Telit EVK2 User Guide
1vv0300704 Rev.13- 2012/06/25
Telit EVK2 User Guide
1vv0300704 Rev.13- 2012/06/25
Reproduction forbidden without Telit Communications S.p.A. written authorization - All Rights Reserved page 2 of 149
APPLICABILITY LIST:
Model Part Number Engine
EVK2 3990150474 Mother Board
GM862 INTERFACE 3990250670 GM862
GE863-PY INTERFACE 3990250684 GE863-PY
GE863-GPS INTERFACE 3990250696 GE863-GPS
GE863-SIM I NTER FACE 3990250703 GE863-SIM
GE864-PY INTERFACE 3990250672 GE864-PY
GE864-QUAD V2 INTERFACE 3990250777 GE864-QUAD V2
GE864-DUAL V2 INTERFACE 3990250778 GE864-DUAL V2
GE864-QUAD AUTOMOTIVE V2
INTERFACE 3990250773 GE864-QUAD AU TOMOTIVE
V2
GE864-QUAD ATEX V2 INTERFACE 3990250772 GE864-QUAD ATEX V2
GE864-QUAD SIM V2 INTERFACE 3990250771 GE864-QUAD SIM V2
GE864-GPS INTERFACE 3990250820
3990250821
3990250822
GE864-GPS
GC864 INTERFACE 3990250680 GC864
GC864-QUAD-C2 INTERFACE 3990250683 GC864-QUAD-C2
GE865-QUAD INTERFACE 3990250766 GE865-QUAD
GE865/SE867-AGPS INTERFACE 3990250814 GE865-QUAD
GE865/JF2 IN TER FAC E 3990250868 GE865-QUAD
GL865-QUAD INTERFACE 3990250812 GL865-QUAD
GL865-DUAL INTERFACE 3990250783 GL865-DUAL
GL868-DUAL INTERFACE 3990250790 GL868-DUAL
UC864 INTERFACE 4990150470 UC864
HE863-EUR INTERFACE 3990250797 HE863
HE863-EUG INTERFACE 3990250798 HE863
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HE863-NAD INTERFACE 3990250799 HE863
HE863-NAR INTERFACE 3990250800 HE863
HE863-NAG INTERFACE 3990250801 HE863
HE863-AUR INTERFACE 3990250803 HE863
HE863-AUG INTERFACE 3990250804 HE863
HE910 INTER FAC E 3990250845 HE910
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SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE
Notice
While reasonable efforts have been made to assure the accuracy of this document, Telit
assumes no liability resulting from any inaccuracies or omissions in this document, or from
use of the information obtained herein. The information in this document has been carefully
checked and is believed to be entirely reliable. However, no responsibility is assumed for
inaccuracies or omissions. Telit reserves the right to make changes to any products described
herein and reserves the right to revise this document and to make changes from time to time
in content hereof with no obligation to notify any person of revisions or changes. Telit does
not assume any liability arising out of the application or use of any product, software, or
circuit described herein; neither does it convey license under its patent rights or the rights of
others.
It is possible that this publication may contain references to, or information about Telit
products (machines and programs), programming, or services that are not announced in your
country. Such references or information must not be construed to mean that Telit intends to
announce such Telit products, programming, or services in your country.
Copyrights
This instruction manual and the Telit products described in this instruction manual may be,
include or describe copyrighted Telit material, such as computer programs stored in
semiconductor memories or other media. Laws in the Italy and other countries preserve for
Telit and its licensors certain exclusive rights for copyrighted material, including the
exclusive right to copy, reproduce in any form, distribute and make derivative works of the
copyrighted material. Accordingly, any copyrighted material of Telit and its licensors
contained herein or in the Telit products described in this instruction manual may not be
copied, reproduced, distributed, merged or modified in any manner without the express
written permission of Telit. Furthermore, the purchase of Telit products shall not be deemed
to grant either directly or by implication, estoppel, or otherwise, any license under the
copyrights, patents or patent applications of Telit, as arises by operation of law in the sale of
a product.
Computer Software Copyrights
The Telit and 3rd Party supplied Software (SW) products described in this instruction manual
may include copyrighted Telit and other 3rd Party supplied computer programs stored in
semiconductor memories or other media. Laws in the Italy and other countries preserve for
Telit and other 3rd Party supplied SW certain exclusive rights for copyrighted computer
programs, including the exclusive right to copy or reproduce in any form the copyrighted
computer program. Accordingly, any copyrighted Telit or other 3rd Party supplied SW
computer programs contained in the Telit products described in this instruction manual may
not be copied (reverse engineered) or reproduced in any manner without the express written
permission of Telit or the 3rd Party SW supplier. Furthermore, the purchase of Telit products
shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any
license under the copyrights, patents or patent applications of Telit or other 3rd Party
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supplied SW, except for the normal non-exclusive, royalty free license to use that arises by
operation of law in the sale of a product.
Usage and Disclosure Restrictions
License Agreements
The software described in this document is the property of Telit and its licensors. It is
furnished by express license agreement only and may be used only in accordance with the
terms of such an agreement.
Copyrighted Materials
Software and documentation are copyrighted materials. Making unauthorized copies is
prohibited by law. No part of the software or documentation may be reproduced,
transmitted, transcribed, stored in a retrieval system, or translated into any language or
computer language, in any form or by any means, without prior written permission of Telit
High Risk Materials
Components, units, or third-party products used in the product described herein are NOT
fault-tolerant and are NOT designed, manufactured, or intended for use as on-line control
equipment in the following hazardous environments requiring fail-safe controls: the
operation of Nuclear Facilities, Aircraft Navigation or Aircraft Communication Systems, Air
Traffic Control, Life Support, or Weapons Systems (High Risk Activities”). Telit and its
supplier(s) specifically disclaim any expressed or implied warranty of fitness for such High
Risk Activities.
Trademarks
TELIT and the Stylized T Logo are registered in Trademark Office. All other product or
service names are the property of their respective owners.
Copyright © Telit Communications S.p.A.
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Contents
1. Introduction ......................................................................................................................... 12
1.1. Scope .................................................................................................................................................... 12
1.2. Audience .............................................................................................................................................. 12
1.3. Contact Information, Support ........................................................................................................... 12
1.4. Text Conventions ................................................................................................................................ 13
1.5. Related Documents ............................................................................................................................. 13
1.6. Content of the kit ................................................................................................................................ 14
2. Description ........................................................................................................................... 15
2.1. PCB characteristics ............................................................................................................................ 16
2.2. Mechanical characteristics of the assembled PCBs ......................................................................... 17
2.2.1. Mother Board CS1139B ............................................................................................................... 17
2.2.2. GM862 Interface CS1150B ............................................................................................................. 17
2.2.3. GE863 Interface CS1151A .............................................................................................................. 17
2.2.4. GE864 Interface CS1152B .............................................................................................................. 17
2.2.5. GE864-GPS Interface CS1439B ..................................................................................................... 17
2.2.6. GC864 Interface CS1203B .............................................................................................................. 18
2.2.7. GC864-C2 Interface CS1231X ......................................................................................................... 18
2.2.8. GE865 Interface CS1324A .............................................................................................................. 18
2.2.9. GE 865/SE867-AGPS Interface CS1433 .......................................................................................... 18
2.2.10. GE865/JF2 Interface CS1521 .......................................................................................................... 18
2.2.11. GL865 Interface CS1431A .............................................................................................................. 18
2.2.12. UC864-CC864 Interface KS0101C .................................................................................................... 19
2.2.13. HE910 Interfa ce CS1467C ................................................................................................................. 19
3. Startup procedure ............................................................................................................... 20
4. Insertion of the Interface Boards ....................................................................................... 21
5. Power supply setting ........................................................................................................... 22
5.1. Fixed DC source .................................................................................................................................. 22
5.2. Variable DC source ............................................................................................................................ 23
5.2.1. Coaxial Plug ....................................................................................................................................... 24
5.3. Li-Ion Battery pack and Charger ..................................................................................................... 24
5.4. Application Notes ............................................................................................................................... 25
5.4.1. Li-Ion Battery Pack ............................................................................................................................ 25
5.4.2. About Current Charger ....................................................................................................................... 25
6. Serial interface ..................................................................................................................... 26
6.1. Serial Port Setup ................................................................................................................................. 27
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7. Audio Section ....................................................................................................................... 28
7.1. Overview ............................................................................................................................................. 28
7.1.1. History ................................................................................................................................................ 28
7.2. Actual ................................................................................................................................................... 29
7.2.1. The choice .......................................................................................................................................... 29
7.3. Differential and Single Ended ........................................................................................................... 29
7.3.1. Concepts ............................................................................................................................................. 29
7.3.2. Benefits and disadvantages ................................................................................................................. 30
7.3.3. Settings ............................................................................................................................................... 31
8. AF Amplifiers Setting ......................................................................................................... 32
9. Audio outputs ....................................................................................................................... 33
9.1. Low AF Power Mode ......................................................................................................................... 33
9.2. High AF Power Mode ......................................................................................................................... 34
9.2.1. Speaker and Stand-alone Microphone ................................................................................................ 35
9.2.2. Speaker plus Headset .......................................................................................................................... 36
10. Audio Accessories ............................................................................................................ 37
10.1. Headset ................................................................................................................................................ 37
10.2. Stand-alone microphone .................................................................................................................... 38
10.3. Speaker ................................................................................................................................................ 38
11. Indication and services .................................................................................................... 39
11.1. Optical Indicators ............................................................................................................................... 39
11.1.1. Status Led ........................................................................................................................................... 39
11.1.2. CHARGE Led .................................................................................................................................... 40
11.2. Switches ............................................................................................................................................... 41
11.2.1. POWER ON Switch ........................................................................................................................... 41
11.2.2. RESET Switch .................................................................................................................................... 41
12. Connectors pinout ............................................................................................................ 42
12.1. Motherboard to Module .................................................................................................................... 42
13. Module Interface Boards ................................................................................................ 45
13.1. Generality ............................................................................................................................................ 45
13.2. Short Description ................................................................................................................................ 45
13.3. Further Accessories for GPS version ................................................................................................ 45
14. GM862 Interface .............................................................................................................. 46
14.1. Stand-alone setup ............................................................................................................................... 46
14.2. Interface connectors ........................................................................................................................... 47
14.3. Content of the kit ................................................................................................................................ 47
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15. GE863 Interface ............................................................................................................... 48
15.1. Stand-alone setup ............................................................................................................................... 48
15.2. Content of the kits .............................................................................................................................. 49
15.2.1. GE863-PY/ Q UA D ver sion ................................................................................................................. 49
15.2.2. GE863-GPS version ........................................................................................................................... 49
15.2.3. GE863-SIM version ............................................................................................................................ 49
15.3. Interface connectors ........................................................................................................................... 49
15.4. Additional components for GPS version .......................................................................................... 49
15.5. USB connector .................................................................................................................................... 50
15.6. Serial port configuration .................................................................................................................... 51
15.6.1. GE863-PY/QUAD .............................................................................................................................. 51
15.6.2. GE863 – GPS ..................................................................................................................................... 52
15.7. ANTENNA connectors ....................................................................................................................... 53
15.7.1. GPS ANTENNA connector ................................................................................................................ 53
15.7.2. GSM ANTENNA connector .............................................................................................................. 53
15.7.3. RFU ANTENNA connector ............................................................................................................... 53
16. GE864 Interface ............................................................................................................... 54
16.1. Stand-alone setup ............................................................................................................................... 54
16.2. Interface connectors ........................................................................................................................... 55
16.3. Content of the kit ................................................................................................................................ 55
17. GE864-GPS Interface ...................................................................................................... 56
17.1. Part numbering................................................................................................................................... 56
17.2. Stand-alone setup ............................................................................................................................... 56
17.3. Interface connectors ........................................................................................................................... 57
17.4. Contents of the kit .............................................................................................................................. 57
17.5. Power supply ....................................................................................................................................... 58
17.6. GPS external LNA enable signal ....................................................................................................... 58
17.7. Serial port configuration .................................................................................................................... 59
17.7.1. ASC1 to RS-232 ................................................................................................................................. 60
17.7.2. GPS to ASC1 (internal host controlling configuration) ...................................................................... 60
17.7.3. GPS to RS-232 (external host controlling configuration) ................................................................... 61
17.7.4. GPS to USB ........................................................................................................................................ 61
