
smaller actual collections. People have performed the roaming scam by taking
their phones into areas where the SIDH numbers are different from the ones
currently programmed into their phones. Refer to the SIDH listing in this
file for the codes for particular cities. By reprogramming the NAM and
inserting a fake SIDH, the cellular carrier will often accept the phone
call, but on occassion the user will get a message that the phone must have
a local code in order to access the system. As cellular carriers grow larger
in size, this message is less frequently heard. At this point, the cellular
carrier instructs the user to contact them. I don't think so. The cellular
service has the best chance of of catching a spoofer who either calls a
friend continually at home or by developing traceable trends such as calling
the same number from within the same cell at the same time every day. Or
doing something stupid like ordering a Pizza. "But I want to hook up the
phone to an acoustic coupler, d00d, and call all the k-rad out-state-boards
for the latest PyRut WaR3z!4@$$!$@!@" <-lamer. Well, one of the properties
of cellular phone systems is that the transmitter freqs. may be changed or
"hopped" in the constant effort to allocate freqs. Because of freq. hopping
it is very difficult to triangulate a cellular phone using standard
directional finding methods (trace you, d00d). Further, it is known that a
directional antenna randomly aimed at cellsite repeaters will confuse
directional finding equipment being used by them that is synced to their
freq. hopping scheme.
****************************************************************************
* PART XVIII. MERCHANDISE SHEET CELLULAR PHONE SUPPLIERS NCI R/M Wholesale
Communications 744 Roble Road, Suite 185 800-837-5532 Allentown,PA 18103
800-669-5167 215-264-5117 Superior Cellular Products Cellular Enterprises,
Inc. 3925 N. Rosemead Blvd. #205 813-885-7766 Rosemead,CA 91770 818-280-6665
Dynatek Communication Dist. Wholesale Cellular, Inc. 340 Constance Dr. 5720
West 71st St. Warminster,PA 18974 Indianapolis, IN 46278 215-672-5000
317-297-6100 CELLULAR SERVICE MONITORS InTouch USA 800-USA-ROAM 800-872-7626
CELLULAR TEST EQUIPMENT WAVETEK 1-800-223-WVTK Ask for free Communications
Catalog CELLULAR SERVICE MONITORS Communication Instruments 356 Hillcrest
Street El Segundo, CA 90245 800-288-8223 213-322-3666 CELLULAR PHONE REPAIRS
Communication Consultants Co. Cellular Phone Services, Inc 16128 Cohasset
St. 403 E. Gude Dr. Van Nuys, CA 91406 Rockville, MD 20850 818-901-9711
800-326-7901 ext. 101 PROM EMULATORS Parallax, Inc. Incredible Technologies
6200 Desimone Lane, #69A 708-437-2433 Citrus Heights, CA 95621 916-726-1905
Technical Solutions P.O. Box 462101 Dept. 101 Garland, TX 75046 214-272-9392
PROM PROGRAMMERS BP Microsystems Link Computer Graphics 10681 Haddington 369
Passaic Road, Ste. 100 Houston,TX 77043 Fairfield, NJ 07004 713-461-9430
201-808-8990 MVS Needhamps Electronics Box 994 4539 Orange Grove Ave.
Merrimack, NH Sacramento, CA 95841 508-792-9507 916-924-8037 PROM CHIPS
National Semiconductor Offices throughout the U.S. 408-721-5000 JDR
Microdevices 800-538-5000 Easy Tech 2917 Bayview Drive Fremont, CA 94538
800-582-4044 PART II. DEFINITIONS The following is a list of commonly used
abbreviations used in cellular phones. SIDH A 15-bit field in the NAM
designating the System Identification for the Home System. Bit 0 of the SIDH
corresponds to the Preferred System flag used elsewhere in the NAM. Bits 6
and 5 of byte 0 are international code bits. Normally the SIDH is entered
during programming of the phone as a 5 digit decimal number. Enter 0's to
the left-most unused positions when reprogramming. L.U. Local Use Flag.
Tells the cellular phone user if it must preregister with the system.
Preregistration with the system means that a mobile must transmit its
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 sent
when making system access. "1" enables the flag. Usually set to "1". MIN2 A
10-bit field representing the area code of the mobile ID number. MIN1 A
24-bit field representing the mobile telephone number. MIN2 plus MIN1 equals
MIN, the 10-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. With the SCM the cellular system determines
whether or not a cellular phone can be switched to one of the 156 channels.
Bit-1 is "0" for 666 and "1" for 832. (See cellular freq. list) Bit-2 is "0"
for a mobile unit and "1" for a voice-activated transmit. Bit-3 and -4
identify the power class of the phone: "00" = 3.0 watts "01" = 1.2 watts
"10" = 0.6 watts "11" is not assigned IPCH An 11-bit field designating the
initial paging channel to be used if in the home system. Normally it is 334
for wireline systems, 333 for non- wireline systems. But most phones allow
other settings 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 determine priority in the event of a
system overload, however it is currently useless as the system operators
have generally not provided guidance for thier installers. The usual (and
correct) system now in effect (in U.S.) 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. (A class 15 system is supposed to be
police, fire, or military). P.S. 1 1-bit flag designating the preferred
system. If PS is "0", channels 334 through 666(EVIL!!!) are used. If PS is
