Sdn. Bhd.

GSM Linker

Model: GX100

COM|SOLUTIONS SDN BHD

Operation Manual

48-1, Jalan Manis 3, Taman Segar,

Chreas, 56100 Kuala Lumpur, Malaysia

Email:

Table of Content

1Overview......

1.1GX100 GSM Gateway Linker Applications......

1.2STANDARD PACKAGE......

1.3PHYSICAL......

2MAIN FEATURES AND APPLICATIONS......

2.1HARDWARE FEATURES:......

2.2Types of Connection

2.3FEATURES

3SOFTWARE INSTALLATION......

3.1PROGRAMMING METHODS......

3.2PROGRAMMING PRECAUTIONS......

3.3PROGRAMMING PROCEDURE......

3.3.1Single Parameter Programming Procedure......

3.3.2SEQUENTIAL PROGRAMMING PROCEDURE......

3.3.3CLEAR SINGLE PARAMETER (66-76) VALUE......

3.3.4RESTORE FACTORY DEFAULT......

3.3.5REMOTE PROGRAMMING......

4PROGRAMMING PARAMETERS......

5FAQ......

PROGRAMMING PARAMETER TABLE......

PROGRAMMING REFERENCE TABLE......

Chapter 1

1Overview

1.1GX100 GSM Gateway Linker Applications

GSM linker provides the mobility of fixed equipment with easy setup process for site office or on automobile where the users need to share limited lines.

To re-route the specific call through GSM system for least cost routing application. You can program the routing at the site or remotely.

Figure 1 - GX100 GSM Linker

Built-in battery charging capability through the connection from GX-100 to your mobile phone.

Re-route specific calls through GSM system for least cost routing application.

User can program the routing parameter in four different methods.

Metal casing for durability and easy installation on site.

1.2STANDARD PACKAGE

The GX-100 GSM Linkerconsists of the following items:

  1. The GX-100 GSM Linker Main Unit
  2. Mobile handset
  3. Serial Cable (RS232, for connection from main unit to your mobile phone)
  4. Telephone line cord (RJ11 socket)
  5. A copy of the instruction manual

1.3PHYSICAL

Power / 220V 50Hz
Dimension / 180mm * 140mm * 51mm
Weight / 2.5kg

2MAIN FEATURES AND APPLICATIONS

Chapter 2

2.1HARDWARE FEATURES:

1-Power indicator

2-GSM In-Use indicator

3-Analogue phone In-Use indicator

4-Power cords

5-Mobile Connector (RS232)

6-PBX or Analogue phone line connector (RJ11)

7-Incoming line connector (RJ11)

2.2Types of Connection

Figure 2 -Home User

Figure 3 - Business User

2.3FEATURES

a. Routing between PSTN and GSM

User can program the numbers he wishes to dial through GSM. GX100 will choose the proper path, either GSM or PSTN, to make the cheaper call.

Figure 4 -Routing between PSTN and GSM

b. ACR Dialer Inside

In addition to GSM/PSTN routing capability, GX100 also works as an ACR dialer.

Figure 5 - ACR Dialer

c. Answering a HandphoneCall UsingNormal Telephone

When the mobile phone receives a call, the desk phone will ring too. User can choose to answer call from handphone or desk phone.

Figure 6 - Answering a Handphone Call Using Normal Telephone

d. Call Diverter (follow me)

When the user is out of home or office, he can set the divert number where he can be reached. When someone calls him from PSTN number, the GSM Linker will forward the call to the divert number through mobile phone. The same theory applies in opposite direction.

Figure 7 - Call Divert

e. Use GSM as a PSTN Line

Under the condition that PSTN line is not available, user can still use normal telephone or PBX as an interface and make phone calls through GSM service.

Figure 8 - Use GSM as a PSTN Line

f. Mobile Coin Phone

Connect a normal coin phone to GX100, it becomes a mobile coin phone. This mobile coin phone is best on trains, buses, or the places where the PSTN line is not available.

Figure 9 - Mobile Coin Phone

g. Easy Programming

More than 100 parameters provide most flexible setting. The PC-based programmer let technicians/dealers program the parameters easily. It can be programmed locally with PC or telephone set, or remotely through the PSTN line.

