Telit EVB User Guide · 2017-10-11 · While reasonable efforts have been made to assure the...

Telit EVB (Evaluation Board) User Guide 1VV0301249 Rev.0.9 – 2016-09-20

Telit EVB User Guide 1VV0301249 Rev.0.9 – 2016-09-20

Reproduction forbidden without written authorization from Telit Communications S.p.A. - All Rights Reserved. of 56 Mod. 0805 2015-02 Rev.4

APPLICABILITY TABLE

PRODUCT

LE920A4

xE922-3GR

LE910Cx



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 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.

Third Party Rights The software may include Third Party Right software. In this case you agree to comply with all terms and conditions imposed on you in respect of such separate software. In addition to Third Party Terms, the disclaimer of warranty and limitation of liability provisions in this License shall apply to the Third Party Right software. TELIT HEREBY DISCLAIMS ANY AND ALL WARRANTIES EXPRESS OR IMPLIED FROM ANY THIRD PARTIES REGARDING ANY SEPARATE FILES, ANY THIRD PARTY MATERIALS INCLUDED IN THE SOFTWARE, ANY THIRD PARTY MATERIALS FROM WHICH THE SOFTWARE IS DERIVED (COLLECTIVELY “OTHER CODE”), AND THE USE OF ANY OR ALL THE OTHER CODE IN CONNECTION WITH THE SOFTWARE, INCLUDING (WITHOUT LIMITATION) ANY WARRANTIES OF SATISFACTORY QUALITY OR FITNESS FOR A PARTICULAR PURPOSE. NO THIRD PARTY LICENSORS OF OTHER CODE SHALL HAVE ANY LIABILITY FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING WITHOUT LIMITATION LOST PROFITS), HOWEVER CAUSED AND WHETHER MADE UNDER CONTRACT, TORT OR OTHER LEGAL THEORY, ARISING IN ANY WAY OUT OF THE USE OR DISTRIBUTION OF THE OTHER CODE OR THE EXERCISE OF ANY RIGHTS GRANTED UNDER EITHER OR BOTH THIS LICENSE AND THE LEGAL TERMS APPLICABLE TO ANY SEPARATE FILES, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

Copyright © Telit Communications S.p.A. 2016.



Table of Contents

1. Introduction ................................................................................................................... 9

1.1. Scope ....................................................................................................................... 9

1.2. Related Documents .................................................................................................. 9

1.3. Abbreviations ........................................................................................................... 9

2. General description .................................................................................................... 10

3. Block Diagram ............................................................................................................ 12

4. Default Jumper Placement ......................................................................................... 14

5. Power Supply .............................................................................................................. 16

5.1. Supply source selection ......................................................................................... 16

5.2. RF module supply current monitoring .................................................................... 19

5.3. Auxiliary supply ...................................................................................................... 20

6. Battery charging ......................................................................................................... 21

7. Control switches and indicator LED’s ...................................................................... 22

7.1. RF module .............................................................................................................. 22

7.2. Control Buttons ...................................................................................................... 23 7.2.1. ON/OFF ..................................................................................................................... 23 7.2.2. Reset ......................................................................................................................... 23 7.2.3. SHDN ........................................................................................................................ 23 7.2.4. ECALL ....................................................................................................................... 24 7.2.5. EMERGENCY BOOT ................................................................................................. 24 7.2.6. Remote controlling of the buttons ............................................................................... 24

7.3. Battery charger ....................................................................................................... 25

7.4. A-Star ..................................................................................................................... 25

7.5. GPS LNA Control ................................................................................................... 26

8. SIM interface ............................................................................................................... 27

8.1. SIM1+eSIM configuration (PL202) ......................................................................... 27 8.1.1. EVB SIM1 configuration ............................................................................................. 28

8.2. SIM2 ....................................................................................................................... 28

9. Analog audio ............................................................................................................... 29



9.1. Audio connector selection ...................................................................................... 29 9.1.1. 3.5mm audio jack Configurations ............................................................................... 30 9.1.2. RJ11 phone type socket configuration ....................................................................... 32

9.2. MEMS microphone ................................................................................................. 35

9.3. Class D amplifier .................................................................................................... 37

10. USB interface ........................................................................................................... 39

11. UART interface ........................................................................................................ 40

12. Micro SD card interface .......................................................................................... 40

13. JTAG interface ......................................................................................................... 40

14. Thermal monitoring & cooling ............................................................................... 41

14.1. Thermal monitoring ............................................................................................. 41

14.2. Cooling ................................................................................................................ 41

15. IO connectors .......................................................................................................... 42

16. 120-Pin male B2B connectors ................................................................................ 44

17. Extension connector ............................................................................................... 47

18. EVB Component diagram ....................................................................................... 48

19. Schematics .............................................................................................................. 50

20. Safety Recommendations ....................................................................................... 55

21. Document History ................................................................................................... 56



List of Tables Table 1 - Default Jumper settings ........................................................................................................ 15 Table 2 - I/V convertor settings .......................................................................................................... 19 Table 3 - A-Star RF module power cycle control ................................................................................ 24 Table 4 - A-star charger indicator sense .............................................................................................. 25 Table 5 - GPS LNA Control ................................................................................................................ 26 Table 6 – SIMCTRL Truth Table ........................................................................................................ 28 Table 7 - USB path selection ............................................................................................................... 39 Table 8 - MMC supply enable ............................................................................................................. 40 Table 9 - Cool fan A-star control pin mapping .................................................................................... 41 Table 10 SO501 ................................................................................................................................... 44 Table 11 SO502 ................................................................................................................................... 45 Table 12 SO503 ................................................................................................................................... 46 Table 13 – Revision History ................................................................................................................ 56



Table of Figures Figure 1 EVB with IFBD on top .......................................................................................................... 11 Figure 2 EVB System Overview.......................................................................................................... 12 Figure 3 EVB Main board block diagram............................................................................................ 13 Figure 4 Default jumper setting ........................................................................................................... 14 Figure 5 EVB power Supply ................................................................................................................ 16 Figure 6 jumper PL103 ........................................................................................................................ 18 Figure 7 jumpers PL105 / PL106 ......................................................................................................... 18 Figure 8 jumpers PL111/PL112 ........................................................................................................... 19 Figure 9 jumpers PL109/PL110 ........................................................................................................... 20 Figure 10 RF module status LEDs ....................................................................................................... 22 Figure 11 RF module control buttons .................................................................................................. 23 Figure 12 charger status LEDs ............................................................................................................. 25 Figure 13 GPS LNA control ................................................................................................................ 26 Figure 14 SIM1 on module internal eSIM chip PL202 ....................................................................... 27 Figure 15 SIM1 on EVB SIM1 cardholder or on EVB “Test eSIM” PL202 ...................................... 27 Figure 16 SIM1 on SIM1 cardholder PL201 ....................................................................................... 28 Figure 17 SIM1 on EVB external eSIM chip PL201 ........................................................................... 28 Figure 18 Analog audio path selectors................................................................................................. 29 Figure 19 downlink 3.5mm audio jack PL404/PL405 ........................................................................ 30 Figure 20 uplink 3.5mm audio jack MIC1 PL402/PL403 ................................................................... 30 Figure 21 uplink 3.5mm Audio Jack MIC2 PL402/PL403.................................................................. 31 Figure 22 uplink 3.5mm Audio Jack MICBIAS codec 1.5V PL403 ................................................... 31 Figure 23 uplink 3.5mm Audio Jack BIAS local 3V PL403 ............................................................... 31 Figure 24 downlink RJ11 EAR1 PL404/PL405 .................................................................................. 32 Figure 25 downlink RJ11 EAR2 PL404/PL405 .................................................................................. 32 Figure 26 uplink RJ11 MIC1 PL406 ................................................................................................... 33 Figure 27 uplink RJ11 MIC2 PL406 ................................................................................................... 33 Figure 28 uplink RJ11 MICBIAS supplied from module PL402 ........................................................ 34 Figure 29 uplink RJ11 BIAS supplied locally 3V PL402.................................................................... 34 Figure 30 uplink MEMS MIC1 PL402/PL407 .................................................................................... 35 Figure 31 uplink MEMS MIC2 PL402/PL407 .................................................................................... 35 Figure 32 uplink MEMS MICBIAS supplied from module PL407 .................................................... 36 Figure 33 uplink MEMS BIAS local 3V PL407 .................................................................................. 36 Figure 34 Class D amp disabled PL409 ............................................................................................... 37 Figure 35 downlink Class D to EAR1 PL408 ...................................................................................... 37 Figure 36 downlink Class D to EAR2 PL408 ...................................................................................... 38 Figure 37 coolfan pin mapping PL301 ................................................................................................ 41 Figure 38 EVB component diagram TOP view ................................................................................... 48 Figure 39 EVB component diagram Bottom view .............................................................................. 49



1. Introduction 1.1. Scope

The scope of this document is to introduce and describe Telit’s Generic Evaluation Board

1.2. Related Documents

1.3. Abbreviations

Doc # Document Name

Term Definition EVB Evaluation Board IFBD Interface Board CSI Camera serial interface CABC Content Adaptive Backlight Control DSI Display serial interface GPIO General-purpose input/output SD Secure digital SIM Subscriber Identity module MIPI Mobile Industry Processor Interface UART Universal asynchronous receiver transmitter UMTS Universal mobile telecommunications system USB Universal serial bus USIF Universal serial interface WCDMA Wideband code division multiple access



2. General description The Telit Evaluation Board is a generic developer’s Platform which is designed to provide the complete development environment to the user and intended to be used with a new set of Telit IoT Modules as per the applicability table. The EVB is a generic platform which is designed to carry an Interface Board (IFBD) via three 120 pin B2B connectors thus making the EVB seamless to an actual FF pinout so that it can support multiple form factors and products. The Telit DUT modules is mounted on the IFBD. Power supply and control interface to the IFBD module are provided from the EVB via the B2B connectors. Several power supply configurations, including battery charging are available to the user. In addition, all interfaces which are needed for the developers such as SIM card holders, JTAG, UART, USB, audio, micro SD, etc are available on the EVB main board. To offer remote control and/or test automation of EVB environment, the EVB can be equipped with an Arduino compatible, A-star 32U4 microcontroller board, based on Atmel’s Atmega32U4 with USB interface. This Arduino compatible card is mounted on EVB using two 10p socket. The EVB functionality and supported features can be extended using the 120 pin SAMTEC extension connector (EXT) which allows adding an additional “Extension Cards” to the system such as SGMII Ethernet MAC/PHY, WiFi, audio codec, Display, Camera, Dead reckoning (DR), etc’



The below picture shows a typical EVB platform comprised of EVB main board and IFBD (LE920 as an example)

Figure 1 EVB with IFBD on top



3. Block Diagram The figure below is a high level system overview of the Generic EVB development platform:

Figure 2 EVB System Overview

The Extension Card section shown above is only an example of some of the possible EXT Card options which can be developed for the EVB Please contact Telit for the list of available EXT Cards which can be used for your specific product/application.

