Universal Reporting Guide - 164

Doc.
Title Author Page of Pages
Device Communication Guide SE. Park 1 of 62

Concerning Doc. No. Rev. Date
Suntech Messages to Back-End Server 1.63 19 Apr, 2021
Table of Contents
1. Status Report .................................................................................................................................. 3
1.1 Zip (HEX, fixed length) .................................................................................................................................... 3
1.2 Normal (ASCII, variable length) ....................................................................................................................... 8
2. Alert Report ................................................................................................................................... 12
2.1 Zip (HEX, fixed length) .................................................................................................................................. 12
2.2 Normal (ASCII, variable length) ..................................................................................................................... 17
2.3 Alert ID Table................................................................................................................................................. 21
3. Keep-Alive Report ......................................................................................................................... 26
4. External Serial Device Data Report (RS232) ............................................................................... 26
5. Transfer Data to External Serial ................................................................................................... 31
5.1 Send Format .................................................................................................................................................. 31
5.2 Response Format .......................................................................................................................................... 31
6. Travel Report................................................................................................................................. 32
7. Acknowledgment Message .......................................................................................................... 37
8. Crash Reconstruction Report (Optional) .................................................................................... 39
9. Maintenance Report...................................................................................................................... 41
10. Fine Tracking Report .................................................................................................................. 42
11. CAM Report ................................................................................................................................. 45
11.1 Zip (HEX, fixed length) ................................................................................................................................ 45
11.2 Normal (ASCII, variable length)................................................................................................................... 47
12. GED Report ................................................................................................................................. 49
13. Temperature Report.................................................................................................................... 51
13.1 Zip (HEX, fixed length) ................................................................................................................................ 51
13.2 Normal (ASCII, variable length)................................................................................................................... 53
14. Parameter Report ........................................................................................................................ 53
15. Small Assign Headers ................................................................................................................ 54
16. Medium Assign Headers ............................................................................................................ 56
17. Large Assign Headers ................................................................................................................ 58
18. Example of the “MODE/PROFILE/ALERT” behavior. ............................................................... 59
Revisions .............................................................................................................................................. 60
Suntech International Ltd. Confidential Document

Doc. Title Author Page of Pages

Suntech International Ltd.
CONFIDENTIAL DOCUMENT
This document belongs to intellectual property of Suntech International
Ltd. and shall neither be copied nor be given to any 3rd parties without
prior written consent from the company.
DO NOT MAKE ANY COPIES


1. Status Report
This report (‘Status Report’) is sent to the server periodically as defined by user to configure ‘status report’ if conditions for
issuing the report are met. The following two (2) tables show how one reporting can be made in 2 different types such as in
‘normal’ (string) and in ‘zip’.
1.1 Zip (HEX, fixed length)
Example (raw data):
81 00 32 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 3B E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 01 02 01 EC
HDR PKT_LEN DEV_ID REPORT_MAP MODEL SW_VER MSG_TYPE
(1 Byte) (2 Bytes) (5 Bytes) (3 Bytes) (1 Byte) (3 Bytes) (1 Byte)
DATE TIME CELL_ID MCC MNC LAC RX_LVL
(3 Bytes) (3 Bytes) (4 Bytes) (2 Bytes) (2 Bytes) (2 Bytes) (1 Byte)
LAT LON SPD CRS SATT FIX IN_STATE
(4 Bytes) (4 Bytes) (2 Bytes) (2 Bytes) (1 Byte) (1 Byte) (1 Byte)
OUT_STATE MODE STT_RPT_TYPE MSG_NUM reserved ASSIGN_MAP S_ASSIGN1

(1 Byte) (1 Byte) (1 Byte) (2 Bytes) (1byte) (4 Bytes) (2 Bytes)
S_ASSIGN2 S_ASSIGN3 S_ASSIGN4 S_ASSIGN5 S_ASSIGN6 S_ASSIGN7 S_ASSIGN8

(2 Bytes) (2 Bytes) (2 Bytes) (2 Bytes) (2 Bytes) (2 Bytes) (2 Bytes)
M_ASSIGN1 M_ASSIGN2 M_ASSIGN3 M_ASSIGN4 M_ASSIGN5 M_ASSIGN6 M_ASSIGN7
M_ASSIGN8 L_ASSIGN1 L_ASSIGN2 L_ASSIGN3 L_ASSIGN4 L_ASSIGN5 L_ASSIGN6
L_ASSIGN7 L_ASSIGN8
reserved
(8 Bytes) (8 Bytes)
Field Data Conversion Description

Header of Status Report.
HDR 81 • 81: No ACK response required
• 91: Required ACK response
PKT_LEN 00 32 Length of zip data excluding HDR and PKT_LEN
Value: 0360000001
Device ID , BCD Format
DEV_ID 03 60 00 00 01 HEX
If the Device ID is 0360000001, this field will be filled with
0x03, 0x60, 0x00, 0x00 and 0x01.
Map of the headers that are included in the report
Bit 0: REPORT_MAP
Bit 1: MODEL
REPORT_MAP Bit 2: SW_VER
3F FF FF HEX -> BIN
(Map Bit 0) ….
Bit 21: MSG_NUM
Bit 22: reserved
Bit 23: ASSIGN_MAP
MODEL 24 HEX -> DEC Value: 36


(Map Bit 1) Device Model (According to table model).
Model Identification Table

Model ID
ST4300 36
ST4500 46
ST4340 47
ST4340R 49
ST4340LC 52
SW_VER Value: 1.0.14

01 00 0E HEX -> DEC
(Map Bit 2) Software Version.
MSG_TYPE 01 HEX -> DEC
Real Time (1) Or Stored (0) Message
(Map Bit 3)
Value: 20161117
GPS Date (Year + Month + Day)
DATE 10 0B 11 HEX -> DEC Ex)
(Map Bit 4)
16 : 0x10
11 : 0x0B
17 : 0x11
Value: 08:37:39
Time (Hour + Minute + Second).
TIME 08 25 27 HEX -> DEC Ex)
(Map Bit 5)
08: 0x08
37: 0x25
39: 0x27
Value: 0000004F
CELL_ID Unique Id of Serving Cell.
00 00 00 4F HEX
(Map Bit 6) First 2 bytes are always 0 when the device connected to 2G
network.
MCC Value: 450
01 C2 HEX -> DEC
(Map Bit 7) Mobile Country Code
MNC Value: 0
00 00 HEX -> DEC
(Map Bit 8) Mobile Network Code
LAC Value: 0014
00 14 HEX
(Map Bit 9) Location Area Code
RX_LVL Value: 20
14 HEX -> DEC
(Map Bit 10) Signal Strength (See table in Normal report above)
Value: +37.479323
Bit 31:
• 1 = negative
LAT
(Map Bit 11)
02 3B E3 9B HEX -> DEC • 0 = positive
To convert take HEX(02B3E39B) and convert to Decimal

value of 37,479,323 then divide by 1,000,000
LON Value: +126.887827
07 90 27 93 HEX -> DEC
(Map Bit 12) Bit 31:

• 1 = negative
• 0 = positive
To convert take HEX(07902793) and convert to Decimal

Value: 062.03
SPD 18 3B HEX -> DEC HEX(18 3B) = Decimal 6,203
(Map Bit 13)
Take the decimal value and divide by 100 to get 62.03km/h
Value: 65.43
CRS HEX(19 8F) = Decimal 6,543
19 8F HEX -> DEC
(Map Bit 14) Take the decimal value and divide by 100 to get 65.43
degrees
SATT 0A HEX -> DEC
Number of GPS Satellites
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
01 HEX -> DEC
(Map Bit 16) • 1 => GPS is fixed
• 0 => GPS is not fixed
Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0
In7 In6 In5 In4 In3 In2 In1 IGN
IN_STATE 05 HEX -> BIN
(Map Bit 17) Ignition: 1 (ON), 0 (OFF).
In: 1 (Ground, Shorted), 0 (Opened).

RSV RSV RSV Out5 Out4 Out3 Out2 Out1
The Output State is indicated according to the Output Active

setting and the Output Active State.
OUT_STATE 08 HEX -> BIN
(Map Bit 18)
Open Ground
Active 0 1
Inactive 1 0
When the output is in the blinking state, the report is sent

in the Active state.
Mode the Device is in:
• 0 = Parking
• 1 = Driving
• 2 = Idle
• 3= Speeding
MODE 01 HEX -> DEC
• 4= Towing
(Map Bit 19) • 5= Deactivate Zone*
• 7 = Main Power Disconnected
• 9 = Carry
*Profile will not be activated when the device is in the "Drive

Mode Entry Delay" or "Park Mode Entry Delay" zone.

Refer to the "Deactivate" zone of the chapter below.

-17. Example of the "MODE/PROFILE/ALERT" behavior.
Type of Report
• 0 = Response by CMD request
STT_RPT_TYPE • 1 = Time
02 HEX -> DEC
(Map Bit 20) • 2 = Distance
• 3 = Angle/Heading
• 4 = Heart Beat
Value: 0492
MSG_NUM 01 EC HEX -> DEC Message number.
(Map Bit 21)
After 9999, message number returns to 0.
reserved Reserved field (reports with FF if enabled)
(Map Bit 22)
Map of the custom assignable headers that can be included
at the end of the standard report format.
See Tables for Small, Medium, and Large Assign option

below for more information
Bit 0: S_ASSIGN1 (2 Bytes)

ASSIGN_MAP HEX -> BIN ….
(Map Bit 23)
Bit 15: M_ASSIGN1 (4 Bytes)
….
Bit 23: L_ASSIGN1 (8 Bytes)
…
Bit 31: reserved
S_ASSIGN1 Custom Small Assignable Header (2 Bytes in length)
(Assign_Map Bit 0) • See options in table 5 below
S_ASSIGN2
(Assign_Map Bit 1)
S_ASSIGN3
(Assign_Map Bit 2)
S_ASSIGN4
(Assign_Map Bit 3)
S_ASSIGN5
(Assign_Map Bit 4)
S_ASSIGN6
(Assign_Map Bit 5)
S_ASSIGN7
(Assign_Map Bit 6)
S_ASSIGN8
(Assign_Map Bit 7)
S_ASSIGN9
(Assign_Map Bit 8)
S_ASSIGN10
(Assign_Map Bit 9)
S_ASSIGN11
(Assign_Map Bit 10)


S_ASSIGN12
(Assign_Map Bit 11)
S_ASSIGN13
(Assign_Map Bit 12)
S_ASSIGN14
(Assign_Map Bit 13)
M_ASSIGN1 Custom Medium Assignable Header (4 Bytes in length)
M_ASSIGN2
(Assign_Map Bit 16)
M_ASSIGN3
(Assign_Map Bit 17)
M_ASSIGN4
(Assign_Map Bit 18)
M_ASSIGN5
(Assign_Map Bit 19)
M_ASSIGN6
(Assign_Map Bit 20)
M_ASSIGN7
(Assign_Map Bit 21)
L_ASSIGN1 Custom Large Assignable Header (8 Bytes in length)
L_ASSIGN2
(Assign_Map Bit 24)
L_ASSIGN3
(Assign_Map Bit 25)
L_ASSIGN4
(Assign_Map Bit 26)
L_ASSIGN5
(Assign_Map Bit 27)
L_ASSIGN6
(Assign_Map Bit 28)
L_ASSIGN7
(Assign_Map Bit 29)
reserved reserved
<Examples> (When a MAP header is included it will be underlined)
CASE 1: Minimal Data Status Report Example

81 00 21 03 60 00 00 01 39 F8 39 01 10 0B 11 08 25 27 02 3B E3 9B 07 90 27 93 18 3B 19 8F 0A 01 01 02 01 EC
CASE 2: Minimal Data Status Report Example & Status Report Map Removed
81 00 1E 03 60 00 00 01 01 10 0B 11 08 25 27 02 3B E3 9B 07 90 27 93 18 3B 19 8F 0A 01 01 02 01 EC
CASE 3: Standard Status Report Example with added assign options below
• S_ASSIGN1 = BCK_VOLT, S_ASSIGN2 = PWR_VOLT, L_ASSIGN1 = DID


81 00 42 03 60 00 00 01 BF FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 0E 14 02 3B E3 9B 07 90 27
93 18 3B 19 8F 0A 01 05 08 01 02 01 EC 00 80 00 03 00 24 04 AA 50 00 00 19 3E 0C CD 01
CASE 4: Standard Status Report Example with added assign options below
• ASSIGN_MAP removed from report
81 00 3E 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 0E 14 02 3B E3 9B 07 90 27
93 18 3B 19 8F 0A 01 05 08 01 02 01 EC 00 24 04 AA 50 00 00 19 3E 0C CD 01
1.2 Normal (ASCII, variable length)
Example Raw Zip Data:

81 00 32 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 3B E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 01 02 01 EC
Example Normal Data (ASCII):
STT;0360000001;3FFFFF;36;1.0.14;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10;
1;00000101;00001000;1;2;0492
HDR DEV_ID REPORT_MAP MODEL SW_VER MSG_TYPE DATE
TIME CELL_ID MCC MNC LAC RX_LVL LAT
LON SPD CRS SATT FIX IN_STATE OUT_STATE
MODE STT_RPT_TYPE MSG_NUM reserved ASSIGN_MAP S_ASSIGN1 S_ASSIGN2
S_ASSIGN10 S_ASSIGN11 S_ASSIGN12 S_ASSIGN13 S_ASSIGN14 S_ASSIGN15 M_ASSIGN1
L_ASSIGN1 L_ASSIGN2 L_ASSIGN3 L_ASSIGN4 L_ASSIGN5 L_ASSIGN6 L_ASSIGN7
L_ASSIGN8 reserved
Field Data Max Length Description

Header of Status Report.
HDR STT 3-4 char • STT: No ACK response required
• ASTT: Required ACK response
DEV_ID 0360000001 10 char Device ID.
Bit 0: REPORT_MAP
Bit 1: MODEL
3FFFFF 6 char
(Map Bit 0) ….
Bit 21: MSG_NUM
Bit 22: reserved
Bit 23: ASSIGN_MAP
MODEL 36 2 char Device Model (According to table model).
(Map Bit 1)
SW_VER 1.0.14 String Number of the released Software Version.
(Map Bit 2)


MSG_TYPE 1 1 char Report is real time (1); Report is storage (0).

