The OKI 1130E (and 1150) is a very versatile phone. Often overlooked in
our line of interest. Here is a summary of all the info that I have
acquired over the months in as complete a package as I can manage at the
moment.
Dealer Functions:
These are easy to access and have plain English menus. A lot of things
are abbreviated though so some thinking is required. To get into this
mode do the following:
POWER UP THE PHONE
HOLD DOWN FCN AND RCL TOGETHER FOR TWO SECONDS
TYPE IN 0063238227 (I'd like to know why they chose that number)
You will now be in another set of menus. Use the volume keys to go
through the different functions. From here you can change how the phone
appears to the user by setting up things such as the MIN and power on
display.
To get back to normal operations press CLR twice.
Test Mode:
POWER UP THE PHONE
HOLD DOWN RCL AND STR FOR TWO SECONDS
ENTER *TESTMODE# (ie 83786633)
The first screen displays current channel and signal stregth. It is
possible to get into this mode with the phone locked. Useful when you
forget your lock code as this can be found in here.
Technical Functions:
With the use of a technical manual (I haven't got one yet) you should be
able to do some wicked stuff in here. It lets listen to other mobile
phones, scan the paging channels and God knows what else. To get into
this mode do the following:
POWER UP THE PHONE
HOLD DOWN 7 AND 9 FOR TWO SECONDS
PRESS FCN + SND + END + RCL + STO + CLR
WAIT UNTIL THE DISPLAY SHOWS GOOD TIMING
PRESS 1 AND 3 TOGETHER
In here commands are entered by pressing # followed by a two digit
command number and then any optional parameters. Here is a short list
of some commands.
TEST COMMAND: KEYPAD ENTRY: DESCRIPTION:
------------- ------------- ------------
SUSPEND.........#01.............Performs initialization
RESTART.........#02.............Terminates the test mode
STATUS..........#03.............Show the current status of TRU
RESET...........#04.............Resets the autonomous timer
TURNAROUND......#05.............Returns data bytes following command to
the
Test Set
INIT............#06.............Initialize the TRU to following states:
a. Carrier off
b. Attenuation - 0dB
c. Receive audio muted
d. Transmit audio muted
e. Signalling tone off
f. Autonomous timer reset
g. SAT off
h. DTMF/Audio tones off
CARRIER ON......#07.............Turns the carrier on
CARRIER OFF.....#08.............Turns the carrier off
LOAD SYNTH......#09XXX..........Sets the synthesizer to the channel
specified
by the data following the command.
(XXX=channel number in decimal)
SET ATTN........#10X............Sets the RF power attenuation to X,
where
X=attenuation level (See note 1)
RXMUTE..........#11.............Mutes the receive audio
RXUNMUTE........#12.............Unmutes the receive audio
TXMUTE..........#13.............Mutes the transmit audio
TXUNMUTE........#14.............Unmutes the transmit audio
RESETOFF........#15.............Discontinues resetting of autonomous
timer
STON............#16.............Transmit a continuous signalling tone
STOFF...........#17.............Stops transmission of signalling tone
SETUP...........#18.............Transmits a 5 word reverse control
channel message
VOICE...........#19.............Transmits a 2 word reverse control
channel message
RCVSU...........#20.............Receives a 2 word forward control
channel message
RCVVC...........#21.............Receives a 1 word forward control
channel message
SEND-NAM........#22.............Returns the information contained in the
NAM
VERSION.........#23.............Displays the TRU software version
SEND-SN.........#24.............Displays the ESN
MEM.............#25XX...........Displays the resident memory data, where
XX=memory location
RCVSI...........#26.............Receive continuous 1 word messages on
the
Control Channel until a TERMINATE
command
is received. If count of 255 is
exceeded,
255 will be displayed.
RCVVI...........#27.............Same as RVCSI but on voice channel
WSTS............#28.............Receive continuous 1 word messages on
the
Control Channel, maintains a count
of word
synchronization until TERMINATE is
issued
WSTV............#29.............Same as WSTS but on voice channel
?...............#30.............?
TERMINATE.......#31.............Terminate operation of previous RCVSI,
RCVVI,
WSTS, or WSTV
SATON...........#32X............Enables the transmission of SAT tone,
where
X=SAT frequency
SATOFF..........#33.............Disables the transmission of SAT
CDATA...........#34.............Transmits continuous 5 word reverse
Control
Channel message. Color code = 10,
INIT
msg shall terminate the
transmisssion. TRU
will turn on carrier at start of
transmission
HITNON..........#35.............Activate the 1150Hz tone and applies it
to rev
audio line
HITNOFF.........#36.............Deactivates the 1150Hz tone
LOTNON..........#37.............Activates the 770Hz tone and applies it
to rev
audio line
LOTNOFF.........#38.............Deactivates the 770Hz tone
INVM............#39.............Initializes non-volatile memory.
Set registration memory and called
address repertory memory to 0.
Set locked state to Locked.
RINVM...........#40.............Reads non-volatile memory
WNVM............#41.............Receives 101 bytes from T3/5? and writes
them
to the non-volatile memory
DTMFON..........#42XX...........Enables the transmission of DTMF tones,
where
XX=DTMF frequency
DTMFOFF.........#43.............Disables the transmission of DTMF
COMP-ON.........#65.............Enable the compressor and expandor
COMP-OFF........#66.............Disable the compressor and expandor
SERIAL I/O......#683XX..........Mutes/Unmute the Tx/Rx Audio signal
Enable/Disable the Compressor and
Expandor, where XX=commanded states.
Try this to scan voice channels:
#01
#12
#76
#73-xxxxyyyyzz
Where xxxx is start channel
yyyy is end channel
zz is delay between channels in seconds
Press # to pause/unpause scanning.
Press * to reset to start channel.
Press CLR to exit scanning.
There are no channel locking functions on good signal so you will have
to pause scanning manually. There is no muting on crap rf, this eats
battery power unfortunately. Buy a battery eliminator and sit in your
car.
External connector pin-outs:
1 3 5 7 9 11
O <- Coax
2 4 6 8 10 12
1 : CHRG 2 : POW(+)
3 : T-VOICE 4 : GND
5 : R-VOICE 6 : VPP
7 : GND 8 : P-ON
9 : CLOCK 10: CU2L DATA
11: L2CU DATA 12: P-SENS
Most of the pins are fairly obvious. I'm well stuck on the data pins.
If anybody knows the protocols etc. for the data pins I would be _very_
greatful if they could be email me them. I reckon I could write some
cool software that uses them.
That's it! Have fun with your OKI. Anything missing? Update this
file, repost it to alt.cellular.oki and email a copy to me.
Turnpike evaluation. For information, see http://www.turnpike.com/
Will this sequence work with an OKI 1145 which is very similiar to the
1150?
Thanks for the reply in advance.
Tony