USIF 2

ON/OFF

0

LED 3

uSDMIC2MIC1

EP1EP2

RJ11

JTAG

USB 2.0 / USB 3.0

I2S SPI DSI CSI1 CSI 2

Charger

I2C

VBATT_AUX

VBATT

GPIO

Arduino A-Star 32U4 Micro

ON/OFF

RESET0

0

PWR_EN

Remote/Debug Functions

FTDIUART2USB

From any of EVBUSB connections

VBATT

Meas

Meas

PWR_EN(Remote)Meas

VBATT

VBATT_PA

3.8V 5AVR

On-Board Power

SIM 1SIM SW (2:1)NX3DV2567 SIM 1

eSIM

ANT 2 ANT 3ANT 1

B2B

B2B

B2B

Key

EVBGeneric Main Card

EVB Connectivity

Interface Card

Extension Cards

SuperCap

From Temp_Sensor

Temp_Sensor

Current Measure

FAN

SIM 2

HP

RESETKey

VR Bypass (3.8V-4.2V)

VBATT AUX

PCM PWR

SPKR AMP

MAC

120 Pin Edge Connector

6V-12V

MMI Card WiFi Ext

CodecSPI

Flash BT ETHPHY



The below figure shows a more detailed block diagram of the EVB main board.

Figure 3 EVB Main board block diagram

Note - Red color items: mounted on back side



4. Default Jumper Placement Normally the EVB kits should be pre-configured according to the following default jumper placement which corresponds to the regular mode for SW development and functional use purpose. Main assumptions/conditions:

• Power source by SMPS down convertor (set-point 3.9V) fed from PL101/SO101 • SIM device placed in SIM1 cardholder SO202. • Audio downlink:

o 3.5mm Audio Jack uses EAR1 for L-CH and EAR2 to R-CH o RJ11 is not connected o Speaker connected directly (D Class AMP bypassed)

• Audio uplink: o 3.5mm Audio Jack uses MIC1 (Single ended mode) o On-Board MEMS microphone uses MIC2.

• Current measure resistors shorted (bypassed)

Figure 4 Default jumper setting



The below table summarizes the default jumper settings: For the 2.56 mm jumpers please use PN 1FFPJ00100. For the 1.27 mm jumpers please use PN 1FF0600633HRW.

Jumper Jumper Type set position Description PL103 2.54mm 2-3 SO101/PL101 sources SMPS PL106 2.54mm 1-2 No direct feed by PL102 (bypass) PL105 2.54mm 2-3 SMPS path selected PL114,PL108 2.54mm 1-2 Spare PL111 2.54mm 1-2/3-4 No current measurement PL112 2.54mm 1-2/3-4 No current measurement PL109/PL110 2.54mm 2/2 VBAT_AUX = Main VBAT PL204 2.54mm 2-3 USB switch connected to SO203 PL206 2.54mm 1-2 SPI (SO208) VREG_MSME PL302 2.54mm Open No SIM detect control by A-star PL202 2.54mm 2-3 Use external SIM device PL201 2.54mm 1-2 Use SIM1 cardholder PL411 2.54mm Open Enable external 3V Bias PL402 1.27mm 1-3

4-6 MIC1 uses single ended mode RJ11 Mic Bias = External 3V EVB Bias

PL403 1.27mm 1-3 4-6

Microphone of the 3.5mm connected to MIC1 3.5mm Mic Bias = External 3V EVB Bias

PL404 1.27mm 1-3/2-4 EAR1 to 3.5mm Audio Jack Right channel (SO401) PL405 1.27mm 1-3/2-4 EAR2 to 3.5mm Audio Jack Left channel (SO401) PL406 Open Microphone of RJ11 is not connected PL407 1.27mm 3-5

4-6 MEMS mic connected to MIC2 MEMS Mic Bias = External 3V EVB Bias

PL408 1.27mm Pin 5 (single) Pin 6 (single)

2 Spare jumpers

PL409 1.27mm 3-5 2-4

GPS bias controlled via GPIO Class D amp shutdown

PL414 1.27mm 3-5 4-6

Speaker Right connected directly (Class D bypassed) Speaker Left connected directly (Class D bypassed)

Table 1 - Default Jumper settings



5. Power Supply 5.1. Supply source selection The EVB can be configured for different power supply sources depending on the required use case. The following block diagram describes the different power path options.

Figure 5 EVB power Supply

The EVB main power connector is PL101/SO101 with input range of 6-15V. Normally (=typical SW developers setup), the EVB is supplied from the main connector and a DCDC buck supply with set point of 3.9V is used to provide the system VBAT. So normally following jumper configuration: PL103/2-3; PL106/1-2; PL105/2-3. PL102 allows an external “configurable” power supply to feed directly the RF module VBAT input supply while all the auxiliary peripherals are sourced by the main power connector. For more details please refer to 5.3. This mode of operation is also needed to apply/test with complete VBAT test range for the module certification. For field testing use case, an additional “backup” battery can be present (PL104) in the box to overcome sudden or unexpected power drops from the vehicle’s 12V source. Since the RF module does not incorporate an internal battery charger solution, EVB has an external charger device BQ24261M from TI. So field test (battery incl.) use case following jumper configuration: PL103/1-2; PL106/open; PL105/1-2 Although strictly not necessary to be present, the A-star control board can be applied to automate the EVB power supply sequencing for test purpose, as well as other control and/or current or temperature monitoring functions.



In case A-star module is not mounted in the system, the following default conditions will apply: Use case of DCDC buck power path selected (PL103/2-3): The buck supply will be enabled by default and supply the system with 3.9V Use case of charger path selected (PL103/1-2): The BQ24261M device from TI offers two features:

• Power-path control • Battery charging

The power-path feature allows the BQ24261M to power the system from a high efficiency DC-DC converter while simultaneously and independently charging the battery. The power path also permits the battery to supplement the system current requirements when the adapter cannot. The battery “charging” feature itself will be disabled by default, it needs to be software controlled and enabled over I2C communication bus. So the A-star module needs to be present and is responsible to enable battery charging. BQ24261 I2C SLAVE 7bit address: 0x6B The charger path, if no input source of minimum 6V present on PL101/SO101, will also be supplied from 5V VBUS USB connector via diodes when connected. (Either from MDM via D106 or from FTDI via D107) Remind the current sourced from typical USB hosts is normally limited to 500mA, so please check your USB (charger) source specification or make sure the SW I2C configured battery charging current is lower. In order to avoid inadvertently current drawn from the USB host(s), apply minimum 6V level external power source on PL101/SO101, so the Schottky diodes will be reverse polarised. It is up to the user to place the jumpers according to the power system configuration he wants to apply. The following snapshots of the component diagram clarify the detailed pin locations of the power selection related jumpers. The suggested green colored jumper locations can be used for typical ‘SW developers usage’ to supply the system from an external 6V supply without any battery presence/charging involved.

NOTE:

For CS1742A R102 is not installed therefore option for powering or charging from MDM USB port SO203 is not available.



Figure 6 jumper PL103

Figure 7 jumpers PL105 / PL106



5.2. RF module supply current monitoring Regarding RF module system current measuring, the following 3 options exist.

1. The A-star module can be programmed to automate/measure/log from a host PC application the current consumed by both VBATT and VBATT_PA supply lines. Two MAX9611AUB devices and 1% precision resistors are used according to the following table.

VBATT VBATT_PA SENSE RESISTOR I/V conversion 250 mOhm 50 mOhm MAX9611 I2C SLAVE address (W/R) 0xE0/0xE1 0xE6/0xE7

Table 2 - I/V convertor settings

In order to enable (insert) the sense resistors in the VBAT supply paths, Jumper PL111 position3-4 (VBAT) and PL112 position3-4 (VBAT_PA) should be left open.

2. As second current monitor configuration, PL111 position1-2 and PL112 position1-2 can be opened and used to apply current clamps to an external ampere meter for manual measurements.

3. A third current monitoring option is foreseen by “bypass” PL102 input power connector. By placing jumper PL106 position 2-3, one can bypass to on-board voltage regulator and use an external power supply or power monitor/analyser device and use a host PC to directly monitor the system current. This option is useful for automated test setups with host PC controlling full system supply voltage range (via GPIB commands) to cover RF certification.

The following snapshots clarify the detailed pin location of involved jumpers PL111 and PL112 for a typical ‘SW developers usage’ mode, without the need for sense resistors and/or external ampere meter presence in the supply path. The green coloured jumper positions are suggested.

Figure 8 jumpers PL111/PL112



5.3. Auxiliary supply In order to avoid interference between VBAT current path of interest, i.e. actually drawn by the DUT Telit RF module, and current drawn by peripherals in the system, supply path “VBAT_AUX” can be isolated from main RF module current path. VBAT_AUX supplies the following subsystems:

• A-Star remote control module (also supplied from main input supply in case system supply control from A-star GPIO is needed)

• I/O connectors • MicroSD card supply (3.0V) • Status LED’s • GNSS external LNA supply • Class D audio amplifier • Cool fan supply • Expansion board

For maximum flexibility, a 2x3 jumper setup (PL109/PL110) allows to select VBAT_AUX supply from 3 possible sources:

• Main system supply VBAT (=RF module supply) : PL110 position2 _ P109 position2 • DCDC buck SMPS convertor output : PL109 position 1-2 • Battery charger output CHG_BAT : PL109 position 2-3

Below snapshot clarifies the detailed pin position of the two involved jumpers PL109/PL110 as well as the suggested ‘SW developers usage’ green color settings.

Figure 9 jumpers PL109/PL110



6. Battery charging The Telit EVB includes a built in battery which can be optionally installed. The battery could be used during field trials, drive tests and also for demos. In addition it can be used during tests where power cut is not desired. The battery charger is done using BQ24261MRGER Charger IC from TI. The BQ24261MRGER is controlled via the A-Star Arduino I2C and enabled by Arduino GPIO0.

• Pull GPIO0 low to enable charging • Pull GPIO0 high to disable charging and place the charger in HZ mode

The BQ24261MRGER slave address is 0xD6. The charging control and monitoring is done by the A-Star FW and requires the A-Star to be presents.



7. Control switches and indicator LED’s 7.1. RF module The Generic EVB offers 2 indication LEDs that can be used to signal the module status and state of operation.

• SW_RDY LED (yellow) • STATUS LED (red)

The actual LED functionality is determined by the Telit module in use and by the connectivity inside the IFBD Please refer to the specific IFBD user guide.

Figure 10 RF module status LEDs



7.2. Control Buttons Four tact switches are available to control the RF module:

• SW301 : SHDN • SW303: RESET • SW302: ON/OFF • SW305: ECALL • SW501: EMERGENCY BOOT

The figure below shows the location of the LED’s on the EVB main board

Figure 11 RF module control buttons

The actual button functionality is determined by the Telit module in use and by the connectivity inside the IFBD. Please refer to the specific IFBD user guide. Not all buttons are used or active with all types of Telit Modules. The description below is also one example that suits some of the modules.

7.2.1. ON/OFF Normal power on/off cycling of the module should be controlled by the ON/OFF button. Normally the user should press this button for powering ON the module. Normally the user should press this button for powering OFF the module allowing graceful software controlled power off.

7.2.2. Reset Normally, the RESET button is connected to the main Reset of the module in use.

7.2.3. SHDN On some modules, pressing the SHDN button triggers the PMIC device to execute a “forced” power supply shutdown (without allowing the software to properly end all ongoing activities on the modem device). It is comparable to system ‘power-cut’, but not completely the same, since the PMIC still follows the proper power off cycle started with a modem reset assertion.1

1 The Arduino A-star controller board has control, via pin D1 over the on_off control pin of the DCDC smps regulator of the EVB power circuitry. Using this way to power off the system is a “real” system power cut simulation, compared to SHDN.