17.8. GPIO settings ...................................................................................................................................... 62
17.8.1. Internal host controlling configuration ............................................................................................... 62
17.8.2. External host controlling configuration .............................................................................................. 63
17.9. Antenna connectors ............................................................................................................................ 65
17.9.1. GSM antenna connector ..................................................................................................................... 65
17.9.2. GPS antenna connector ....................................................................................................................... 65
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18. GE865 – SE867 AGPS Interface .................................................................................... 66
18.1. Stand-alone setup ............................................................................................................................... 66
18.2. Interface connectors ........................................................................................................................... 67
18.3. Contents of the kit .............................................................................................................................. 67
18.3.1. GSM to GPS (GSM controlling configuration) .................................................................................. 68
18.3.2. GSM to Trace ..................................................................................................................................... 69
18.3.3. GPS to Trace(external host controlling configuration) ....................................................................... 70
18.4. Antenna connectors ............................................................................................................................ 70
18.4.1. GSM antenna connector ..................................................................................................................... 70
18.4.2. GPS antenna connector ....................................................................................................................... 70
19. GE865 – JF2 Interface .................................................................................................... 71
19.1. Stand-alone setup ............................................................................................................................... 71
19.2. Interface connectors ........................................................................................................................... 72
19.3. Contents of the kit .............................................................................................................................. 72
19.4. Power supply ....................................................................................................................................... 72
19.5. GPS external LNA enable signal ....................................................................................................... 73
19.6. Serial port configuration .................................................................................................................... 75
19.7. GSM to Trace...................................................................................................................................... 75
19.8. GPS to Trace ....................................................................................................................................... 76
19.9. GSM to USB ........................................................................................................................................ 77
19.10. GPS to USB ......................................................................................................................................... 77
19.11. GPS to GSM (internal host controlling configuration) ................................................................... 78
19.12. GPIO settings ...................................................................................................................................... 78
19.12.1. Internal host controlling configuration ........................................................................................... 78
19.12.2. External host controlling configuration .......................................................................................... 79
19.13. GPS serial interface setting ............................................................................................................... 80
19.14. MEMS Sensor/EEPROM Interface .................................................................................................. 81
19.15. GPS power-on management .............................................................................................................. 81
19.16. Antenna connectors ............................................................................................................................ 81
19.16.1. GSM antenna connector ................................................................................................................. 81
19.16.2. GPS antenna connector .................................................................................................................. 82
20. GC864 Interface ............................................................................................................... 83
20.1. Stand-alone setup ............................................................................................................................... 83
20.2. Interface connectors ........................................................................................................................... 84
20.3. Content of the kit ................................................................................................................................ 84
21. GC864-C2 family Interface ............................................................................................. 85
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21.1. Stand-alone setup ............................................................................................................................... 85
21.2. Interface connectors ........................................................................................................................... 86
21.3. Content of the kit ................................................................................................................................ 86
22. GE865 Interface ............................................................................................................... 87
22.1. Stand-alone setup ............................................................................................................................... 87
22.2. Interface connectors ........................................................................................................................... 88
22.3. Content of the kit ................................................................................................................................ 88
23. GL865 Interface ............................................................................................................... 89
23.1. Stand-alone setup ............................................................................................................................... 89
23.2. Interface connectors ........................................................................................................................... 90
23.3. Content of the kit ................................................................................................................................ 90
24. UC864 family Interface ................................................................................................... 91
24.1. Stand-alone setup ............................................................................................................................... 91
24.2. Interface connectors ........................................................................................................................... 92
24.3. Content of the kit ................................................................................................................................ 92
25. HE910 family Interface ................................................................................................... 93
25.1. Stand-alone setup ............................................................................................................................... 93
25.2. Interface connectors ........................................................................................................................... 94
25.3. Antenna connectors ............................................................................................................................ 95
25.3.1. GSM/UMTS Antenna connec tor ........................................................................................................ 95
25.3.2. Receiver Diversity Antenna connector ............................................................................................... 95
25.3.3. GPS antenna connector ....................................................................................................................... 95
25.4. Expansion Connectors ....................................................................................................................... 96
25.4.1. PL301/PL302 ...................................................................................................................................... 96
25.4.2. PL303/PL304/PL305 .......................................................................................................................... 96
25.4.3. PL102 ................................................................................................................................................. 98
25.4.4. ON_OFF & RESET BUTTONS ........................................................................................................ 98
25.5. Content of the kit ................................................................................................................................ 98
26. GPIO ports ....................................................................................................................... 99
26.1. GPIO location ................................................................................................................................... 100
26.1.1. GM862 Interface ............................................................................................................................. 100
26.1.2. GE863-GPS Interface ....................................................................................................................... 102
26.1.3. GE863 Interfaces (p/n 3990250684 -3990250685-3990250703) ..................................................... 104
26.1.4. GE864 Interfa ce (p/n 3990250672) .................................................................................................. 104
26.1.5. GE864-GPS Interface (p/n 3990250822) ......................................................................................... 105
26.1.6. GE865/SE867-AG PS Inte rface (p/n 3990250814) ........................................................................... 107
26.1.7. GC864 Interface ............................................................................................................................... 108
26.1.8. GC864-C2 Interface (p/n 3990250683) ............................................................................................ 109
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26.1.9. UC864 Interface .............................................................................................................................. 110
26.1.10. HE910 Interface ........................................................................................................................... 111
27. SCHEMATICS .............................................................................................................. 113
27.1. EVK2 Mother Board ........................................................................................................................ 114
27.2. GM862 Interface Board ................................................................................................................... 119
27.3. GE863 Interface Board .................................................................................................................... 120
27.4. GE864 Interface board .................................................................................................................... 122
27.5. GE864 Interface board – Automotive ............................................................................................. 123
27.6. GE864 Interface board – V2 ............................................................................................................ 124
27.7. GE864-GPS Interface board ........................................................................................................... 125
27.8. GE865/SE867-AGPS Interface board ............................................................................................. 127
27.9. GE865 Interface board .................................................................................................................... 129
27.10. GL865 Interface board .................................................................................................................... 130
27.11. GC864 Interface board .................................................................................................................... 131
27.12. GC864-C2 Interface board .............................................................................................................. 132
27.13. UC864 Interface board ................................................................................................................... 133
27.14. HE910 Interface board .................................................................................................................... 135
27.1. GE865 – JF2 Interface board .......................................................................................................... 138
28. Service and firmware update ........................................................................................ 141
29. SAFETY RECOMMENDATIONS .............................................................................. 142
29.1. Disposal of this product in the European Union ............................................................................ 143
30. RoHS Certifications ....................................................................................................... 145
31. Disposal of old Electrical & Electronic Equipment (WEEE Mark) ......................... 146
32. Document History .......................................................................................................... 147
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1. Introduction
1.1. Scope
The Aim of this document is the handling description of the developer’s Evaluation KIT
second edition, a laboratory tool named EVK2.
1.2. Audience
All given information shall be used as a guide and a starting point for properly developing of
your product. Obviously this document cannot cover all the hardware solutions and products
that may be designed.
1.3. Contact Information, Support
For general contact, technical support, to report documentation errors and to order manuals,
contact Telit’s Technical Support Center (TTSC) at:
TS-EMEA@telit.com
TS-NORTHAMERICA@telit.com
TS-LATINAMERICA@telit.com
TS-APAC@telit.com
Alternatively, use:
http://www.telit.com/en/products/technical-support-center/contact.php
For detailed information about where you can buy the Telit modules or for recommendations
on accessories and components visit:
http://www.telit.com
To register for product news and announcements or for product questions contact Telit’s
Technical Support Center (TTSC).
Our aim is to make this guide as helpful as possible. Keep us informed of your comments
and suggestions for improvements.
Telit appreciates feedback from the users of our information.
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1.4. Text Conventions
Danger – This information MUST be followed or catastrophic equipment failure or bodily
injury may occur.
Caution or Warning – Alerts the user to important points about integrating the
module, if these points are not followed, the module and end user equipment may
fail or malfunction.
Tip or Information – Provides advice and suggestions that may be useful when
integrating the module.
All dates are in ISO 8601 format, i.e. YYYY-MM-DD.
1.5. Related Documents
Telit’s GSM/GPRS Family Software User Guide, 1vv0300784
Audio settings application note , 80000NT10007a
Digital Voice Interface Application Note, 80000NT10004a
HE910 Digital Voice Application Note, 80000NT10050a
SIM Holder Design Guides, 80000NT10001a
AT Commands Reference Guide, 80000ST10025a
Telit EVK2 User Guide, 1vv0300704
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1.6. Content of the kit
Please check out the content of your EVK2 kit; if any of the items is missing, please contact
your supplier.
Description Quantity
EVK2 MOTHERBOARD 1
INFORMATION NOTE 1
2 PIN JUMPER FEMALE CONN 18
ASSEMBLED USB A-B CABLE 1
RED & BLACK CABLE WITH PLUGS 1
GSM-UMTS MAGNETIC ANTENNA
CABLE RG174 WITH SMA/M 1
Table 1
Figure 1: GE863-PY Interface Board (upper) fitted on EVK2 Motherboard (lower).
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2. Description
The motherboard CS1139B can be split into several functional blocks depending on the
implemented function; the following drawings show a block diagram and the displacement of
the main blocks on motherboard.
blok39a3.skd
15/03/2006
USB A0
SO501
USB B1
USB
HUB
USB B0
STACKED
RS232
SO301
USB A1
AUDIO 2
AUDIO 1
PL401
SO401
3,8Vin
PL107
Li-Ion
Batt.Pack
+3,7V
SO101
5-40 Vin
PL101
Level
Translator
Charge PL103
Charge
6V In
PL102
S.E.
AF in/out
BTL
AFout
AT command
NMEA
Power
Saving
PL303
PL301
PL302
Reserved
GPS debug
PL201
PL202
Current
Limiting
PL106
PL105
PL104
Telit Module
PL403
PL402
PL404
500mW
AF PA
Figure 2: Miscellaneous signals, connections and routing on CS1139B.
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CS1139B
MODULE INTERFACE
CONNECTORS
RS232
LEVEL TRANSLATOR
RS232
STACKED
AUDIO
SPEAKER
SERIAL PORTS
SELECTION
USB
RS232
AUDIO LINES
SELECTION
AUDIO 2
AUDIO 1
USB
USB to RS232
INTERFACE
CURRENT
LIMITER
SIM CARD
HOLDER
CHARGER ON
STATUS
LED
ON
RESET
CHARGE
LED
Li-Ion
Battery
BATT REG
REG VAR.
+6V
CHARGER
+3.8V
STEP DOWN
CONVERTER
+(5-40)V
+(5-40)V
Figure 3: CS1139B circuital displacement
2.1. PCB characteristics
Material : FR4
Thickness: 0, 95 mm
Surface finishing: Chemical gold plate Ni 5um/ Au 0,1um
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2.2. Mechanical characteristics of the assembled PCBs
2.2.1. Mother Board CS1139B
Length 100 mm (max 102,6 mm)
Width 160 mm (max 166,10mm)
Height 47,6 mm (included the support with columns)
Weight 200 gr (without any interface)
2.2.2. GM862 Interface CS1150B
Length 66,04 mm
Width 78,74 mm
Height 21,00 mm
Weight 27 gr (without the module)
2.2.3. GE863 Interface CS1151A
Length 75 mm (max 84,70mm)
Width 78,74 mm
Height 21,00 mm
Weight 40 gr (with module)
Weight 44,3 gr (with module for GPS version)
2.2.4. GE864 Interface CS1152B
Length 66,04 mm (max 75,20mm)
Width 78,74 mm
Height 21,00 mm
Weight 36 gr (with module)
2.2.5. GE864-GPS Interface CS1439B
Length 78.70 mm (max mm)
Width 83.70 mm
Height 21 mm
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2.2.6. GC864 Interface CS1203B
Length 66,04 mm
Width 78,74 mm
Height 21,00 mm
Weight 27 gr (without the module)
2.2.7. GC864-C2 Interface CS1231X
Length 50,00 mm
Width 33,00 mm
Height 5,60 mm
Weight 13,8 gr (with module)
2.2.8. GE865 Interface CS1324A
Length 66,04 mm (max 75,20mm)
Width 78,74 mm
Height 21,00 mm
Weight 34 gr (with module)
2.2.9. GE865/SE867-AGPS Interface CS1433
Length 101.00 mm
Width 78.74 mm
Height mm
2.2.10. GE865/JF2 Interface CS1521
Length 101,00 mm
Width 78,74 mm
Height mm
2.2.11. GL865 Interface CS1431A
Length 66,04 mm (max 75,20mm)
Width 78,74 mm
Height 21,00 mm
Weight 34 gr (with module)
Telit EVK2 User Guide
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2.2.12. UC864-CC864 Interface KS0101C
Length 102,00 mm
Width 67,50 mm
Height 20,80 mm
Weight 55 gr (without module)
2.2.13. HE910 Interface CS1467C
Length 107,00 mm
Width 102,00 mm
Height 25,00 mm
NOTE:
The overall height for every combination (mother board + interface board) is still the height of
the mother board
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3. Startup procedure
The motherboard factory setup is:
Serial port RS232
DC source + (5÷40) V / 1A
Batt.Charger connector (PL106) On
RX Amplifier Audio 1
Respect the following order to use the EVK2:
insert your SIM card
set properly all jumpers in the desired position
plug the module Interface board into PL201 and PL202
connect the antenna to RF connector (on module or on Interface Board)
connect the audio accessories if required
plug the external power supply into the right socket, depending from DC source
switch ON the power supply
connect the serial cable between your PC and UART (RS232 or USB 1.1)
push ON/OFF button for at least 2 seconds (4 seconds if the power supply is lower then
3,4V) until the STATUS LED is on
Your EVK2 should now be operational and ready to receive AT Commands.