(Map Bit 3)
DATE 20161117 8 char GPS date yyyymmdd or (Year + Month + Day)
(Map Bit 4)
TIME 08:37:39 8 char GPS time hh:mm:ss or (Hour : Minute : Second)
(Map Bit 5)
Unique ID of Serving Cell. 8 digit hex
CELL_ID 0000004F 8 char First 4 digits are always 0 when the device connected to 2G
(Map Bit 6)
network.
MCC 450 String Mobile Country Code. 0 ~ 65535
(Map Bit 7)
MNC 0 String Mobile Network Code. 0 ~ 65535
(Map Bit 8)
LAC 0014 4 char Location Area Code. 4 digits hex
(Map Bit 9)
Signal Strength.
0 ~ 63 in 2G.
0: less than -110 dBm
1: -110 to -019 dBm
……
62: -49 to -48 dBm
RX_LVL 63: greater than -48 dBm
20 String
(Map Bit 10)
0 ~ 65 in 3G/4G.
1: -104 to -103 dBm
……
64: -41 to -40 dBm
65: greater than -40 dBm
LAT +37.479323 String Latitude (+/-xx.xxxxxx).
(Map Bit 11)
LON +126.887827 String Longitude (+/-xxx.xxxxxx).
(Map Bit 12)
SPD 62.03 String Speed in km/h. (1 km/h = 0.621371 mph)
(Map Bit 13)
CRS 65.43 String Course on the ground in degree.
(Map Bit 14)
SATT 10 String Number of GPS satellites.
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
1 1 char
IN_STATE 00000101 String
(Map Bit 17)
Ignition: 1 (ON), 0 (OFF).

OUT_STATE 00001000 String RSV RSV RSV Out5 Out4 Out3 Out2 Out1
(Map Bit 18)


Open Ground
Active 0 1
Inactive 1 0
When the output is in the blinking state, the report is sent in the
Active state.
Mode the Device is in:
• 0 = Parking
• 1 = Driving
• 2 = Idle
• 3= Speeding
• 4= Towing
MODE 1 1 char • 5= Deactivate Zone*
(Map Bit 19)
• 7= Main Power Disconnected
• 9 = Carry
*Profile will not be activated when the device is in the "Drive

Mode Entry Delay" or "Park Mode Entry Delay" zone.
Refer to the "Deactivate" zone of the chapter below.
-17. Example of the "MODE/PROFILE/ALERT" behavior.
Type of Report:
• 0 = Response by CMD request
STT_RPT_TYPE • 1 = Time
2 1 char
(Map Bit 20) • 2 = Distance
• 3 = Angle/Heading
• 4 = Heart Beat
MSG_NUM Message number.
0492 4 char
(Map Bit 21) After “9999” is reported, message number returns to “0000”
reserved Reserved field (reports blank if enabled)
(Map Bit 22)
Map of the custom assignable headers that can be included at
the end of the standard report format.
See Tables for Small, Medium, and Large Assign option below for
more information

(Map Bit 23)
….
…
Bit 31: reserved



S_ASSIGN2
(Assign_Map Bit 1)
S_ASSIGN3
(Assign_Map Bit 2)
S_ASSIGN4
(Assign_Map Bit 3)
S_ASSIGN5
(Assign_Map Bit 4)
S_ASSIGN6
(Assign_Map Bit 5)
S_ASSIGN7
(Assign_Map Bit 6)
S_ASSIGN8
(Assign_Map Bit 7)
S_ASSIGN9
(Assign_Map Bit 8)
S_ASSIGN10
(Assign_Map Bit 9)
S_ASSIGN11
(Assign_Map Bit 10)
S_ASSIGN12
(Assign_Map Bit 11)
S_ASSIGN13
(Assign_Map Bit 12)
S_ASSIGN14
(Assign_Map Bit 13)
M_ASSIGN2
(Assign_Map Bit 16)
M_ASSIGN3
(Assign_Map Bit 17)
M_ASSIGN4
(Assign_Map Bit 18)
M_ASSIGN5
(Assign_Map Bit 19)
M_ASSIGN6
(Assign_Map Bit 20)
M_ASSIGN7
(Assign_Map Bit 21)
L_ASSIGN2
(Assign_Map Bit 24)
L_ASSIGN3
(Assign_Map Bit 25)
L_ASSIGN4
(Assign_Map Bit 26)


L_ASSIGN5
(Assign_Map Bit 27)
L_ASSIGN6
(Assign_Map Bit 28)
L_ASSIGN7
(Assign_Map Bit 29)
reserved reserved
CASE 1: Minimal Data Report Example

STT;0360000001;39F839;1;20161117;08:37:39;+37.479323;+126.887827;62.03;65.43;10;1;1;2;0492
CASE 2: Minimal Data Report Example & Status Report Map Removed
STT;0360000001;1;20161117;08:37:39;+37.479323;+126.887827;62.03;65.43;10;1;1;2;0492
CASE 3: Standard Report Example with added assign options below

STT;0360000001;BFFFFF;36;010;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10
;1;00000101;00001000;1;2;0492;800003;3.6;11.94;500000193E0CCD01

STT;0360000001;3FFFFF;36;010;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10;
1;00000101;00001000;1;2;0492;3.6;11.94;500000193E0CCD01
2. Alert Report
Device sends ‘Alert’ to the server as defined by user in the course of setting the relevant parameters. Most of cases that
requiring an alert to be issued means that the vehicle or asset or its driver is in danger or is almost in danger that should be
notified by device to the server and/or the cellular phone (If communication via SMS has been configured) for warning.
Have a close look at the fields from the following table for more information on when and what alerts are triggered.

Example (raw data):
82 00 33 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 3B E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 4B 03 02 00 DF



OUT_STATE ALERT_ID ALERT_MOD reserved ASSIGN_MAP

ALERT_DATA S_ASSIGN1
(1 Byte) (1 Byte) (2 Bytes) (1byte) (4 Bytes)

M_ASSIGN8 L_ASSIGN1 L_ASSIGN2 L_ASSIGN3 L_ASSIGN4 L_ASSIGN5 L_ASSIGN6
L_ASSIGN7 L_ASSIGN8
reserved
(8 Bytes) (8 Bytes)

Header of Alert Report.
Value: 6000000001
DEV_ID 03 60 00 00 01 HEX
Device ID
Bit 0: REPORT_MAP
Bit 1: MODEL
3F FF FF HEX -> BIN
(Map Bit 0) ….
Bit 21: ALERT_DATA
Bit 22: reserved
Bit 23: ASSIGN_MAP
MODEL Value: 36
24 HEX -> DEC
01 00 0E HEX -> DEC
(Map Bit 3)
DATE Value: 20161117
10 0B 11 HEX -> DEC
(Map Bit 4) GPS Date (Year + Month + Day).
TIME Value: 08:37:39
08 25 27 HEX -> DEC
(Map Bit 5) Time (Hour + Minute + Second).
Value: 0000004F
00 00 00 4F HEX
network.
MCC Value: 450
01 C2 HEX -> DEC
MNC 00 00 HEX -> DEC Value: 0


LAC Value: 0014
00 14 HEX
RX_LVL Value: 20
14 HEX -> DEC
Value: +37.479323
Bit 31:
• 1 = negative
LAT
(Map Bit 11)

Value: +126.887827
Bit 31:
• 1 = negative
LON
(Map Bit 12)
07 90 27 93 HEX -> DEC • 0 = positive

Value: 062.03
(Map Bit 13)
Value: 65.43
19 8F HEX -> DEC
degrees
SATT 0A HEX -> DEC
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
01 HEX -> DEC
IN_STATE 05 HEX -> BIN
(Map Bit 17)


(Map Bit 18)
Open Ground
Active 0 1
Inactive 1 0


Value: 75
ALERT_ID 4B HEX -> DEC Alert ID Number:
(Map Bit 19)
• See Alert ID Table
Contains Modifier for certain Alert IDs
• First Byte: Contains Number 1-8 of Temp
sensor that triggered Alert ID 75, 76, or 77,
Input that that triggers Alert ID of Input High
ALERT_MOD 03 02 HEX -> DEC or Input Low, etc.
(Map Bit 20)
• Second Byte: Length of the ALT_DATA
Note) For details on data of other IDs, refer to Chapter 2.3

below.
Contains Data for certain Alert IDs

• RFID tag number
• Driver ID number
ALERT_DATA 00 DF HEX -> DEC • Temperature Data
(Map Bit 21)
below.
reserved Reserved field (reports with FF if enabled)

(Map Bit 22)
Map of the custom assignable headers that can be included
at the end of the standard report format.
See Tables for Small, Medium, and Large Assign option

below for more information

(Map Bit 23)
….
…
Bit 31: reserved
S_ASSIGN2
(Assign_Map Bit 1)
S_ASSIGN3
(Assign_Map Bit 2)
S_ASSIGN4
(Assign_Map Bit 3)
S_ASSIGN5
(Assign_Map Bit 4)
S_ASSIGN6

(Assign_Map Bit 5)
S_ASSIGN7
(Assign_Map Bit 6)
S_ASSIGN8
(Assign_Map Bit 7)
S_ASSIGN9
(Assign_Map Bit 8)
S_ASSIGN10
(Assign_Map Bit 9)
S_ASSIGN11
(Assign_Map Bit 10)
S_ASSIGN12
(Assign_Map Bit 11)
S_ASSIGN13
(Assign_Map Bit 12)
S_ASSIGN14
(Assign_Map Bit 13)
(Assign_Map Bit 14) See options in table 5 below
M_ASSIGN2
(Assign_Map Bit 16)
M_ASSIGN3
(Assign_Map Bit 17)
M_ASSIGN4
(Assign_Map Bit 18)
M_ASSIGN5
(Assign_Map Bit 19)
M_ASSIGN6
(Assign_Map Bit 20)
M_ASSIGN7
(Assign_Map Bit 21)
L_ASSIGN2
(Assign_Map Bit 24)
L_ASSIGN3
(Assign_Map Bit 25)
L_ASSIGN4
(Assign_Map Bit 26)
L_ASSIGN5
(Assign_Map Bit 27)
L_ASSIGN6
(Assign_Map Bit 28)
L_ASSIGN7
(Assign_Map Bit 29)
reserved reserved


CASE 1: Minimal Data Alert ID Report Example

82 00 1E 03 60 00 00 01 39 98 39 01 10 0B 11 08 25 27 02 3B E3 9B 07 90 27 93 0A 01 4B 03 02 00 DF
CASE 2: Minimal Data Alert ID Report Example & Status Report Map Removed
82 00 1B 03 60 00 00 01 01 10 0B 11 08 25 27 02 3B E3 9B 07 90 27 93 0A 01 4B 03 02 00 DF
CASE 3: Standard Alert ID Report Example with added assign options below
• S_ASSIGN3 = ADC_1, S_ASSIGN8 = TEMP_1, L_ASSIGN3 = TEMPID_1
82 00 43 03 60 00 00 01 BF FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 0E 14 02 3B E3 9B 07 90 27
93 18 3B 19 8F 0A 01 05 08 4B 03 02 00 DF 02 00 00 84 02 F8 01 14 15 00 00 00 45 0F B8 42
CASE 4: Standard Alert ID Report Example with added assign options below
• S_ASSIGN3 = ADC_1, S_ASSIGN8 = TEMP_1, L_ASSIGN3 = TEMPID_1
82 00 3F 03 60 00 00 01 BF FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 0E 14 02 3B E3 9B 07 90 27
93 18 3B 19 8F 0A 01 05 08 4B 03 02 00 DF 02 F8 01 14 15 00 00 00 45 0F B8 42