7.2.4. ECALL For Automotive modules, the ECALL button (connected to TGPIO_20) can be used to trigger an ECALL event. On some modules this button has dual functionality and can be used during boot to trigger/force the module into SW download mode. The actual button functionality is determined by the Telit module in use and by the connectivity inside the IFBD.

7.2.5. EMERGENCY BOOT The actual button functionality is determined by the Telit module in use and by the connectivity inside the IFBD. This button is relevant for specific modules while on others, it is simply not connected or can be used for other purposes. In those specific modules, holding down the EMERGENCY BOOT button during module power up will force the module to enter into the chipset bootloader (during execution of chipset BootROM)

7.2.6. Remote controlling of the buttons The physical pressing of buttons ON/OFF, RESET, SHDN can also be soft controlled from the A-star controller board, according to the following signal mapping table.

Push button A-star control pin ON/OFF D11 RESET D12 SHDN D5

Table 3 - A-Star RF module power cycle control



7.3. Battery charger Two LED indicators offer feedback from the BQ24261M charger device.

Figure 12 charger status LEDs

STAT LED (Red): During charging this LED is turned on. If charging is complete or disabled, the LED turns off. Both indicator signals can also be sensed by the A-star controller board, according to the following signal mapping:

Charger indicator A-star sense pin STAT D4 INT D6

Table 4 - A-star charger indicator sense This required A-star internal pullup configuration on the related signals.

7.4. A-Star Besides the already mentioned control and sense functions of the A-star controller board, there are a few switches impacting the A-star module itself:

• SW306 : reset button of the A-star module

• SW304: 2pin-dipswitch to (optionally) define (up to) four A-star SW configuration modes.



7.5. GPS LNA Control The Generic EVB supports 2 options for providing and controlling GPS LNA / Active antenna using PL409

Figure 13 GPS LNA control

• Setting PL409 jumper to 1-3 (upper left side) will constantly enable the LNA using EVB on board power supply.

• Setting PL409 jumper to 3-5 (lower left side) will enable the LNA to be controlled by GPIO of the module.

o Please note that not all modules support this mode. Please refer to the relevant module user guide for more info.

PL409 A-star control pin 1-3 Always ON 3-5 Enabled by GPIO from the module

Table 5 - GPS LNA Control



8. SIM interface Most RF modules offer dual SIM interface - SIM1 and SIM2. Some of them have an embedded eSIM chip implemented in parallel on the SIM1 interface bus, adding one additional eSIM_RST signal defined on the module pinout interface. On EVB maximum flexibility is foreseen for providing access to SIM modules per the below options:

• SIM1 cardholder multiplexed with an EVB on board embedded “test eSIM” chip • SIM2 cardholder

Both SIM1 and SIM2 card holders are push-push type and support full size SIM. In order to avoid SIM1 bus conflicts, each SIM place holder has a 200k pulldown on its RST line, keeping the SIM device in that location in reset status. The modem-sourced RST signal will activate the SIM device in use by overruling the pulldown connected according to the multiplex path configuration. The section below describes the possible SIM configurations:

8.1. SIM1+eSIM configuration (PL202) PL202 defines where the SIM module for SIM1 bus interface is located:

• On board the module. i.e. eSIM chip inside RF module :PL202 position 1-2

• EVB SIM1_cardholder /or/ EVB on board eSIM chip2 :PL202 position 2-3

Figure 14 SIM1 on module internal eSIM chip PL202

Figure 15 SIM1 on EVB SIM1 cardholder or on EVB “Test eSIM” PL202

2 The eSIM on board the EVB is a “Test eSIM” allowing the connection to a test equipment (Base station Simulator) but would not allow connecting to a real life network (except using emergency mode)



8.1.1. EVB SIM1 configuration PL201 defines where the EVB SIM1 SIM module target is located (Please note the below configuration is valid only in case PL202 is in 2-3 position):

• SIM1_cardholder :PL201 position 1-2

• EVB On-board eSIM chip :PL201 position 2-3

Figure 16 SIM1 on SIM1 cardholder PL201

Figure 17 SIM1 on EVB external eSIM chip PL201

For test purpose, in order to automate (emulate) SIM card removal detection use cases, the EVB on-board A-star controller board can control a SPDT switch (U206) capable of bringing SIMIN1 detect line in “not connected” status, actually simulating a SIM card removal.

In order to enable this control, jumper PL302 should be set, connecting A-star interface pin D9 to SIMCTRL. If PL302 not set, SIMCTRL is default “1”.

SIMCTRL SIM card detect status (SIMIN1)

0 Simulated removal of SIM

1 Actual SIM card status

Table 6 – SIMCTRL Truth Table

8.2. SIM2 SIM2 interface is not configurable and is directly connected to SIM2 cardholder SO201 which resides on the bottom side of the EVB (under SIM1 holder).



9. Analog audio 9.1. Audio connector selection The EVB boards offers two generic Analog audio interface connectors:

• 3.5mm stereo audio jack - SO401

• RJ11 Terminal phone type mono audio socket - PL401

The actual audio features supported by the specific module are described in the module Hardware User Guide

The actual connectivity of the module audio interfaces to the EVB generic audio connectors is described in the relevant IFBD User Guide.

To cover all use cases and audio path multiplex options, a jumper based set of connectors provides all possible audio path selections as detailed in next subchapters:

Figure 18 Analog audio path selectors



9.1.1. 3.5mm audio jack Configurations

9.1.1.1. Configuring 3.5mm audio jack to a stereo + MIC Downlink 3.5mm audio jack:

• EAR1_MT+ : JACK_L

• EAR1_MT- : AC coupled to GND

• EAR2_MT+ : JACK_R

• EAR2_MT- : AC coupled to GND

Jumper configuration:

• PL404 : position 1-3 & 2-4

• PL405 : position 1-3 & 2-4

Figure 19 downlink 3.5mm audio jack PL404/PL405

Uplink 3.5mm audio jack using MIC1 path:

• MIC1_MT+ : JACK_MIC+

• MIC1_MT- : AC coupled to GND


• PL402 : position 1-3


Figure 20 uplink 3.5mm audio jack MIC1 PL402/PL403



Uplink 3.5mm audio jack using MIC2 path:

• MIC2_MT+ : JACK_MIC+





Figure 21 uplink 3.5mm Audio Jack MIC2 PL402/PL403

9.1.1.2. Configuring MIC BIAS EVB provides two options for providing bias to the 3.5mm jack microphone: MICBIAS: In this case bias is generated by the RF module’s built-in audio codec: 1.5V Jumper configuration:


Figure 22 uplink 3.5mm Audio Jack MICBIAS codec 1.5V PL403

BIAS: In this case bias is generated locally on EVB: 3V Jumper configuration:

• PL403 : position 4-6 • PL401 : Open

Figure 23 uplink 3.5mm Audio Jack BIAS local 3V PL403



9.1.2. RJ11 phone type socket configuration RJ11 provides differential mode / mono audio connection. EVB allows the user to connect any combination of EAR1/EAR and MIC1/MIC2 to the RJ11 connector as described below:

Downlink RJ11 phone socket using EAR1:

• EAR1_MT+ : RJ11_EAR+

• EAR1_MT- : RJ11_EAR-


• PL404 : position 3-5 & 4-6

• PL405 : Open

Figure 24 downlink RJ11 EAR1 PL404/PL405

Downlink RJ11 phone socket using EAR2:

• EAR2_MT+ : RJ11_EAR+

• EAR2_MT- : RJ11_EAR-


• PL405 : position 3-5 & 4-6

• PL405 : Open

Figure 25 downlink RJ11 EAR2 PL404/PL405



Uplink RJ11 phone socket using MIC1:

• MIC1_MT+ : RJ11_MIC+

• MIC1_MT- : RJ11_MIC-


• PL406 : position 1-3 & 2-4

Figure 26 uplink RJ11 MIC1 PL406

Uplink RJ11 phone socket using MIC2:

• MIC2_MT+ : RJ11_MIC+

• MIC2_MT- : RJ11_MIC-


• PL406 : position 3-5 & 4-6

Figure 27 uplink RJ11 MIC2 PL406



9.1.2.1. Configuring MIC BIAS EVB provides two options for providing bias to the RJ11 microphone:

1. MICBIAS: In this case bias is generated by the RF module’s built-in audio codec (actual MICBIAS voltage is determined by the specific module is use, please refer to relevant IFBD User Guide) Jumper configuration: • PL402 : position 2-4

Figure 28 uplink RJ11 MICBIAS supplied from module PL402

2. BIAS: In this case bias is generated locally on EVB: 3V Jumper configuration: • PL402 : position 4-6

Figure 29 uplink RJ11 BIAS supplied locally 3V PL402



9.2. MEMS microphone For demonstration use cases, The EVB provides an on-board Analog MEMS microphone:

SPU0410HR5H (from Knowles)

The MEMS microphone can be connected to either MIC1 or MIC2 (single ended mode only).

For connecting the microphone to MIC1 path please follow the below:

• MIC1_MT+ : MEMS_OUT




• PL402: position 1-3

Figure 30 uplink MEMS MIC1 PL402/PL407

For connecting the microphone to MIC2 path please follow the below:

• MIC2_MT+ : MEMS_OUT




• PL402: position 3-5

Figure 31 uplink MEMS MIC2 PL402/PL407



The EVB provides two options for providing bias to the MEMC microphone:

1. MICBIAS: In this case bias (MEMC supply) is generated by the RF module’s built-in audio codec (actual MICBIAS voltage is determined by the specific module is use, please refer to relevant IFBD User Guide)

Jumper configuration: • PL407 : position 2-4

Figure 32 uplink MEMS MICBIAS supplied from module PL407

2. BIAS: In this mode the bias (MEMC supply) is generated locally on EVB: 3V Jumper configuration: • PL407 : position 4-6

Figure 33 uplink MEMS BIAS local 3V PL407



9.3. Class D amplifier For demo use case, a class D audio amplifier is provided on the EVB using the LM48511 from TI with following conditions:

• Supplied from VBAT_AUX • Amplification external set resistors: Avd = 2 V/V • FB_SEL= 0 high voltage setting:

o R3 =24k o R4=2.4k o R1=4.87k

This results in PV1 = 7.3V • Typical PWR_OUT (THDN 1%) for VBAT_AUX = 3.6V : 2.5W@8 ohm / 4W@4 ohm

The amplifier is by default enabled, in order to disable it - jumper PL409 should be set to 2-4 position:

Figure 34 Class D amp disabled PL409

The output of the amplifier can be connected to a speaker (4 Ohm, 8 Ohm) via connector PL410. The Class D can be connected to either one of the downlink audio part (EAR1 or EAR2) Connecting Class D to EAR1:

• EAR1_MT+ : AMP_P • EAR1_MT- : AMP_M


• PL408 :position 1-3 & 2-4

Figure 35 downlink Class D to EAR1 PL408



Connecting Class D to EAR2:

• EAR2_MT+ : AMP_P • EAR2_MT- : AMP_M


• PL408 :position 3-5 & 4-6

Figure 36 downlink Class D to EAR2 PL408

Bypass of Class D Amplifier: Starting from CS1742C version, the Telit EVB supports the option of bypassing the Class D AMP thus allowing modules with internal speaker AMP to connect directly to the speaker while bypassing the on board class D AMP. PL414 selects the Class D connectivity as follows:

• For Class D bypass - PL414: 3-5 & 4-6

• For using on board Class D: PL414 => 1-3 & 2-4



10. USB interface The EVB provides HS USB connection to the RF module chipset USB for supporting:

• Flash/update firmware • Diagnostics

The USB micro AB connector is located on the EVB main board. Besides routing USB bus to this main connector, there is a second USB path available towards the extension connector SO506 which allows designing extension cards with USB connection to the USB of the RF module chipset. The active USB path used is defined by multiplexer switch (Refer to figure 1) which is controlled via a Jumper or a GPIO. By default PL204 Jumper is at 2-3 location meaning the USB switch is forced to allow USB connectivity between EVB USB connector and the module as shown below.