NOTE:
When you use USB port, it is very important to respect the following sequences:
Start: first turning ON the EVK2 and then connecting it to the PC
Stop: first disconnecting the PC and then turning OFF the EVK2
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4. Insertion of the Interface Boards
Every Interface Board must be inserted on CS1139B paying great attention to match the
position of the main connectors; this has been made easy:
optically by a triangle drawn on both printed circuits (except CS1231X) ;
mechanically shifting a column out of regular square cross position.
Both guide systems are highlighted by orange color as shown on the next figure.
sense39b
RS232
STACKED
USB
RS232
CS1139B
SPEAKER
MECHANICAL
KEY
1
4039
1
USB
SO101
CS1150B
OPTICAL
KEY
2
1
RESET ON
AUDIO 2
AUDIO 1
STATUS
LED
39 40
PL103
30293029
PL102
SO103
12
2
121
Figure 4: Positioning Guide Systems of GM862 Interface Board on CS1139B.
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5. Power supply setting
The EVK2 could be powered by different external sources, only one at time. The requested
setting is made inserting the proper jumper connectors in the right position as described in the
following paragraphs.
Be careful to the connections, even if every supply line is protected by a diode against “polarity
reversing” and by a 0Ω resistor against “short circuiting”.
5.1. Fixed DC source
Connect a +3,8V / 2A fixed DC source to PL101 respecting the polarization; short pin2 &
pin3 – PL104 and pin1 & pin2- PL105 by 2 contacts jumper connectors. No other jumpers
are needed.
Figure 5: +3,8V fixed source setting
PL107
PL103
PL105
BATT
SO201
REG
PL106
3.8V
PL104
+3,8V INPUT
PL101
SO101
PL102
5-40V
3_8DC.skd
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5.2. Variable DC source
Connect a + 5÷40 V /
1A variable DC source to PL102 (by wires) or to SO101 (by coaxial
plug), with care to the polarities. Short pin1& pin2-PL104 and pin1& pin2-PL105 by
inserting 2 contacts jumper connectors.
No other jumpers are needed.
PL105
+(5-40)V Source
by wires
+(5-40)V Source
by Plug
SO201
PL106
BATT
REG
5_40DC.skd
PL107
PL105
PL104
3.8V
PL103
5-40V
PL101
SO101
PL102
+(5-40)V in
SO201
PL106
BATT
REG
PL107
PL104
PL103
3.8V
PL101
5-40V
+(5-40)V in
PL102
SO101
Figure 6: Variable DC source setting
NOTE:
It is useful set the variable DC source at 6V minimum to avoid problems with voltage drops due
to the length of the wires or the conductors gauge.
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5.2.1. Coaxial Plug
The figure 7 shows the connections of the Power Plug of left part of figure 6.
inner contact
outer contact
powerjck.skd
Figure 7: Coaxial “Power Plug” connection.
5.3. Li-Ion Battery pack and Charger
Connect a Li-Ion battery pack to PL107 with care to the polarity then short pin 2& pin3-
PL105 by inserting the 2 contacts jumper connector.
If the battery pack needs to be recharged, connect a +6V /
0,5A fixed DC source to PL103,
with care to the polarity; short PL106 inserting a 2 contacts jumper connector as shown in
figure 8: the yellow CHARGE LED will be on during the initial phase of charge. If you
remove the battery pack when the charge stops (no current flows), immediately REMOVE
also the jumper of PL106.
SO201
BATT
REG
CHARGER ON
PL106
liion.skd
3.8V
PL105
PL107
PL103
CHARGE
LED
SO101
PL101
PL104
5-40V
Li-Ion Battery Pack
Li-Ion DC Source plus
Battery Charger
+6V IN (Charger)
Figure 8: Battery Pack and Battery Charger wired connections and setting.
WARNING:
NEVER CONNECT any Battery Charging source to PL102 without connected Battery!!
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5.4. Application Notes
5.4.1. Li-Ion Battery Pack
The 3.7V Li-Ion rechargeable Battery Pack should be connected directly to PL107 connector.
Remember to use the connection cables as short as possible, with the appropriate conductors
gauge and the other attributes, such as device power budget and cable flexibility, in order to
match the specified voltage drop (especially during the high current absorption periods).
To obtain the best performance we suggest a capacity of 1000 mAh (not lower than 500 mAh).
5.4.2. About Current Charger
With a +6V Current Unlimited Source connected to PL103 connector, the battery pack will
be directly charged through VBATT connector pins of the Telit Modules, under control of the
Internal Charge Algorithm (only on models where is implemented).
Depending of the size, the Li-Ion cell manufacturers suggest a charge current value not
greater than 1,5C (C= Capacity of the battery pack, expressed in mAh); even if a lower
current means a longer charging time, a current equal to 0,5C is considered to be a good
choice.
With reference to the schematic diagram 30276SE11139A –sheet1, the Current Limiting
Circuit (Q102, Q103, R106, R107, R108, R109, R110, R111, R112, R113, C105) sets the maximum value
of the Charge Current in respect to the law:
where
R par
Vbe Q
Ich 102
R11
3
R112,R111,//R110,
Rpar
With the default values, the charge current will be 470mA, which will charge Battery
Packs with a capacity from 350mAh to 1000mAh, without any dissipation problem.
If a higher capacity Battery Pack is needed, you must increment the Time Out in the Telit
Modules.
WARNING:
SET THE MAXIMUM VOLTAGE of the CURRENT UNLIMITED SOUCE lower then
+8V.
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6. Serial interface
The following figure shows the architecture of the serial ports.
8
8
SO301
Upper
U303 8
+5V USB
6MHz
USB (1)
USB (2) spare
U502
2
HUB
USB-B
SO501
XTAL2
2
U504
3V LDO
U505
USB(0)
SO301
Lower
ASC1ASC0
2
2
+3,7V
LDO
on/off 3V LDO
U506
Port B (1)
PWR Ena
U509
VCCIO
3
Port A (1)
2
VCCIO
PWR Ena
2
Port A (0)
GPS debug
R0
3
SERIAL9.SKD
RESERVED
R0 2
SO301
U503
8
Port B (0)
U304 2
NMEA (GM862-GPS)
2
AT commands
PROGRAM
Figure 9: Serial ports block diagram.
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6.1. Serial Port Setup
Communications between your application and the Telit modules are allowed connecting the
DTE to the Asynchronous Serial Interfaces of Base-Band Chip, ASC0 and ASC1, through
the stacked standard RS232 communications port (double 9 way D-socket connector at slow
data rates of RS232 protocol) or a standard USB-B Series receptacle (at higher data rates of
USB1.1 specification through a CMOS HUB that realizes a multiple attachment point
device).
ATcommands/PROGRAM
LOWER
UPPER
SERVICE
CS1139B
ddb9b.skd
6789
12345
6789
12345
DB9
Stacked
Figure 10: Double 9 way D-Socket Connector
The selection is made short circuiting PL302&PL303 (RS232 mode) or PL302&PL301
(USB 1.1 mode) by 10 pieces of 2 contacts jumpers. This solution has been implemented
because you can isolate every single line during the development.
CS1139B
RS232
STACKED
SO301
RS232
USB
1
RS232 MODE
39 40
PL303
PL302
PL301
PL502
USB
SO501
SO101
2
1
CS1139B
USB MODE
RS232
STACKED
SO301
RS232
USB
usb_rsb.skd
39 40
PL303
PL301
PL302
USB
SO501
PL502
Figure 11: Serial Ports selection
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7. Audio Section
7.1. Overview
The Base Band chip of the Telit’s modules provides one or two (depends of model) audio
paths both in receive and in transmit sections, which could be active only one at time.
To turn on your well-suited section on EVK2, please refer to “AF Amplifiers Setting
“paragraph and followings.
To know which are the suggested performances of the EVK2 audio transducers, refer to
“Audio Accessories “paragraph.
7.1.1. History
The Baseband chip of our modules was developed for the cellular phones, which needed two
separated amplifiers both in RX and in TX section. A couple of amplifiers had to be used
with internal audio transducers (Handset mode, HS) while the other couple of amplifiers must
be used with external audio transducers (Handsfree mode, HF).
Transducers definitions:
Headsets are transducers that receive an electrical signal from a receiver and use speakers
placed in close proximity to the ears to convert the signal into audible sound waves.
In the context of telecommunication, the word Headset is also commonly understood to refer
to a combination of Headphone and Microphone used for two-way communication, like with
a mobile phone.
Earphones are small Headphones that are placed directly outside of the ear canal, but
without fully enveloping it. They are generally inexpensive and are favored for their
portability and convenience.
Earpiece A part whether of a telephone receiver or hearing aid, that fits in or is held next to
the ear.
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7.2. Actual
The HS and HF definitions have been kept in the Software and on the schematics of the Telit
modules, but with EVK2 we will refer to Audio1 and Audio2 section instead of Handset and
Handsfree respectively, remembering that:
they can have fully equivalent electrical performances (like the two microphone amplifiers)
they can activate the same functionalities (like the Echo Canceller module)
they can offer slightly different performances (like the two speaker buffering stages)
7.2.1. The choice
The activation of the audio path is made Hardware by AXE line or Software by AT#CAP
command.
If you don’t have any load driving constraint (like a speaker with an impedance coil lower
than 16 ohm), the choice between one or other “block” could be done without consideration
related to the electrical performances; for example in order to overcome the PCB design
difficulties.
7.3. Differential and Single Ended
7.3.1. Concepts
Any voltage can be characterized by a potential difference between two terminals.
The configuration of the two terminals and how the signal is delivered from output to input
allows the signal to be more generally described in one of three ways:
Single-ended signal
. This is a signal delivered between a signal trace and a ground.
One terminal for a single-ended connection is always at fixed potential (
usually
Ground
).
Differential Signals
. These are signals that travel through a pair of traces. On the
signal pair, neither of the terminals is Ground.
Common mode Signals. They represent a special case of differential signals, also
travelling between a pair of traces, where the voltage potential on both signals is
the same.
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7.3.2. Benefits and disadvantages
Differential amplifiers are desirable to use, especially in audio applications where signal
levels are very low such as those from microphones.
Classically, the benefits obtained from differential amplification are:
Increase of Common Mode Rejection Ratio (CMRR)
Differential inputs enable cancellation of any noise common on both inputs. Noise
generated at the input of the amplifier has a greater effect than noise generated at
the output, because any noise on the input is multiplied by the gain of the amplifier.
Increase Signal to Noise Ratio (SNR)
The inputs to the amplifier are especially sensitive to noise because they are
typically not driven by a very low impedance source.
High Rejection in Electromagnetic Interference (EMI)
Noise immunity is very important in wireless phones because the RF signal is sent
in bursts such that the frequency between bursts is in the audio band. RF
rectification is such a problem that many manufacturers shield the audio portion of
the phone.
Double Useful signals level
The signal levels from microphone and the voltage swing to the load are doubled.
Then the AF power to the load it is 4 times the single-ended Afpower at the same
voltage supply.
No output blocking capacitor is needed
Even if the differential outputs are biased at half-supply; no DC voltage exists
across the load. You do not need the big, expensive and heavy blocking capacitors
(generally from 33 μF to 1000 μF), lowering the cost and saving PCB space
There is no frequency limiting effect due to the high pass filter network created with
the speaker impedance and the coupling capacitance.
Less shielding is required from amplifier to load
Mainly we have only one disadvantage using differential amplification: the routing of one
more signal line could be more difficult and the additional trace requires more board space.
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7.3.3. Settings
Connecting your accessories to SO401 in/out connector, you will implement Single Ended
Input/Output configurations.
Removing all 2 contacts jumpers inserted between PL402&PL403 or PL403&PL404, the
in/out lines of our modules will be directly available on PL402 and PL404 connectors.
In such a way, you will be able to implement fully Differential Input/Output configurations.
Only with GC864-QUAD/PY-C2 modules the Ear output lines are AC coupled.
4039
1
1
direct.skd
CS1139B
AXE
1
1
Ear HF+
Ear HF-
Mic HF-
Mic HF+
AUDIO 1
SPEAKER
AUDIO 2
GND
Mic MT-
Mic MT+
Ear MT-
Ear MT+
Figure 12: PL402 and PL404 Fully Differential audio lines.
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8. AF Amplifiers Setting
The Base Band Processor Audio Amplifiers selection is made short-circuiting PL403&PL402
(RX Amplifier 1) or PL403&PL404 (RX Amplifier 2). In such a way you could verify the
complete performance of both audio paths.