Example Zip Data:
82 00 33 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 3B E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 4B 03 02 00 DF
ALT;0360000001;3FFFFF;36;1.0.14;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10;
1;00000101;00001000;75;3;+22.3
ALERT_ID ALERT_MOD ALERT_DATA reserved ASSIGN_MAP S_ASSIGN1 S_ASSIGN2
S_ASSIGN10 S_ASSIGN11 S_ASSIGN12 S_ASSIGN13 S_ASSIGN14 S_ASSIGN15 M_ASSIGN1
L_ASSIGN1 L_ASSIGN2 L_ASSIGN3 L_ASSIGN4 L_ASSIGN5 L_ASSIGN6 L_ASSIGN7
L_ASSIGN8 reserved

Header of Alert Report.
HDR ALT 3-4 char • ALT: No ACK response required
• AALT: Required ACK response
REPORT_MAP 3FFFFF 6 char Bit 0: REPORT_MAP
Bit 1: MODEL

Bit 2: SW_VER
….
Bit 21: ALERT_DATA
Bit 22: reserved
Bit 23: ASSIGN_MAP
(Map Bit 1)
(Map Bit 2)
(Map Bit 3)
(Map Bit 4)
(Map Bit 5)
(Map Bit 6)
network.
(Map Bit 7)
(Map Bit 8)
(Map Bit 9)
Signal Strength.
0 ~ 63 in 2G.
1: -110 to -019 dBm
……
62: -49 to -48 dBm
20 String
(Map Bit 10)
0 ~ 65 in 3G/4G.
1: -104 to -103 dBm
……
64: -41 to -40 dBm
(Map Bit 11)
(Map Bit 12)
(Map Bit 13)
(Map Bit 14)
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
1 1 char
IN_STATE 00000101 String Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0


(Map Bit 17) In7 In6 In5 In4 In3 In2 In1 IGN



OUT_STATE 00001000 String
(Map Bit 18)
Open Ground
Active 0 1
Inactive 1 0
Active state.
ALERT_ID Alert ID Number:
75 1 char
(Map Bit 19) • See Alert ID Table
Contains Modifier for certain Alert IDs
• Number 1-8 of Temp sensor that triggered Alert ID
75, 76, or 77
• Input that triggers Alert ID of Input High or Input
ALERT_MOD 3 String
(Map Bit 20) Low

below.
Contains Data for certain Alert IDs

• RFID tag number
• Driver ID number
ALERT_DATA +22.3 String • Temperature Data
(Map Bit 21)
•
below.
reserved Reserved field (reports blank if enabled)

(Map Bit 22)
Map of the custom assignable headers that can be included at
the end of the standard report format.
See Tables for Small, Medium, and Large Assign option below for
more information
ASSIGN_MAP HEX -> BIN
(Map Bit 23) Bit 0: S_ASSIGN1 (2 Bytes)
….
….


…
Bit 31: reserved
S_ASSIGN2
(Assign_Map Bit 1)
S_ASSIGN3
(Assign_Map Bit 2)
S_ASSIGN4
(Assign_Map Bit 3)
S_ASSIGN5
(Assign_Map Bit 4)
S_ASSIGN6
(Assign_Map Bit 5)
S_ASSIGN7
(Assign_Map Bit 6)
S_ASSIGN8
(Assign_Map Bit 7)
S_ASSIGN9
(Assign_Map Bit 8)
S_ASSIGN10
(Assign_Map Bit 9)
S_ASSIGN11
(Assign_Map Bit 10)
S_ASSIGN12
(Assign_Map Bit 11)
S_ASSIGN13
(Assign_Map Bit 12)
S_ASSIGN14
(Assign_Map Bit 13)
(Assign_Map Bit 14) See options in table 5 below
M_ASSIGN2
(Assign_Map Bit 16)
M_ASSIGN3
(Assign_Map Bit 17)
M_ASSIGN4
(Assign_Map Bit 18)
M_ASSIGN5
(Assign_Map Bit 19)
M_ASSIGN6
(Assign_Map Bit 20)
M_ASSIGN7
(Assign_Map Bit 21)
L_ASSIGN2

(Assign_Map Bit 24)

L_ASSIGN3
(Assign_Map Bit 25)
L_ASSIGN4
(Assign_Map Bit 26)
L_ASSIGN5
(Assign_Map Bit 27)
L_ASSIGN6
(Assign_Map Bit 28)
L_ASSIGN7
(Assign_Map Bit 29)
reserved reserved
CASE 1: Minimal Data Report Example

ALT;0360000001;399839;1;20161117;08:37:39;+37.479323;+126.887827;10;1;1;2;0492
CASE 2: Minimal Data Report Example & Status Report Map Removed
ALT;0360000001;1;20161117;08:37:39;+37.479323;+126.887827;10;1;1;2;0492

• MINI_ASSIGN_3 = ADC_1, MINI_ASSIGN_8 = TEMP_1, ASSIGN_3 = TEMPID_1
ALT;0360000001;BFFFFF;26;010;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10
;1;00000101;00001000;1;2;0492;400084;7.60;+27.6;15000000450FB842

• MINI_ASSIGN_3 = ADC_1, MINI_ASSIGN_8 = TEMP_1, ASSIGN_3 = TEMPID_1
ALT;0360000001;3FFFFF;26;010;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10
;1;00000101;00001000;1;2;0492;7.60;+27.6;15000000450FB842
2.3 Alert ID Table

Name Description Alert ID Alert Mod Alert Data
(default)
Alert is sent when the vehicle is traveling over the
Over Speed 1 FF 00 -
defined speed 1 threshold (Parameter #1621)
Alert is sent when the vehicle transitions back under
Under Speed 2 FF 00 -
the defined speed 1 threshold (Parameter #1621)
GPS Antenna Alert is sent when the external GPS antenna has
3 FF 00 -
Disconnected become disconnected
GPS Antenna Alert is sent when the external GPS antenna has been
4 FF 00 -
Connected connected


Alert is sent when the vehicle exits a defined Geo- Geo-Fence ID

Fence (1-255)
Exit Geo-Fence 5 ZIP (1BYTE) + 00 -
Ex) 1A 00
Alert is sent when the vehicle enters a defined Geo- Geo-Fence ID
Fence (1-255)
Enter Geo-Fence 6 ZIP(1BYTE) + 00 -
Ex) 1A 00
Alert is sent if a short is detected on the external GPS
GPS Antenna Shorted 8 FF 00 -
antenna
Alert is sent when device is going into Sleep Mode 1 = Deep Sleep
2 = Sleep
Enter Sleep 9 -
ZIP(1BYTE)) + 00
Ex) 01 00
Alert is sent when the device is coming out of Sleep
Exit Sleep 10 FF 00 -
Mode
Alert is sent when the input is pulled high # of the Input Line
11 : ST25T Input 1
12 : ST25T Input 2
Input High 11 -
ZIP(1BYTE) + 00
Ex) 02 00
Alert is sent when the input is pulled low to ground # of the Input Line
11 : ST25T Input 1
12 : ST25T Input 2
Input Low 12 -
ZIP(1BYTE) + 00
Ex) 02 00
Alert is sent due to one of the reason that described
below.
Battery Error * backup-battery temperature is too high. 13 FF 00 -
* backup-battery voltage is too high.
* backup-battery charging fail.
Alert is sent when vehicle battery voltage drops below
Battery Low 14 FF 00 -
the ‘Low Battery Threshold’ in Power.
Alert is sent when the device detect the impact that
stronger than the ‘Shock threshold’ in Accelerometer.
Shocked 15 FF 00 -
It happens after time passes amount of shock
detection delay from the parking state starts.
Alert is sent when the device detect the impact that
Crash Detected stronger than the ‘Collision threshold’ in 16 FF 00 -
Accelerometer.
Ignition On Alert is sent when the Ignition Input is pulled high 33 FF 00 -
Ignition Off Alert is sent when the Ignition Input is pulled low 34 FF 00 -
Alert is sent when main power has been connected to
Power Connected 40 FF 00 -
the device
Alert is sent when main power had been disconnected
Power Disconnected 41 FF 00 -
from the device


Alert is sent when the Back-Up Battery has been

Battery Connected 44 FF 00 -
connected
Alert is sent when the Back-Up Battery has been
Battery Disconnected 45 FF 00 -
disconnected
Engine Exceed Speed Alert is sent when Engine Exceed Speed 61 FF 00 -
Engine Vehicle Speed Alert is sent when Engine Vehicle Speed
62 FF 00 -
Violation Violation
Engine Coolant Alert is sent when Engine Coolant
63 FF 00 -
Temperature Violation Temperature Violation
Engine Oil Pressure Alert is sent when Engine Oil Pressure Violation
64 FF 00 -
Violation
Engine RPM Violation Alert is sent when RPM Violation 65 FF 00 -
Engine Error Code DTC Alert is sent when Error Code DTC 66 FF 00 -
ST25T Connect Alert is sent when ST25T is connected 85 FF 00 -
ST25T Disconnect Alert is sent when ST25T is disconnected 86 FF 00 -
RS232 Fuel Net Address Alert is sent when RS232 Fuel Net Address Scan Fail Fuel Sensor
87 -
Scan Fail Number
Alert is sent when RS232 Fuel Max Level Excess
0:RS232 1
1:RS232 2
RS232 Fuel Max Level
88
Excess
ZIP(1BYTE) + 00
Ex) 01 00
Fuel Connect Alert is sent when Fuel is connected 89 Fuel Sensor
Fuel Disconnect Alert is sent when Fuel is disconnected 90 Number
Fuel Level Lower Alert is sent when Fuel level is lower 91
Alert is sent when Fuel level is upper 0:RS232 1
1:RS232 2
2:RS485 1
3:RS485 2
4:RS485 3
Fuel Level Upper 92
5:RS485 4
ZIP(1BYTE) + 00
Ex) 05 00
Alert is sent when the I-VUE is detects an event. Event State
0:None
1:Drowsiness 1
2:Drowsiness 2
3:Negligence in
looking
I-VUE Event 102 -
4:Departure
5:Smoking
6:Smartphone
ZIP(1BYTE) + 00
Ex) 06 00
ST20U Connect Alert is sent when ST20U is connected 70 FF 00 -
ST20U Disconnect Alert is sent when ST20U is disconnected 71 FF 00 -
Alert is sent when the vehicle exits a defined Poly Geo- Geo-Fence ID
Exit PolyGeo-Fence Fence 74 (1-30) -
ZIP (1BYTE) + 00


Ex) 1A 00
Alert is sent when the vehicle enters a defined Poly Geo-Fence ID
Geo-Fence (1-30)
Enter PolyGeo-Fence 79 ZIP(1BYTE) + 00 -
Ex) 1A 00
Alert is sent when the speed is over a defined Poly Geo- Geo-Fence ID
Fence (1-30)
Over Speed PolyGeo-
100 ZIP (1BYTE) + 00 -
Fence
Ex) 1A 00
Alert is sent when the speed is under a defined Poly Geo-Fence ID
Geo-Fence (1-30)
Under Speed PolyGeo-
101 ZIP(1BYTE) + 00 -
Fence
Ex) 1A 00

(default)
Alert is sent when a harsh acceleration event is
Harsh Acceleration detected. Harsh acceleration detection is controlled 46 FF 00 -
by the Driver Pattern settings
Alert is sent when a harsh braking event is detected.
Harsh Braking Harsh braking detection is controlled by the Driver 47 FF 00 -
Pattern settings
Alert is sent when a sharp turn left event is detected.
Sharp Turn Left Sharp turn left detection is controlled by the Driver 48 FF 00 -
Pattern settings.
Alert is sent when a sharp turn right event is detected.
Sharp Turn Right Sharp turn right detection is controlled by the Driver 49 FF 00 -
Pattern settings.
Alert is sent when the Driver Pattern Behaviour
DPA Calibrated 86 FF 00 -
settings have finished calibrating
Jamming Detected Alert is sent when Jamming has been detected. 50 FF 00 -
Alert is sent when the iButton key has been placed on State of iButton
the iButton Reader. ID’s registration
iButton Format Example: 0: Not Registered iButton ID

iButton Read • [CRC] [SERIAL #] [FAMILY CODE] 59 1: Registered ZIP(8BYTE)
• [1 byte] [6 bytes] [1 byte]
• FE 00 00 12 B9 FB 8B 01 ZIP(1BYTE) + 08
Ex) 01 08
Enter Drive Mode Alert is sent when the vehicle is entering Drive Mode 29 Mode Device is -
Enter Park Mode Alert is sent when the vehicle is entering Park Mode 31 Exitin`g: -
Enter Idle Mode Alert is sent when the vehicle is entering Idle Mode 68 -
Enter Speed Mode Alert is sent when the vehicle is entering Speed Mode 36 0 = Parking -
Alert is sent when the vehicle is entering Carry Mode 1 = Driving
2 = Idle
3 = Speeding
4 = Park Mode
Enter Carry 27 Entry Delay -
5 = Drive Mode
Entry Delay
6 = Towing


7 = Carry
ZIP(1BYTE) + 00
Ex) 05 00
Alert is sent when the vehicle is in Idle Mode, and has 1=Excess Idle 1
exceeded the defined excess idle time threshold 2=Excess Idle 2
3=Excess Idle 3
Excess Idle 35 -
ZIP(1BYTE) + 00
Ex) 02 00
Enter Tow Alert is sent when the vehicle is entering Tow Mode 58 FF 00 -
Power Up An alert is sent when the device is turned on when the 99 FF 00 -
device is powered on.