In case dynamic control is required, PL204 should be set to 1-2 position. In that case the switch will be controlled by TGPIO_02 of the RF module. Please refer to IFBD User Guide for the actual connectivity of TGPIO_02 to the module.

TGPIO_02 Active USB path 0 Micro-AB USB connector SO203 (Default) 1 Extension connector SO506

Table 7 - USB path selection



11. UART interface The EVB includes two generic UART interfaces:

• UART1 – 4 wire UART • UART2 - Auxiliary UART with 2 pin

On the EVB, both UART are routed to a dual serial-USB convertor FT2232D, accessible via mini-B USB connector SO301. The actual mapping of the module UART interfaces to the EVB UART ports are defined in the IFBD Please refer to IFBD UG for more information.

12. Micro SD card interface The Generic EVB provides Micro-SD card socket (SO204) for cases where the Telit module supports SD Card interface. The EVB supports 4-bit dual voltage (1.8/2.95V) SD card interface. The EVB main board is designed to allow SD 3.0 at up to 200MHz SDR / 50 MHz DDR. The actual speed and voltage support is determined by the module in use and the IFBD connectivity. The EVB supports the card detect function as well. On top of the digital SDC interface lines, the RF module also provides a ‘reference’ supply VMMC for the external pullup resistors3. The power supply of the memory card needs to be sourced externally using the on-board 3.0V linear regulator (U205). The regulator enable pin which is active HIGH is connected to TGPIO_10 and is responsible for enabling this power supply (should be controlled via the RF module SW).

TGPIO_10 SD card supply 0 Disabled 1 Enabled

Table 8 - MMC supply enable

13. JTAG interface For SW code level debugging purpose with TRACE32 Lauterbach pod, the standard 20 pin header connector PL203 gives access to the module chipset JTAG interface.

3 SD card pull-ups by default are present on EVB, but could be omitted if such pull ups are available inside the module (either on board or chip-set internal).



14. Thermal monitoring & cooling 14.1. Thermal monitoring Normally, the Interface board contains a 10k NTC thermistor which is placed on the top layer GND plane, close to module boundary. The measured NTC temperature should reflect the module’s backside temperature. The readout of the thermistor is done via ADC feature of the A-star controller board, interface pin “AIN0”. A 10k pullup resistor is connected to the 5V A-star IO supply, resulting in resistive division, having typical ADC readout nominal around 2.5V, at 25deg.

14.2. Cooling In order to provide cooling to the Telit module (via the module’s bottom plate), a cool-fan+ heatsink combination can be attached on the backside of the IFBD. The cool-fan/heatsink combination targeted for this application is:

• Any 40x40x10mm PWM compatible 5V fan. • ATS-55350D-C2-R0 (35x35x9.5mm) heatsink from Advanced Thermal solutions Inc.

The cool-fan/heatsink mechanical attachment is part of the plastics housing concept, custom designed for the complete Development Kit. A dedicated fan supply is present on the EVB of controlled by the A-star controller board.

A-star interface pin function Active level D18 FAN enable high A10 PWM speed control high D19 Speed sense N/A

Table 9 - Cool fan A-star control pin mapping The detailed cool-fan connector pinning is indicated in next figure: It is a 3 pin connector located on the bottom side of EVB.

Figure 37 coolfan pin mapping PL301



15. IO connectors Besides the main 120p extension connector, several dedicated IO interface connectors are available. (Samtec 10p pin header connector type: SHF-105-01-L-D-SM-LC which can be mated with SAMTEC IDC wire cable FFSD-05-D) The below tables describes the signals available / visible at each header: SO206 : ADC

1 VBAT_AUX 2 ADC_IN1 3 GND 4 ADC_IN2 5 GND 6 ADC_IN3 7 GND 8 TGPIO_07 9 1.8V 10 GND

SO205: DVI

1 DVI_WAO 2 VBAT_AUX 3 DVI_TX 4 1.8V 5 DVI_RX 6 TGPIO_04 7 DVI_CLK 8 GND 9 REF_CLK 10 GND

SO207: I2C

1 VBAT_AUX 2 I2C_SDA 3 1.8V 4 I2C_SCL 5 TGPIO_22 6 GND 7 I2C_SDA_AUX 8 GND 9 I2C_SCL_AUX 10 GND

SO208: SPI

1 SPI_MOSI 2 VBAT_AUX / 1.8V 3 SPI_MISO 4 TGPIO_11 5 SPI_CS 6 TGPIO_12 7 SPI_CLK 8 GND 9 GND 10 GND



SO211: GPIO1

1 1.8V 2 TGPIO_01 3 TGPIO_02 4 TGPIO_03 5 TGPIO_04 6 TGPIO_05 7 TGPIO_06 8 TGPIO_07 9 TGPIO_08 10 GND

SO209: GPIO2

1 VBAT_AUX 2 1.8V 3 TGPIO_09 4 TGPIO_10 5 TGPIO_11 6 TGPIO_12 7 TGPIO_20 8 TGPIO_21 9 TGPIO_22 10 GND



16. 120-Pin male B2B connectors The interface between IFBD and EVB is implemented via three units of 120p (20p x 6 rows) SAMTEC SEARAY 1.27mm High Speed/High Density B2B connectors (10mm stack height SEAM/SEAF). The below tables describe the detailed pin mapping. The actual pin functionality applied to each pin is determined according to the specific module features and according to the mapping done on each specific IFBD. It is likely that signal naming and signal functionality will be changed across the platform. Please refer to the User Guide of the specific IFBD in use for the actual pin mapping and pin description. Table 10 SO501