"1" then channels 1 through 333 are used. Even numbered 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 phone system.
It is usually set to "10". LOCK DIGITS A 4-bit field designating the unlock
code. The digit "0" in the lock code is represented by an "A" in the actual
NAM hexidecimal data. A lock code of all "0" sometimes unlocks the cellular
phone.(Note: Lock codes are 3 digits. When programming a phone use "0" as
the first number.) E.E. A 1-bit flag designating that end-to-end signaling
is enabled. End-to-end signaling means that the DTMF tones will be
transmitted on the voice channel as well as being echoed on the handset.
This feature in necessary for such services as Bank by Phone, activating
answering machines and in third party long distance services such as Sprint
and 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. And once a again a "1" enables the flag. H.A. A 1-bit flag
designating that the horn alert feature in enabled. "1" enables the flag.
H.F. A 1-bit flag designating 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".
****************************************************************************
* PART III. TYPES OF NAMS NAM Types Used in Cellular Phones NAM- Number
Assignment Module - A 32 word by 8 bit PROM The NAM contains all the
information that can be programmed to the phone directly from the handset.
(i.e. SIDH,MIN,LOCK-CODE,etc.). All phones except NEC will accept tri-state
NAMs. NEC requires an open collector NAM. Fujitsu phones will accept either
open collector or tri- state NAMs. Brand Qualifications: Fujitsu and Alpine
phones will not operate properly with any Harris Brand NAM or with any
Signetics brand NAMs with a part number NOT ending with an "A". TI NAMs must
not be used in GE Star models. Panasonic has suggested only TI NAMs should
be used in their phones. NAMs are available in ceramic (F) or plastic
encapsulation (N). BRAND OPEN COL. TRI-STATE OPEN COL. TRI-STATE
============================================================================
= Signetics 82S23 82S123 Texas Inst. 74S188 74S288 TBP18SA030 TBP18S030 AMD
AM27LS18 AM27LS19 AM27S18 AM27S19 Texas Inst. TBP38SA030 TBP38S030 Harris
HM7602 HM7603 MMI 53/6330 53/6331 MMI 53/63S080 53/63S081 NSC DM54S188
DM54S288 DM74S188 NSC DM82S23 DM82S123 Motorola This is for a special NAM
used in some Motorolas. Requires an adapter. Fujitsu MB7056 MB7051
****************************************************************************
* PART IV. NAM FORMAT MAP HEX MARK DEFINITION MOST <- BIT SIGNIFICANCE ->
LEAST
ADDRESS --------------------------------------------------------------------
-------- 0 SIDH (14-8) 00 SIDH (7-0) 01 LU=LOCAL USE** 000000 MIN 02 LU A/B*
RI* MIN2(33-28) 03 MIN2(27-24) 0000 04 0000 MIN1(23-20) 05 MIN1(19-12) 06
MIN1(11-4) 07 MIN1(3-0) 0000 08 0000 SCM(3-0) 09 00000 IPCH(10-8) 0A
IPCH(7-0) 0B 0000 ACCOLC(3-0) 0C PS=PREFERRED** 0000000 PS 0D SYSTEM 0000
GIM(3-0) 0E LOCK DIGIT 1 LOCK DIGIT 2 0F LOCK DIGIT 3 LOCK SPARE BITS 10
EE=END TO END EE 000000 REP 11 SIGNALING HA 000000 HF 12
REP=REPERTORY ---------------------------------------------- HA=HORN ALERT
13 HF=HANDS FREE 14 15 16 SPARE LOCATIONS (13-1D) 17 CONTAIN ALL ZEROS
EXCEPT 18 FOR MANUFACTURERS OPTIONS 19 1A 1B 1C 1D NAM CHECKSUM ADJUSTMENT
1E NAM CHECKSUM 1F The Checksum Adjustment and Checksum are calculated
automatically after the data has been edited for the NAM. The sum of all
words in the NAM plus the last two must equal a number with "0" in the last
two digits. The radio checks this sum and if it isn't correct, the radio
assumes the NAM is bad or that it has been tampered with. * - These bits are
used only by AT&T,Hitachi and Mitsubishi. They are A/B Enable and Roam
Inhibit. They must be "0" for all other models. ** - My information does not
agree here. One source claims that address 03 has 6 bits and that address 0D
has 7 bits. The other source states the the exact opposite.
****************************************************************************
* PART V. STANDARD NAM FORMATS NAMs are generally mapped the same in all
cellular phones, and the ones that have no "fancy" options are generally
programmed the same. This chart provides the usual digits and settings for
almost every NAM. ITEM DESCRIPTION NO. OF DIGITS USUAL
SETTING --------------------------------------------------------------------
------ 1 First 3 digits 3 XXX of phone number 2 Last 4 digits 4 XXXX of
phone number 3 Lock Code(LOCK) 3 or 4 XXXA or XXXX 4 Area Code (MIN2) 3 XXX
5 Home Area System ID No. (SIDH) 4* XXXX 6 Horn Alert (HA) 1 0 or 1 7 Hands
Free (HF) 1 0 or 1 8 End-to-End Signaling 1 1 (EE) 9 Repertory Mark (REP) 1
1 10 Group Identification 2 10 Mark (GIM) 11 Access Overload Class 2 XX*
(ACCOLC) 12 Station Class Mark (SCM) 4* XXXX 13 Local Use Mark (LU) 1 1 14
Min Mark (MIN) 1 1 15 Initial Paging Channel 3 333 or 334* (IPCH) 16
Preferred System Mark 1 0 or 1* (PS) * Notes- 1. Home Area ID Number
normally consists of five digits. However, four are usually sufficient is
the U.S. 2. Access Overload Class is generally made up of a "0" plus the
last digits of the telephone number. Some systems set at "15" or "00". 3.
Station Class Mark is expressed as four binary digits. 4. Initial Paging
Channel is 334 for wireline, 333 for non-wireline systems. 5. The Preferred