(default)
Alert is sent when one of the 1-Wire temperature # of Temp Probe
sensor readings goes above the high temperature that went above
Temperature
threshold the threshold
Reading
Temp. High 75
ZIP(1BYTE) + 02
ZIP(2BYTE)
Ex) 02 02
sensor readings goes below the low temperature that went below
threshold the threshold Temperature
Temp. Low 76 Reading
ZIP(1BYTE) + 02 ZIP(2BYTE)
Ex) 02 02
sensor readings returns to a temperature reading that that returned
is between the low temperature threshold and high between the low
temperature threshold and high Temperature
Temp. Return 77 thresholds Reading
ZIP(2BYTE)
ZIP(1BYTE) + 02
Ex) 02 02
Alert is sent when an RFID tag has been read from the RFID Tag Number
RFID Read 93 FF 05
RS232 serial interface ZIP(5BYTE)
Low Back-up Battery Alert is sent when the Back-Up Battery is low. 43 FF 00 -
Sim Card Removed Alert is sent when a sim-card is removed. 72 FF 00
Note)
- In case of the Normal,"ALERT_DATA" & “ALERT_MODE” field is filled with blank for unsupported ALERTs.
- Enter Tow Alert (58)

Device is able to check if the vehicle moves away from the pre-defined parking boundary or starts moving without having a mode of
the ignition on.
In case the device recognizes such an unauthorized moving or driving, it sends an Enter Tow Alert immediately.
If IGNITION is set to ‘0’, the device doesn’t check driving or parking state of the vehicle.

It always reports status string under parking mode, and cannot support Tow Alert.
3. Keep-Alive Report
A typical GPRS/HSPA service provider in any countries has its own corporate policy restricting connection time of device with
the GPRS/HSPA networks only at an interval if device does not communicate with its server for a long time, which is 1 hour, for
instance. The time length varies depending upon such service provider. Please check it by asking your GPRS/HSPA service
provider this question in your country.
In a case that there has not been any communication between a device and its server for such a time period, the GPRS/HSPA
service provider would not provide GPRS/HSPA service for the device temporarily. To avoid such a case, device sends the server
this ‘Keep-Alive’ Report at an interval, ‘T4’ (‘Keep-Alive’ interval named in ‘SyncTrak’ and in this document), which is shorter
than the 60 minutes. User of the device may adjust the value of ‘T4’ as desired.
This report is intended to mean that the device is still alive and ready for any possible communications with the server for that
long time (‘T4’) even though the device does not interact temporarily with the server.

Example Zip (raw data):
83 00 05 03 60 00 00 01
HDR PKT_LEN DEV_ID
(1 Byte) (2 Bytes) (5 Bytes)

HDR 83 Header of Keep Alive Report.
Value: 6000000001
DEV_ID 03 60 00 00 01 HEX
Device ID:

Example Zip Data:
83 00 05 03 60 00 00 01
ALV;0360000001
HDR DEV_ID

HDR ALV 3 char Header of Status Report.
4. External Serial Device Data Report (RS232)
If device is connected with an external appliance via RS232, it receives data from the appliance and sends the data to the server.
Data transfer is made with the string below.

(note)
In Sleep mode, the first data packet sent to RS232 is discarded because the device is used to wake up from sleep mode.
Subsequently, the received data from RS232 is reported to the server in UEX format.
If you want to send UEX report of all data received from RS232, please set the sleep mode to disable.

Example (raw data):
84 00 4A 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 3B E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 00 18 57 65 6C 63 6F 6D 65 20 74 6F 20 53 75 6E 74 65 63 68 20 57 6F 72 6C 64 21 12
OUT_STATE LEN CHK_SUM reserved reserved

DATA
(1 Byte) (2 Bytes) (1 Byte) (1byte) (1byte)

Header of External Serial Report.
PKT_LEN 00 4A Length of zip data excluding HDR and PKT_LEN
Value: 6000000001
DEV_ID 03 60 00 00 01 HEX
Device ID
Bit 0: REPORT_MAP
Bit 1: MODEL
3F FF FF HEX -> BIN
(Map Bit 0) ….
Bit 21: CHK_SUM
Bit 22: reserved
Bit 23: reserved
MODEL Value: 36
24 HEX -> DEC
01 00 0E HEX -> DEC
(Map Bit 3)
10 0B 11 HEX -> DEC
08 25 27 HEX -> DEC
Value: 0000004F
00 00 00 4F HEX
network.
MCC 01 C2 HEX -> DEC Value: 450



MNC Value: 0
00 00 HEX -> DEC
LAC Value: 0014
00 14 HEX
RX_LVL Value: 20
14 HEX -> DEC
Value: +37.479323
Bit 31:
• 1 = negative
LAT
(Map Bit 11)

Value: +126.887827
Bit 31:
• 1 = negative
LON
(Map Bit 12)
07 90 27 93 HEX -> DEC • 0 = positive

Value: 062.03
(Map Bit 13)
Value: 65.43
19 8F HEX -> DEC
degrees
SATT 0A HEX -> DEC
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
01 HEX -> DEC
IN_STATE In7 In6 In5 In4 In3 In2 In1 IGN
05 HEX -> BIN

(Map Bit 18) Open Ground
Active 0 1
Inactive 1 0


LEN Value: 25
00 19 HEX -> DEC
(Map Bit 19) Length of Data.
57 65 6C 63 6F 6D 65 20 Value: Welcome to Suntech World!
DATA 74 6F 20 53 75 6E 74 65 Data from external RS232 device:
(Map Bit 20) 63 68 20 57 6F 72 6C 64 Up to 500 bytes.
21
Value:
CHK_SUM 12 HEX -> DEC 8bit Checksum. Lower than8 bit of the summation of DATA
(Map Bit 21)
field.
Reserved
(Map Bit 22)
Reserved
(Map Bit 23)

Example Zip Data:
83 00 4A 03 60 00 00 01 3F FF FF 24 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 3B E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 00 19 57 65 6C 63 6F 6D 65 20 74 6F 20 53 75 6E 74 65 63 68 20 57 6F 72 6C 64 21 12
UEX;0360000001;3FFFFF;36;1.0.14;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10;
1;00000101;00001000;25; Welcome to Suntech World!;12
HDR DEV_ID STT_RPT_MAP MODEL SW_VER MSG_TYPE DATE
LEN DATA CHK_SUM reserved reserved

Header of External Serial Device Data Report.
HDR UEX 3-4 char • UEX: No ACK response required
• AUEX: Required ACK response
Bit 0: UEX_RPT_MAP
Bit 1: MODEL
UEX_RPT_MAP Bit 2: SW_VER
3FFFFF 6 char
(Map Bit 0) ….
Bit 21: CHK_SUM
Bit 22: reserved
Bit 23: reserved
(Map Bit 1)
(Map Bit 2)
(Map Bit 3)
(Map Bit 4)


(Map Bit 5)
(Map Bit 6)
network.
(Map Bit 7)
(Map Bit 8)
(Map Bit 9)
Signal Strength.
0 ~ 63 in 2G.
1: -110 to -019 dBm
……
62: -49 to -48 dBm
20 String
(Map Bit 10)
0 ~ 65 in 3G/4G.
1: -104 to -103 dBm
……
64: -41 to -40 dBm
(Map Bit 11)
(Map Bit 12)
(Map Bit 13)
(Map Bit 14)
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
1 1 char
(Map Bit 17)

OUT_STATE 00001000 String The Output State is indicated according to the Output Active
(Map Bit 18)
Open Ground
Active 0 1


Inactive 1 0
Active state.
LEN 25 1 char Length of Data.
(Map Bit 19)
DATA Welcome to Data from external RS232 device:
String
(Map Bit 20) Suntech World! Up to 500 bytes.
CHK_SUM Value: 12
12 String
(Map Bit 21) 8bit Checksum. Lower than8 bit of the summation of DATA field.
Reserved
(Map Bit 22)
Reserved
(Map Bit 23)
5. Transfer Data to External Serial
If the device has an external serial accessory connected, a message can be sent to this external accessory by sending a command
to the Suntech device with the format shown below.
5.1 Send Format

DEX;0360000001;0024;Welcome to Suntech World;F1
HDR DEV_ID LEN DATA CHK_SUM

HDR DEX 3 char Header of Transfer Data to External Serial Message
LEN 0024 4 char Length of the data being sent to the external serial device
Welcome to 500 char
DATA Serial data to send to the device
Suntech World maximum
Check Sum to be used by the device to verify the data was
correctly received.
CHK_SUM F1 2 char
Device will calculate CHK_SUM from DATA received and verify it
matches the value given by the Platform before passing the data
on to the external serial device
5.2 Response Format

RES;DEX;0360000001;F1
RES HDR DEV_ID CHK_SUM

RES RES 3 char Response Header for command sent to Suntech device
HDR DEX 3 char Header of Transfer Data to External Serial Message


DATA F1 2 char Check Sum as calculated by the device
6. Travel Report

Example (raw data):
85 00 45 03 60 00 00 01 00 00 00 00 00 24 01 00 0E 01 10 0B 11 08 25 27 02 3B E3 9B 07 90 27 93 02 4B 25 DB 07 9F 69 D3 50
00 00 19 3E 0C CD 01 00 00 5D 10 00 00 2A 30 00 00 01 B4 00 02 00 00 03 B3 00 07 28 13 0E F5 00 01 31 A5

DATE TIME LAT_TRV_ST LON_TRV_ST LAT_TRV_FI LON_TRV_FI DRIVER_ID
TRV_DIST TRV_H_METER (4 IDLE_TIME IDLE_EVENTS SPD_TIME SPD_EVENTS MAX_SPD
(4 Bytes) Bytes) (4 Bytes) (2 Byte) (4 Bytes) (2 Byte) (2 Bytes)
AVG_SPD GPS_ODOM
reserved reserved reserved reserved reserved
(2 Byte) (4 Byte)
reserved reserved reserved reserved reserved reserved reserved
reserved

Header of Travel Report.
Value: 6000000001
DEV_ID 03 60 00 00 01 HEX
Device ID
Bit 0: REPORT_MAP
Bit 1: MODEL
REPORT_MAP 00 00 00 00 00 HEX -> BIN Bit 2: SW_VER
(Map Bit 0)
….
Bit 38: reserved
Bit 39: reserved
MODEL Value: 36
24 HEX -> DEC
01 00 0E HEX -> DEC
MSG_TYPE 01 HEX -> DEC Real Time (1) Or Stored (0) Message


(Map Bit 3)
10 0B 11 HEX -> DEC
08 25 27 HEX -> DEC
Value: +37.479323
Latitude of location where the trip started (Ignition On)
Bit 31:
LAT_TRV_ST • 1 = negative
02 3B E3 9B HEX -> DEC
(Map Bit 6) • 0 = positive

Value: +126.887827
Longitude of location where the trip started (Ignition On)
Bit 31:
LON_TRV_ST • 1 = negative
07 90 27 93 HEX -> DEC

Value: +38.479323
Latitude of location where the trip finished (Ignition Off)
Bit 31:
LAT_TRV_FI • 1 = negative
02 4B 25 DB HEX -> DEC

Value: +127.887827
Longitude of location where the trip finished (Ignition Off)
Bit 31:
LON_TRV_FI • 1 = negative
07 9F 69 D3 HEX -> DEC

DRIVER_ID 50 00 00 19 3E 0C CD Driver ID
HEX -> DEC
(Map Bit 10) 01
TRV_DIST Value: 23,824 meters
00 00 5D 10 HEX -> DEC
(Map Bit 11) Distance traveled in meters
TRV_H_METER Value: 10800 seconds
00 00 2A 30 HEX -> DEC
(Map Bit 12) Driving Time meter in seconds for current trip
Value: 436 seconds
IDLE_TIME 00 00 01 B4 HEX -> DEC Time spent in Idle Mode for the entire trip in seconds
(Map Bit 13)
(Ignition On to Ignition Off)
Value: 2
IDLE_EVENTS 00 02 HEX -> DEC Number of Idle events during 1 trip (Ignition On to Ignition
(Map Bit 14)
Off)
SPD_TIME 00 00 03 B3 HEX -> DEC Value: 947 seconds

(Map Bit 15) Time spent in Speed Mode in seconds

Value: 7
SPD_EVENTS 00 07 HEX -> DEC Number of times Speed Mode was entered from Drive
(Map Bit 16)
Mode
Value: 102.59 km/h
MAX_SPD Maximum Speed as calculated from GPS data
28 13 HEX -> DEC
(Map Bit 17) HEX(28 13) = Decimal 10,259
Value: 038.29 km/h
AVG_SPD Average Speed as calculated from GPS data
0E F5 HEX -> DEC
(Map Bit 18) HEX(0E F5) = Decimal 3,829
GPS_ODOM Value: 78,245 meters
00 01 31 A5 HEX -> DEC
(Map Bit 19) Odometer as calculated from GPS data
Reserved
(Map Bit 20)
Reserved
(Map Bit 21)
Reserved
(Map Bit 22)
Reserved
(Map Bit 23)
Reserved
(Map Bit 24)
Reserved
(Map Bit 25)
Reserved
(Map Bit 26)
Reserved
(Map Bit 27)
Reserved
(Map Bit 28)
Reserved
(Map Bit 29)
Reserved
(Map Bit 30)
Reserved
(Map Bit 31)
Reserved
(Map Bit 32)
Reserved
(Map Bit 33)
Reserved
(Map Bit 34)
Reserved
(Map Bit 35)
Reserved
(Map Bit 36)
Reserved
(Map Bit 37)
Reserved
(Map Bit 38)
Reserved
(Map Bit 39)