1 GND 2 GND 3 I2C_SCL_AUX 4 I2C_SDA_AUX 5 GND 6 SGMII_RX_M

7 USB_SS_RX_P 8 GND 9 I2C_SDA 10 TGPIO_06 11 SGMII_TX_M 12 SGMII_RX_P

13 USB_SS_RX_M 14 GND 15 TGPIO_05 16 I2C_SCL 17 SGMII_TX_P 18 GND

19 GND 20 GND 21 VREG_MSME 22 VREG_MSME 23 GND 24 PCIE_RX_P

25 USB_SS_TX_P 26 GND 27 28 29 PCIE_TX_P 30 PCIE_RX_M

31 USB_SS_TX_M 32 GND 33 TGPIO_12 34 SPI_MOSI 35 PCIE_TX_M 36 GND

37 GND 38 39 TGPIO_11 40 TGPIO_04 41 GND 42 PCIE_REFCLK_P

43 SPI_CS 44 TGPIO_02 45 TGPIO_03 46 SPI_MISO 47 48 PCIE_REFCLK_M

49 VAUX/PWRMON 50 VAUX/PWRMON 51 LED_DRV_EN 52 SPI_CLK 53 54

55 TGPIO_08 56 TGPIO_07 57 TGPIO_01 58 TGPIO_09 59 60 CSI2_D0_N

61 TGPIO_21 62 TGPIO_10 63 TGPIO_22 64 TGPIO_20 65 66 CSI2_D0_P

67 VMMC 68 VMMC 69 MMC_CD 70 MMC_DAT3 71 72 CSI2_CLK_N

73 MMC_DAT0 74 MMC_DAT2 75 MMC_CLK 76 MMC_DAT1 77 PCIE_EP_RESET_N 78 CSI2_CLK_P

79 GND 80 GND 81 C107/DSR 82 MMC_CMD 83 PCIE_CLKREQ_N 84 CSI1_D0_N

85 WIFI_SD0_TGPIO15 86 WIFI_SD1_TGPIO16 87 WIFI_SDCMD_TGPIO14 88 WIFI_SDRST_TGPIO13 89 TX_AUX 90 CSI1_D0_P

91 WIFI_SD5_TGPIO24 92 WIFI_SD2_TGPIO17 93 WIFI_SD3_TGPIO18 94 WIFI_SD4_TGPIO23 95 RX_AUX 96 CSI1_D1_N

97 WIFI_SD6_TGPIO25 98 WIFI_SD7_TGPIO26 99 WIFI_SDCLK_TGPIO19 100 WCI_TX 101 WCI_RX 102 CSI1_D1_P

103 C125/RING 104 RFCLK2_QCA 105 WLAN_SLEEP_CLK 106 C105/RTS 107 PCIE_EP_WAKE_N 108 CSI1_D2_N

109 C104/RXD 110 C109/DCD 111 C103/TXD 112 C106/CTS 113 C108/DTR 114 CSI1_D2_P

115 116 117 CSI1_CLK_P 118 CSI1_CLK_N 119 CSI1_D3_P 120 CSI1_D3_N



Table 11 SO502 1 GPS_LNA_BIAS 2 GND 3 GPS_LNA_EN 4 MICBIAS 5 GND 6

7 GND 8 GND 9 GND 10 GND 11 GND 12

13 MIC2_MT+ 14 MIC2_MT- 15 GND 16 EAR2_MT- 17 EAR2_MT+ 18

19 GND 20 GND 21 GND 22 GND 23 GND 24 GND

25 MIC1_MT+ 26 MIC1_MT- 27 GND 28 EAR1_MT- 29 EAR1_MT+ 30 GND

31 SPKR_N 32 SPKR_P 33 34 35 36 MIC_VDD

37 GND 38 GND 39 D_MIC_CLK 40 D_MIC_DAT_1 41 GND 42 GND

43 TRXN0 44 GND 45 GND 46 GND 47 GND 48 GND

49 TRXP0 50 GND 51 GND 52 ADC_IN3 53 ADC_IN2 54 ADC_IN1

55 56 57 58 59 60

61 DVI_RX 62 DVI_TX 63 DVI_CLK 64 DVI_WAO 65 REF_CLK 66 GND

67 GND 68 GND 69 GND 70 GND 71 GND 72 eSIM_RST

73 GND 74 GND 75 GND 76 GND 77 SIMVCC1 78 SIMVCC1

79 HSIC_STB 80 HSIC_DATA 81 SIMCLK1 82 SIMIN1 83 SIMIO1 84 SIMRST1

85 HW_KEY 86 VRTC 87 ETH_RST_N 88 ETH_INT_N 89 SIMVCC2 90 SIMVCC2

91 USB_VBUS 92 USB_ID 93 SIMIN2 94 SIMIO2 95 SIMRST2 96 SIMCLK2

97 GND 98 GND 99 MAC_REF_CLK 100 MAC_TXEN_ER 101 MAC_MDIO 102 MAC_RXDV_ER

103 USB_D+ 104 GND 105 MAC_TXD[0] 106 MAC_MDC 107 MAC_RXD[0] 108 MAC_CRS_DV

109 USB_D- 110 GND 111 MAC_TXD[1] 112 MAC_TXD[2] 113 MAC_RXD[1] 114 MAC_RXD[2]

115 GND 116 GND 117 MAC_TX_CLK 118 MAC_TXD[3] 119 MAC_RX_CLK 120 MAC_RXD[3]



Table 12 SO503

1 VBATT 2 VBATT 3 VBATT 4 VBATT_PA 5 VBATT_PA 6 VBATT_PA



19 20 21 22 VBATT_PA 23 VBATT_PA 24 VBATT_PA

25 26 27 28 29 30

31 32 33 34 35 36

37 DSI_CLK_P 38 DSI_CLK_N 39 40 41 42

43 DSI_D3_P 44 DSI_D3_N 45 46 47 48

49 DSI_D2_P 50 DSI_D2_N 51 52 53 54

55 DSI_D1_P 56 DSI_D1_N 57 TGPIO_27_TXD_GPS 58 TGPIO_28_RXD_GPS 59 TGPIO_29_RTS_GPS 60 TGPIO_30_CTS_GPS

61 DSI_D0_P 62 DSI_D0_N 63 64 65 66 D8_THERM_ASTAR

67 68 69 70 71 72

73 74 75 76 77 78



91 RESET 92 ON_OFF 93 STAT_LED 94 LED_DRV 95 SW_RDY 96 SHDN

97 GND 98 GND 99 GND 100 GND 101 102

103 GPS_PPS 104 GPS_RFPAON 105 GPS_CLK 106 GND 107 108 JTAG_PS_HOLD

109 GND 110 GND 111 GND 112 GND 113 JTAG_TDI 114 D_MIC_DAT_2

115 JTAG_TMS 116 JTAG_TDO 117 JTAG_TRST 118 JTAG_TCK 119 JTAG_RTCK 120 JTAG_RESOUT



17. Extension connector As described above, the EVB features can be extended by adding / designing extension cards which are then plugged into SO506 connector of the EVB main board. The extension connector detailed pin allocation is shown in the table below. The actual functionality of each signal is determined by the specific module in use and by the specific extension card. It is likely that signal naming and signal functionality will be changed across the platform. Please refer to the relevant extension card HW User Guide.

1 VBAT_AUX 2 VBAT_AUX 3 DSI_CLK_N 4 DSI_CLK_P 5 DSI_D3_N 6 DSI_D3_P

7 GND 8 GND 9 GPS_PPS 10 WIFI_SDCMD_TGPIO14 11 WCI_RX 12 DSI_D2_N

13 VAUX/PWRMON 14 WIFI_SD4_TGPIO23 15 LED_DRV 16 WIFI_SDCLK_TGPIO19 17 TGPIO_30_CTS_GPS 18 DSI_D2_P

19 1V8 20 WIFI_SD3_TGPIO18 21 LED_DRV_EN 22 WIFI_SD7_TGPIO26 23 DSI_D1_N 24 DSI_D1_P

25 WCI_TX 26 RFCLK2_QCA 27 WIFI_SD2_TGPIO17 28 WIFI_SD5_TGPIO24 29 DSI_D0_N 30 DSI_D0_P

31 I2C_SCL_AUX 32 I2C_SDA_AUX 33 WIFI_SD0_TGPIO15 34 WIFI_SD1_TGPIO16 35 CSI1_CLK_P 36 CSI1_CLK_N

37 I2C_SDA_EXT 38 I2C_SCL_EXT 39 WIFI_SD6_TGPIO25 40 WIFI_SDRST_TGPIO13 41 CSI1_D3_P 42 CSI1_D3_N

43 TGPIO_20 44 TGPIO_01 45 TGPIO_02 46 TGPIO_03 47 CSI1_D2_P 48 CSI1_D2_N



61 ETH_INT_N 62 TGPIO_10 63 TGPIO_11 64 TGPIO_12 65 CSI2_CLK_P 66 CSI2_CLK_N

67 ETH_RST_N 68 PCIE_CLKREQ_N 69 PCIE_EP_WAKE_N 70 PCIE_EP_RESET_N 71 CSI2_D0_P 72 CSI2_D0_N

73 MAC_RXDV_ER 74 MAC_MDIO 75 TGPIO_29_RTS_GPS 76 TGPIO_28_RXD_GPS 77 TGPIO_27_TXD_GPS 78 PCIE_REFCLK_M

79 MAC_CRS_DV 80 MAC_MDC 81 WLAN_SLEEP_CLK 82 REF_CLK 83 GND 84 PCIE_REFCLK_P

85 MAC_RXD[3] 86 MAC_TXEN_ER 87 DVI_CLK 88 DVI_WAO 89 PCIE_TX_M 90 GND

91 MAC_RXD[2] 92 MAC_REF_CLK 93 DVI_RX 94 DVI_TX 95 PCIE_TX_P 96 PCIE_RX_M

97 MAC_RX_CLK 98 MAC_TXD[2] 99 SPI_CLK 100 SPI_CS 101 GND 102 PCIE_RX_P

103 MAC_RXD[1] 104 MAC_TX_CLK 105 SPI_MISO 106 SPI_MOSI 107 SGMII_TX_P 108 GND

109 MAC_RXD[0] 110 MAC_TXD[1] 111 GND 112 GND 113 SGMII_TX_M 114 SGMII_RX_P

115 MAC_TXD[3] 116 MAC_TXD[0] 117 USB_EXT_D- 118 USB_EXT_D+ 119 GND 120 SGMII_RX_M



18. EVB Component diagram

CS1742C-Placement.pdf

Figure 38 EVB component diagram TOP view



Figure 39 EVB component diagram Bottom view



19. Schematics

CS1742C-Schematics.pdf



20. 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 body (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://ec.europa.eu/enterprise/sectors/rtte/documents/ The text of the Directive 99/05 regarding telecommunication equipments is available, while the applicable Directives (Low Voltage and EMC) are available at: http://ec.europa.eu/enterprise/sectors/electrical/

http://ec.europa.eu/enterprise/sectors/rtte/documents/

http://ec.europa.eu/enterprise/sectors/electrical/



21. Document History

Revision Date Changes 0.1 2015-12-16 First draft 0.2 2016-01-02 Minor edits 0.3 2016-02-08 Minor edits 0.4 2016-05-23 Updates for HE922-3GR

Updates for a proper generic EVB description 0.5 2016-05-28 Update per Internal Review comments 0.6 2016-06-06 Fixed typo in Chapter 4 (default Jumper setting) 0.7 2016-08-24 Added GPS LNA control description

Several formatting changes Naming convention change: from SDK to EVB

0.8 2016-09-02 Minor edits 0.9 2016-09-20 Adding Class D bypass option

Update jumpers Settings Table 13 – Revision History

Communications S.p.A.

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DRAWN

PATH /sedna/archive/sch

ANNOTATION

FILE NAME

B

C

D

E

A

42 98 1071 3 1165

D1

003:8B

CHG_BAT

VIN

CHG_BAT

D2003:3A;003:8B

SMPS

D3003:3A;003:8B

SMPS

U103PCA9509D

8VCC_B

3A2

4GND

6B2

2A1

5EN

1VCC_A

7B1

VRTC005:5C

Q101

SI3447CDV-T1-GE3

TSOP-6

4

S3

G

1

D256

VBAT_AUX

D103

SOT-323@MarkBAT54CWT1G

3

2 1

D104

SOT-323@MarkBAT54CWT1G

3

2 1

PL1011982295-1

2

1

PL1021982295-1

2

1

R101620

5%

0402

R1081K

5%

0402

R1072.2K

5%

0402

PL106471-1955-103-400

2

1

3

PL109471-1955-103-40021 3

R1035.6K

5%

0402

PL110471-1955-103-400

21 3

R10510K

5%

0402

PL111471-1955-104-400

3

2

1

4

R106

10K

5%

0402

PL112471-1955-104-400

3

2

1

4

R112

10K

5%

0402

PL108471-1955-102-400

2

1

R10412K

5%

0402

U101

BQ24261MRGER

23

S_23

10

INT

14PSEL

9

BAT_9

15NC

16SCL

18IN_18

13STAT

20

AGND_20

8

BAT_8

24

SW_24

2BOOT

3DRV

4CD

5TS

1PMID

17SDA

11

BGATE

12

AGND_12

19

IN_19

6SYS_6

21

PGND_21

22

PGND_22

7

SYS_7

25

PKG

R1091M

5%

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C11210nF

0402

16VX7R

LM2596S-ADJ-NOPBU102

1+VIN

4FBACK

2VOUT

5ON/OFF

6

TAB

3

GNDC10810nF

0603

50VX7R

C119100nF

0402

16VX7R

U104MAX9611AUB+

10uMAX

10VCC

3RS-

4SET

8A1

2RS+

7SDA

1OUT

9A0

5GND

6SCL

C120100nF

0402

16VX7R

U105MAX9611AUB+

10uMAX

10VCC

3RS-

4SET

8A1

2RS+

7SDA

1OUT

9A0

5GND

6SCL

C1071uF

0402

10VX5R

C1032.2uF

0402

10VX5R

C109

10uF

0603

10VX5R

C111

10uF

0603

10V

X5R

C113

10uF

0603

10VX5R

PL107471-1955-102-400

2

1

VIN_3V8

PL103471-1955-103-400

2

1

3

L10247uH

SLF12575

PL105471-1955-103-400

2

1

3

D102STPS3L60UG36SMB

D101STPS3L60UG36SMB

D105STPS3L60UG36SMB

OT101 OT102 OT103

C116470uF

CONT-E

10V

C117470uF

CONT-E

10V

C114470uF

CONT-E

10V

D4003:8B

D6003:8B

VCC_ASTAR

C1184.7uF

0402_PLUS1

10VX5R

C11522uF

CONT-C

10V@Tc

1V8

+3.3V_ASTAR

C12210nF

0603

50VX7R

C12110nF

0603

50VX7R

C123470uF

CONT-E

10V

USB_VBUS005:5C;002:6E

D106

DFLS230LH

.DFLS230

FTDI_VBUS003:2B

D107

DFLS230LH

.DFLS230

PL113471-1955-102-400

2

1

PL114471-1955-102-400

2

1

D0

003:8B

PL115471-1955-102-400

2

1VAUX/PWRMON005:2D;005:8D;005:11B

SO101RAPC712X

RAPC

123

RT10110K

04025%

C101100uF

CONT-E

25V

C105100uF

CONT-E

25V

C104100uF

CONT-E

25V

C102100uF

CONT-E

25V

PL116471-1955-102-400

2

1HW_KEY005:5C

VBATT_PA005:6A

VBATT005:6A

DCK-3R3E204T614-EBT101

3.3V

FDSD0412-H-1R5M=P3L101

4.2x4.2x1.2

PL10453261-0371

2

1

3

DL101LS-M676-P2S1-1

REDM676

R1160.050

1%

CSR1206

R1130.250

1%

CSR1206

C1064.7uF

CONT-B

25V@Tc

R1104.7K

5%

0402

R1114.7K

5%

0402

R1144.7K

5%

0402

R1154.7K

5%

0402

OT104 OT105 OT106

R102

0 0

0402

C1244.7uF

0402_PLUS1

10VX5R

L103600 ohm

BLM03AX

C125470uF

CONT-E

10V

C126470uF

CONT-E

10V

D108

SOT-323@MarkDF3A6_8FUT1

3

2 1

D109

SOT-323@MarkDF3A6_8FUT1

3

2 1

R1180 0

0402

noMount=YES

R119

0 00402

noMount=YES

I2C_SCL005:2B;003:1A;002:6D

I2C_SDA005:2A;003:1A;002:6D

R121

0 00402

R1200 0

0402

C110

33nF

0402

25V

X7R

R117470

5%

0402

Telit EVB

1 5

POWER REGULATOR / BATTERY CHARGE

+

-

charger

smps buck

2-3 : 3.8V

1-2 : smps buck

2-3 : smps buck / bypass

1-2 : charger/battery

battery

6-15V

2-3 : smps buck

1-2 : battery

+

-

3.8V

STAT

INT

CD

SDA

SCL

0.05 ohm 1%

3G/4G 0.5A drop 25mV|| gainx8 : 200mV

2G 2A drop 100mV||gainx4 : 400mV

0.25 ohm 1%

normal:0.5A:drop 125mV || gainx1:125mV

sleep:1mA: drop 0.25mV || gainx8:2mV

PABASEBAND

(max 2mV offset)

full scale max 440mV

bypass

PWRON

supercap 0.2F

GND probe

03/08/2016

MICRO

SDCARD

Detect

SIM_CARD

SIM_CARD

FORBIDDEN

VIETATE

ALL RIGHTS RESERVED




PROJECT

A3

DESCRIPTION

DRAWING CODE

FORM

MODIFY

OF SHEETS

DATE

SHEET N.