Mark System is set to "0" for wireline, "1" for non- wireline systems.
****************************************************************************
* PART VI. NAM Programming (Reprogramming) Instructions For 30+ Cellular
Telephones -----------------------------------------------------------------
------------ 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) PHon 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 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 KEYBOARD ENTRY DISPLAY 0 * (5-digit SID) 1 * 1 *
XXXXXXXXXX * 10 * 334 * 07 * 0 * 10 * 12345 * Press * to exit NAM
programming mode and return to Local Mode. To enter the NAM reading mode,
press 49#. The display will show 49.
****************************************************************************
* PART VII. THE ELECTRONIC SERIAL NUMBER - AN INTRODUCTION When a cellular
phone is removed from factory packaging, the ESN normally can be found in
the document package (or on a sticker stuck to the phone). This ESN is
usually correct and system registration procedes quickly. If the phone is
used or has been turned off for non-payment of bills, the person who
restores the service needs the ESN in order to program the system with an
MIN. Every manufacturer assigns their own ESN, consequently it is possible
to have a number of the same ESN's, although each may be produced by a
seperate manufacturer. For example, there may be a Motorola ESN of 123456,
an Audiovox ESN of 123456, etc. With this in mind it is a possibility that a
person could broadcast without changing the ESN, but rather changing the SCM
and the SIDH. The ESN is a 32-bit number which uniquely identifies each
unit. This ESN is factory programmed and installed and cannot be changed in
the field without removing it and reprogramming a new chip. The ESN may or
may not be related to the serial number stamped on the outside of the
transceiver chassis. The ESN is encoded into messages which are interchanged
with the cellular tower. The ESN must be provided when the phone is
registered for service. The ESN is an 11-digit number. THE FIRST THREE
NUMBERS ARE THE MANUFACTURERS DECIMAL CODE, THE NEXT TWO ARE RESERVED (BUT
MAY CONTAIN ZEROS OR NUMBERS) AND THE REMAINING SIX ARE THE DECIMAL SERIAL
NUMBER.
****************************************************************************
* PART VIII. IDENTIFYING THE ESN IN YOUR CELLULAR PHONE Depending on what
model phone you have, the ESN will be located on a PROM. The PROM is
programmed at the factory, and installed usually with the security fuse
blown to prevent tampering. The code on the PROM might possibly be obtained
by unsoldering it from the cellular phone, putting it in a PROM reader, and
then obtaining a memory map of the chip. The PROM is going to have from
sixteen to twenty-eight leads coming from it. It is a bipolar PROM. SEE
ESN.GIF FOR ADDITIONAL INFORMATION. The majority of phones will accept the
National Semiconductor 32x8 PROM, which will hold the ESN and cannot be
reprogrammed. If the ESN is known on the phone, it is possible to trace the
memory map by installing the PROM into a reader, and obtaining the fuse map
from the PROM by triggering the "READ MASTER" switch of the PROM programmer.
In addition, most PROM programming systems include a verify and compare
switch to allow you to compare the programming of one PROM with another. As
said earlier, the ESN is uniformly black with sixteen to twenty-eight leads
emanating from it's rectangular body, or square shaped body. If it is the
dual-in-line package chip, (usually found in transportables and installed
phones),it is rectangular. If it is the plastic leaded chip carrier (PLCC),
it will be square and have a much smaller appearance. Functionally, they are
the same chip, but the PLCC is used with hand held cellular phones because
of the need for reduced size circuitry. It will have a notch within, and
also have writing in small white letters on it. (A black chip with small
white letters? Should be easy to spot huh?). Look for the follow letters on
the chip: MMI TI NS HARRIS NSC MB DM HM AMD TBP MOTOROLA AMPS Once you have
found the chip, try ordering a new one (maybe a couple of new ones) from the
businesses in the MERCHANDISE SECTION located at the end of this file.
****************************************************************************
* PART IX. SCANNING TO FIND THE ESN/MIN PAIR Well if you haven't guessed by
now, the mobiles ESN and MIN must match in the switch or no go. This is
required for billing purposes. If one had the ESN and the mobile phone
number (MIN), he could call anytime and anyplace without fear of a trace -
let alone a bill. The ideal setup would let you listen with a scanner to the
reverse control channel, record and display heard working numbers and ESN's,
and recall them as one needs to make calls. This would be it, but we are not
quite there yet. But some of the hard work has already been done for us. All
the aforementioned codes are sent in hex, in NRZ code (phase-key shifting),
when a cellular subscriber places a call. But guess what? All phones have an
NRZ receiver and transmitter built right into them. All that has to be done
is to have a receiver on the reverse control channel, recover the other
subscibers data and save it or print it out. Cellular phones operate on a