Example Zip Data:
85 00 43 03 60 00 00 01 00 00 00 00 00 24 01 00 0E 01 10 0B 11 08 25 27 02 3B E3 9B 07 90 27 93 02 4B 25 DB 07 9F 69 D3 50
00 00 19 3E 0C CD 01 00 00 5D 10 00 00 2A 30 00 00 01 B4 00 02 00 00 03 B3 00 07 28 13 0E F5 00 01 31 A5

TRV;0360000001;07FFFFF;36;1.0.14;1;20161117;08:37:39;+37.479323;+126.887827;+38.479323;+127.887827;
500000193E0CCD01;23824;10800;436;2;947;7;102.59;38.29; 78245

TIME LAT_TRV_ST LON_TRV_ST LAT_TRV_FI LON_TRV_FI DRIVER_ID TRV_DIST
TRV_H_METER IDLE_TIME IDLE_EVENTS SPD_TIME SPD_EVENTS MAX_SPD AVG_SPD
GPS_ODOM reserved reserved reserved reserved reserved reserved

HDR TRV 3-4 char • TRV: No ACK response required
• ATRV: Required ACK response
Bit 0: REPORT_MAP
Bit 1: MODEL
REPORT_MAP 0007FFFFFF 10 char Bit 2: SW_VER
(Map Bit 0)
….
Bit 38: reserved
Bit 39: reserved
(Map Bit 1)
(Map Bit 2)
(Map Bit 3)
(Map Bit 4)
(Map Bit 5)
LAT_TRV_ST Latitude (+/-xx.xxxxxx) of location where the trip started
+37.479323 String
(Map Bit 6) (Ignition On)
LON_TRV_ST Longitude (+/-xx.xxxxxx) of location where the trip started
+126.887827 String
(Map Bit 7) (Ignition On)
LAT_TRV_FI Latitude (+/-xx.xxxxxx) of location where the trip finished
+38.479323 String
(Map Bit 8) (Ignition Off)
Value: +127.887827
LON_TRV_FI +127.887827 String Bit 31:
(Map Bit 9)
• 1 = negative

• 0 = positive

DRIVER_ID 500000193E0CCD01 16 char Driver ID
(Map Bit 10)
TRV_DIST 23824 String Distance traveled in meters
(Map Bit 11)
TRV_H_METER 10800 String Driving Time meter in seconds for current trip
(Map Bit 12)
IDLE_TIME Time spent in Idle Mode for the entire trip in seconds
436 String
(Map Bit 13) (Ignition On to Ignition Off)
IDLE_EVENTS Number of Idle events during 1 trip (Ignition On to Ignition
2 String
(Map Bit 14) Off)
SPD_TIME 947 String Time spent in Speed Mode in seconds
(Map Bit 15)
SPD_EVENTS Number of times Speed Mode was entered from Drive
7 String
(Map Bit 16) Mode
MAX_SPD Maximum Speed as calculated from GPS data
102.59 String
(Map Bit 17) o Units in km/h
AVG_SPD Average Speed as calculated from GPS data
38.29 String
(Map Bit 18) o Units in km/h
GPS_ODOM 78245 String Odometer as calculated from GPS data
(Map Bit 19)
Reserved
(Map Bit 20)
Reserved
(Map Bit 21)
Reserved
(Map Bit 22)
Reserved
(Map Bit 23)
Reserved
(Map Bit 24)
Reserved
(Map Bit 25)
Reserved
(Map Bit 26)
Reserved
(Map Bit 27)
Reserved
(Map Bit 28)
Reserved
(Map Bit 29)
Reserved
(Map Bit 30)
Reserved
(Map Bit 31)
Reserved
(Map Bit 32)
Reserved
(Map Bit 33)
Reserved
(Map Bit 34)


Reserved
(Map Bit 35)
Reserved
(Map Bit 36)
Reserved
(Map Bit 37)
Reserved
(Map Bit 38)
Reserved
(Map Bit 39)
7. Acknowledgment Message
The acknowledgment message can be configured on the device to be required for the specified reports.

Example Zip (raw data):
90 00 07 03 60 00 00 01 91 2C
HDR PKT_LEN DEV_ID ACK_RPT CHK_SUM
(1 Byte) (2 Bytes) (5 Bytes) (1 Byte) (1 Byte)

HDR 90 Header of Acknowledge Message.
Value: 100850000
DEV_ID 03 60 00 00 01 HEX
Device ID
Report in which the platform is Acknowledging
• 91 = ASTT (requires ack)
• 92 = AALT (requires ack)
• 95 = ATRV (requires ack)
• 94 = AUEX (requires ack)
• 96 = AOTR (requires ack)
• 98 = AOBD (requires ack)
• EA = ARFA (requires ack)
ACK_RPT 91 • A0 = APID (requires ack)
• 9A = AOVD (requires ack)
• 97 = ACAM (requires ack)
• 9B = ABLE (requires ack)
• B1 = ATWS (requires ack)
• B2 = ATIC (requires ack)
• B3 = ATIS (requires ack)
• B4 = ATRQ (requires ack)
• EB = ATPR (requires ack)
The device will add the bytes of the original message that
come after the device ID, and the CHK_SUM value in the
CHK_SUM 2C HEX -> DEC
Acknowledge report will be the first byte:
Example Report to Platform: 81 00 0B 03 60 00 00 01 00 00

07 1A 00 0A 01

• In this example these bytes would be added:

00 00 07 1A 00 0A 01
The total value when added would be:
HEX(00 2C) → CHK_SUM would be 2C

ACK;0360000001;ASTT;0F
HDR DEV_ID ACK_RPT CHK_SUM

HDR ACK 8 char Header of Acknowledge Message.
Report in which the platform is Acknowledging
• ASTT = Status (requires ack)
• AALT = Alert (requires ack)
• ATRV = Travel (requires ack)
• AUEX = UEX (requires ack)
• AOTR = OBDII Travel (requires ack)
• AOBD = OBDII (requires ack)
• ARFA = RF (requires ack)
ACK_RPT ASTT 4 char • APID = PID (requires ack)
• AOVD = OVD (requires ack)
• ACAM = CAM (requires ack)
• ABLE = BLE (requires ack)
• ATWS = TWS (requires ack)
• ATIC = TIC (requires ack)
• ATIS = TIS (requires ack)
• ATRQ = TRQ (requires ack)
• ATPR = TPR (requires ack)
The device will add the bytes of the original message that come
after the Device ID, and the CHK_SUM value will be used for
Acknowledge messages to verify the server has received all of
the information correctly. The server must send the ACK
message correctly to the device before any more reports will be
sent by the device. Checksum data is allowed in upper case only.
CHK_SUM 0F HEX -> DEC Example Report to Platform:

Normal: ASTT;6000000001;000007;26;010;1 '\r'(0xD)
Raw: 41 53 54 54 3B 31 30 30 38 35 30 30 30 30 30 3B 30 30 30
30 30 37 3B 32 36 3B 30 31 30 3B 31 0D
• To calculate the CHK_SUM value add each byte
value together following the Device ID.
In this example these bytes would be added:


30 30 30 30 30 37 3B 32 36 3B 30 31 30 3B 31 0D
The total value when added would be:
HEX(03 0F) → CHK_SUM would be 0F
8. Crash Reconstruction Report (Optional)

If a collision occurs, The Suntech device will send Crash Reconstruction Report (CRR) after sending a collision alert report. This
report contains time, latitude, longitude, speed, course, and accelerometer data for occurring collision before and after. User
can customize the accelerometer data sampling rate (4/100/800 Hz, default: 100Hz), before collision occurring time, and after
collision occurring time (from 1 to 15 sec, default: <before: 3sec. / after: 1sec.>). These parameters effect to CRR packet number and
data size. The device will split the data for maximum data size of packet. Each packet will be sent ‘CUR_IDX’ value from 1 until
reach the ‘TOTAL_IDX’. Therefore before parsing data, you need to collect data to make a whole in one. The device reports
data with the format shown below.
Example Normal Data (ASCII and Binary):

CRR;0360000001;1;26;1300;7+‘ã;™'•···×¼Bp¬îu‹¼íÅ÷6ç‘á=°ot+n"k¼rZ;B4
HDR DEV_ID CUR_INDX TOTAL_IDX LEN DATA CHK_SUM

HDR CRR 3 char Header of Crash Reconstruction Report.
CUR_IDX 1 2 char Index of current packet to receive.
TOTAL_IDX 26 2 char Index of total packet to receive.
LEN 1300 4 char Length of the Crash Reconstruction Data.
Crash Reconstruction Data. It contains time, latitude, longitude,
7+‘ã;™'•···×¼Bp¬îu‹¼íÅ
DATA 1300 bytes speed, course, and accelerometer data. Refer to <note> below
÷6ç‘á=°ot+n"k¼rZ
this table.
Check Sum to be used by the device to verify the data was
CHK_SUM B4 2 char correctly received.
Device will calculate CHK_SUM from Crash Reconstruction Data.
<note>
‘DATA’ Field
: It must be parsed after merging all data fields. The data size depends on the setting of accelerometer value on SyncTrak.
The structure of shown below assume you receive data with default setting.
<Default> Sampling Rate: 100 Hz / Before collision: 3 Sec. / After collision: 1 Sec
Total Data size = 6 bytes + 2448 bytes = 2454 bytes (1/2: 1300 bytes, 2/2: 1154 bytes)
DATA
Time Crash Reconstruction Data
Before 3 sec. Before 2 sec. Before 1 sec. After 1 sec.
Year Mon Day Hour Min Sec Lat, Lon, Spd, Lat, Lon, Spd, Lat, Lon, Spd, Lat, Lon, Spd,
Crs, 100Hz Acc Crs, 100Hz Acc Crs, 100Hz Acc Crs, 100Hz Acc
Table 1. ‘DATA’ Field Structure
Time: 6 bytes
Year (Integer): 1 byte


Month (Integer): 1 byte

Day (Integer): 1 byte
Hour (Integer): 1 byte
Minute (Integer): 1 byte
Second (Integer): 1 byte
Crash Reconstruction Data: 612 bytes * (3 Sec. + 1 Sec.) = 2448 bytes

Each Second of Data: 12 bytes + 6 bytes * 100 Hz = 612 bytes
Latitude (integer): 4 bytes (Resolution: 1:0.0000001)
Longitude (integer): 4 bytes (Resolution: 1:0.0000001)
Speed (integer): 2 bytes (Resolution: 1:0.01km/h)
Course (integer): 2 bytes (Resolution: 1:0.01 Degree)
100Hz Accelerometer Data
1st Accelerometer X-Axis (integer): 2bytes
1st Accelerometer Y-Axis (integer): 2bytes
1st Accelerometer Z-Axis (integer): 2bytes
2nd Accelerometer X-Axis (integer): 2bytes
2nd Accelerometer Y-Axis (integer): 2bytes
2nd Accelerometer Z-Axis (integer): 2bytes
……
99th Accelerometer X-Axis (integer): 2bytes
99th Accelerometer Y-Axis (integer): 2bytes
99th Accelerometer Z-Axis (integer): 2bytes
100th Accelerometer X-Axis (integer): 2bytes
100th Accelerometer Y-Axis (integer): 2bytes
100th Accelerometer Z-Axis (integer): 2bytes
REMARKS:
X/Y/Z acceleration already oriented to vehicle’s axis.
Crash Reconstruction Data in ‘DATA’ field has little-endian byte order.


9. Maintenance Report
The Suntech device will send this report every time it powers up for the first time, and then on a defined interval to check in
with the Suntech maintenance server SCUTI.