VERIFIED

PROJECT

DRAWN


ANNOTATION

FILE NAME

B

C

D

E

A

42 98 1071 3 1165

VBAT_AUX

D201

SOT-323 @MarkBAT54CWT1G

3

21

R203

0

0

0402

noMount=YES

R211

30

5%

0402

R21310K

5%

0402

R21410K

5%

0402

R21510K

5%

0402

R21610K

5%

0402

R21710K

5%

0402

R204

15K5%0402

noMount=YES

R208

15K5%0402

noMount=YES

R201

51K5%0402

R202

100K5%

0402

R205 1

00K5%

0402

R206

200K 5%

0402

R207200K

5%

0402

C21522pF

0402

50VCOG

C21633pF

0402

50VCOG

SIMCLK2005:5B

SIMCLK1_CONN002:3A

SIMIN2005:5C

SIMRST1_CONN002:3A

SIMIN1_CONN002:3A

SIMCLK1_ESIM002:3B

SIMRST1_ESIM002:3B

SIMIO2005:5C

VBAT_AUX

SIMRST2005:5B

VBAT_AUX

MMC_DAT0005:3D

MMC_DAT2005:3D

SIMRST1005:5C

MMC_CMD005:3C

VBAT_AUX

MMC_DAT3005:3D

MMC_CD005:3D

SIMIO1_CONN002:3B

SPI_MOSI005:2C;005:10B

JTAG_TCK005:7A

VMMC005:3D;002:8A

JTAG_PS_HOLD005:7B

TGPIO_10005:3D;005:10D

JTAG_RTCK005:7A

MMC_DAT1005:3D

JTAG_TMS005:7A

SPI_CS005:2C;005:10B

JTAG_TDI005:7A

SPI_MISO005:2D;005:10B

MMC_CLK005:3D

JTAG_TDO005:7A USB_ID

005:5C

TGPIO_12005:2C;005:10D;002:7C

R209

15K5%0402

noMount=YES

USB_VBUS001:1C;005:5C

TGPIO_09005:2D;005:11D

USB_D+_conn002:7B

USB_D-_conn002:7B

TGPIO_02005:2C;005:11D;002:7B

VBAT_AUX

SPI_CLK005:2D;005:10B

SO204PJS008-2130-0

1DATA2

2CD/DATA3

3CMD

4VDD

5CLK

7DATA0

8DATA1

9SW210 SW1

11PKG_GND11

12PKG_GND12

13PKG_GND13

6VSS

14PKG_GND14

VBAT_AUX

U203NX3DV2567GU

8 3Z

151Y1

10 NC

6GND

32Y1

93Y0

114Y1

4 2Z

12 4Z

11Y0

73Y1

16 1Z

134Y02 S

14

VCC

52Y0

DVI_RX005:5D;005:10C

C217100nF

0402

16VX7R

TGPIO_20005:3D;005:11C;003:3D

PL201471-1955-103-400

2

1

3

PL202471-1955-103-400

2

1

3

PL20370246-2001

3

2

1

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

TGPIO_03005:2D;005:11D

DG9431DV-T1-E3U201

TSOP-06

6NO

4NC

1IN

3 GND

5 COM

2 VCC

SIMCLK1005:5C

DG9431DV-T1-E3U202

TSOP-06

6NO

4NC

1IN

3 GND

5 COM

2 VCC

SIMIO1005:5C

SO201FMS008-6001-0

1C1

7C7

6C6

3C3

2C2

9 10

5C5

4C4 8C8

SIMCLK1_CONN002:4A

TGPIO_07005:2D;005:11D;002:11C

SO202FMS008-6001-0

1C1

7C7

6C6

3C3

2C2

9 10

5C5

4C4 8C8

SIMIO1_CONN002:4A

DVI_TX005:5D;005:10C

SIMIN1_CONN002:4B

TGPIO_08005:2D;005:11D

SIMRST1_CONN002:4A

SIMCLK1_ESIM002:4B

TGPIO_06005:2B;005:11D

SIMIO1_ESIM002:6B

SIMRST1_ESIM002:4B

TGPIO_11005:2C;005:10D;002:7C

SIMIO1_ESIM002:3B

DVI_CLK005:5D;005:10C

REF_CLK005:5D;005:10C

JTAG_RESOUT005:7A

JTAG_TRST005:7A

R210

0

0

0402

VBAT_AUX

VBAT_AUX

TGPIO_04005:2C;005:11D;002:10D

TGPIO_01005:2D;005:11C

TGPIO_05005:2B;005:11D

TGPIO_04005:2C;005:11D;002:8CI2C_SCL

001:6C;005:2B;003:1A

I2C_SDA001:6C;005:2A;003:1A

I2C_SCL_AUX005:2A;005:11C

I2C_SDA_AUX005:2A;005:11C

VBAT_AUX

TGPIO_07005:2D;005:11D;002:10D

ADC_IN3005:4D

ADC_IN2005:4D

ADC_IN1005:4D

VBAT_AUX

VBAT_AUX

C2031uF

0402

6.3VX5R

D204UCLAMP0502P_TCTSLP1006P31 2

3

C2111uF

0402

6.3VX5R

C2101uF

0402

6.3VX5R

C2041uF

0402

6.3VX5R

DG9431DV-T1-E3U206

TSOP-06

6NO

4NC

1IN

3 GND

5 COM

2 VCC

SIMIN1005:5C

VBAT_AUX

R218

220.0K

1%

0402

SIMCTRL003:8A

U207ECLAMP2465T_TCT

8DATA_IC

3RESET

4NC

6RESET_IC

2CLK

5VCC

1DATA

7CLK_IC

9

GND_PKG

U208ECLAMP2465T_TCT

8DATA_IC

3RESET

4NC

6RESET_IC

2CLK

5VCC

1DATA

7CLK_IC

9

GND_PKG

DVI_WAO005:5D;005:10C

Q201SI2333CDS

3

D

2

S 1G

eSIM_RST005:5D;002:2D

SIMVCC2005:5C

SIMVCC1005:5C;002:4B

SIMVCC1005:5C;002:4A

eSIM_RST005:5D;002:2B

VMMC005:3D;002:8A

TGPIO_22005:3D;005:11D;002:6D

TGPIO_21005:3D;005:11D

TGPIO_12005:2C;005:10D;002:8D

TGPIO_11005:2C;005:10D;002:8D

PL206471-1955-103-400

2

1

3

TGPIO_22005:3D;005:11D;002:8D

R221

51K5%0402

noMount=YES

U209TS3USB221RSE

RES/R-PUQFN-N10

10VCC

32D+

42D-

8D+

21D-

7D-

11D+

9S

5GND

6OE

MIC5366-3_0YC5U210

66PSC-70-5

1IN

3EN

4NC

5OUT

2GND

VBAT_AUX

C20233pF

0402

50VCOG

C2011uF

040210V

X5R

C2061uF

0402

10VX5R

USB_EXT_D+005:10A

USB_EXT_D-005:10A

USB_D+005:5B

USB_D-005:5B

USB_D+_conn002:6E

USB_D-_conn002:6E

C205 100nF

0402

16VX7R

TGPIO_02005:2C;005:11D;002:10D

Q203ESD7104MUTAG

1 I/O_1

2 I/0_2

3 GND_3

4 I/O_4

5 I/O_5 6NC_6

7NC_7

8GND_8

9NC_9

10NC_10

Q202ESD7104MUTAG

1 I/O_1

2 I/0_2

3 GND_3

4 I/O_4

5 I/O_5 6NC_6

7NC_7

8GND_8

9NC_9

10NC_10

USB_SS_TX_P005:2B

USB_SS_TX_M005:2C

USB_SS_RX_M005:2BUSB_SS_RX_P005:2A

ESDA6V1BC6

VS202

BS55

.

1

3 4

52

6

D203CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5

D202CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5

D207CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5

D208CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5

D209CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5

D210CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5 D211CM1230-08CP

2.46x0.96x0.72

A1 A2

A3 A4A5

B1 B2B3

B4B5

1V8

1V8

1V8

1V8

1V8

1V8

1V8

1V8

1V8

1V81V8

1V8

1V8

SO205SHF-105-01-L-D-SM-K

3

2

1

4

5

6

7

8

9

10


3

2

1

4

5

6

7

8

9

10


3

2

1

4

5

6

7

8

9

10


3

2

1

4

5

6

7

8

9

10


3

2

1

4

5

6

7

8

9

10


3

2

1

4

5

6

7

8

9

10

R220

100K5%

0402

PL204471-1955-103-400

2 13

1V8

SO203GSB343K33HR

3USB_D+

2USB_D-

1VBUS

4OTG_ID

5GND_5

6USB3_SSTX-

7USB3_SSTX+

8GND_8

9USB3_SSRX-

10USB3_SSRX+

11GND_11

12GND_12

U204PQ-AX-00038

8VDD

3I/O

4NC4

6CLK

2NC2

5NC5

1GND

7RST

9

GND_PKG

R2121M

5%

0402R22339K

5%

0402

C218100nF

0402

16VX7R

C22010uF

0603

10VX5R

C21410uF

060310V

X5R

R222110K

5%

0402

RT9053AGBU205

SOT-23-5

VIN1

GND2

EN3

FB4

VOUT5

INTERFACE CONNECTORS

2 5

JTAG CONNECTOR

SIM1

MMC

USB2.0

Telit EVB

MISCELLANEOUS FUNCTIONS

int/ext sim

esim/conn

SIM2

USB SEL

S high : D=2D

S low : D=1D

tgpio_02 default low

USB3.0

03/08/2016


47K

10K

47K

10K

at 100MHz

ON

FORBIDDEN

VIETATE

ALL RIGHTS RESERVED




PROJECT

A3

DESCRIPTION

DRAWING CODE

FORM

MODIFY

OF SHEETS

DATE

SHEET N.