full duplex channel. One frequency is used for transmission from the base to
the phone, while another is used for transmission from the phone to the
base. The base frequencies are always exactly 45 MHZ higher than the phone
frequency, and both of these are incremented by 30 KHZ as the progression of
channels increases from Channel #1 to Chanel #1023 (NOTE: There are no
channels between 800 and 990). With some systems (not all) the cellular
transmission is received by the base and retransmitted on the base
frequency. When this is done, a scanner can listen to both sides of the
conversation by simply monitoring the base frequency. When this is not the
case, two scanners set 45 MHZ apart will work. Here is a list of all
Cellular Frequencies: Non-Wireline Wireline Channel Tx Freq Rx Freq Channel
Tx Freq Rx Freq Number Mhz Mhz Number Mhz Mhz 1 870.03 825.03 334 880.02
835.02 2 870.06 825.06 335 880.05 835.05 3 870.09 825.09 336 880.08 835.08 4
870.12 825.12 337 880.11 835.11 5 870.15 825.15 338 880.14 835.14 6 870.18
825.18 339 880.17 835.17 7 870.21 825.21 340 880.20 835.20 8 870.24 825.24
341 880.23 835.23 9 870.27 825.27 342 880.26 835.26 10 870.30 825.30 343
880.29 835.29 11 870.33 825.33 344 880.32 835.32 12 870.36 825.36 345 880.35
835.35 13 870.39 825.39 346 880.38 835.38 14 870.42 825.42 347 880.41 835.41
15 870.45 825.45 348 880.44 835.44 16 870.48 825.48 349 880.47 835.47 17
870.51 825.51 350 880.50 835.50 18 870.54 825.54 351 880.53 835.53 19 870.57
825.57 352 880.56 835.56 20 870.60 825.60 353 880.59 835.59 21 870.63 825.63
354 880.62 835.62 22 870.66 825.66 355 880.65 835.65 23 870.69 825.69 356
880.68 835.68 24 870.72 825.72 357 880.71 835.71 25 870.75 825.75 358 880.74
835.74 26 870.78 825.78 359 880.77 835.77 27 870.81 825.81 360 880.80 835.80
28 870.84 825.84 361 880.83 835.83 29 870.87 825.87 362 880.86 835.86 30
870.90 825.90 363 880.89 835.89 31 870.93 825.93 364 880.92 835.92 32 870.96
825.96 365 880.95 835.95 33 870.99 825.99 366 880.98 835.98 34 871.02 826.02
367 881.01 836.01 35 871.05 826.05 368 881.04 836.04 36 871.08 826.08 369
881.07 836.07 37 871.11 826.11 370 881.10 836.10 38 871.14 826.14 371 881.13
836.13 39 871.17 826.17 372 881.16 836.16 40 871.20 826.20 373 881.19 836.19
41 871.23 826.23 374 881.22 836.22 42 871.26 826.26 375 881.25 836.25 43
871.29 826.29 376 881.28 836.28 44 871.32 826.32 377 881.31 836.31 45 871.35
826.35 378 881.34 836.34 46 871.38 826.38 379 881.37 836.37 47 871.41 826.41
380 881.40 836.40 48 871.44 826.44 381 881.43 836.43 49 871.47 826.47 382
881.46 836.46 50 871.50 826.50 383 881.49 836.49 51 871.53 826.53 384 881.52
836.52 52 871.56 826.56 385 881.55 836.55 53 871.59 826.59 386 881.58 836.58
54 871.62 826.62 387 881.61 836.61 55 871.65 826.65 388 881.64 836.64 56
871.68 826.68 389 881.67 836.67 57 871.71 826.71 390 881.70 836.70 58 871.74
826.74 391 881.73 836.73 59 871.77 826.77 392 881.76 836.76 60 871.80 826.80
393 881.79 836.79 61 871.83 826.83 394 881.82 836.82 62 871.86 826.86 395
881.85 836.85 63 871.89 826.89 396 881.88 836.88 64 871.92 826.92 397 881.91
836.91 65 871.95 826.95 398 881.94 836.94 66 871.98 826.98 399 881.97 836.97
67 872.01 827.01 400 882.00 837.00 68 872.04 827.04 401 882.03 837.03 69
872.07 827.07 402 882.06 837.06 70 872.10 827.10 403 882.09 837.09 71 872.13
827.13 404 882.12 837.12 72 872.16 827.16 405 882.15 837.15 73 872.19 827.19
406 882.18 837.18 74 872.22 827.22 407 882.21 837.21 75 872.25 827.25 408
882.24 837.24 76 872.28 827.28 409 882.27 837.27 77 872.31 827.31 410 882.30
837.30 78 872.34 827.34 411 882.33 837.33 79 872.37 827.37 412 882.36 837.36
80 872.40 827.40 413 882.39 837.39 81 872.43 827.43 414 882.42 837.42 82
872.46 827.46 415 882.45 837.45 83 872.49 827.49 416 882.48 837.48 84 872.52
827.52 417 882.51 837.51 85 872.55 827.55 418 882.54 837.54 86 872.58 827.58
419 882.57 837.57 87 872.61 827.61 420 882.60 837.60 88 872.64 827.64 421
882.63 837.63 89 872.67 827.67 422 882.66 837.66 90 872.70 827.70 423 882.69
837.69 91 872.73 827.73 424 882.72 837.72 92 872.76 827.76 425 882.75 837.75
93 872.79 827.79 426 882.78 837.78 94 872.82 827.82 427 882.81 837.81 95
872.85 827.85 428 882.84 837.84 96 872.88 827.88 429 882.87 837.87 97 872.91
827.91 430 882.90 837.90 98 872.94 827.94 431 882.93 837.93 99 872.97 827.97
432 882.96 837.96 100 873.00 828.00 433 882.99 837.99 101 873.03 828.03 434
883.02 838.02 102 873.06 828.06 435 883.05 838.05 103 873.09 828.09 436
883.08 838.08 104 873.12 828.12 437 883.11 838.11 105 873.15 828.15 438
883.14 838.14 106 873.18 828.18 439 883.17 838.17 107 873.21 828.21 440
883.20 838.20 108 873.24 828.24 441 883.23 838.23 109 873.27 828.27 442
883.26 838.26 110 873.30 828.30 443 883.29 838.29 111 873.33 828.33 444
883.32 838.32 112 873.36 828.36 445 883.35 838.35 113 873.39 828.39 446
883.38 838.38 114 873.42 828.42 447 883.41 838.41 115 873.45 828.45 448
883.44 838.44 116 873.48 828.48 449 883.47 838.47 117 873.51 828.51 450
883.50 838.50 118 873.54 828.54 451 883.53 838.53 119 873.57 828.57 452
883.56 838.56 120 873.60 828.60 453 883.59 838.59 121 873.63 828.63 454
883.62 838.62 122 873.66 828.66 455 883.65 838.65 123 873.69 828.69 456
883.68 838.68 124 873.72 828.72 457 883.71 838.71 125 873.75 828.75 458
883.74 838.74 126 873.78 828.78 459 883.77 838.77 127 873.81 828.81 460