MNT;0360000001;STG.58.1.0.14;20161117;08:37:39;001;NoData;NA;C
HDR DEV_ID DEVICE_FW_VER DATE TIME PROF_VER PHONE#
ANT BAT

HDR MNT 3 char Header of Maintenance Report.
DEVICE_FW_VER STG.58.1.0.14 String Number of the released Software Version.
GPS date
DATE 20161117 8 char
• yyyymmdd or (Year + Month + Day)
GPS time
TIME 08:37:39 8 char
• hh:mm:ss or (Hour : Minute : Second)
This is the last downloaded profile version by OTA or SyncTrak.
PROF_VER 001 3 char
Factory default value is 001.
PHONE# NoData String Current Phone Number
GPS Antenna Check
• C = Connected
ANT NA String • NC = Disconnected
• SH = Short
• NA = Not available
Battery Check
• C = Connected
BAT C String
• NC = Disconnected
• ER = Error


10. Fine Tracking Report

The device configures a report on GPS latitude, longitude fix status, and sends it to the server at user defined intervals.
Example Raw Data(ZIP):

89 00 76 03 60 00 00 01 10 0B 11 08 25 27 03 07 02 3B E3 90 07 90 27 C5 18 3B 19 8F 00 EA 01 02 3B E3 90 07 90 27 C5 18 3B
19 8F 00 EA 01 02 3B E3 90 07 90 27 C5 18 3B 19 8F 00 EA 01 02 3B E3 90 07 90 27 C5 18 3B 19 8F 00 EA 01 02 3B E3 90 07 90
27 C5 18 3B 19 8F 00 EA 01 02 3B E3 91 07 90 27 C5 18 3B 19 8F 00 EA 01 02 3B E3 91 07 90 27 C6 18 3B 19 8F 00 EA 01
HDR PKT_LEN DEV_ID DATE TIME GPS INTERVAL GPS COUNT

(1 Byte) (2 Bytes) (5 Bytes) (3 Bytes) (3 Bytes) (1 Bytes) (1 Bytes)
LAT 1 LON 1 SPD 1 CRS 1 Altitude 1 FIX 1
…
(4 Bytes) (4 Bytes) (2 Bytes) (2 Bytes) (2 Bytes) (1 Bytes)
LAT n LON n SPD n CRS n Altitude n FIX n
(4 Bytes) (4 Bytes) (2 Bytes) (2 Bytes) (2 Bytes) (1 Bytes)

HDR 89 Header of Fine Tracking Report.
Value: 0360000001
Device ID , BCD Format
DEV_ID 03 60 00 00 01 HEX
If the Device ID is 0360000001, this field will be filled with 0x03,
0x60, 0x00, 0x00 and 0x01.
Value: 20161117
GPS Date (Year + Month + Day)
DATE 10 0B 11 HEX -> DEC Ex)

16 : 0x10
11 : 0x0B
17 : 0x11
Value: 08:37:39
TIME 08 25 27 HEX -> DEC Ex)

08: 0x08
37: 0x25
39: 0x27
This is INTERVAL to check GPS coordinates.
GPS INTERVAL 03 HEX -> DEC
The Range is 1s~5s(default is 3sec)
The GPS COUNT that can be sent to Report at one time.
GPS COUNT 07 HEX -> DEC
The Range is 5~10(default is 5)
Value: +37.479312
Bit 31:
• 1 = negative
LAT 1 02 3B E3 90 HEX -> DEC
• 0 = positive
To convert take HEX(023BE390) and convert to Decimal value of


37,479,312 then divide by 1,000,000

Value: +126.887877
Bit 31:
• 1 = negative
LON 1 07 90 27 C5 HEX -> DEC • 0 = positive
To convert take HEX(079027C5) and convert to Decimal value of

126,887,877 then divide by 1,000,000
Value: 62.03
SPD 1 18 3B HEX -> DEC HEX(18 3B) = Decimal 6,203
Value: 65.43
CRS 1 19 8F HEX -> DEC HEX(19 8F) = Decimal 6,543
Take the decimal value and divide by 100 to get 65.43 degrees
Altitude (meter)
• Convert zip to Altitude by converting HEX(00 EA) to
DEC(234)
ALTITUDE 1 00 EA 234
• Convert zip to Altitude by converting HEX(FF 16) to
DEC(-234) → FFFF – 00EA(234) + 1 = FF16
2's complement
Fix Status
‘1’ or ‘0’
FIX 1 01 HEX -> DEC
• 1 => GPS is fixed
…
Value: +37.479313
Bit 31:
• 1 = negative
LAT n 02 3B E3 91 HEX -> DEC • 0 = positive
To convert take HEX(023BE391) and convert to Decimal value of

37,479,313 then divide by 1,000,000
Value: +126.887878
Bit 31:
• 1 = negative
LON n 07 90 27 C6 HEX -> DEC • 0 = positive
To convert take HEX(079027C6) and convert to Decimal value of

126,887,878 then divide by 1,000,000
Value: 62.03
SPD n 18 3B HEX -> DEC HEX(18 3B) = Decimal 6,203
Value: 65.43
CRS n 19 8F HEX -> DEC HEX(19 8F) = Decimal 6,543
Altitude (meter)
• Convert zip to Altitude by converting HEX(00 EA) to
ALTITUDE n 00 EA 234
DEC(234)
• Convert zip to Altitude by converting HEX(FF 16) to

DEC(-234) → FFFF – 00EA(234) + 1 = FF16

2's complement
Fix Status
‘1’ or ‘0’
FIX n 01 1 char

FTR;0360000001;20161117;08:37:39;3;7;+37.479312;+126.887877; 62.03;65.43;234;1;+37.479312;+126.887877;
62.03;65.43; 234;1;+37.479312;+126.887877; 62.03;65.43; 234;1;+37.479312;+126.887877; 62.03;65.43; 234;
1;+37.479312;+126.887877; 62.03;65.43;234;1;+37.479313;+126.887877; 62.03;65.43; 234;1;+37.479313;+126.887878;
62.03;65.43; 234;1 (n:5~10)
HDR DEV_ID DATE TIME GPS INTERVAL GPS COUNT
LAT 1 LON 1 SPD 1 CRS 1 ALTITUDE 1 FIX 1 …
LAN n LON n SPD n CRS n ALTITUDE n FIX n

HDR FTR 3 char Header of Fine Tracking Report.
GPS date
DATE 20161117 8 char
• yyyymmdd or (Year + Month + Day)
GPS time
TIME 08:37:39 8 char
• hh:mm:ss or (Hour : Minute : Second)
This is INTERVAL to check GPS coordinates.
GPS INTERVAL 3 1 char
The Range is 1s~5s(default is 3sec)
The GPS COUNT that can be sent to Report at one time.
GPS COUNT 7 2 char
The Range is 5~10(default is 5)
LAT 1 +37.479312 String Latitude (+/-xx.xxxxxx).
LON 1 +126.887877 String Longitude (+/-xxx.xxxxxx).
SPD 1 62.03 String Speed in km/h. (1 km/h = 0.621371 mph)
CRS 1 65.43 String Course on the ground in degree.
ALTITUDE 1 234 String Altitude (meter)
Fix Status
‘1’ or ‘0’
FIX 1 1 1 char
…
LAT n +37.479312 String Latitude (+/-xx.xxxxxx).
LON n +126.887877 String Longitude (+/-xxx.xxxxxx).
SPD n 62.03 String Speed in km/h. (1 km/h = 0.621371 mph)
CRS n 65.43 String Course on the ground in degree.
ALTITUDE n 234 String Altitude (meter)
Fix Status
FIX n 1 1 char
‘1’ or ‘0’


11. CAM Report

Example (raw data):
86 00 48 60 00 00 00 01 7F FF FF 1E 01 00 0E 01 10 0B 11 08 25 27 00 00 00 4F 01 C2 00 00 00 14 14 02 B3 E3 9B 07 90 27 93
18 3B 19 8F 0A 01 05 08 00 19 00 19 00 19 55 46 57 65 6C 63 6F 6D 65 20 74 6F 20 53 75 6E 74 65 63 68 20 57 6F 72 6C 64 21


OUT_STATE PACK_NUM TOTAL_PACK_NUM PACK_SIZE PACK_DATA

(1 Byte) (2 Bytes) (2 Bytes) (2 Byte) (521byte)

Header of Camera Report.
Value: 6000000001
DEV_ID 60 00 00 00 01 HEX
Device ID
Bit 0: REPORT_MAP
Bit 1: MODEL
REPORT_MAP 7F FF FF 6 char Bit 2: SW_VER
(Map Bit 0)
….
Bit 21: PACK_SIZE
Bit 22: PACK_DATA
MODEL Value: 30
1E HEX -> DEC
01 00 0E HEX -> DEC
(Map Bit 3)
10 0B 11 HEX -> DEC
08 25 27 HEX -> DEC
Value: 0000004F
CELL_ID 00 00 00 4F HEX Unique Id of Serving Cell.
(Map Bit 6)
First 2 bytes are always 0 when the device connected to 2G

network.
MCC Value: 450
01 C2 HEX -> DEC
MNC Value: 0
00 00 HEX -> DEC
LAC Value: 0014
00 14 HEX
RX_LVL Value: 20
14 HEX -> DEC
Value: +37.479323
Bit 31:
• 1 = negative
LAT
(Map Bit 11)
02 B3 E3 9B HEX -> DEC • 0 = positive
To convert take HEX(02B3E39B) and convert to Decimal value of

37,479,323 then divide by 1,000,000
Value: +126.887827
Bit 31:
• 1 = negative
LON
(Map Bit 12)
07 90 27 93 HEX -> DEC • 0 = positive
To convert take HEX(07902793) and convert to Decimal value of

126,887,827 then divide by 1,000,000
Value: 062.03
(Map Bit 13)
Value: 65.43
CRS 19 8F HEX -> DEC HEX(19 8F) = Decimal 6,543
(Map Bit 14)
SATT 0A HEX -> DEC
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
01 HEX -> DEC
05 HEX -> BIN

(Map Bit 18)
Open Ground
Active 0 1
Inactive 1 0

Active state.
PACK_NUM Value: 25
00 19 HEX -> DEC
(Map Bit 19) • Number of camera packet
TOTAL_PACK_ Value: 25
NUM 00 19 HEX -> DEC
Total number of camera packet
(Map Bit 20)
PACK_SIZE Value: 25
00 19 HEX -> DEC
(Map Bit 21) Camera packet data size
55 46 57 65 6C 63 6F
PACK_DATA 6D 65 20 74 6F 20 53 Camera packet data
(Map Bit 22) 75 6E 74 65 63 68 20 Up to 521 bytes.
57 6F 72 6C 64 21

CAM;6000000001;7FFFFF;30;1.0.14;1;20161117;08:37:39;0000004F;450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10
;1;00000101;00001000;25;25;25;554657656C636F6D6520746F2053756E7465636820576F726C6421
PACK_NUM TOTAL_PACK_NUM PACK_SIZE PACK_DATA

Header of Camera Report.
HDR CAM 3 char • CAM: No ACK response required
• A CAM: Required ACK response
Bit 0: REPORT_MAP
Bit 1: MODEL
REPORT_MAP 7FFFFF 6 char Bit 2: SW_VER
(Map Bit 0)
….
Bit 21: PACK_SIZE
Bit 22: PACK_DATA
(Map Bit 1)
(Map Bit 2)
(Map Bit 3)
(Map Bit 4)
(Map Bit 5)
(Map Bit 6)
network.

(Map Bit 7)
(Map Bit 8)
(Map Bit 9)
Signal Strength.
0 ~ 63 in 2G.
1: -110 to -019 dBm
……
62: -49 to -48 dBm
20 String
(Map Bit 10)
0 ~ 65 in 4G.
1: -104 to -103 dBm
……
64: -41 to -40 dBm
(Map Bit 11)
(Map Bit 12)
(Map Bit 13)
(Map Bit 14)
(Map Bit 15)
Fix Status
FIX ‘1’ or ‘0’
1 1 char
00000101 String

(Map Bit 18) Open Ground
Active 0 1
Inactive 1 0
Active state.
PACK_NUM
(Map Bit 19)
25 String • Number of camera packet
TOTAL_PACK_ 25 String Total number of camera packet

NUM
(Map Bit 20)
PACK_SIZE 25 String Camera packet data size
(Map Bit 21)
55 46 57 65 6C 63
6F 6D 65 20 74 6F
PACK_DATA Camera packet data
20 53 75 6E 74 65 HEX
(Map Bit 22) Up to 521 bytes.
63 68 20 57 6F 72
6C 64 21
12. GED Report

GED;Res;6000000001;30; 1.0.14;1; 20161117; 08:37:39;0000004F450;0;0014;20;+37.479323;+126.887827;62.03;65.43;10;1;
23824;11.94;00000101; 00001000; 234.12;181312.00; 1.23; 4.74;60;12;40.99;17.00;1; 0014BA78;3.45;19.42181312.00;
127.25
HDR DEV_ID MODEL SW_VER MSG_TYPE DATE TIME

CELL_ID MCC MNC LAC RX_LVL LAT LON
SPD CRS SATT FIX DIST PWR_VOLT IN_STATE
ENGINE_TEMPER
OUT_STATE ODOMETER TOTAL_USED_FUEL VEH_SPD IDLE_FUEL OIL_PRESSURE
ATURE
ENGINE_RPM TOTAL_ENG_HR DTC ENGINE_IDLE_TIME FUEL_ECONOMY TRIP_FUEL ENGINE_LOAD

Header GED Report.
HDR GED;Res 3 char
network.
Signal Strength.
0 ~ 63 in 2G.
1: -110 to -019 dBm
……
RX_LVL 20 String
62: -49 to -48 dBm
0 ~ 65 in 4G.