"AUDIO 2" Block Setting
"AUDIO 1" Block Setting
USB
RS232
CS1139B
rxamp_b.skd
1
( ex HANDSFREE )
1
4039
USB
RS232
CS1139B
1
( ex HANDSET )
1
4039
AUDIO 1
AUDIO 2
AUDIO 1
AUDIO 2
Figure 13: Base Band Audio Amplifiers selection
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9. Audio outputs
The EVK2 output audio signals could be drive a device connected to SO401 (LOW AF POWER
mode) or to PL401 (HIGH AF POWER mode).
9.1. Low AF Power Mode
Inserting the 2 contacts jumpers as explained at paragraph 9A, a standard off-the-shelf
Headset should be connected to the SO401 (3 contacts, 2.5mm diameter jack connector ).
With such an insertion, the Telit Modules will power the Microphone through a Single
Ended input circuit and the Earpiece through a Single Ended/ AC coupled output circuit.
NOTE:
The acoustic performance of the Headset (frequency response, loudness) largely depends by its
housing, fitting and acoustic impedance.
The coil impedance of the Headset should be higher than 15 ohm @ 1KHz.
headset.skd
HEADSET
SPEAKER
RS232
STACKED
USB
RS232
CS1139B
1
4039
1
AUDIO 2
AUDIO 1
29
PL102
30
Figure 14: Headset insertion
Common GND
Earpiece
2
1
MIC +
3
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9.2. High AF Power Mode
Connecting an 8 ohm Speaker to PL401 by a 2 contacts female connector, you could drive it
through the 500mW Power Amplifier.
In this case the Speaker will be driven in fully differential configuration, with no side
connected to ground and without any output coupling capacitor. Therefore care must be
taken because there is DC voltage on both sides of the Speaker.
The overall gain of this amplifier can be modified varying the ratios R406/R404 and
R407/R410:
410
407
2
406
404
2R
R
R
R
Av if R404=R407 and R406=R410
NOTE:
The coil impedance of the Speaker should be higher than 8 ohm @ 1KHz .
Figure 16: Speaker insertion
speaker.skd
STACKED
RS232 USB
RS232
1
CS113
9
4039
SEPARATE
SPEAKER
1
AUDIO 2
AUDIO 1
3029
PL1
0
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9.2.1. Speaker and Stand-alone Microphone
If you are using a Speaker, you can connect a stand-alone electrete microphone by a coaxial
2,5mm plug to SO401, respecting the following pin-out.
3
1= MIC +
2= N.C.
3= MIC -
12
Figure 17: Microphone Plug Connection
Figure 18: Speaker & Microphone case insertion
Microphone
speakmic.skd
SPEAKER
Speaker
CS1139
STACKED
RS232 USB
RS232
1
4039
1
AUDIO 2
AUDIO 1
3029
PL
1
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9.2.2. Speaker plus Headset
If you have chosen to connect the Speaker to HIGH AF POWER output, without having a
stand-alone electret microphone, it is also possible to connect a standard off-the-shelf
Headset to SO401 without any problem, as shown in the figure 18: the AF output signal will
be heard on both Speaker and Earpiece.
WARNING:
You must use the right coil impedance depending from audio output you want to use.
If you sort out the LOW AF POWER solution connecting your Headset to SO401, the coil
impedance must be at least 16Ω@1KHz or higher.
If you sort out the HIGH AF POWER solution connecting your Speaker to PL401, the coil
impedance must be at least 8Ω@1KHz or higher
Figure 19: Speaker plus
Headset insertion
spkmic2.skd
Speaker
CS1139
A
STACKED
RS232 USB
RS232
1
4039
1
AUDIO 2
AUDIO 1
3029
PL1
0
Electrete Microphone
Headset
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10. Audio Accessories
The following tables show the suggested specification to obtain the best performance from off-
the-shelf accessories.
10.1. Headset
Nominal sensitivity -45dBVrms/1Pa (+/- 3dB)
Line coupling AC
Nominal Voltage 2V
Range of Using Voltage (1÷10)V
Consumption Current (150÷500 ) μA
Impedance 2,2KΩ
Signal to Noise Ratio 56dB /1KHz/1Pa (A curve)
Inner EMI capacitor between
terminals 10pF, 33pF
Table 2: Microphone electrical characteristics
Rated Input Power 5mW
Maximum Input Power 20mW
Coil Impedance 32
5
@ 1kHz
SPL 95
3 dB @ 1KHz/1mW sine
wave
Resonance frequency (Fo) < 350Hz
Useful Bandwidth Fo ÷ 8000 Hz @ -3dB
Table 3: Earpiece electrical characteristics
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10.2. Stand-alone microphone
Nominal sensitivity -45dBVrms/1Pa (+/- 3dB)
Line coupling AC
Nominal Voltage 2V
Range of Using Voltage (1÷10)V
Consumption Current (150÷500 ) μA
Impedance 2,2KΩ
Signal to Noise Ratio 56dB /1KHz/1Pa /A curve
EMI capacitor between terminals 10pF, 33pF
Table 4: Microphone electrical characteristics
10.3. Speaker
Rated Input Power 500 mW
Maximum Input Power 1W
Coil Impedance 8
SPL 85
3 dB @ 1KHz
Resonance frequency (Fo) < 350Hz
Useful Bandwidth Fo ÷ 8000 Hz @ -3dB
Table 5: Speaker electrical characteristics
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11. Indication and services
11.1. Optical Indicators
11.1.1. Status Led
It is a debug aid that shows information on the network service availability and Call status.
LED status Device Status
Permanently off Device off
Fast blinking (period 1s, Ton 0,5s) Net search / Not registered / turning off
Slow blinking (period 3s, Ton 0,3s) Registered: full service
Permanently on A call is active
Table 6: STAT_LED indications
AUDIO 1
AUDIO 2
CS1139B
STATLEDb.skd
USB
11
39
RS232
40
RESET ON
STATUS
LED
39
293029 30
40
Figure 20: STAT_LED position
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11.1.2. CHARGE Led
A yellow LED is used as Charge In Act Indicator, as explained in the following
table.
CHARGE LED Meaning
Always on Start Charge/ Hugh current Charge in act
Always off Low current Charge in act/Charge stop
Table 7: CHARGE LED indications
CS1139B
ch_led.skd
SO201
PL105
CHARGE
LED
PL107
PL106
CHARGER ON
BATT
REG
PL104
3.8V
PL103
5-40V
PL101
Figure 21: CHARGE LED position
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11.2. Switches
You turn On/Off or Reset the EVK2 by 2 push buttons.
11.2.1. POWER ON Switch
Pressing for at least 2 seconds the Power ON SWITCH, you turn On/Off the whole EVK2
and the Telit module in use: the STAT_LED starts to slowly blink (ON state) or stops to blink
(OFF state).
11.2.2. RESET Switch
Whenever the RESET SWITCH is pressed, you could reset the Telit module in use.
When the device is reset, it stops any operation without doing any detach operation from the
network where it is registered and it reboots after the release of the Reset Switch.
This behavior is not a proper shut down because any GSM device is requested to issue a
detach request at turning off. For this reason the Reset pressing action must not be used to
normally reboot/shutting down the device, but only as an emergency exit in the rare case the
device remains stuck waiting for some network response.
The RESET is internally controlled at start-up to achieve always a proper power-on reset
sequence, so there is no need to control this pin on start-up. It may only be used to reset a
device already on that is not responding to any command.
AUDIO 1
AUDIO 2
CS1139B
switch_b.skd
USB
11
39
RS232
40
STATUS
LED
RESET ON
39
293029 30
40
Figure 22: SWITCHES position
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12. Connectors pinout
12.1. Motherboard to Module
The connections between CS1139B and every Telit module Interface Board are made
through two 40 pin male connectors. Theirs pin functions are listed in the following tables.
Pin Signal Type Function
1 NC1
2 TX_Trace Digital Output to RS232 or USB level translators
3 RX_Trace Digital Input from RS232 or USB level
translators
4 IIC_SDA_HW Digital In/Out from/to USB level translators
5 GND DC voltage Power
6 IIC_SCL_HW Digital Input from USB level translators
7 SSC0_CLK Digital Output to USB level translators
8 SSC0_MTSR Digital In/Out from/to USB level translators
9 SSC0_MRST Digital In/Out from/to USB level translators
10 NC
11 GND DC voltage Power
12 GND DC voltage Power
13 GND DC voltage Power
14 GND DC voltage Power
15 C109/DCD Digital Output to RS232 or USB level translator
16 C104/RXD Digital Output to RS232 or USB level translator
17 C103/TXD Digital Input from RS232 or USB level translator
18 C108/DTR Digital Input from RS232 or USB level translator
19 GND DC voltage Power
20 C107/DSR Digital Output to RS232 or USB level translator
21 C105/RTS Digital Input from RS232 or USB level translator
22 C106/CTS Digital Output to RS232 or USB level translator
23 C125/RING Digital Output to RS232 or USB level translator
24 NC
25 GND DC voltage Power
26 GND DC voltage Power
27 GND DC voltage Power
28 GND DC voltage Power
29 EAR_HF+ AC Out Voltage Audio
30 EAR_MT- AC Out Voltage Audio
31 EAR_HF- AC Out Voltage Audio
1 DO NOT CONNECT
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32 EAR_MT+ AC Out Voltage Audio
33 AXE DC voltage INT/EXT Switching
34 MIC_HF- AC In Voltage Audio
35 MIC_MT+ AC In Voltage Audio
36 MIC_HF+ AC In Voltage Audio
37 MIC_MT- AC In Voltage Audio
38 GND DC voltage Power
39 GND DC voltage Power
40 GND DC voltage Power
Table 8: PL201-CS1139B
Pin Function Type NOTES
1 VBATT DC voltage Power
2 VBATT DC voltage Power
3 VBATT DC voltage Power
4 VBATT DC voltage Power
5 GND DC voltage Power
6 GND DC voltage Power
7 GND DC voltage Power
8 GND DC voltage Power
9 CHARGE DC voltage Power
10 CHARGE DC voltage Power
11 GND DC voltage Power
12 GND DC voltage Power
13 GND DC voltage Power
14 GND DC voltage Power
15 ON_OFF* DC voltage Pull up to VBATT
16 NC
17 RESET* DC voltage Module Reset
18 NC
19 NC
20 NC
21 STAT_LED Open Collector Status Indicator LED
22 NC
23 NC
24 NC
25 GND DC voltage Power
26 GND DC voltage Power
27 GND DC voltage Power
28 GND DC voltage Power
29 NC
30 NC
31 SIMIO 3V Only SIM Data I/O
32 SIMCLK Digital Signal SIM Clock
33 SIMRST DC voltage SIM Reset
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34 SIMVCC DC voltage SIM Power
35 SIMIN DC voltage SIM inside detector
36 NC
37 NC
38 GND DC voltage Power
39 GND DC voltage Power
40 GND DC voltage Power
Table 9: PL202-CS1139B
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13. Module Interface Boards
13.1. Generality
You can use your EVK2 with see APPLICABILITY LIST Telit modules fitted on its own
Interface Board; all connections are made through 2x40 contacts connectors.
It’s possible to use these Interface Boards also in stand-alone mode, inserting the “not
mounted” components (related to RESET BUTTON, ON BUTTON, SIM HOLDER and
STATUS LED functions) plus the use of an external level translator circuit.
For more information refer to Telit Product Description
13.2. Short Description
The interface boards convert the module connection technology (bo ard-to-bo ard or BGA
soldering) into a PTH pin connector. The part of the basic interfaces is served by the
motherboard, whereas specific interfaces according to the type of the module (antenna,
general purpose inputs/outputs GPIO, ADC/DAC, UART) are available on the adapter board
to connect it to the user applications, extension boards, measurements equipment or other
tools.
13.3. Further Accessories for GPS version
When test the GPS products, besides the content of the single kits you need the accessories
listed in below table.
SMA/MMCX cable adapter Module under test Interface Board GPS Antenna
1ff1400073tlb P/N 1rr0100071tlb
1 GM862-GPS 3990250670 1
- GE863-GPS 3990250671 1
- GE864-GPS TBD 1
- SE867-AGPS TBD 1
- HE910 3990250829 1
Table 11. GPS versions further accessories.
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14. GM862 Interface
This board allows easily interfacing the module with the EVK2 and testing its functionalities;
any version of GM862 can be insert.
No settings are needed.
Figure 23. GM862 Interface Board
14.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount the
following missing components:
RESET Button
ON Button;
STATUS LED and its load resistance.
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14.2. Interface connectors
The following connectors are available:
2 male connectors (30 pins each one: PL102, PL103), on which it is possible to connect
external devices like user’s application, Telit extension boards, measurements equipment or
other tools
2 female connectors (40 pins each one: SO101, SO102), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines).
14.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
GM862 INTERFACE 1
ASSEMBLED CABLE L–250 RG174
TERMINALS SMA F & MMCX 90 M 1
Table 12.
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15. GE863 Interface
This board allows easily interfacing the GE863 modules with the EVK2 and testing their
functionalities;
Figure 24. GE863 Interface Boards: GE863-QUAD or GE863-SIM (at left) and GE863-GPS (at right)
15.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount also:
the SIMCARD Holder;
the RESET Button
the ON Button;
the STATUS LED and its load resistance.