883.80 838.80 128 873.84 828.84 461 883.83 838.83 129 873.87 828.87 462
883.86 838.86 130 873.90 828.90 463 883.89 838.89 131 873.93 828.93 464
883.92 838.92 132 873.96 828.96 465 883.95 838.95 133 873.99 828.99 466
883.98 838.98 134 874.02 829.02 467 884.01 839.01 135 874.05 829.05 468
884.04 839.04 136 874.08 829.08 469 884.07 839.07 137 874.11 829.11 470
884.10 839.10 138 874.14 829.14 471 884.13 839.13 139 874.17 829.17 472
884.16 839.16 140 874.20 829.20 473 884.19 839.19 141 874.23 829.23 474
884.22 839.22 142 874.26 829.26 475 884.25 839.25 143 874.29 829.29 476
884.28 839.28 144 874.32 829.32 477 884.31 839.31 145 874.35 829.35 478
884.34 839.34 146 874.38 829.38 479 884.37 839.37 147 874.41 829.41 480
884.40 839.40 148 874.44 829.44 481 884.43 839.43 149 874.47 829.47 482
884.46 839.46 150 874.50 829.50 483 884.49 839.49 151 874.53 829.53 484
884.52 839.52 152 874.56 829.56 485 884.55 839.55 153 874.59 829.59 486
884.58 839.58 154 874.62 829.62 487 884.61 839.61 155 874.65 829.65 488
884.64 839.64 156 874.68 829.68 489 884.67 839.67 157 874.71 829.71 490
884.70 839.70 158 874.74 829.74 491 884.73 839.73 159 874.77 829.77 492
884.76 839.76 160 874.80 829.80 493 884.79 839.79 161 874.83 829.83 494
884.82 839.82 162 874.86 829.86 495 884.85 839.85 163 874.89 829.89 496
884.88 839.88 164 874.92 829.92 497 884.91 839.91 165 874.95 829.95 498
884.94 839.94 166 874.98 829.98 499 884.97 839.97 167 875.01 830.01 500
885.00 840.00 168 875.04 830.04 501 885.03 840.03 169 875.07 830.07 502
885.06 840.06 170 875.10 830.10 503 885.09 840.09 171 875.13 830.13 504
885.12 840.12 172 875.16 830.16 505 885.15 840.15 173 875.19 830.19 506
885.18 840.18 174 875.22 830.22 507 885.21 840.21 175 875.25 830.25 508
885.24 840.24 176 875.28 830.28 509 885.27 840.27 177 875.31 830.31 510
885.30 840.30 178 875.34 830.34 511 885.33 840.33 179 875.37 830.37 512
885.36 840.36 180 875.40 830.40 513 885.39 840.39 181 875.43 830.43 514
885.42 840.42 182 875.46 830.46 515 885.45 840.45 183 875.49 830.49 516
885.48 840.48 184 875.52 830.52 517 885.51 840.51 185 875.55 830.55 518
885.54 840.54 186 875.58 830.58 519 885.57 840.57 187 875.61 830.61 520
885.60 840.60 188 875.64 830.64 521 885.63 840.63 189 875.67 830.67 522
885.66 840.66 190 875.70 830.70 523 885.69 840.69 191 875.73 830.73 524
885.72 840.72 192 875.76 830.76 525 885.75 840.75 193 875.79 830.79 526
885.78 840.78 194 875.82 830.82 527 885.81 840.81 195 875.85 830.85 528
885.84 840.84 196 875.88 830.88 529 885.87 840.87 197 875.91 830.91 530
885.90 840.90 198 875.94 830.94 531 885.93 840.93 199 875.97 830.97 532
885.96 840.96 200 876.00 831.00 533 885.99 840.99 201 876.03 831.03 534
886.02 841.02 202 876.06 831.06 535 886.05 841.05 203 876.09 831.09 536
886.08 841.08 204 876.12 831.12 537 886.11 841.11 205 876.15 831.15 538
886.14 841.14 206 876.18 831.18 539 886.17 841.17 207 876.21 831.21 540
886.20 841.20 208 876.24 831.24 541 886.23 841.23 209 876.27 831.27 542
886.26 841.26 210 876.30 831.30 543 886.29 841.29 211 876.33 831.33 544
886.32 841.32 212 876.36 831.36 545 886.35 841.35 213 876.39 831.39 546
886.38 841.38 214 876.42 831.42 547 886.41 841.41 215 876.45 831.45 548
886.44 841.44 216 876.48 831.48 549 886.47 841.47 217 876.51 831.51 550
886.50 841.50 218 876.54 831.54 551 886.53 841.53 219 876.57 831.57 552
886.56 841.56 220 876.60 831.60 553 886.59 841.59 221 876.63 831.63 554
886.62 841.62 222 876.66 831.66 555 886.65 841.65 223 876.69 831.69 556
886.68 841.68 224 876.72 831.72 557 886.71 841.71 225 876.75 831.75 558
886.74 841.74 226 876.78 831.78 559 886.77 841.77 227 876.81 831.81 560
886.80 841.80 228 876.84 831.84 561 886.83 841.83 229 876.87 831.87 562
886.86 841.86 230 876.90 831.90 563 886.89 841.89 231 876.93 831.93 564
886.92 841.92 232 876.96 831.96 565 886.95 841.95 233 876.99 831.99 566
886.98 841.98 234 877.02 832.02 567 887.01 842.01 235 877.05 832.05 568
887.04 842.04 236 877.08 832.08 569 887.07 842.07 237 877.11 832.11 570
887.10 842.10 238 877.14 832.14 571 887.13 842.13 239 877.17 832.17 572
887.16 842.16 240 877.20 832.20 573 887.19 842.19 241 877.23 832.23 574
887.22 842.22 242 877.26 832.26 575 887.25 842.25 243 877.29 832.29 576
887.28 842.28 244 877.32 832.32 577 887.31 842.31 245 877.35 832.35 578
887.34 842.34 246 877.38 832.38 579 887.37 842.37 247 877.41 832.41 580
887.40 842.40 248 877.44 832.44 581 887.43 842.43 249 877.47 832.47 582
887.46 842.46 250 877.50 832.50 583 887.49 842.49 251 877.53 832.53 584
887.52 842.52 252 877.56 832.56 585 887.55 842.55 253 877.59 832.59 586
887.58 842.58 254 877.62 832.62 587 887.61 842.61 255 877.65 832.65 588
887.64 842.64 256 877.68 832.68 589 887.67 842.67 257 877.71 832.71 590
887.70 842.70 258 877.74 832.74 591 887.73 842.73 259 877.77 832.77 592
887.76 842.76 260 877.80 832.80 593 887.79 842.79 261 877.83 832.83 594
887.82 842.82 262 877.86 832.86 595 887.85 842.85 263 877.89 832.89 596
887.88 842.88 264 877.92 832.92 597 887.91 842.91 265 877.95 832.95 598
887.94 842.94 266 877.98 832.98 599 887.97 842.97 267 878.01 833.01 600
888.00 843.00 268 878.04 833.04 601 888.03 843.03 269 878.07 833.07 602
888.06 843.06 270 878.10 833.10 603 888.09 843.09 271 878.13 833.13 604
888.12 843.12 272 878.16 833.16 605 888.15 843.15 273 878.19 833.19 606
888.18 843.18 274 878.22 833.22 607 888.21 843.21 275 878.25 833.25 608