1: -104 to -103 dBm

……
64: -41 to -40 dBm
Fix Status
‘1’ or ‘0’
FIX 1 1 char
DIST 23824 String Distance traveled in meters
PWR_VOLT 11.94 Current Main Power Voltage


Open Ground
Active 0 1
Inactive 1 0
When the output is in the blinking state, the report is sent in

the Active state.
ODOMETER 234.12 String Odometer in Km/h
String Total fuel used in Lts (liters)
TOTAL_USED_FUEL 181312.00
String Vehicle Speed In Km/h
VEH_SPD 1.23
String Idle Fuel in Hr
IDLE_FUEL 4.74
String Engine Coolant Temperature in C
ENGINE_TEMPERATURE 60
String Oil Pressure in kPa
OIL_PRESSURE 12
String Engine RPM
ENGINE_RPM 40.99
String Total Engine time in Hr.
TOTAL_ENG_HR 17.00
String Vehicle Prototype
VEH_PROT 1 • 0 => unknown
• 1 => J1939


• 1 => J1708
• 2 => ISO15765
String DTC code
If DTC is 0, empty.
J1939 or J1708 (8 characters)

- High byte: active error code
DTC 0014BA78
- Low byte: Previous active error code.
- It is a hex code, not decimal
ISO15765 (5 characters)
- Alphabet letter(1) + HEX(4)
- P0100, C0A00
String Engine Idle time in sec
ENGINE_IDLE_TIME 3.45
String Fuel Economy in km/L

FUEL_ECONOMY 19.42
TRIP_FUEL 181312.00 String Used fuel in this trip (liters)
ENGINE_LOAD 127.25 String Percent Engine Load (percent)
13. Temperature Report
This report is sent to the server periodically as defined by user to configure ‘Temp. scan Interval’ and ‘Temp. scan count
threshold’. The following two (2) tables show how one reporting can be made in 2 different types such as in ‘normal’ (string)
and in ‘zip’.
Temperatures are reported as degree Celsius.

TPR;6000000001;30; 1.0.14;1; 20161117; 08:37:39;+ 37.479323;+ 126.887827;1;3;25;15000000450FB842;26.5;
15000000450FB843;……; 15000000450FB84B;26.6
HDR DEV_ID MODEL SW_VER MSG_TYPE DATE TIME

LAT LON FR_NO TOTAL_FR COUNT ID_1 TEMP_1
ID_2 TEMP_2 … … ID_25 TEMP_25

HDR FB • FB: No ACK response required
• EB: Required ACK response
PKT_LEN 01 3F Length of zip data excluding HDR and PKT_LEN
Value: 6000000001
DEV_ID 60 00 00 00 01 HEX
Device ID
Value: 36
MODEL 24 HEX -> DEC
Device Model (According to table model).
SW_VER 01 00 0E HEX -> DEC Value: 1.0.14


Software Version.
MSG_TYPE 01 HEX -> DEC Real Time (1) Or Stored (0) Message
Value: 20161117
DATE 10 0B 11 HEX -> DEC
GPS Date (Year + Month + Day).
Value: 08:37:39
TIME 08 25 27 HEX -> DEC
Value: +37.479323
Bit 31:
• 1 = negative
LAT 02 3B E3 9B HEX -> DEC • 0 = positive

Value: +126.887827
Bit 31:
• 1 = negative
LON 07 90 27 93 HEX -> DEC • 0 = positive

Value: 1
FR_NO 01 HEX -> DEC
Current frame number.
Value: 3
TOTAL_FR 03 HEX -> DEC
Total number of frame to be reported
Value: 25
COUNT 19 HEX -> DEC
Number of pair of sensor ID and temperature.
15 00 00 00 45 0F B8 Temperature sensor ID number 1
ID_1 HEX -> DEC
42 15000000450FB842
Temperature number 1
Value: 26.80
TEMP_1 0A 78 HEX -> DEC
HEX(0A 78) = Decimal 2,680
Take the decimal value and divide by 100 to get 26.8 ℃
15 00 00 00 45 0F B8 Temperature sensor ID number 2
ID_2 HEX -> DEC
43 15000000450FB843
Temperature number 2
Value: 26.50
TEMP_2 0A 5A HEX -> DEC
HEX(0A 5A) = Decimal 2,650
Take the decimal value and divide by 100 to get 26.5 ℃
… … … …
… … … …
15 00 00 00 45 0F B8 Temperature sensor ID number N
ID _25 HEX -> DEC
4B 15000000450FB84B
HEX -> DEC Value: 26.60
HEX(0A 64) = Decimal 2,660
TEMP_25 0A 64 Take the decimal value and divide by 100 to get 26.6 ℃
Each frame can report up to 25 pairs of sensor and
temperature.



HDR TPR 3 char Header of TPR Report.
DATE 20161117 8 char Date yyyymmdd when the first temperature is measured.
TIME 08:37:39 8 char Time hh:mm:ss when the first temperature is measured.
FR_NO 1 3 char Current frame number.
TOTAL_FR 3 3 char Total number of frame.
COUNT 25 2 char Number of pair of sensor ID and temperature.
ID_1 15000000450FB842 String Temperature sensor ID number 1
TMP_1 26.8 String Temperature number 1
ID_2 15000000450FB842 String Temperature sensor ID number 2
… … … …
… … … …
ID_25 15000000450FB84B String Temperature sensor ID number 25
14. Parameter Report
“Parameter Report” is sent by device for informing with device IP address to server.
This report is sent when UDP session is established and device IP is changed by PDP.

PRM;6000000001; 30; 1.0.14;IP:10.158.133.173
HDR DEV_ID MODEL SW_VER IP_INFO

HDR PRM 3 char Header of PRM Report.
IP_INFO IP:10.158.133.173 String IP:xxx.xxx.xxx.xxx


15. Small Assign Headers

These headers can be assigned to the standard report structure headers S_ASSIGNX. The Mini Assign Header is limited to 2
Bytes of data for the zip format, and all headers that require more bytes to represent can be found in the Assign Header
section. Even if the EMPTY field is checked, it is not displayed in ZIP mode.
Mini Header ID Zip Ex Normal Description

Ex
Current Backup Battery Voltage
BCK_VOLT 01 00 24 3.6 • Convert zip to VDC by converting HEX(24) to DEC(36)
then divide by 10
Current Main Power Voltage
PWR_VOLT 02 04 AA 11.94 • Convert zip to VDC by converting HEX(04 AA) to
DEC(1,194) then divide by 100
Temperature Sensor 1 in the chain.
• Zip: If Binary bit 15 is set, then the value is negative. For
TEMP_1 03 01 14 +27.6 -27.6 the Zip value would be (81 14)
• Convert zip to Celsius by converting HEX(01 14) to
DEC(276) then divide by 10
TEMP_8 0A 01 14 +27.6 Temperature Sensor 8 in the chain.



-27.6 the Zip value would be (81 14)
ST25T ADC 1 Voltage
ST25T_ADC_1 0E 04 AA 11.94
Convert zip to VDC by converting HEX(04 AA) to DEC(1,194) then
divide by 100
ST25T ADC 1 Voltage
ST25T_ADC_2 0F 04 AA 11.94
Convert zip to VDC by converting HEX(04 AA) to DEC(1,194) then
divide by 100
ST25T INPUT 1, 2 State
Bit3 Bit2 Bit 1 Bit 0

Input 2 Input 2 Input 1 Input 1
Status Edge Status Edge
ST25T_INPUT 10 00 0F 1111
Input 1 Status : 1 (Used), 0 (Not Used)
Input 2 Status : 1 (Used), 0 (Not Used)
Input1 ~ Input2 Edge :

1 (Ground, Shorted), 0 (Opened).
Engine Coolant Temperature in C

• Convert zip to temperature by converting HEX(00 4F) to
DEC(79).
• Convert zip to temperature by converting HEX(FF B1) to
ENGINE_TEMPERATURE 11 00 4F 79 DEC(-79).
• Must convert hex to Int16
• 0 ~ 32767 : 0x0 ~ 0x7FFF
• -32768 ~ -1 : 0x8000 ~ 0xFFFF
※ You could check this value when ST20U device is connected.
OIL_PRESSURE 12 00 0C 12 Oil Pressure in kPa
ADC Voltage
ADC 15 04 AA 11.94 Convert zip to VDC by converting HEX(04 AA) to DEC(1,194) then
divide by 100
The local time zone (difference between the local time and GMT)
The unit is quarter hour.(if local time is GMT+9, this value is +36)
Value range is -48 ~ +56
• Convert zip to time zone by converting HEX(00 24) to
DEC(36).
TIME_ZONE 16 00 24 36
• Convert zip to time zone by converting HEX(FF DC) to
DEC(-36).
• Must convert hex to Int16
• 0 ~ 32767 : 0x0 ~ 0x7FFF
• -32768 ~ -1 : 0x8000 ~ 0xFFFF
Vehicle Prototype
VEH_PROT 17 00 01 1 • 0 => unknown
• 1 => J1939

• 2 => J1708
• 3 => ISO15765
※ You could check this value when ST20U device is connected.
16. Medium Assign Headers
These headers can be assigned to the standard report structure headers M_ASSIGNX. The Assign Header is 4 Bytes of data for
the zip format. Even if the EMPTY field is checked, it is not displayed in ZIP mode.
Header ID Zip Ex Normal Ex Description

GPS_ODOM 01 00 01 31 A5 78245 Calculated Odometer in meters using GPS location data
Distance traveled on current trip in meters
TRIP_DIST 02 00 00 5D 10 23824 • Trip is considered to be the distance from
Ignition On to Ignition Off
Time the device has spent in Idle Mode since coming to a
stop [seconds]
IDLE_TIME 03 00 00 03 84 900 • Resets to 0 when leaving Idle Mode.
Records time for each individual idle event.

Time the device has spent in Speed Mode since going
above speed threshold
SPEED_TIME 04 00 00 02 16 534 • Resets to 0 when leaving Speed Mode.
Records time for each individual Speed event.[seconds]

Driving Hour meter in seconds for current trip
TRIP_H_METER 05 00 00 2A 30 10800 • Trip is considered to be the distance from
Ignition On to Ignition Off
H_METER 06 00 00 02 16 534 Total Vehicle driving hour-meter in minute.
OBD_PID_#1 07 FA 00 00 00 FA000000 Raw OBD value for PID #1
OBD_PID_#2 08 61 05 00 00 61050000 Raw OBD value for PID #2
OBD_PID_#3 09 00 07 EF 80 0007EF80 Raw OBD value for PID #3
OBD_PID_#4 0A BE 1B 30 13 BE1B3013 Raw OBD value for PID #4
OBD_PID_#5 0B FF FF FF FF FFFFFFFF Raw OBD value for PID #5
ST25T RS232 Fuel 1 Status/Level
Byte 1 Byte 0
ST25T_RS232_FUE
0C 00 00 1F FF 1FFF Bit 4 Bit 0 ~ 3 Fuel level
L1
Fuel Fuel level (0xFF)
Status (0xF)
(0x0, 0x1)
Byte 1 Byte 0
ST25T_RS232_FUE
0D 00 00 1F FF 1FFF Bit 4 Bit 0 ~ 3 Fuel level
L2
Status (0xF)
(0x0, 0x1)
ST25T_RS485_FUE ST25T RS485 Fuel 1 Status/Level
0E 00 00 1F FF 1FFF
L1


Byte 1 Byte 0
Bit 4 Bit 0 ~ 3 Fuel level
Status (0xF)
(0x0, 0x1)
Byte 1 Byte 0
ST25T_RS485_FUE
0F 00 00 1F FF 1FFF Bit 4 Bit 0 ~ 3 Fuel level
L2
Status (0xF)
(0x0, 0x1)
Byte 1 Byte 0
ST25T_RS485_FUE
10 00 00 1F FF 1FFF Bit 4 Bit 0 ~ 3 Fuel level
L3
Status (0xF)
(0x0, 0x1)
Byte 1 Byte 0
ST25T_RS485_FUE
11 00 00 1F FF 1FFF Bit 4 Bit 0 ~ 3 Fuel level
L4
Status (0xF)
(0x0, 0x1)
Vehicle Speed In Km/h.
VEH_SPD 12 00 00 00 7B 1.23 Convert speed by converting HEX(7B) to DEC(123) then
divide by 100.
Engine RPM
ENGINE_RPM 13 00 00 10 03 40.99 Convert rpm by converting HEX(1003) to DEC(4099) then
divide by 100.
DTC code
J1939 or J1708
- High byte: active error code
- Low byte: Previous active error code.
- It is a hex code, not decimal
DTC 14 00 14 BA 78 0014BA78
ISO15765
- P0100 → 00 50(‘P’) 01 00
- C0A00 → 00 43(‘C’) 0A 00
※ You could check this value when ST20U device is

connected.
Fuel Economy in km/L
FUEL_ECONOMY 15 00 00 07 96 19.42 Convert fuel by converting HEX(796) to DEC(1942) then
divide by 100.
HDOP.
HDOP 16 00 00 02 EE 7.50
• Zip: If Binary bit 31 is set, then the value is

negative. For -7.50 the Zip value would be (80

00 02 EE)
Convert zip to Celsius by converting HEX(00 00 02 0E) to
VDOP.
• Zip: If Binary bit 31 is set, then the value is
negative. For -7.50 the Zip value would be (80
VDOP 17 00 00 02 EE 7.50
00 02 EE)
Convert zip to Celsius by converting HEX(00 00 02 0E) to
17. Large Assign Headers