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15.2. Content of the kits
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
15.2.1. GE863-PY/QUAD version
Description Quantity
GE863 INTERFACE BOARD 1
2 PIN JUMPER FEMALE CONN 2
Table 13
15.2.2. GE863-GPS version
Description Quantity
GE863–GPS INTERFACE BOARD 1
2 PIN JUMPER FEMALE CONN 2
Table 14
15.2.3. GE863-SIM version
Description Quantity
GE863-SIM INTERFACE BOARD 1
2 PIN JUMPER FEMALE CONN 2
Table 15
15.3. Interface connectors
The following connectors are available in any version:
GSM RF connector (SMA Female)
2 male connectors (4 pins each one: PL101, PL102) to select the Serial port configuration
2 female connectors (40 pins each one: SO101, SO106) to connect the interface to the EVK2
mother board circuits (power supply lines, serial in/out lines, audio in/out lines)
2 male connectors (30 pins each one: PL103, PL104), on which it is possible to connect
external devices like user’s application, Telit extension boards, measurements equipment or
other tools
15.4. Additional components for GPS version
The following components are available only in GPS version (P/N 3990250671):
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GPS RF connector (SMA Female)
USB B-type connector and its circuitry (see schematic 30276SE11151A)
ge863gps.skd
SO201
30
PL104
GE863-GPS
PL103
39 40
SO101
PL101
PL102
30
SO103
12
GSM
SO104
112
GPS
SO106
39 40
221
USB
Figure 25: Connectors displacement on GE863-GPS
15.5. USB connector
The USB interface provides 2 serial ports that are related to the NMEA serial port and SIRF-
Binary serial port of GE863-GPS module.
It is possible to select if the SIRF Binary serial port will be available on the USB connector
or directly connected to the second serial port of the modem (CONTROLLED MODE).
For setting refer to paragraphs 16.7.1, 16.7.2.1, 16.7.2.2.
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GE_GPS.SKD
PL102
DCD
RTS
DSR
RING
CTS
TXD
RXD
DTR
SSC_MRST
SSC_CLK
SSC_MTSR
GE863-GPS Interface
GE863-GPS
AT/PROG
PYTHON DEBUG
GPS CONTROL PORT
MODEM SERIAL PORT
SSC
TX_GPS
SO101 PL103
PL201
EVK2
UART USB
TX_TRACE
RX_TRACE
RX_GPS
TX_GPS_BIN
RX_TRACE
RX_GPS_BIN
TX_TRACE
Serial Port A
SIRF BINARY
Serial port B
NMEA
0183 format
UART GPS
MODEM SERIAL PORT 2
RX_GPS
TX_GPS
SO201USB-B
TX_GPS_BIN
RX_GPS_BIN
RX_TRACE
TX_GPS_BIN
PL101
TX_TRACE
RX_GPS_BIN
Figure 26: GE863-GPS Serial ports block diagram
15.6. Serial port configuration
To switch the serial lines you must short-circuit the PL101-PL102 connectors by 2 contacts
jumpers.
15.6.1. GE863-PY/QUAD
The 2 contacts jumpers have to be fitted between pin1&pin2 of PL101-PL102 connectors.
This carries out the Python Debug Port on Trace Port of EVK2.
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GE863-GPS
44
PL103
PL102
PL101
1 1
PL104
1151_3a.skd
39 40
SO106
Figure 27: Jumpers setting for GE863-PY/QUAD
15.6.2. GE863 – GPS
The 2 contacts jumpers have to be fitted between pin2&pin3 or pin3&pin4 of PL101-PL102
connectors.
“CONTROLLED MODE”
This set the SIRF Binary to serial port of the modem. (Typical application Design)
GE863-GPS
44
PL103
PL102
PL101
1 1
PL104
39 40
1151_3b.skd
SO106
Figure 28: Jumpers setting for SIRF BINARY port connected to MODEM port 2
NOTE: All AT GPS commands are available in this configuration
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“SEPARATED SERIAL PORT”
This set the SIRF Binary available on the USB connector.
GE863-GPS
44
PL103
PL102
PL101
1 1
PL104
39 40
1151_3c.skd
SO106
Figure 29: Jumpers setting for SIRF BINARY port available on USB connector
NOTE:
In this configuration soma AT GPS commands are not available. Refer to AT Commands
Reference User Guide.
15.7. ANTENNA connectors
15.7.1. GPS ANTENNA connector
An active GPS antenna should be connected to SO104; the GPS section provides the
DC feeding.
WARNING:
Don’t connect a GSM antenna on this connector
15.7.2. GSM ANTENNA connector
A GSM antenna should be connected to SO103.
15.7.3. RFU ANTENNA connector
On PCB there is the mounting possibility of a further RF connector (SO105): it is
related to future implementation.
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16. GE864 Interface
This board allows easily interfacing the GE864 modules with the EVK2 and testing their
functionalities;
No settings are needed.
Figure 30. GE864 Interface Board
16.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount the
following missing components:
the SIMCARD Holder;
the RESET Button
the ON Button;
the STATUS LED and its load resistance.
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16.2. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each one: PL102, PL103), by which it is possible to
connect external devices, user’s application, Telit extension boards, measurements
equipment or other tools;
2 female connectors (40 PTH pins each one: SO101, SO102), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines);
16.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing,
please contact your supplier.
Description Quantity
GE864 INTERFACE 1
Table 16
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17. GE864-GPS Interface
This board allows testing the functionalities and performance of the GE864-GPS module.
Figure 31. GE864-GPS Interface Board
17.1. Part numbering
This board comes in three different configurations, each characterized by its own part
number, depending on the module it contains. In the following paragraphs we will refer to
them using an identifier according to the table below:
Part number Identifier Module mounted
3990250820 cs1439b cs1479
3990250821 cs1439b-A cs1446
3990250822 cs1439b-B cs1485a
Table 17
17.2. Stand-alone setup
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The interface can be used without the EVK2, in this case the following components have to
be soldered on the board:
the GSM-RESET button
the GSM-ON button
the STATUS led and its load resistor.
17.3. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each: PL101 and PL102), to connect external devices,
user’s applications, Telit extension boards, measurement equipment or other tools; PL102
can also be used to select particular configurations between the GSM module’s GPIOs and
the GPS module
2 female connectors (40 PTH pins each one: SO101 and SO104), to connect the interface to
the EVK2 mother board (power supply lines, serial in/out lines, audio in/out lines)
1 male connector (3 PTH pins: PL104), to select an enable signal for the external GPS LNA
1 male connector (2 PTH pins: PL105), in order to allow inserting an ammeter in series
with the supply, in order to monitor the module’s current consumption
1 GSM RF connector (SMA Female: SO105)
1 GPS RF connector (SMA Female: SO103)
1 JTAG connector (PL103, not mounted)
1 male connector (12 PTH pins: PL201), to select one of the available configurations for the
Serial and USB ports.
17.4. Contents of the kit
Please check out the contents of your interface kit. If any of the following items is missing,
contact your Telit supplier.
Description Quantity
GE864-GPS INTERFACE 1
JUMPERS 13
Table 18
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17.5. Power supply
The module (but not the whole interface) receives its power supply from PL105: this jumper
must always be plugged in, except when a series measurement instrument is needed.
Figure 32. Jumper for VBATT.
17.6. GPS external LNA enable signal
The module contains an internal LNA for the GPS antenna that is enabled by default. The
user can though decide to use an external LNA: this option is selected by means of a
software command, which puts the internal LNA in a low gain mode and provides an
additional signal to enable the external LNA. The interface can provide a bias for the
external LNA, and the user can choose whether to enable it by this signal or to leave it
always enabled, by means of a jumper on PL104, as shown in the picture below.
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Figure 33. Jumper on PL104.
17.7. Serial port configuration
By means of proper jumper connections on PL201, three different configurations for serial
outputs can be selected. These configurations are mutually exclusive.
Figure 34. GE864-GPS Interface Board serial connections
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17.7.1. ASC1 to RS-232
This configuration connects the ASC1 UART to the Trace serial connector of the EVK2.
Figure 35. ASC1 to RS-232 (Trace) configuration
17.7.2. GPS to ASC1 (internal host controlling configuration)
This configuration directly connects the host GSM module to the GPS receiver, thus setting
the GPS receiver in Controlled Mode.
Figure 36. GPS to ASC1 configuration
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WARNING:
Other than the ASCII UART, the user must also connect the host module’s GPIOs to the
corresponding signals of the GPS receiver (as explained in the next paragraphs).
17.7.3. GPS to RS-232 (external host controlling configuration)
This configuration allows sending the GPS output to the Trace serial connector of the EVK2.
Figure 37. GPS to RS-232 (Trace) configuration
17.7.4. GPS to USB
The NMEA sentences can be redirected to EVK2’s USB port by setting PL201 as explained
in the Figure 37, i.e. connecting the NMEA line with the RS-232, and at the same time
setting the EVK2 serial line on USB Mode, as shown in Paragraph 7.1 of this document.
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17.8. GPIO settings
The interface allows choosing among different options for driving the GPS control signals:
Using the GPIOs of the GSM module
Using an external host
Manually controlling the signals by plugging a jumper.
The last option is not available for every signal and every configuration; please refer to the
schematics of the interface for more details.
The choice among the options can be made by PL102, as detailed below.
17.8.1. Internal host controlling configuration
The following settings on PL101 and PL102 allow selecting the internal host configuration.
Two different cases have to be considered:
cs1439b-A
cs1439b and cs1439b-B
Refer to the beginning of this chapter for the correspondence between board part number
and mounting options.
Figure 38. Settings for PL101 and PL102: internal host,cs1439b-A
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Figure 39. Settings for PL101 and PL102: internal host, cs1439b and cs1439b-B
Note that jumper settings are detailed in the pictures above.
The signal connected to pin10 of PL102 is no longer available, and it is recommended to
tie it to ground by plugging a jumper between pin10 & pin12 of PL102.
17.8.2. External host controlling configuration
When an external host is used to drive the GPS module, two different cases have to be
considered:
cs1439b-A
cs1439b and cs1439b-B
Refer to the beginning of this chapter for the correspondence between board part number
and mounting options.
Two jumpers must be plugged, between pin14 & pin16 of PL101 and pin10 & pin12 of
PL102. Additionally, the host GPIOs must be connected to PL102 as shown in the pictures
below.
Note that in this configuration the signal on pin10 of PL102 is no longer available and it
must be connected to ground by plugging a jumper on pin10 & pin12 of PL102.
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Figure 40. Settings for PL101 and PL102: external host, cs1439b-A.
Figure 41. Settings for PL101 and PL102: external host, cs1439b and cs1439b-B.
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17.9. Antenna connectors
17.9.1. GSM antenna connector
A GSM antenna must be connected to SO105.
17.9.2. GPS antenna connector
A GPS antenna must be connected to SO103.
WARNING:
Don’t connect a GSM antenna on this connector
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18. GE865 – SE867 AGPS Interface
This board allows testing the functionalities and performance of the GE865 and SE867 modules
interconnected according to Telit guidelines.
Fig.38. GE865/SE867-AGPS Interface Board
18.1. Stand-alone setup
The interface can be used without the EVK2, in this case the following components have to
be soldered on the board:
the RESET button
the ON button
the STATUS led and its load resistor.
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18.2. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each: PL101 and PL102), to connect external devices,
user’s applications, Telit extension boards, measurement equipment or other tools
2 female connectors (40 PTH pins each one: SO101 and SO104), to connect the interface to
the EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines)
1 male connector (5 PTH pins: PL104), which makes available in one place all GPIOs
related to PCM
1 GSM RF connector (SMA Female: SO103)
1 GPS RF connector (SMA Female: SO201)
1 JTAG connector (PL103, not mounted)
2 male connectors (2 PTH pins: PL203, PL205, not mounted), which allow to manually
control some functions, therefore freeing the corresponding GPIOs for other uses
1 male connector (2 PTH pins: PL204) by means of which the user can manually disable
VIN_GPS
4 male connectors (2 PTH pins: PL202, PL207; 3 PTH pins: PL201, PL206) to select one
particular UART connection configuration.
18.3. Contents of the kit
Please check out the contents of your interface kit. If any of the following items is missing,
contact your Telit supplier.
Description Quantity
GE865/SE867-AGPS INTERFACE 1
JUMPERS 5
Table 19
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Serial connections
By means of proper jumper connections on PL201, PL202, PL206, and PL207, three
different configurations for serial outputs can be selected.
18.3.1. GSM to GPS (GSM controlling configuration)
This configuration is achieved by plugging a female jumper connector on pin1 & pin2 of
both PL201 and PL206. It allows to connect the GE865 UART with SE867-AGPS UART,
thereby putting the board in the so-called controlled mode. No connection with the EVK2
RS-232 Trace is present.
Figure 43. Jumpers in controlled mode configuration.