888.24 843.24 276 878.28 833.28 609 888.27 843.27 277 878.31 833.31 610
888.30 843.30 278 878.34 833.34 611 888.33 843.33 279 878.37 833.37 612
888.36 843.36 280 878.40 833.40 613 888.39 843.39 281 878.43 833.43 614
888.42 843.42 282 878.46 833.46 615 888.45 843.45 283 878.49 833.49 616
888.48 843.48 284 878.52 833.52 617 888.51 843.51 285 878.55 833.55 618
888.54 843.54 286 878.58 833.58 619 888.57 843.57 287 878.61 833.61 620
888.60 843.60 288 878.64 833.64 621 888.63 843.63 289 878.67 833.67 622
888.66 843.66 290 878.70 833.70 623 888.69 843.69 291 878.73 833.73 624
888.72 843.72 292 878.76 833.76 625 888.75 843.75 293 878.79 833.79 626
888.78 843.78 294 878.82 833.82 627 888.81 843.81 295 878.85 833.85 628
888.84 843.84 296 878.88 833.88 629 888.87 843.87 297 878.91 833.91 630
888.90 843.90 298 878.94 833.94 631 888.93 843.93 299 878.97 833.97 632
888.96 843.96 300 879.00 834.00 633 888.99 843.99 301 879.03 834.03 634
889.02 844.02 302 879.06 834.06 635 889.05 844.05 303 879.09 834.09 636
889.08 844.08 304 879.12 834.12 637 889.11 844.11 305 879.15 834.15 638
889.14 844.14 306 879.18 834.18 639 889.17 844.17 307 879.21 834.21 640
889.20 844.20 308 879.24 834.24 641 889.23 844.23 309 879.27 834.27 642
889.26 844.26 310 879.30 834.30 643 889.29 844.29 311 879.33 834.33 644
889.32 844.32 312 879.36 834.36 645 889.35 844.35 313 879.39 834.39 646
889.38 844.38 314 879.42 834.42 647 889.41 844.41 315 879.45 834.45 648
889.44 844.44 316 879.48 834.48 649 889.47 844.47 317 879.51 834.51 650
889.50 844.50 318 879.54 834.54 651 889.53 844.53 319 879.57 834.57 652
889.56 844.56 320 879.60 834.60 653 889.59 844.59 321 879.63 834.63 654
889.62 844.62 322 879.66 834.66 655 889.65 844.65 323 879.69 834.69 656
889.68 844.68 324 879.72 834.72 657 889.71 844.71 325 879.75 834.75 658
889.74 844.74 326 879.78 834.78 659 889.77 844.77 327 879.81 834.81 660
889.80 844.80 328 879.84 834.84 661 889.83 844.83 329 879.87 834.87 662
889.86 844.86 330 879.90 834.90 663 889.89 844.89 331 879.93 834.93 664
889.92 844.92 332 879.96 834.96 665 889.95 844.95 333 879.99 834.99 666
889.98 844.98 667 890.01 845.01 717 891.51 846.51 668 890.04 845.04 718
891.54 846.54 669 890.07 845.07 719 891.57 846.57 670 890.10 845.10 720
891.60 846.60 671 890.13 845.13 721 891.63 846.63 672 890.16 845.16 722
891.66 846.66 673 890.19 845.19 723 891.69 846.69 674 890.22 845.22 724
891.72 846.72 675 890.25 845.25 725 891.75 846.75 676 890.28 845.28 726
891.78 846.78 677 890.31 845.31 727 891.81 846.81 678 890.34 845.34 728
891.84 846.84 679 890.37 845.37 729 891.87 846.87 680 890.40 845.40 730
891.90 846.90 681 890.43 845.43 731 891.93 846.93 682 890.46 845.46 732
891.96 846.96 683 890.49 845.49 733 891.99 846.99 684 890.52 845.52 734
892.02 847.02 685 890.55 845.55 735 892.05 847.05 686 890.58 845.58 736
892.08 847.08 687 890.61 845.61 737 892.11 847.11 688 890.64 845.64 738
892.14 847.14 689 890.67 845.67 739 892.17 847.17 690 890.70 845.70 740
892.20 847.20 691 890.73 845.73 741 892.23 847.23 692 890.76 845.76 742
892.26 847.26 693 890.79 845.79 743 892.29 847.29 694 890.82 845.82 744
892.32 847.32 695 890.85 845.85 745 892.35 847.35 696 890.88 845.88 746
892.38 847.38 697 890.91 845.91 747 892.41 847.41 698 890.94 845.94 748
892.44 847.44 699 890.97 845.97 749 892.47 847.47 700 891.00 846.00 750
892.50 847.50 701 891.03 846.03 751 892.53 847.53 702 891.06 846.06 752
892.56 847.56 703 891.09 846.09 753 892.59 847.59 704 891.12 846.12 754
892.62 847.62 705 891.15 846.15 755 892.65 847.65 706 891.18 846.18 756
892.68 847.68 707 891.21 846.21 757 892.71 847.71 708 891.24 846.24 758
892.74 847.74 709 891.27 846.27 759 892.77 847.77 710 891.30 846.30 760
892.80 847.80 711 891.33 846.33 761 892.83 847.83 712 891.36 846.36 762
892.86 847.86 713 891.39 846.39 763 892.89 847.89 714 891.42 846.42 764
892.92 847.92 715 891.45 846.45 765 892.95 847.95 716 891.48 846.48 766
892.98 847.98 991 869.04 824.04 767 893.01 848.01 992 869.07 824.07 768
893.04 848.04 993 869.10 824.10 769 893.07 848.07 994 869.13 824.13 770
893.10 848.10 995 869.16 824.16 771 893.13 848.13 996 869.19 824.19 772
893.16 848.16 997 869.22 824.22 773 893.19 848.19 998 869.25 824.25 774
893.22 848.22 999 869.28 824.28 775 893.25 848.25 1000 869.31 824.31 776
893.28 848.28 1001 869.34 824.34 777 893.31 848.31 1002 869.37 824.37 778
893.34 848.34 1003 869.40 824.40 779 893.37 848.37 1004 869.43 824.43 780
893.40 848.40 1005 869.46 824.46 781 893.43 848.43 1006 869.49 824.49 782
893.46 848.46 1007 869.52 824.52 783 893.49 848.49 1008 869.55 824.55 784
893.52 848.52 1009 869.58 824.58 785 893.55 848.55 1010 869.61 824.61 786
893.58 848.58 1011 869.64 824.64 787 893.61 848.61 1012 869.67 824.67 788
893.64 848.64 1013 869.70 824.70 789 893.67 848.67 1014 869.73 824.73 790
893.70 848.70 1015 869.76 824.76 791 893.73 848.73 1016 869.79 824.79 792
893.76 848.76 1017 869.82 824.82 793 893.79 848.79 1018 869.85 824.85 794
893.82 848.82 1019 869.88 824.88 795 893.85 848.85 1020 869.91 824.91 796
893.88 848.88 1021 869.94 824.94 797 893.91 848.91 1022 869.97 824.97 798
893.94 848.94 1023 870.00 825.00 799 893.97 848.97 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 1
5 (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
****************************************************************************
*