Figure 10 - Programming From PC

3SOFTWARE INSTALLATION

3.1PROGRAMMING METHODS

GX-100 Linkercan be programmed through one of the four methods below:

  1. Local programming through DTMF touch tone phone
  2. Remote programming on-line through DTMF touch tone phone
  3. Local programming through programming kit LM2000 comes with Software LinkF.exe. (Download and Upload capability)
  4. Remote programming through programming kit LM2000 come with Software LinkF.exe. (Download and Upload capability)

Note: For all programming, the phone unit must be off-hook/handset up. This section of the installation provides (1) & (2) DTMF Touch Tone programming instruction only.

3.2PROGRAMMING PRECAUTIONS

All GX-100 Linkers come with a set permanent factory default value.

If user is required to program the GX-100, it is suggested that user should first reset the content to the factory default value to avoid confusion.

Chapter 3

3.3PROGRAMMING PROCEDURE

3.3.1Single Parameter Programming Procedure

To set or change single Parameter value:

  1. Lift up the PSTN phone handset
  2. Enter # 1 #[“beep”]
  3. Enter Parameter number[“beep”]
  4. Enter the control value
  5. Enter * # to save [Long beep sound]
  6. Hang up telephone

3.3.2SEQUENTIAL PROGRAMMING PROCEDURE

To set or change multiple sequential Parameter Value:

  1. Lift up the PSTN phone handset
  2. Enter # 1 #[“beep”]
  3. Enter Parameter number[“beep”]
  4. Enter the control value
  5. Enter * # to save [Long beep sound]
  6. Enter Next Parameter number[“beep”]
  7. Enter the Next control value
  8. Enter * # to save [Long beep sound]
  9. Hang up telephone after programming complete.

3.3.3CLEAR SINGLE PARAMETER (66-76) VALUE

To clear all the content of the GX-100 preset value:

  1. Lift up the PSTN phone handset
  2. Enter # 1 #[“beep”]
  3. Enter parameter number 77 [“beep’’]
  4. Enter the control value
  5. Enter * # to save [Long beep sound]
  6. Hang up telephone.

3.3.4RESTORE FACTORY DEFAULT

To reset and restore the factory default preset value:

  1. Lift up the PSTN phone handset
  2. Enter # 1 #[“beep”]
  3. Enter Parameter number 99 [“beep”]
  4. Enter * # to save [Long beep sound]
  5. Hang up telephone.

3.3.5REMOTE PROGRAMMING

To program remotely on-line:

  1. Lift up the PSTN phone handset
  2. Call up the user through PSTN connection
  3. Enter # 1 # [“NO beep”]
  4. Enter remote password [default value: 1111] [“beep’’]
  5. Enter Parameter number [“beep”]
  6. Enter value
  7. Enter * # to save [Long beep sound]
  8. Repeat step 5 to 7 to change other parameter value
  9. Wait 6 seconds for GX-100 to automatically return to conversation mode and hang up the telephone.

Precaution:Do not hang up the telephone during programming mode. Wait for the beep tone after 6 seconds before hang up.

Chapter 4

4PROGRAMMING PARAMETERS

This section explains the individual programming parameter of GX-100. A summarized parameter tale is attached at the last section of the manual. Users are advised only to set the parameter value through technicians.

This section explains the individual pre-set programming code and the specific function of the code or value within the parameter setting. This section is to be reviewed by the technical person only.

THE PATHS

The router has 5 paths and every path is able to autodial 4 groups of number with controlled timing either through timing or response of the server. The start code (66-70) determines which path will be used for the dialing.

INPUT FOR EVERY PATH

The input of the DTMF Tone consist of numbers 0,1,2,3,4,5,6,7,8,9,0.*,# and “A”,”B”,”C” and “D”.

UNITS

Each parameter value can be set using numbers from 1 digit to 16 digits. It is important to note what the unit represent prior setting in the parameter value. The units are per 10 milliseconds, 100 milliseconds and minutes.

AUTO-ROUTING

The parameter 050 – 059 is used for the application of auto-routing the dialing for the 5th Path if dialing the Access Number 1 failed. The unit will auto-dial the numbers in sequential order from 050, 051,052… till the access to the server is through.

The router is able to detect the engage tone and switch to next server number, but only on the 5th Path Access Number 1.