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18.3.2. GSM to Trace
This configuration is realized by plugging a female jumper connector on pin2 & pin3 of
both PL201 and PL206. It allows redirecting the GE865 UART to the EVK2 RS-232 Trace.
No connection with the SE867 UART is present.
Figure 44. Jumpers in GSM to Trace configuration.
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18.3.3. GPS to Trace(external host controlling configuration)
This configuration is achieved by plugging two female jumper connectors on PL202 and
PL207. It allows redirecting the SE867 UART to the EVK2 RS-232 Trace. No connection
with the GE865 UART is present.
Figure 45. Jumpers in GPS to Trace configuration.
18.4. Antenna connectors
18.4.1. GSM antenna connector
A GSM antenna must be connected to SO103.
18.4.2. GPS antenna connector
A GPS antenna must be connected to SO201.
WARNING:
Don’t connect a GSM antenna on this connector
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19. GE865 – JF2 Interface
This board allows testing the functionalities and performance of the GE865 and JF2 modules
interconnected according to Telit guidelines.
Figure 46.GE865/JF2 Interface Board.
19.1. Stand-alone setup
The interface can be used without EVK2 and in this case the following components have to be
soldered to the board:
- RESET button
- GSM ON/OFF button
- GSM STATUS led and its load resistor
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19.2. Interface connectors
The following connectors are available:
- 2 male connectors (30 PTH pins each: PL301 and PL302), to connect external devices,
user’s applications, Telit extension boards, measurement equipment or other tools; PL301
can also be used to select particular configurations between the GSM module’s GPIOs
and the GPS module
- 2 female connectors (40 PTH pins each one: SO301 and SO302), to connect the interface
to the EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out
lines)
- 1 GSM RF connector (SMA Female: SO105)
- 1 GPS RF connector (SMA Female: SO201)
- 1 JTAG connector (PL103, not mounted)
- 1 male connector (3 PTH pins: PL202), to select an enable signal for the external GPS
LNA,
- 1 male connector (12 PTH pins: PL303), to select one of the available configurations for
the Serial and USB ports.
- 1 male connector (2 PTH pins: PL105), that can be used to insert an ammeter in series with
the supply, in order to monitor the module’s current consumption,
- 1 male connector (9 PTH pins: PL304), in order to set the data format between USB or
SSC0 lines to send to EVK2.
19.3. Contents of the kit
Please check out the contents of your interface kit. If any of the following items is missing,
contact your Telit supplier.
Description Quantity
GE865/JF2 INTERFACE 1
JUMPERS 15
Table 20
19.4. Power supply
The GE865 module (but not the whole interface) receives its power supply from PL105: this
jumper must always be plugged on except when a series measurement instrument is needed.
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Figure 47.Jumper for VBATT.
19.5. GPS external LNA enable signal
The module contains an internal LNA for the GPS antenna.
The user can though decide to use an external LNA: this option is selected by means of a
software command, which puts the internal LNA in a low gain mode and provides an
additional signal to enable the external LNA. The interface can provide a bias for the
external LNA, and the user can choose whether to enable it by this signal or to leave it
always enabled, by means of a jumper on PL202, as shown in the picture below.
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.
Figure 48.Jumper selection on PL202.
In order to use the External LNA controlled by the GE865 signal the user musts insert a jumper in pins 14-16
of PL301.
EXTERNAL LNA
CONTROLLED BY ENABLE
SIGNAL
EXTERNAL LNA ALWAYS ON
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19.6. Serial port configuration
By means of proper jumper connections on PL303, it is possible to choose different
configurations for serial or USB outputs. These configurations are mutually exclusive.
Figure 49.GE865-JF2 Interface Board serial connections
19.7. GSM to Trace
This configuration connects the GSM to the RS232 serial connector of the EVK2.
cs1521 GE865‐JF2InterfaceBoard
PL303
GE865
JF2‐
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Figure 50.GSM to RS-232 (Trace) configuration
19.8. GPS to Trace
This configuration allows sending the GPS output to the Trace serial connector of EVK2 by
means of transceivers.
Figure 51.GPS to RS232 (Trace)
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19.9. GSM to USB
This configuration connects the GSM to the USB connector of the EVK2.
Figure 52.GSM to USB
19.10. GPS to USB
The NMEA sentences can be redirected to the EVK2’s USB port by setting the PL303 as
explained in the Figure 53, i.e. connecting the NMEA line with the RS-232, and at the same
time setting the EVK2 serial line on USB mode, as showed in Paragraph 7.1 of this
document.
Figure 53.GPS to USB
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19.11. GPS to GSM (internal host controlling configuration)
This configuration directly connects the host GSM module to the GPS receiver, thus setting
the GPS receiver in Controlled Mode.
Figure 54.GPS to GSM configuration
19.12. GPIO settings
The interface allows choosing among different options for driving the GPS control signals:
- Using the GPIOs of the GSM module
- Using an external host
- Manually controlling the signals by plugging jumpers.
The last option is not available for every signal and every configuration; please refer to the
schematics of the interface for more details.
The choice among the options can be made by PL301 and PL302, as detailed below.
19.12.1. Internal host controlling configuration
The following settings on PL301 and PL302 allow selecting the internal host configuration.
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Figure 55.Settings for PL301 and PL302: internal host controlling
19.12.2. External host controlling configuration
The following settings on PL301 and PL302 allow selecting the external host configuration.
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Figure 56.Settings for PL301 and PL302: external host.
19.13. GPS serial interface setting
GPS module has the capability to operate in serial UART mode, SPI mode or I2C mode
depending upon how the JF2 GPIO6 and GPIO7 pins are strapped at power up. In the
table below is shown the configuration set in PL302 to select the type of serial interface:
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MODE GPS GPIO n.6 GPS GPIO n.7
UART 1-2 pins shorted in PL302 Float
I2C Float 15-16 pins shorted in PL302
SPI Float Float
Table 21
If you connect JF2 module with GE865 module you must use UART configuration.
Using an external host, if you want use I2C configuration, you need to plugging on
PL302 two jumpers in positions 3-4 and 5-6 in order to connect pull-ups in SDA and SCL
lines.
19.14. MEMS Sensor/EEPROM Interface
The DR I2C port of JF2 is used for connecting to MEMS sensors, such as accelerometer
or magnetometer.
GPS GPIO n.4 GPS GPIO n.0 GPS GPIO n.1
With sensor Float 3-4 pins shorted in
PL302 5-6 pins shorted in PL302
Without sensor 13-14 pins shorted in
PL302 Float Float
Table 22
19.15. GPS power-on management
JF2 module power on/off can be controlled by an external host signal or it is possible to
have the automatic module transition to the full power state by tying the SYSTEM-ON
output to the ON-OFF input. The table below shows how to set these two options:
Power Mode
10-12 and 19-21 pins shorted in
PL302 Full power mode
11-12 pins shorted in PL302 ON/OFF controlled by an external
host signal
Table 23
19.16. Antenna connectors
19.16.1. GSM antenna connector
A GSM antenna must be connected to SO105.
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19.16.2. GPS antenna connector
A GPS antenna must be connected to SO201.
WARNING:
Don’t connect a GSM antenna on the GPS antenna connector
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20. GC864 Interface
This board allows easily interfacing the module with the EVK2 and testing its
functionalities; any version of GC864 can be inserted.
No settings are needed.
Figure 57. GC864 Interface Board
20.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount also:
the SIMCARD Holder;
the RESET Button
the ON Button;
the STATUS LED and its load resistance.
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20.2. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each one: PL102, PL103), by which it is possible to
connect external devices, user’s application, Telit extension boards, measurements
equipment or other tools
2 female connectors (40 PTH pins each one: SO101, SO102), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines).
20.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
GC864 INTERFACE 1
ASSEMBLED CABLE L–200 COAX 0.8
TERMINALS GSC & SMA F PANNEL 1
Table 24
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21. GC864-C2 family Interface
This board allows easily interfacing the module with the EVK2 and testing its functionalities;
any version of GC864-C2 can be inserted.
No settings are needed.
Figure 58. GC864-C2 Interface Board
21.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount the
following missing components:
the SIMCARD Holder ;
the ON Button ;
the STATUS LED and its load resistance.
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21.2. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each one: PL101, PL102), by which it is possible to
connect external devices, user’s application, Telit extension boards, measurements
equipment or other tools;
2 female connectors (40 PTH pins each one: SO101, SO104), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines);
21.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
GC864-C2 INTERFACE 1
ASSEMBLED CABLE L–250 RG174
TERMINALS SMA F & MMCX 90 M 1
Table 25
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22. GE865 Interface
This board allows easily interfacing the GE865 modules with the EVK2 and testing their
functionalities;
No settings are needed.
Figure 59. GE864 Interface Board
22.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount the
following missing components:
the RESET Button
the ON Button;
the STATUS LED and its load resistance.
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22.2. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each one: PL102, PL103), by which it is possible to
connect external devices, user’s application, Telit extension boards, measurements
equipment or other tools;
2 female connectors (40 PTH pins each one: SO101, SO102), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines);
22.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
GE865 INTERFACE 1
Table 26
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23. GL865 Interface
This board allows easily interfacing the GL865 modules with the EVK2 and testing their
functionalities;
No settings are needed.
Figure 60. GL865 Interface Board
23.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount the
following missing components:
the RESET Button
the ON Button;
the STATUS LED and its load resistance.
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23.2. Interface connectors
The following connectors are available:
2 male connectors (30 PTH pins each one: PL102, PL103), by which it is possible to
connect external devices, user’s application, Telit extension boards, measurements
equipment or other tools;
2 female connectors (40 PTH pins each one: SO101, SO102), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines);
23.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
GL865 INTERFACE 1
Table 27
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24. UC864 family Interface
This board allows easily interfacing the UC864/CC864 modules with the EVK2 and testing
their functionalities;
No settings are needed.
For more information please refer to 1vv0300771 (UC864/CC864 Interface Board User Guide)
Figure 61. UC864 Interface Board
24.1. Stand-alone setup
If you need to use the interface out of EVK2 (Stand-alone setup) you have to mount the
following missing components:
the RESET Button
the ON Button;
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24.2. Interface connectors
The following connectors are available:
male connectors (30 PTH pins each one: PL101, PL102), by which it is possible to connect
external devices, user’s application, Telit extension boards, measurements equipment or
other tools;
female connectors (40 PTH pins each one: CON102, CON103), to connect the interface to
the EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines);
2 USB connectors (selectable by Jumper Setting)
For additional details on the connections and the possible Jumper settings please refer to the
Interface board User guide (1vv0300771)
24.3. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
UC864/CC864 INTERFACE 1
Table 28
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25. HE910 family Interface
This board allows easily interfacing the HE910 modules with the EVK2 and testing their
functionalities;
No settings are needed.
Figure 62.
HE910 Interface Board
25.1. Stand-alone setup
The Jumper setting and the assembled components are ready permitting the standalone use.
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25.2. Interface connectors
The following connectors are available:
2 female connectors (40 PTH pins each one: SO101, SO104), to connect the interface to the
EVK2 mother board circuits (power supply lines, serial in/out lines, audio in/out lines);
1 USB connector (SO202) related to the HE910 USB 2.0 port.
3 RF connectors for GSM/UMTS Antenna (SO103), Receiver Diversity Antenna (SO105)
and GPS Antenna (SO102)
1 SIM Holder (SO204)
A group of Male connectors (PL301, PL302, PL303, PL304, PL102, PL203, PL204) that
provide the additional signals (i.e. GPIOs) and could select the functions by Jumper setting
(see the related document section/schematic for this).
The following picture is showing the connector’s positions and the default settings for
the Jumpers.
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25.3. Antenna connectors
25.3.1. GSM/UMTS Antenna connector
A GSM/UMTS compatible antenna (Refer to the product’s HW user guide) antenna must be
connected to SO103.
25.3.2. Receiver Diversity Antenna connector
A GSM/UMTS compatible antenna (Refer to the product’s HW user guide) antenna could be
connected to SO105.
25.3.3. GPS antenna connector
A GPS antenna could be connected to SO102. Please refer to the product’s HW user guide
for the proper type.
The GPS Antenna (if an active type) could be supplied with a dedicated LDO (3V DC) that
could be set in the following way using the Jumpers on PL104.
LDO Enabled by the HE910 Module.