"Michael Maxwell" <mmax...@see.sig> wrote in message
news:vr7hecb...@typhoon.xnet.com...

[Don Starr]

On 15 Jan 2003 10:18:33 -0600, Michael Maxwell <mmax...@see.sig> wrote:
>Forgot to mention, I mailed Don Starr about his program asking if he
>might consider releasing all (or at least part) of the source to his
>software so we might be able to produce a version of this that is
>somewhat cross-platform, but that was about a week ago and havn't
>heard back yet. I suspect I probably won't (and I'm not surprised,
>really). I also asked whether or not he planned on releasing versions
>of his program for other OS's in the event that he didn't want to
>release his code.
>
>The least he could have done was replied.

and...

On 15 Jan 2003 10:48:34 -0600, Michael Maxwell <mmax...@see.sig> wrote:

>"Don Forsling" <ddfor...@msn.com> writes:
>> No, he least he could do was what he did: He ignored you.
>
>Good point. Rudeness is to be expected, I suppose.

The lack of a reply was not intended to be an instance of "rudeness". I do try to answer questions
about my software in a timely manner. However, I am in the middle of a large project at my "real"
job (the one for which I'm paid), and have a deadline looming. During this time, direct email
support of the programs I make available for free has to take a back seat to performing the job that
pays the bills. I do monitor the Yahoo lists for the PRO-92, 93, and 95, and try to answer questions
there that go unanswered by other list subscribers.

I think that if one looks back through these two newsgroups, and perhaps also checks the Yahoo
groups, one will find that I do try to respond to questions about my software and about the scanners
themselves. Given that, I disagree with the supposition that "rudeness is to be expected". I expect
that the vast majority of the users of my software will support my opinion.

That said, the answer is to the original query is: No, I do not plan to make the source code
available. Agreements that I have made with other parties, as well as information that I have
obtained, currently preclude such an action. I may release a version for Linux, but that certainly
will not happen in the near future, if it happens at all.

-Don

[Fred Hambrecht Sr.]

Don, first let me thank you for your efforts and a fine piece of software.