VERIFIED

PROJECT

DRAWN


ANNOTATION

FILE NAME

B

C

D

E

A

42 98 1071 3 1165

B_TXD

B_RXD

A_RTS

A_RI

A_DSR

A_DCD

A_DTR

A_CTS

A_RXD

A_TXD

SW_RDY005:7B

D5

003:8B

+3.3V_ASTAR

VCC_ASTAR

A0

003:8D

C3014.7uF

0402_PLUS1

10VX5R

A1

003:11DD10

003:10D

SO302477-9726-110-470

3

2

1

4

5

6

7

8

9

10

D11

003:3D

SO303477-9726-110-470

3

2

1

4

5

6

7

8

9

10

D12

003:3E

D5

003:3E

Q301BCR135WSOT-323WJs

2

3

1

Q302BCR135WSOT-323WJs

2

3

1

BLM15PD300SN1L301

BLM15

D6

001:6E

U303

FT2232D

LQFP48

63V3OUT

8USBDM

7USBDP

5RSTOUT

4RESET

43XTIN

44XTOUT

48EECS

1EESK

2EEDATA

47TEST

45

AGND

9GND_9

18

GND_18

25

GND_25

34

GND_34

41PWREN

26SI/WUB

27BCBUS3

28BCBUS2

29BCBUS1

30BCBUS0

32BDBUS7

33BDBUS6

35BDBUS5

36BDBUS4

37BDBUS3

38BDBUS2

39BDBUS1

40BDBUS0

10SI/WUA

11ACBUS3

12ACBUS2

13ACBUS1

15ACBUS0

16ADBUS7

17ADBUS6

19ADBUS5

20ADBUS4

21ADBUS3

22ADBUS2

23ADBUS1

24ADBUS0

31

VCCIOB

14

VCCIOA

42

VCC_42

3VCC_3

46

AVCC

D3

001:10D;003:3A

D4

001:6E

L30210uH

1210

D1

001:4B

D2

001:10D;003:3A

D0

001:3D

X301NX1255GB6.000MHz

CP12A

3

21

4

ON_OFF005:7C

STAT_LED005:7C

RESET005:7C

D12

003:10B

D11

003:10B

VBAT_AUX

VBAT_AUX

VCC_ASTAR

C31622uF

CONT-C

10V

C32122uF

CONT-C

10V

U301SN65220DBV

5GND_5

1NC_1

2GND_2

6A

3NC_3

4B

SHDN005:7B

VBAT_AUX

D8_THERM_ASTAR

005:7D

LT1613CS5U309

LTEDSOT23-5

1SW

3FB

4SHDN

5VIN

2GND

D303


3

21

5V_USB

D302


3

21

5V_USB

D301


3

21

5V_USB

TX_AUX005:3C

RX_AUX005:3B

3V3_OUT

5V_USB

U308SN74AVC4T245D

8GND_8

32DIR

121B2

41A1

62A1

112B1

16VCCB

21DIR

9GND_9

102B2

151OE

142OE

51A2

1VCCA

72A2

131B1

U306SN74AVC4T245D

8GND_8

32DIR

121B2

41A1

62A1

112B1

16VCCB

21DIR

9GND_9

102B2

151OE

142OE

51A2

1VCCA

72A2

131B1

U305SN74AVC1T45DBVR

5DIR

1VCCA

2GND

6VCCB

3A

4B

U307SN74AVC1T45DBVR

5DIR

1VCCA

2GND

6VCCB

3A

4B

U304SN74AVC1T45DBVR

5DIR

1VCCA

2GND

6VCCB

3A

4B

R303

27

5%

0402

3V3_OUT

R304

27

5%

0402

R307330

5%

0402

R308330

5%

0402

R305

470

5%

0402

R309

1K

5%

0402

R310

1K

5%

0402

R311

1K

5%

0402

R312

1K

5%

0402

R306

1.5K

5%

0402

R302

2.2K

5%

0402

R30110K

5%

0402

R31310K

5%

0402

R31410K5% 0402

R315

10K5%

0402

R31710K

5%

0402

C30227pF

0402

50VCOG

3V3_OUT

C30327pF

0402

50VCOG

3V3_OUT

C31833pF

0402

50VCOG

3V3_OUT

C319330pF

0402

50VX7R

3V3_OUT

VBAT_AUX

C306

100nF

0402

16VX7R

C307100nF

0402

16VX7R

C304

100nF

0402

16V

X7R

C305

100nF

0402

16V

X7R

C310100nF

0402

16VX7R

C315100nF

0402

16VX7R

C314100nF

0402

16VX7R

C311100nF

0402

16VX7R

C313100nF

0402

16VX7R

C309100nF

0402

16VX7R

C312100nF

0402

16VX7R

C308100nF

0402

16VX7R

C3171uF

040210V

X5R

C3201uF

0402

10VX5R

MIC5319-3_3YD5U310

N933TSOT-23-5

3 EN

1 VIN 5VOUT

4BYP

2

GND

C322100nF

0402

16VX7R

SW304TDA02H0SB1R

1

4

2

3

C323

100nF

0402

16VX7R

C324100nF

0402

16VX7R

FTDI_VBUS001:2D

R318

10K

5%

0402

C3251uF

040210V

X5R

C3264.7uF

0402_PLUS1

10VX5R

U311LTC3528BEDDB

2FB

7

SGND

8VIN

6

PGND

1SHDN

3PGOOD

4VOUT

5

SW

9

GND_PKG

R320680.0K

1%

0402

R321220.0K

1%

0402

C3304.7uF

0402_PLUS1

10VX5R

VBAT_AUX

R319

10K

5%

0402

C32722uF

CONT-C

10V

C32833pF

0402

50VCOG

R32247.0K

1%

0402

R32447.0K

1%

0402

VCC_ASTAR

D10003:10A

A1

003:10A

A0

003:10A

C329220uF

CONT-E

16V

SO30154819-0572

3

2

1

4

5

DZ2PESD5V0V1BLSOD882




SW302

1437566-4

2 1

SW303

1437566-4

2 1

SW301

1437566-4

2 1

SW306

1437566-4

21

SW305

1437566-4

2 1


R32610K

5%

0402

SIMCTRL002:2C

PL302471-1955-102-400

2 1

TGPIO_20005:3D;005:11C;002:8D

C107/DSR005:3C

C109/DCD005:3B

C125/RING005:3B

C105/RTS005:3B

C108/DTR005:3A

C104/RXD005:3B

C106/CTS005:3A

C103/TXD005:3B

1V8

U30293LC56B_I-SN

8VCC

3DI

4DO

6ORG

2CLK

5VSS

1CS

7NC

D3041N4148WT

@Mark

D305

1N4148WT

@Mark

C331100nF

0402

16VX7R

DL302LS-M676-P2S1-1

REDM676

DL301LY-M676-Q

YELLOWM676

L3034.7uH

0806

D306NSR0520V2T1G@MarkSOD-523

D307NSR0520V2T1G@MarkSOD-523

VIN

R31643K

5%

0402

PL30153261-0371

2

1

3

Q303SI3447CDV-T1-GE3

TSOP-6

4

S3

G

1

D256

R325

10K5%

0402

1V8

1V8

1V8

1V8

U312PCA9509D

8VCC_B

3A2

4GND

6B2

2A1

5EN

1VCC_A

7B1

R329

10K5%

0402

D3

001:10D;003:8B

D2

001:10D;003:8B

VCC_ASTAR

I2C_SDA001:6C;005:2A;002:6D

I2C_SCL001:6C;005:2B;002:6D

1V8

R3270 0

0402

R328

0 00402

I2C_SCL_EXT005:11C

I2C_SDA_EXT005:11C


ASTAR_3_3V_EN

003:8C

ASTAR_3_3V_EN

003:10B

R330

0

0

0402

R33110

5%

1206

3 5

UART / RC

mini USB

RESET BUTTON

ON BUTTON

STAT_LED

A-star

SDA

SCL

ON/OFF

RESET

PWMAIN0

MAIN UART

REMOTE CONTROL

RST ASTAR

AUX UART

INT

STAT

RESET

ON/OFF

SHDN BUTTON

SW_RDY_LED

SHDN

SHDN

Telit EVB

PWRON

CD

PWM

SENSE

SENSE

FAN_EN

FAN_EN

ECALL BUTTON

FORCE FLASH MODE

D9

D8

6.5V

SCL

SDA

03/08/2016



noMount=YES

FORBIDDEN

VIETATE

ALL RIGHTS RESERVED




PROJECT

A3

DESCRIPTION

DRAWING CODE

FORM

MODIFY

OF SHEETS

DATE

SHEET N.