Parameters [This section applied to Path 1 through Path 5]

ACCESS NUMBER 1[01-05]

This parameter saved the first group of numbers to be sent out if the router detects the user input numbers (Start Code: 66-70) from Path 1 to Path 5.

WAIT TIME 1[06-10]

This parameter control the waiting time of the router before sending out Access Number 2 after sending out Access Number 1.

SECOND TONE DETECTION[11-15]

This parameter control the router recognition method for the second tone. By setting the duration of the tone from the server to be considered as a “Go Ahead” signal, it reduce the chance of dialing out by picking up noise from the line.

The unit used is 0.1sec or 100ms. Normally this parameter is recommended to set to 15 or 1.5seconds. If this value is set too short a time, the router may misjudge a noise as a signal to dial out Access Number 2 and if it is too long, will make the dialing process very slow.

DTMF DETECT 1[16-20]

This parameter control the router response when received a DTMF signal from the server before sending out the Access Number 2.

It is also used to control the feedback tone of the router.

Value=14

The default value of DTMF Detect 1 is 14 for Automatic Detection. The router will detect any of the DTMF code sent from the server before sending out the Access Number 2.

Value=15

When user set 15 to DTMF Detect 1, when either the wait time 1 is over or there is no Second Tone 1 detected, the router will terminate the line and dial out the original input numbers. That means, to make an IDD call directly through our main Telco company.

Value=16

When user set 16 to DTMF Detect 1, when either the wait time 1 is over or there is no Second Tone 1 detected, the router will terminate the line and seek for another path. The value of the DTMF Detect 1 of the alternative path should also be set to 16.

If the router still unable to dial out the Access Number 1 after the routing, it will end its function by dialing out the number directly or make an IDD call.

Value=17

When user set 17 to DTMF Detect 1, when either the wait time 1 is over or there is no Second Tone 1 detected, the router will terminate the line and seek for another path. The value of the DTMF Detect 1 of the alternative path should also be set to 16.

If the router still unable to dial out the Access Number 1 after the routing, it will end its function by cutting off the line.

The different between 16 and 17 is that 16 will eventually dial out an IDD call for the users but 17 will terminate without dialing out IDD call.

Value=15 (For Path 5)

When user set 15 to DTMF Detect 1 on Path 5, when either the wait time 1 is over or there is no Second Tone 1 detected, the router will terminate the line and dial out the alternative numbers specified under the 050,051,052…059 in sequence. The process will repeat till last alternative numbers and cut off the line.

Value=18 (For Path 5)

When user set 20 to DTMF Detect 1 on Path 5, when either the wait time 1 is over or there is no Second Tone 1 detected, the router will terminate the line and dial out the alternative numbers specified under the 050,051,052…059 in sequence. The process will repeat itself in cycle from 050-059 till there is a response from the server.

The different between value=15 and value=18 for path 5 DTMF Detect 1 is that value=15 is not repertory dialing and end at last number while value=18 dial keep on dialing till there is a response.

ACCESS NUMBER 2[21-25]

This parameter saved the second group of numbers to be sent out if the router wait till wait time 1, or detect Second Detection Tone, or received a DTMF Detect 1 from the server.

WAIT TIME 2[26-30]

This parameter control the waiting time of the router before sending out Access Number 3 after sending out AccessNumber 1.[number 2]

DTMF DETECT 2[31-35]

This parameter controls the router response when received a DTMF signal from the server before sending out the Access Number 3.

It is also used to control the feedback tone of the router.

ACCESS NUMBER 3[36-40]

This parameter saved the third group of numbers to be sent out if the router wait till wait time 2 or received DTMF Detect 2 from the server.

WAIT TIME 3[41-45]

This parameter control the waiting time of the router before sending out Access Number 4 after sending out Access Number 3

ACCESS NUMBER 4 [46-50]

This parameter saved the forth group of numbers to be sent out if the router wait till wait time 3 from the server.

WAIT TIME 4 [51-55]

This parameter controls the waiting time of the router after sending out the Access Number 4.

END CODE [56-60]

This parameter control the adding of the # keys after the last dialed number is sent out. It is used also to set the timing to add the last ending number.

Example: 1# means “after 100ms, send the # keys”

MULTI CUSTOMER [61-65]

This parameter controls the insertion point of the 2-digit customer code number.