LDO Always Enabled
WARNING:
Don’t connect a GSM/UMTS antenna on this connector
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25.4. Expansion Connectors
25.4.1. PL301/PL302
The connectors are carrying the following signals:
PL301
Pin# Pin Name Description
1 STAT_LED Status Led
2 NC
3 RESERVED
4 NC
5 NC
6 NC
7 C125/RING
8 C107/DSR
9 C109/DCD
10 RESERVED
PL302
Pin# Pin Name Description
1 GPIO_01 Default function is Status Led
2 GPIO_02
3 GPIO_03
4 GPIO_04
5 GPIO_06
6 GPIO_07
7 C125/RING Jumper to EVK2
8 C107/DSR Jumper to EVK2
9 C109/DCD Jumper to EVK2
10 RESERVED Jumper to EVK2
25.4.2. PL303/PL304/PL305
The connectors are carrying the following signals:
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PL303
Pin# Pin Name Description
1 TX_AUX Auxiliary serial port (TX)
2 RX_AUX Auxiliary serial port (RX)
3 SPI_CLK SPI
4 SPI_MRDY SPI
5 SPI_SRDY SPI
6 GPIO_08
7 GPIO_09
8 GPIO_10
9 RESERVED
10 NC
PL304
Pin# Pin Name Description
1 TX_AUX Jumper to EVK2
2 RX_AUX Jumper to EVK2
The PL305 connector permits to select the supply domain for the signals present on
PL303
PL305
Pin# Pin Name Description
1 VIO_1V2 VIO supply at 1.2V
2 VDD_IO Input pin for the bus supply
3 VIO_1V8 VIO supply at 1.8V
The default setting is VIO set to 1.8V DC.
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25.4.3. PL102
The connector is providing the following signals:
PL102
Pin# Pin Name Description
1 VAUX/PWRMON Auxiliary supply / Power On Indicator
2 VRTC RTC Backup
3 RESERVED
4 RESERVED
5 RESERVED
6 GPIO_05 GPIO
7 RESERVED
8 RESERVED
9 RESERVED
10 GND
25.4.4. ON_OFF & RESET BUTTONS
The 2 Buttons present on the Interface should be used to control the Power ON and RESET
lines of the module.
The 2 Buttons on the EVK2 could not be used with the HE910 Interface.
25.5. Content of the kit
Please check out the contents of your interface kit; if any of the items is missing, please
contact your supplier.
Description Quantity
HE910 INTERFACE 1
Table 29
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26. GPIO ports
A certain number of GPIO ports (General Purpose Input/Output) are available on every Telit
Module Interface Board, giving you the possibility to drive digital devices and report their own
status.
Some of these ports are dedicated. Refer to Telit Product Description and Telit Hardware User
Guide to have all information about characteristics of every GPIO port.
You can consult the following paragraphs to see the displacement of GPIO on every Interface
Board.
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26.1. GPIO location
26.1.1. GM862 Interface
(Refer to schematic diagram 30276SE11150B)
PL102
RX_TRACE
SO101
GPIO11
1
TX_TRACE
2
GND
GPIO10
GPIO13
C105/RTS
C109/DCD
GND
GND
C103/TXD
GND
C104/RXD
C108/DTR
GPIO12
GPIO5
GND
GND
C106/CTS
C107/DSR
1
GM862
CAM_CLK
GPIO7/BUZZER
GPIO9/CAM_RST
GPIO6/ALARM
GPIO3/CAM_SCL
PWRMON
2
PL103
12
GPIO8/CAM_ON
GPIO4/CAM_SDA
ADC_IN1
VAUX1
VBATT
SO103
VBATT
VBATT
1
VBATT
2
CHARGE
RESET *
ON_OFF *
GND
GND
GND
GND
STAT_LED
CHARGE
GND
GND
GND
GND
MIC_MT+
MIC_MT-
EAR_HF-
GND
AXE
C125/RING
GND
EAR_HF+
GND
39
EAR_MT+
EAR_MT-
GND
GND
GND
GND
MIC_HF+
MIC_HF-
40
29
GPIO5/RFTXMON
GPI1
cs1150A.skd
GPIO12
GPIO2/JDR
GPIO13
30
GPIO10
2930
GPIO11
VBATTGND
SIMIO
SIMIN
SIMRST
GND
GND
39
GND
SIMCLK
GND
GND
SIMVCC
40
GND
GND
Figure 63: Position of GPIO ports on GM862 interface
Note on GM862-GPS version
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If you use this interface in conjunction with GM862-GPS version be careful that the
following two pins of SO101 connector assume different functions, and precisely:
Pin 2 = TX_GPS
Pin 3 = RX_GPS
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26.1.2. GE863-GPS Interface
(Refer to schematic diagram 30276SE11151A)
PL1032PL1042
1
2
1
GNDGND
GE863-GPS
39
MIC_MT+
MIC_MT-
AXE
GND
40
MIC_HF+
MIC_HF-
GND
GND
cs1151.skd
GPIO7/BUZZER
CAM_CLK
GPIO6/ALARM
GPIO13
VAUX1
GPIO12
GPIO3/CAM_SCL
GPIO9/CAM_RST
GPIO5/RFTXMON
GPIO8/CAM_ON
PWRMON
GPIO16
GPIO10
GPIO4/CAM_SDA
DAC_OUT
ADC_IN1
GPIO11
GPIO2/JDR
GPIO14
VRTC
PPS
GND
VBATT
VBATT
GND
GND
CHARGE
GND
SO106
VBATT
GND
GND
CHARG
E
GND
GND
VBATT
GND
GND
RESET *
ON_OFF *
STAT_LED
GND
GND
3030
GND
29
VBATT
GND
SIMIO
SIMIN
SIMRST
3940
GND
SIMCLK
SIMVCC
GND
TX_TRACE
GPIO11
GPIO12
2
1
GND
RX_TRACE
SO101
1
EAR_MT-
GND
C108/DTR
C104/RXD
C106/CTS
C107/DSR
GND
GND
EAR_MT+
C103/TXD
GND
C109/DCD
C105/RTS
GND
GND
C125/RING
GND
EAR_HF+
EAR_HF-
GPIO18
GPIO15
GPIO17
GPIO1
29
Figure 64: Position of GPIO ports on GE863-GPS interface
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Note on p/n 3990250684 and p/n 3990250685 GE863
(Refer to schematic diagrams 30276SE11151A-C, 30276SE11151A-D)
If you use these interfaces the following two pins of PL104 connector assume different
functions, and precisely:
Pin 20 = ADC_IN2
Pin 21 = ADC_IN3
Pin 26 = N.C
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26.1.3. GE863 Interfaces (p/n 3990250684 -3990250685-3990250703)
Refer to schematic diagrams 3\0276SE11151A-C; 30276SE11151A-D; 30276SE11151A-
G
PL1042
2
1
GNDGND
39
MIC_MT+
MIC_MT-
AXE
GND
40
MIC_HF+
MIC_HF-
GND
GND
GE863
cs1151-a.skd
VBATT
GND
GND
CHARG
E
GND
GND
VBATT
GND
GND
GPIO7/BUZZER
CAM_CLK
GPIO6/ALARM
GPIO13
GPIO3/CAM_SCL
GPIO9/CAM_RST
GND
VBATT
VBATT
GND
GND
CHARGE
GND
SO106
STAT_LED
VAUX1
GPIO12
ADC_IN2
VRTC
GND
GND
RESET *
ON_OFF *
GND
SIMCLK
SIMVCC
GND
30
GND
GND
SIMIO
SIMIN
SIMRST
3940
TX_TRACE
2
1
GPIO11
GPIO12
GND
RX_TRACE
SO101
GPIO5/RFTXMON
PL103
121
GPIO8/CAM_ON
PWRMON
GPIO16
GPIO10
GND
C108/DTR
C104/RXD
C106/CTS
C107/DSR
C103/TXD
GND
C109/DCD
C105/RTS
GND
EAR_MT-
GND
GND
EAR_MT+
GND
C125/RING
GND
EAR_HF+
EAR_HF-
GPIO18
GPIO15
GPIO17
DAC_OUT
GPIO4/CAM_SDA
GPIO14
ADC_IN1
ADC_IN3
30
GPIO1
29
GPIO11
GPIO2/JDR
29
VBATT
Figure 65: Position of GPIO ports on GE863 interfaces
26.1.4. GE864 Interface (p/n 3990250672)
(Refer to schematic diagram 30276SE1152B)
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PL102
12
2930
40
39
GND
GND
GND
MIC_HF-
MIC_HF+
MIC_MT+
MIC_MT-
AXE
RX_TRACE
GND
GND
12
3940
VBATT
VBATT
GND
GND
GND
GND
CHARGE
RESET *
ON_OFF *
STAT_LED
GND
GND
SIMIO
SIMRST
SIMIN
GNDGND
GND
GND
VBATT
VBATT
CHARG
E
GND
GND
GND
GND
SIMVCC
SIMCLK
GND
SO104
TGPIO_07/BUZZER
TGPIO_09/CAM_RST
TGPIO_06/ALARM
TGPIO_13
TGPIO_03
CAM_CLK
CAM_SCL
ADC_IN2
TGPIO_21
VAUX1
VRTC
GND
TGPIO_05/RFTXMON
DAC_OUT
ADC_IN1
ADC_IN3
TGPIO_02/JDR
VBATT
TGPIO_16
TGPIO_10
TGPIO_12
CAM_SDA
TGPIO_08/CAM_ON
PWRMON
cs1152a.skd
TX_TRACE
12
GND
SO101
12
PL101
GE864
C106/CTS
C105/RTS
C104/RXD
C108/DTR
C107/DSR
C109/DCD
GNDGND
GND
C103/TXD
EAR_MT+
EAR_MT-
GND
GND
C125/RING
GNDGND
EAR_HF+
EAR_HF-
TGPIO_15
TGPIO_18
TGPIO_17TGPIO_04
TGPIO_14
TGPIO_22
TGPIO_01
TGPIO_11
29
TGPIO_19
TGPIO_20
30
Figure 66: Position of GPIO ports on GE864 interface
26.1.5. GE864-GPS Interface (p/n 3990250822)
(Refer to schematic diagram 30373SE11439b)
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Figure 67: Position of GPIO ports on GE864-GPS interface
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26.1.6. GE865/SE867-AGPS Interface (p/n 3990250814)
(Refer to schematic diagram 30311SE11433)
Figure 68: Position of GPIO ports on GE865/SE867-AGPS interface
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26.1.7. GC864 Interface
(Refer to schematic diagram 30276SE111203B)
3940
GND
GND
SIMVCC
SIMCLK
SIMIO
SIMIN
SIMRST
GND
29302930
3940
GND
12
SO104
GND
VBATT
VBATT
GND
CHARGE
GND
GND
GND
GND
MIC_MT-
MIC_MT+
AXE
EAR_HF-
GND
EAR_MT+
MIC_HF-
MIC_HF+
GND
cs1203a.skd
1
12
SO101
GND
RX_TRACE
TX_TRACE
2
PL101
1
PL102
2
TGPIO_08/CAM_ON
TGPIO_05/RFTXMON
PWRMON
TGPIO_10
TGPIO_16
GND
TGPIO_09/CAM_RST
TGPIO_07/BUZZER
CAM_CLK
VBATT
VBATT
TGPIO_13
TGPIO_03
GND
CHARGE
TGPIO_15
TGPIO_17
TGPIO_18
TGPIO_01
TGPIO_11
TGPIO_22
C105/RTSC106/CTS
C109/DCDC104/RXD
GND
GNDGND
GND
C103/TXD
GND
C108/DTR
C107/DSR
GC864
GND
C125/RING
GND
EAR_HF+
GNDGND
EAR_MT-
TGPIO_21
TGPIO_12
CAM_SDA
TGPIO_04
DAC_OUT
ADC_IN1
ON_OFF *
VAUX1
TGPIO_06/ALARM
CAM_SCL
GND
GND
ADC_IN2
VRTC
RESET *
TGPIO_14
TGPIO_20
TGPIO_19TGPIO_02/JDR
ADC_IN3
VBATT
STAT_LED
GND
GND
GND
Figure 69. Position of GPIO ports on GC864 interface
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26.1.8. GC864-C2 Interface (p/n 3990250683)
(Refer to schematic diagram 30276SE11231X)
GND
GND
GND
3940
MIC_MT-
MIC_MT+
GND
EAR_HF-
GND
MIC_HF+
MIC_HF-
12
GND
TX_TRACE
RX_TRACE
SO101
C106/CTS
C105/RTS
C104/RXD
GND
C109/DCD
GND
C108/DTR
C107/DSR
GND
C103/TXD
GND
GND
GND
C125/RING
GND
EAR_MT-
EAR_MT+
EAR_HF+
TGPIO_07/BUZZER
GC864-C2
1
PCM_WAO
PCM_RX
TGPIO_01
TGPIO_05/RFTXMON
PWRMON
2
PL101PL102
12
PCM_TX
ADC_IN3
ADC_IN1
DAC_OUT
TGPIO_02/JDR
TGPIO_04
TGPIO_03
VAUX1
ADC_IN2
VRTC
29
cs1231.skd
302930
VBATTGND
SO104
1
GND
VBATT
VBATT
2
VBATT
VBATT
GND
GND
GND
STAT_LED
GND
ON_OFF *
RESET *
GND
GND
GND
GND
GND
39
GND
SIMIN
SIMRST
GND
SIMIO
40
GND
GND
SIMVCC
SIMCLK
GND
Figure 70. Position of GPIO ports on GC864-C2 interface
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26.1.9. UC864 Interface
Figure 71. Position of GPIO on connectors of UC864 interface
PL101 PL102
N.C 1 2 N.C TGPIO_05/
RTXMON 1 2 TGPIO_07/
BUZZER
N.C 3 4 N.C PWRMON 3 4 RESERVED
N.C 5 6 N.C TGPIO_08 5 6 TGPIO_09
N.C 7 8 N.C TGPIO_10/
PCM_TX 7 8 TGPIO_03
N.C 9 10 N.C TGPIO_16 9 10 TGPIO_13
N.C 11 12 N.C TGPIO_12 11 12 TGPIO_06/
ALARM
N.C 13 14 N.C PCM_CLOCK 13 14 USB_ID
N.C 15 16 N.C N.C. 15 16 VAUX1
TGPIO_18/
PCM_RX 17 18 N.C DAC_OUT 17 18 VRTC
TGPIO_17/
PCM_SYNC 19 20 TGPIO_04 ADC_IN1 19 20 ADC_IN2
TGPIO_15 21 22 TGPIO_14 ADC_IN3 21 22 TGPIO_21
TGPIO_11 23 24 TGPIO_19 TGPIO_02/JDR 23 24 N.C
TGPIO_01 25 26 TGPIO_20 N.C 25 26 N.C
TGPIO_22 27 28 N.C RESERVED 27 28 RESERVED
N.C 29 30 N.C VBATT 29 30 GND
Table 30 GPIO pin positioning
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26.1.10. HE910 Interface
Figure 72. Position of GPIO on connectors of HE910 interface
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The connectors are carrying the following signals:
Pin Name Pin/Connector
GPIO_01 Pin 1 (PL302)
GPIO_02 Pin 2 (PL302)
GPIO_03 Pin 3 (PL302)
GPIO_04 Pin 4 (PL302)
GPIO_05 Pin 6 (PL102)
GPIO_06 Pin 5 (PL302)
GPIO_07 Pin 6 (PL302)
GPIO_08 Pin 6 (PL303)
GPIO_09 Pin 7 (PL303)
GPIO_10 Pin 8 (PL303)
Note on GPIO_08, 09, 10:
The supply domain of those pins needs to be selected with the jumper on PL305
PL305
Pin# Pin Name Description
1 VIO_1V2 VIO supply at 1.2V
2 VDD_IO Input pin for the bus supply
3 VIO_1V8 VIO supply at 1.8V
The default setting is VIO set to 1.8V DC.