Disregard the idiots that think that, because you write a program, it
entitles them to make any demands they deem is do them.

I have used about every operating system around since first starting in
computers in the late 50's. I have to laugh when I see the Johnny come
lately take pride in denouncing the mainstream operating system . Then they
have the audacity to complain when the author of a nifty piece of freeware
doesn't support them. How dare you have a real job when I have needs!

If those that decide that the ________ operating system is better than
(Insert favorite derisive term for windows) , then they should write their
own nifty application..

Those of us that recognize that you have tried to reach the greatest number
of hobbyists salute you Sir! Keep up the great work.

"Don Starr" <nos...@nospam.net> wrote in message
news:prld2v01olmf3b6l0...@4ax.com...
> On 15 Jan 2003 10:18:33 -0600, Michael Maxwell . Given that, I disagree

[me]

Agreed. F 'em if they can't take a joke.

The source code would have been cool tho... been playing around trying to
write my own for the 2067 just for fun. I can read from it but writing to it
errors out at the LAST BYTE of all things.. BAH!

But your programs work so well that I don't need to write one anyway. Don't
let a bunch of crybabies give you the wrong impression - we all appreciate
the work you've done and look forward to more when the next scanner comes
out!

-me

"Fred Hambrecht Sr." <w4...@charter.net> wrote in message
news:v2dqci5...@corp.supernews.com...

[sam]

Don, on behalf of all those who vastly appreciate the free service you
provide to the scanning community, THANKS!

[Don Starr]

On Fri, 17 Jan 2003 20:41:40 GMT, "me" <m...@none.com> wrote:

>The source code would have been cool tho... been playing around trying to
>write my own for the 2067 just for fun. I can read from it but writing to it
>errors out at the LAST BYTE of all things.. BAH!
>

The 92/2067 is pretty easy. No encryption on the data, though the parity is switched around during
the transfer. Here's what you should be doing:
1. Serial port set to 4800, even parity, 8 data, 2 stop
2. Write a bunch of xA5 chars. The scanner sends 50 when it dumps, but more doesn't hurt. My
software sends 100.
3. Write the "signature" string: 4 bytes: x01 x98 x03 x52
4. Wait 52 milliseconds
5. Switch port to odd parity
6. Write 26,496 bytes of data as 32-byte blocks, with 16 milliseconds of "dead" time after each
block (this is to give the scanner time to program its EEPROM).
7. Switch the port back to even parity.
8. Write the terminating x5A byte.

Note the following:
1. An SPG file has 5 bytes at the beginning (x02 x00 x00 x00 x00) that are not written to the
scanner.
2. The next 26,496 bytes of data are written to the scanner in REVERSE order.
3. The SPG file has extra "padding" such that its size is 32,773 bytes (32KB + the 5 bytes in #1
above).

My software only uses the "SPG" file convention because some other software had already established
it as the "standard" for the PRO-92/2067.

Any questions on the 92/2067 protocol, feel free to ask. I just can't answer questions about the
93/2053/95.

-Don

[me]

Hmm! I'll try it. Thanks!
-me

"Don Starr" <nos...@nospam.net> wrote in message

news:je4h2v8emkk9rirlp...@4ax.com...

[Don Starr]

On Sat, 18 Jan 2003 00:01:15 GMT, "me" <m...@none.com> wrote:

>Hmm! I'll try it. Thanks!
>-me

Let me know how it works out for you.

-Don

[Don Starr]

On Sat, 18 Jan 2003 00:01:15 GMT, "me" <m...@none.com> wrote:

>Hmm! I'll try it. Thanks!
>-me

BTW - you should be able to get all of this information (including Fortran source code) from Ken
Plotkin's page. He wrote '92WARE' quite a while ago:
http://members.cox.net/kplotkin/scanner.htm

[Ken Plotkin]

On Sat, 18 Jan 2003 00:15:58 GMT, Don Starr <nos...@nospam.net> wrote:

>BTW - you should be able to get all of this information (including Fortran source code) from Ken
>Plotkin's page. He wrote '92WARE' quite a while ago:
>http://members.cox.net/kplotkin/scanner.htm

And for youngsters who lack appreciation for classic languages, there
is C source code as part of Steve Falco's Linux port. That's also on
my page.

FWIW, I regard that parity switch in the last byte as a truly
despicable prank on GRE's part.

Ken Plotkin

[Don Starr]

On Sat, 18 Jan 2003 02:11:27 GMT, Ken Plotkin <kplo...@nospam-cox.net> wrote:
>FWIW, I regard that parity switch in the last byte as a truly
>despicable prank on GRE's part.

And it's probably what killed "me's" uploads.

[Ken Plotkin]

That's exactly what killed it.

[me]

Well I'll be a son of a....

Bad GRE! No biscuit!

Aww well. I like using Don's program anyway - I'll save my programming for
the 250D when I get one.At least that scanner speaks something intelligible.

Parity change on the last byte... Oh for the love of soup. Kudos to you both
for figuring that out - I gave up on it.

-me
"Ken Plotkin" <kplo...@nospam-cox.net> wrote in message
news:c1qh2v4osh7k6l4e7...@4ax.com...

[Scott Luther]

Don,
I think you've done a great job and I thank you for your work andthe
apps!!! That said, I understand about not being able to release the
source code.

If there is anyone else who could and would be willing to provide the .spg
import/export source and what the hardware is looking for before the
import/export occurs I will do a Mac Version as Freeware. I'm looking for
a fun objective-c side project. I don't know how many people would like a
Mac version but I could do a nice OSX native version. I would also be
willing to add additional file formats as the application matures. Anyone
interested? If so, please contact me offline at:
s...@ix.netcom.com
--Scott