START CODE [66-70]

This parameter control saved the value the activation of the Access Numbers when the users dialed number match the start code value. It can hold up to 250 codes per path.

[The purpose of the Invalid Start Code is to allow the router to automatically bypass the auto-dial mode although the users dial a number that is specified inside the Start Code.

Example of application:

The customer wants direct access to this international number: 00-886-2-12345678

Start Code00

Invalid Start Code: 00886

When customer dial 00-886-2-12345678, the router recognized that 00-886 is invalid start code, so will allow the user to dial out as an IDD call.

SUB CODE [71 – 75]

This parameter control the blocking or elimination of dialed out numbers by the users after the router have sent all access numbers. The purpose of the sub code is to remove the pre-fix of the numbers dialed by the user. For example, some of the servers do not allow the “00” international access number once it enter the server. When this scenario happens, the user can remove the pre-fix “00” by setting the value to “00” for the sub code.

The user can use wildcard “*” to represent any numbers for the pre-fix of the original dialed number.

Example:

User dial: 00-852-2-12345678

Setting Sub Code: 00852 2

Dialer dial out only 12345678, ignore the 008522

INVALID START CODE [76]

This parameter control the removal[invalid] of the start code saved inside 66-70. The value in the invalid start code simple means that the numbers is no longer valid as a start code for the router.

As the value saved inside 66-70 can be quite a number and not possible to remove one by one, it can only be removed through the use of this invalid start code.

DEL START, SUB [invalid]CODE [77]

This parameter control removes all the parameter values of 66-70 ,71-75and 76.

DTMF TONE ON [78]

This parameter control timing of the DTMF signal on time. This control is used to control the overall signal sending speed to save time.

DTMF TONE OFF [79]

This parameter control timing of the DTMF signal off time. This control is used to control the overall signal sending speed to save time.

BYPASS CODE [82]

This parameter save the code required for the user to by-pass the router. The user has to dial the by-pass code prior dialing out calls if he wishes to make a direct call.

PBX CODE [83]

This parameter is used to set the numbers for the router to dial out the PBX access code to get the external line prior sending out the access numbers.

PBX CODE PAUSE TIME [84]

This parameter is used to set the timing to wait for a response from the PBX after sending out the PBX Code for external access line.

REMOTE PASSWORD[85]

This parameter is used to set the password required to program the router from remote area through PSTN line.

.

ON HOOK TIME [87]

This parameter is used to set time required for the router to determine if the user is cutting off the line or is using a flash.

It is critical not to set the timing to short, or the user will not be able to use the flash function of their PBX; or if it is too long the timing, the user is not able to cut off the phone. It is recommended to set the timing at 0.8sec.

SETTING PASSWORD [88]

This parameter is used to set password required to change the parameter value of the router. The user is required to enter the password (if available) for every programming session i.e. before you hang up the phone to terminate the programming mode.

CALL TRANSFER TIMER [96]

This parameter is used to set the time limitation per telephone, when user activated the divert setting.

ENTER TRANSDER NUMBER MANUALLY [97]

When parameter 89 set value at 3,user can manually enter the phone number it want to divert to.

When parameter 97 set to ****,user also can manually enter the phone number it want to divert to.

Ie: When the phone ringing, pick up the phone and enter 97.After that, enter the number u wan to divert to.

RESTORE FACTORY DEFAULT[99]

This parameter restores all the pre-set factory value.

LCR AND HANDPHONE C/W TIMER [906 – 900]

This parameter is used to set time limitation per telephone call through the GSM handphone.

When parameter 906-900 set empty value, it will go call through PSTN line.

When parameter 906-900 set value at 1, the timer will be based on accumulative method.

When parameter 906-900 set value at 2, the timer will be based on per call basis.

When parameter 906-900 set value to 3,the timerwill not count in.

LCR AND HANDPHONE C/W TIMER [#901#]

This parameter is used to reset the timer to the pre-set limit talk time.

HANDSET TALK TIME SETTING [901-905]

This parameter is used to select which path is used to direct to GSM line and whether to run the timer in accumulative mode or per call basis mode.

To use the routing through GSM handphone, set timing into path 1-5 for parameter 901-905.

Ie: set 9999 means 999 minute 9 second

set 0100 means 1 minute