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27. SCHEMATICS
In the following paragraphs the user can find the schematics related to all EVK2 boards,
therefore to the Mother Board, to the Interface Boards and to the Extension Boards.
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27.1. EVK2 Mother Board
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27.2. GM862 Interface Board
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27.3. GE863 Interface Board
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NOTE: This sheet is related only to GPS version.
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27.4. GE864 Interface board
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27.5. GE864 Interface board – Automotive
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27.6. GE864 Interface board – V2
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27.7. GE864-GPS Interface board
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27.8. GE865/SE867-AGPS Interface board
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27.9. GE865 Interface board
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27.10. GL865 Interface board
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27.11. GC864 Interface board
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27.12. GC864-C2 Interface board
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27.13. UC864 Interface board
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27.14. HE910 Interface board
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27.1. GE865 – JF2 Interface board
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28. Service and firmware update
You can update the Telit Module firmware through the serial cables (RS232 or USB 1.1) used
for the communication with a PC. The firmware update can be done with a specific software
tool provided by Telit that runs on windows based PCs.
All levels are conformed to RS232 and V.24 standard and a PC serial port can be directly
connected to this connector.
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29. SAFETY RECOMMENDATIONS
READ CAREFULLY
Be sure the use of this product is allowed in the country and in the environment required. The
use of this product may be dangerous and has to be avoided in the following areas:
Where it can interfere with other electronic devices in environments such as hospitals, airports,
aircrafts, etc
Where there is risk of explosion such as gasoline stations, oil refineries, etc
It is responsibility of the user to enforce the country regulation and the specific environment
regulation.
Do not disassemble the product; any mark of tampering will compromise the warranty validity.
We recommend following the instructions of the hardware user guides for a correct wiring of
the product. The product has to be supplied with a stabilized voltage source and the wiring has
to be conforming to the security and fire prevention regulations.
The product has to be handled with care, avoiding any contact with the pins because
electrostatic discharges may damage the product itself. Same cautions have to be taken for the
SIM, checking carefully the instruction for its use. Do not insert or remove the SIM when the
product is in power saving mode.
The system integrator is responsible of the functioning of the final product; therefore, care has
to be taken to the external components of the module, as well as of any project or installation
issue, because the risk of disturbing the GSM network or external devices or having impact on
the security. Should there be any doubt, please refer to the technical documentation and the
regulations in force.
Every module has to be equipped with a proper antenna with specific characteristics. The
antenna has to be installed with care in order to avoid any interference with other electronic
devices and has to guarantee a minimum distance from the people (20 cm). In case of this
requirement cannot be satisfied, the system integrator has to assess the final product against the
SAR regulation.
The European Community provides some Directives for the electronic equipments introduced
on the market. All the relevant information’s are available on the European Community
website:
http://europa.eu.int/comm/enterprise/rtte/dir99-5.htm
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The text of the Directive 99/05 regarding telecommunication equipments is available, while the
applicable Directives (Low Voltage and EMC) are available at:
http://europa.eu.int/comm/enterprise/electr_equipment/index_en.htm
29.1. Disposal of this product in the European Union
According to the directives 2002/95/CE, 2002/96/CE and 2003/108/CE, which have been
transposed in Italian Legislative Decree of July 25, 2005, n. 151, Telit Communications
S.p.A informs that:
The symbol of the crossed-out wheeled bin reproduced on the
product or on the packaging, indicates that the product, at the
end of life cycle, must be gathered separately from the other
waste.
The separate collection of rubbish for this product at the end of
its life cycle is arranged and managed by the manufacturer.
The user, who wants to dispose the product, must contact the
manufacturer and follow the available system that allows the separate collection of
rubbish for this product that has reached the end of the life cycle.
The suitable separate collection of rubbish, necessary for the subsequent transfer of
the obsolete product for the recycling, the treatment and the compatible environment
disposal, contributes to avoid possible negative effects to the environment and the
health, and helps in the re-use and/or recycle of the materials from which this
product is composed.
The illegitimate disposal of the product by the holder implies the enforcement of the
administrative penalties provided for the regulations in force.
The company is enrolled on the register of the manufacturers of Electric and
Electronic Equipment (EEE) of the Italian Minister for the Environment with the
number: IT08020000002357
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Reference Directives and Laws
2002/95/EC Directive of the European Parliament and of the Council of 27 January 2003
on the restriction of the use of certain hazardous substances in electrical and
electronic equipment (RoHS)
2002/96/EC Directive of the European Parliament and of the Council on waste electrical
and electronic equipment (WEEE)
2003/108/EC Directive of the European Parliament and of the Council of 8 December
2003 amending directive 2002/96/EC on waste electrical and electronic
equipment (WEEE)
Italian
Legislative
Decree of July
25, 2005, n.
151
Attuazione delle direttive 2002/95/CE, 2002/96/CE e 2003/108/CE, relative
alla riduzione dell’uso di sostanze pericolose nelle apparecchiature elettriche
ed elettroniche, nonche’ allo smaltimento dei rifiuti.
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30. RoHS Certifications
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31. Disposal of old Electrical & Electronic
Equipment (WEEE Mark)
This symbol, applied on our products and/or on its packaging, indicates that this product should
not be treated as household waste when you wish to dispose of it. Instead, it should be handed
over to an applicable collection point for the recycling of electrical and electronic equipment.
By ensuring this product is disposed of correctly, you will help prevent potential negative
consequences to the environment and human health, which could otherwise be caused by
inappropriate disposal of this product. The recycling of materials will help to conserve natural
resources. For more detailed information about the recycling of this product, please contact your
local city office, household waste disposal service or the retail store where y ou purchased this
product.
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32. Document History
Revision Date Changes
Rev 0 05/01/2006 First issue
Rev 1 23/01/2006 Added PCB weight and dimensions pag.9
Added defaul t set up pa g. 8
Correct mA/h with mAh pag.16
Unified the scripting “impedance coil” pag.19 and pag.20
Insert the power supply pag.7
Correct the serial lines scripting on block diagrams
Insert the pin number of CS1150 connector.
Correct the serial interfaces descriptions pag.7
Rev 2 31/01/2006 Modified in chapter 11.1 description of C S1 17 0 pag. 29
Rev.3 14/04/2006 Moved par.2.2 to par.4 and extended the STARTUP PROCEDURE to pag.11
Par.3 pag.9: Added mother boards bl ock diagrams
Pag.11: Correct GE863 Interface physical dimensions and added Dual
Camera Interface physical dimensions.
Moved par.4.4 and 4.5 to par.6.5 as Application Notes
Moved par.7 .3 , 7. 4 an d 7.5 to par.9.3 as Warni n g
Pag.26: Correct the Reset Button function description.
Pag.20: Updated the Cross List Table
From par.14 to par.18: Added interfaces description
Removed all “Interface Board” “Printed Circuits Name” cross references
Par.20: Added all electric diagrams.
Rev.4 14/07/2006 Replaced GC864 interface photo pag.46
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Rev.5 13/10/2006 Renamed figure from 38 to 42
Pag.2 Added products name and P/N for GE863-PY/QUAD interface and
GC864-C2 interface
3.2.6 Adde d m echanical characteristics GC864-C2 interface
5.0 Correct Optically Positioning Guide system description
7.1 Correct the line selection description
6.5.2 Update d C ur rent C har g er fo ot n ot e
Generality: added note for the VGA camera
Added in the Cross List GE864-PY/QUAD interface and GC864-C2
interface
15.2.1 Inserted P/N of GE863-GPS version
Added GC864-C2 interface description
20.1 Corrected GPIO location and added p/n of GM862 interface
20.2 Corrected GPIO location and added p/n of GE863-GPS interface
Corrected GPIO locatio n a n d added p/n of GE863 interface
Corrected GPIO locatio n a n d added p/n of GE864 interface
Corrected GPIO locati o n a n d added p/n of GC864 i nt erface
Corrected GPIO location and added p/n of GC864-C2 interface
Added GC864-C2 interface Schematic
GM862 Interface p /n 3990250670: added RoHS certification
GE863-PY Interface p/n 3990250669: added RoHS certification
GE863-GPS Interface p/n 3990250671: added RoHS certification
GE863-PY Interface p/n 3990250684: added RoHS certification
GC864-QUAD Interface p/n 3990250685: added RoHS certification
GE864-PY Interface p/n 3990250672: added RoHS certification
GC864-PY Interface p/n 3990250680: added RoHS certification
Rev.6 24/05/2007 Pag. 2 Product Table updated
Pag. 10 Table 1 updated
Pag.24 Modified the formula
Pag.22 Inserted the Audio Section chapter
Pag.39 Table 10 modified
PCB release updating
Erased all Dual Camera p a ragraph
Figures and table updated
Paragraph 15.3 16.2 17.3 18.3 19.3 inserted
24.1 EVK2 SYS p/n 3990150463: added RoHS certification
24.9 GE864-QUAD Interface p/n 3990250688: added RoHS certification
24.11 GE864-QUAD-C2 Interface p/n 3990250683: added RoHS
certification
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Rev.7 22/01/2008 Pag. 2 Product Table updated with UC864-E and GE863-SIM
Pag.7 Disclaimer Date modified
Pag.13 Inserted UC864 Interface dimensions
Pag.36 Inserted refe r to GE8 63 -S IM
Pag.38 Table 10 Inserted UC864 and GE863-SIM Interface Code
Pag.38 Order Code Table u p dated
Pag.42 Added figure 24 with GE86 3-SIM photo
Pag.43 Added GE863-SIM version kit list
Pag.54 Inserted UC864 Interface photo
Pag.64 Inserted figure 40 and Table 17 of UC864 GPIO positioning
Pag.77-78 Ins ert ed UC 8 6 4 I nte rface Schemat i c diagrams
Removed notes regarding interface board of phased out models from the
GE863 family (Please refer to the previous version of this document if you
need information for the interfaces with the following P/N: 3990250669 &
3990250677)
Rev.8 20/03/2008 Pag.64 Updated 40 and Table 19 of UC864 GPIO positioni ng
Pag.66-70 Updated EVK mother board schematics
Pag.81 Added new Eur opean WEEE directive
Rev9 28/05/2008 Pag.77-78 Replaced UC864 Interface board schematics with more readable
drawings.
Rev10 20/06/2011 Pag.02 Replaced the applicability list – Pag.123 replaced the RoHS
certifications
Rev11
Rev 12
18/07/2011
2012/05/21
HE910 added to the document
GE864-GPS section update to align with latest PCB development
Added GE86 5- JF2 sect i on s
Rev 13 2012/06/25 Updated fig.48
Updated HE910 interface board P/N in applicability Table.
Update GE865+JF2 drawings §27.1