These headers can be assigned to the standard report structure headers L_ASSIGNX. The Assign Header is 8 Bytes of data for
the zip format. Even if the EMPTY field is checked, it is not displayed in ZIP mode.
Header ID Zip Ex Normal Ex Description

50 00 00 19 3E Driver ID
DID 01 500000193E0CCD01
0C CD 01
15 00 00 00 45 Temperature Sensor ID number 1
TEMP_ID1* 02 15000000450FB842
0F B8 42 (*Please refer to the explanation below)
TEMP_ID2 03 15000000450FB842
0F B8 42
TEMP_ID3 04 15000000450FB842
0F B8 42
TEMP_ID4 05 15000000450FB842
0F B8 42
TEMP_ID5 06 15000000450FB842
0F B8 42
TEMP_ID6 07 15000000450FB842
0F B8 42
TEMP_ID7 08 15000000450FB842
0F B8 42
TEMP_ID8 09 15000000450FB842
0F B8 42
FA 00 00 00
OBD_PID_#6 0A FA000000 Raw OBD value for PID #6
00 00 00 00
61 05 00 00
OBD_PID_#7 0B 61050000 Raw OBD value for PID #7
00 00 00 00
00 07 EF 80
OBD_PID_#8 0C 0007EF80 Raw OBD value for PID #8
00 00 00 00
BE 1B 30 13
OBD_PID_#9 0D BE1B3013 Raw OBD value for PID #9
00 00 00 00
FF FF FF FF
OBD_PID_#10 0E FFFFFFFF Raw OBD value for PID #10
00 00 00 00
Odometer in Km/h
00 00 00 00 00
ODOMETER 0F 234.12 Convert odometer by converting HEX(5B74) to
00 5B 74
DEC(23412) then divide by 100.
TOTAL_USED_FUEL Total fuel used in Lts (liters)
00 00 00 00 01
10 181312.00 Convert fuel by converting HEX(114A900) to
14 A9 00
DEC(18131200) then divide by 100.

IDLE_FUEL Idle Fuel in Hr

00 00 00 00 00
11 4.74 Convert fuel by converting HEX(01DA) to DEC(474)
00 01 DA
then divide by 100.
TOTAL_ENG_HR Total Engine time in Hr.
00 00 00 00 00
12 17.00 Convert cruise by converting HEX(06A4) to DEC(1700)
00 06 A4
then divide by 100.
ENGINE_IDLE_TIME Engine Idle time in sec
00 00 00 00 00
13 3.45 Convert time by converting HEX(0159) to DEC(345)
00 01 59
then divide by 100.
TRIP_FUEL Used fuel in this trip (liters)
• Convert fuel by converting HEX(114A900) to
00 00 00 00 01 DEC(18131200) then divide by 100.
14 181312.00
14 A9 00
connected.
ENGINE_LOAD Percent Engine Load (percent)
• Convert percent by converting HEX(31B5) to
00 00 00 00 00 DEC(12725) then divide by 100.
15 127.25
00 31 B5
connected.
* TEMP_IDn : The order depends on the mode.
1-Wire Selection Description

- The order of sensors detected is the same as the sequence connected.
Temperature Sensors - Temperature sensors are connected to each other by chains.
- The order of sensors detected is not always the same as the sequence connected.
Temp & Driver ID - If the sensor groups are the same, the order of the sensors is the same.
- These sensors are connected in parallel.
- There is an algorithm that search temperature sensor one by one.
18. Example of the “MODE/PROFILE/ALERT” behavior.


Note) The IDLE MODE is not used when using Virtual Ignition Motion.
REVISIONS
Rev. No. Date Modifications were made on: Writer
Rev. 1.00 2016-11-30 Draft M.Hieda
Rev. 1.01 2018-01-27 Added missing ALERT ID. (46,47) S.E PARK
Added description of ‘Enter Two Alert (58)’
Rev. 1.02 2018-01-30 1. Fixed a description error for “DEV_ID” in “ZIP” mode. S.E PARK
01 65 A0 BC 01 => 60 00 00 00 01
2. Moving “SMALL ASSIGN” item to “MEDIUM ASSIGN”
Rev. 1.03 2018-01-30 Added description of ‘Power Up Alert (99)’ S.E PARK
Rev. 1.04 2018-09-21 1. Added description of ‘Crash Reconstruction Report’ HS PARK

2. Split Alert ID 48 ‘Sharp Turn’ into Alert ID 48 ‘Sharp Turn Left’ and Alert ID
49 ‘Sharp Turn Right’
3. Change “IDLE/SPEED Time” range from 2byte to 4byte in field of Travel
Report.
Rev. 1.05 2018-10-22 Added Low Back-up Battery Alert 43 S.E PARK
Rev. 1.06 2018-10-23 Fixed CELL_ID report data, Removed CR Report KJH
Rev. 1.09 2018-11-13 Fixed Rx_Lvl for 4G network KJH
Rev. 1.10 2018-11-14 Added Profile version description KJH
Rev. 1.11 2018-11-26 Changed software version field KJH
Rev. 1.12 2018-12-12 Fixed Alert 14 vehicle battery low KJH
Rev. 1.13 2019-2-8 Added Crash Reconstruction Report Data KJH
Rev. 1.14 2019-2-13 Added a note about UEX report in sleep mode KJH
Rev. 1.15 2019-3-26 Supplementing the explanation of checksum calculation. S.E Park
-Chapter 7.1 Zip (HEX, fixed length)
-Chapter 7.2 Normal (ASCII, variable length)
Rev. 1.16 2019-4-2 Fixed Rx_Lvl for 3G/4G network KJH
Rev. 1.17 2019-4-2 Added Fine Tracking Report SJSONG
Rev. 1.18 2019-4-30 Fixed examples KJH

Rev. 1.19 2019-4-30 Corrected “the length of zip format, wrong HDR, Wrong description of HGPARK
M_Assign.etc.
Rev. 1.20 2019-5-11 Changed Alert ID Tables KJH
Rev. 1.21 2019-6-13 Add zip mode of FTR KJH
Rev. 1.22 2019-6-24 Added comment of UDP ACK Checksum. KJH
Rev. 1.23 2019-7-08 Added Speed, Course in FTR KSH
Rev. 1.24 2019-07-12 Add Alert_ID(ST25T, ST20U) KSH
Add CAM, GED Report
Add Small, Middle Assign(ST25T)
Rev. 1.25 2019-07-16 Add Altitude in Fine Tracking Report KSH
Rev. 1.26 2019-07-25 MNT, SW_VER → DEVICE_FW_VER KSH
Rev. 1.27 2019-07-29 Added OUT_STATE Description SJSONG
Rev. 1.28 2019-07-30 Add TIME_ZONE(Small), HDOP(Middle), VDOP(Middle) KSH
Rev. 1.29 2019-08-02 Change the CRR description and parsing structure. HSPark
Rev. 1.30 2019-08-05 Added PRM Report KSH
Rev. 1.31 2019-08-08 Changed OUT_STATE Description SJSONG
Rev. 1.32 2019-08-16 Add Assign(S/M/L) of GED KSH
Add Alert ID Over_Speed/Under_Speed in Poly Geofence
Rev. 1.33 2019-08-19 Changed the descriptions of RPT_MAP. KSH
STT_RPT_MAP, ALT_RPT_MAP, …, CAM_RPT_MAP → REPORT_MAP
Rev. 1.34 2019-08-21 Changed explanation of GED(VEH_PROT) KSH
Changed CAM ZIP HDR(0x87, 0x97)
Rev. 1.35 2019-08-27 Changed explanation of ZIP(TIME_ZONE, ENGINE_TEMPERATURE). KSH
Changed explanation of GED(TRIP_FUEL/ENGINE_LOAD)
Rev. 1.36 2019-09-04 Add Alert ID Engine KSH
Rev. 1.37 2019-09-27 ST20M -> ST20U KSH
Rev. 1.38 2019-10-31 Changed about the description of POWER_UP(99) Alert_ID KSH
Added ALERT_ID 72
Update about FTR TOC
Rev. 1.39 2019-12-02 Added the example of the “MODE/PROFILE/ALERT” behavior.(Chapter 17) S.E Park
Rev. 1.40 2019-12-06 Added the Alert ID (102) of I-VUE in the ST25T. JHSIM
Rev. 1.41 2020-01-09 Added a description of CRR DATA Field. HS Park
Rev. 1.42 2020-03-06 Added a description of MODE 5. S.E Park
Rev. 1.43 2020-03-11 Add Assign(S/M/L) SJSONG
Rev. 1.44 2020-04-24 Add a description of the temperature sensor detection sequence MJLEE
Rev. 1.45 2020-06-02 Add Disconnect mode in STT report JH KIM
Rev. 1.46 2020-06-15 Remove N/A field in GPS_ANT field of MNT report when the device has JH KIM
internal GPS antenna.
Rev. 1.47 2020-06-24 Add Temperature Report format JH KIM
Rev. 1.48 2020-06-26 Modified expression for temperature report JH KIM
Rev. 1.49 2020-06-27 Corrected errata JH KIM
Rev. 1.50 2020-07-01 Changed format of Temperature Report JH KIM
Rev. 1.51 2020-07-24 LAC(Zip Format), HEX KSH


Rev. 1.52 2020-07-29 Added coordinates in TPR report JH KIM

Rev. 1.53 2020-10-15 Added description of ‘Enter Carry (27)’ HS Park
Rev. 1.54 2020-10-19 Added the Carry Mode number(9) in STT ‘Mode’ field HS Park
Rev. 1.55 2020-11-17 Changed the description of Altitude, FTR Zip Mode KSH
Rev. 1.56 2020-12-03 Correction of Temperature and TimeZone KSH
Rev. 1.57 2021-01-06 Add description of ‘ACK Report’ KSH
Rev. 1.58 ??? ??? ???
Rev. 1.59 2021-03-05 Add comment of TIME_ZONE KSH
Rev. 1.60 2021-03-12 Replace “TOTAL_CRUISE” on Large Assign Headers with “TOTAL_ENG_HR” JWPARK
Rev. 1.61 2021-03-22 Add Heart Beat Report type in STT JH KIM
Rev. 1.62 2021-04-05 Add Heart Beat Report type in STT Zip mode JH KIM
Rev. 1.63 2021-04-19 Changed the Description of UDP ACK for ASCII KSH

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Title Author Page of Pages

Device Communication Guide SE. Park 1 of 62

Suntech Messages to Back-End Server 1.63 19 Apr, 2021

Suntech International Ltd. Confidential Document

Device Communication Guide SE. Park 2 of 62

Suntech Messages to Back-End Server 1.63 19 Apr, 2021

Suntech International Ltd.

Suntech International Ltd. Confidential Document

Device Communication Guide SE. Park 3 of 62

Suntech Messages to Back-End Server 1.63 19 Apr, 2021

1.1 Zip (HEX, fixed length)

Example (raw data):

OUT_STATE MODE STT_RPT_TYPE MSG_NUM reserved ASSIGN_MAP S_ASSIGN1

S_ASSIGN2 S_ASSIGN3 S_ASSIGN4 S_ASSIGN5 S_ASSIGN6 S_ASSIGN7 S_ASSIGN8

Field Data Conversion Description

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Suntech Messages to Back-End Server 1.63 19 Apr, 2021

(Map Bit 1) Device Model (According to table model).

Model Identification Table

SW_VER Value: 1.0.14

To convert take HEX(02B3E39B) and convert to Decimal

Device Communication Guide SE. Park 5 of 62

Suntech Messages to Back-End Server 1.63 19 Apr, 2021

To convert take HEX(07902793) and convert to Decimal

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

The Output State is indicated according to the Output Active

When the output is in the blinking state, the report is sent

*Profile will not be activated when the device is in the "Drive

Device Communication Guide SE. Park 6 of 62

Suntech Messages to Back-End Server 1.63 19 Apr, 2021

Refer to the "Deactivate" zone of the chapter below.

See Tables for Small, Medium, and Large Assign option

Bit 0: S_ASSIGN1 (2 Bytes)

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<Examples> (When a MAP header is included it will be underlined)

CASE 1: Minimal Data Status Report Example

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Suntech Messages to Back-End Server 1.63 19 Apr, 2021

1.2 Normal (ASCII, variable length)

Example Raw Zip Data:

Field Data Max Length Description

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Suntech Messages to Back-End Server 1.63 19 Apr, 2021

MSG_TYPE 1 1 char Report is real time (1); Report is storage (0).

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

The Output State is indicated according to the Output Active

Device Communication Guide SE. Park 10 of 62

Suntech Messages to Back-End Server 1.63 19 Apr, 2021

setting and the Output Active State.

*Profile will not be activated when the device is in the "Drive

Bit 0: S_ASSIGN1 (2 Bytes)

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Device Communication Guide SE. Park 11 of 62