VERIFIED

PROJECT

DRAWN


ANNOTATION

FILE NAME

B

C

D

E

A

42 98 1071 3 1165

VBAT_AUX

SO401SJ-43514-SMT

SJ-43514-SMT

1

234

BIAS004:2C;004:3D;004:5C

JACK_L004:2E

JACK_R004:2E

C412

220uF

CONT-E

16V

C413

220uF

CONT-E

16V

AMP_P004:5E

MIC5366-3_0YC5U402

66PSC-70-5

1IN

3EN

4NC

5OUT

2GND

AMP_M004:6E

R409

0 0

0402

VBAT_AUX

R4011.1K

5%

0402

R403

1.1K

5%

0402

R4022.2K

5%

0402

R4042.4K

5%

0402

R410

20K5%

0402

R411

20K5%

0402

R413

20K5%

0402

D401

STPS2L40U

GD4

SMB

R414

20K5%

0402

R40722K

5%

0402

R40624K

5%

0402

R408100K

5%

0402

R412100K

5%

0402

R4054.87K

1%

0402

C419

220pF

0402

25V

COG

C40422pF

0402

50VCOG

C40522pF

0402

50VCOG

C40622pF

0402

50VCOG

C40722pF

0402

50VCOG

C40822pF

0402

50VCOG

C40922pF

0402

50VCOG

C41022pF

0402

50VCOG

MICBIAS005:4A;004:2C;004:3D;004:5C

JACK_BIAS004:3D

C424

100nF

0402

16VX7R

JACK_MIC+004:2D

C4161uF

0603

25VX7R

C4181uF

0603

25VX7R

RJ11_MIC+004:4D

RJ11_BIAS004:2C

RJ11_MIC-004:5D

RJ11_EAR+004:2E;004:2ERJ11_EAR-004:3E;004:3E

L4012250

BLM21

L4022250

BLM21

L4032250

BLM21

L4042250

BLM21

L4062250

BLM21L4072250

BLM21

U401

LM48511SQ

FB_SEL1

SW_2

2

SW_3

3

SOFTSTART4

SD_AMP5

SS/FF6

GND

7

LS+8

LSGND_9

9

PV110

LSGND_11

11

LS-12

V113

VG0+14

IN-15

IN+16

VG0-17

VDD

18

FB19

FB_GND120

FB_GND021

REGGND_22

22

REGGND_23

23

SD_BOOST24

GND_THERMAL

25

PL40185502-5005

3

2

1

4

Q401

BC847BW

SOT-323

1Fs

2

31

C401

1uF

0402

10V X5R

C402

1uF

0402

10V X5R

C411

1uF

0402

10V X5R

C414

1uF

0402

10V X5R

C415

1uF

0402

10V X5R

C4201uF

0402

10VX5R

C426

1uF

0402

10V

X5R C427

1uF

0402

10V

X5R

C42310uF

0603

10VX5R

C422

22uF

CONT-C

10V

@Tc

C4252.2uF

0402

10VX5R

C4212.2uF

0402

10VX5R

SHDN_AMP004:8D

SHDN_AMP004:11B

PL411471-1955-102-400

2

1

GPS_LNA_EN005:4A

GPS_BIAS_EN005:8B

VBAT_AUX

AMP_P004:11B

EAR1_MT+005:4C;004:2E

EAR2_MT+005:4B;004:2E

AMP_M004:11B

EAR1_MT-005:4C;004:3E

EAR2_MT-005:4B;004:3E

JACK_MIC+004:4B

MIC1_MT+005:4B;004:4D;004:4C

MIC2_MT+005:4B;004:4D;004:4C

JACK_BIAS004:4A

MICBIAS005:4A;004:2C;004:5C;004:9D

BIAS004:2C;004:5C;004:9D

C4031uF

0402

10V

X5R

MIC1_MT-005:4B;004:5D

MIC2_MT-005:4B;004:5D

RJ11_MIC+004:5B

MIC1_MT+005:4B;004:2D;004:4C

MIC2_MT+005:4B;004:2D;004:4C

RJ11_BIAS004:5B

MICBIAS005:4A;004:3D;004:5C;004:9D

BIAS004:3D;004:5C;004:9D

RJ11_MIC-004:5B

MIC1_MT-005:4B;004:2C

MIC2_MT-005:4B;004:2C

JACK_L004:5A

EAR1_MT+005:4C;004:5E

RJ11_EAR+004:2E;004:5B

EAR1_MT-005:4C;004:6E

RJ11_EAR-004:3E;004:5B

EAR2_MT+005:4B;004:5E

JACK_R004:5A

RJ11_EAR+004:2E;004:5B

EAR2_MT-005:4B;004:6E

RJ11_EAR-004:3E;004:5B

MICBIAS005:4A;004:2C;004:3D;004:9D

BIAS004:2C;004:3D;004:9D

MIC1_MT+005:4B;004:2D;004:4D

MIC2_MT+005:4B;004:2D;004:4D

MEMS_OUT004:6D

MEMS_PWR004:8C

MEMS_OUT004:4C

MEMS_PWR004:5C

C428

100nF

0402

16VX7R

C429 1uF

0402

10V X5R

U4011SPU0410HR5H

2

GND_2

1

VDD

3

GND_3

4 OUT

ESDA6V1BC6VS401

BS55

.

1

3 4

52

6

ESDA6V1BC6VS402

BS55

.

1

3 4

52

6

D402PESD12VS1UB@Mark

D403PESD12VS1UB

@Mark

L4086.8uH

7.4x6.7x3.0

C417100uF

CONT-D

16V

PL413B2B-PH-SM4-TB

3

2

1

4

1V8

PL402ASP-191029-01

3

21

4

5 6

PL403ASP-191029-01

3

21

4

5 6

PL407ASP-191029-01

3

21

4

5 6

PL406ASP-191029-01

3

21

4

5 6

PL404ASP-191029-01

3

21

4

5 6

PL405ASP-191029-01

3

21

4

5 6

PL408ASP-191029-01

3

21

4

5 6

PL409ASP-191029-01

3

21

4

5 6

PL414ASP-191029-01

3

21

4

5 6SPKR_P005:4C

SPKR_N005:4C

L409220

BLM21 L410220

BLM21

L4052250

BLM21

C43033pF

040250V

COG

C43133pF

0402

50VCOG

AUDIO

4 5

EARPIECE

AMPLIFIER CLASS-D

audio in selector

audio out selector

Telit EVB

MICBIAS

3.5mm jack4p

RJ11

out:stereo SE

in: mic SE

in: mic DIFF

out: mono DIFF

SHDN amp

MEMS

03/08/2016

FORBIDDEN

VIETATE

ALL RIGHTS RESERVED




PROJECT

A3

DESCRIPTION

DRAWING CODE

FORM

MODIFY

OF SHEETS

DATE

SHEET N.

VERIFIED

PROJECT

DRAWN


ANNOTATION

FILE NAME

B

C

D

E

A

42 98 1071 3 1165

SO506SEAF-20-01-L-06-2-RA-GP-K-TR

3

2

1

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

46

47

48

49

50

51

52

53

54

45

55

56

57

58

59

6061

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120GPS_LNA_BIAS005:4AVBAT_AUX

R50110K 5%

0402

NCP612SQ30T2GU501

LHTSC70-5

1VIN

3EN

4NC

5VOUT

2GND

C5011uF

0402

10VX5R

C5021uF

0402

10VX5R

GPS_BIAS_EN004:7D

USB_SS_TX_P002:6E

MICBIAS004:2C;004:3D;004:5C;004:9D

VMMC002:8A;002:8A

VBATT001:9A

USB_ID002:6E

VBATT_PA001:10A

MIC2_MT+004:2D;004:4D;004:4C

MIC1_MT-004:2C;004:5D

USB_VBUS001:1C;002:6E

USB_SS_RX_M002:6E

GPS_LNA_BIAS005:9A

MIC2_MT-004:2C;004:5D

VRTC001:11A

WCI_RX005:9B;005:11B

MIC1_MT+004:2D;004:4D;004:4C

GPS_LNA_EN004:7D

PCIE_EP_WAKE_N005:10D

WCI_TX005:11B

USB_SS_RX_P002:6E

HW_KEY001:6A

USB_SS_TX_M002:6E

eSIM_RST002:2D;002:2B

SO501SEAF-20-06.5-L-06-2-A-K-TR

3

2

1

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

46

47

48

49

50

51

52

53

54

45

55

56

57

58

59

60 61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

SO502SEAF-20-06.5-L-06-2-A-K-TR

3

2

1

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

46

47

48

49

50

51

52

53

54

45

55

56

57

58

59

60 61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

VREG_MSME

WIFI_SDCLK_TGPIO19005:3B;005:11B

WIFI_SDCMD_TGPIO14005:3C;005:11B

WIFI_SDRST_TGPIO13005:3C;005:11C

WCI_RX005:3B;005:9B

WIFI_SD4_TGPIO23005:3C;005:11B

WIFI_SD5_TGPIO24005:3C;005:11C

WIFI_SD6_TGPIO25005:3B;005:11C

WIFI_SD7_TGPIO26005:3B;005:11B


WIFI_SD3_TGPIO18005:3C;005:11B



WLAN_SLEEP_CLK005:3B

RFCLK2_QCA005:3B

VBAT_AUX

VAUX/PWRMON001:7A;005:2D;005:8D

USB_EXT_D+002:7B

USB_EXT_D-002:7B

SPI_MISO005:2D;002:7C

SPI_CS005:2C;002:7C

SPI_CLK005:2D;002:7C

SPI_MOSI005:2C;002:7C

DVI_TX005:5D;002:8C

DVI_RX005:5D;002:8C

DVI_CLK005:5D;002:8C

DVI_WAO005:5D;002:8C

REF_CLK005:5D;002:8C

I2C_SCL_EXT003:2A

I2C_SDA_EXT003:2A

I2C_SDA_AUX005:2A;002:6D

I2C_SCL_AUX005:2A;002:6D

GPS_PPS005:7B

TGPIO_01005:2D;002:10D

TGPIO_04005:2C;002:8C;002:10D

TGPIO_02005:2C;002:7B;002:10D

TGPIO_03005:2D;002:10D

TGPIO_07005:2D;002:10D;002:11C

TGPIO_06005:2B;002:10D

TGPIO_08005:2D;002:10D

TGPIO_05005:2B;002:10D

TGPIO_10005:3D;002:8D

TGPIO_09005:2D;002:8D

TGPIO_11005:2C;002:7C;002:8D

TGPIO_12005:2C;002:7C;002:8D

TGPIO_21005:3D;002:8D

TGPIO_20005:3D;003:3D;002:8D

TGPIO_22005:3D;002:6D;002:8D

PCIE_EP_WAKE_N005:3B

PCIE_EP_RESET_N005:3C

PCIE_CLKREQ_N005:3C

JTAG_TCK002:2E

JTAG_TRST002:2D

JTAG_TMS002:2E

JTAG_TDI002:2E

JTAG_RTCK002:2E

JTAG_RESOUT002:1E

JTAG_TDO002:2E

WIFI_SD7_TGPIO26005:8E;005:11B

WIFI_SDCLK_TGPIO19005:8D;005:11B

WIFI_SD6_TGPIO25005:8D;005:11C



WIFI_SD3_TGPIO18005:8D;005:11B

WIFI_SD4_TGPIO23005:8D;005:11B


WIFI_SDCMD_TGPIO14005:8D;005:11B


WIFI_SDRST_TGPIO13005:8D;005:11C

C108/DTR003:7C

C103/TXD003:7C

C109/DCD003:6A

C106/CTS003:6A

C104/RXD003:6B

RX_AUX003:6D

STAT_LED003:5E

SHDN003:2E

ON_OFF003:2ERESET003:2E

SW_RDY003:4E

LED_DRV005:11B

GPS_RFPAON@xrefL

GPS_CLK@xrefL

GPS_PPS005:11A

I2C_SCL_AUX005:11C;002:6D

I2C_SDA_AUX005:11C;002:6D

TGPIO_06005:11D;002:10D

I2C_SDA001:6C;003:1A;002:6D

I2C_SCL001:6C;003:1A;002:6D

TGPIO_05005:11D;002:10D

TGPIO_12005:10D;002:7C;002:8D

SPI_CS005:10B;002:7C

SPI_MISO005:10B;002:7C

SPI_CLK005:10B;002:7C

SPI_MOSI005:10B;002:7C

TGPIO_04005:11D;002:8C;002:10D

TGPIO_11005:10D;002:7C;002:8D

TGPIO_02005:11D;002:7B;002:10D

TGPIO_03005:11D;002:10D

VAUX/PWRMON001:7A;005:8D;005:11B

LED_DRV_EN005:11B

TGPIO_08005:11D;002:10D

TGPIO_07005:11D;002:10D;002:11C

TGPIO_01005:11C;002:10D

TGPIO_09005:11D;002:8D

TGPIO_10005:10D;002:8D

TGPIO_21005:11D;002:8D

TGPIO_20005:11C;003:3D;002:8D

TGPIO_22005:11D;002:6D;002:8D

SIMVCC1002:4A;002:4B

SIMIO1002:2A

SIMCLK1002:2A

SIMRST1002:1B

SIMIN1002:1B

SIMVCC2002:2C

SIMIN2002:1D

SIMIO2002:2C

SIMRST2002:2C

SIMCLK2002:2C

DVI_RX005:10C;002:8C

DVI_CLK005:10C;002:8C

REF_CLK005:10C;002:8C

DVI_WAO005:10C;002:8C

DVI_TX005:10C;002:8C

D_MIC_CLK005:5E

D_MIC_DAT_1005:5E

ADC_IN2002:11C

ADC_IN3002:11C

ADC_IN1002:11C

EAR1_MT-004:3E;004:6E

EAR1_MT+004:2E;004:5E

EAR2_MT+004:2E;004:5E

EAR2_MT-004:3E;004:6E

MMC_DAT3002:8B

MMC_DAT1002:8B

MMC_CLK002:8B

MMC_DAT0002:8B

MMC_DAT2002:8B

MMC_CD002:8B

USB_D+002:7B

USB_D-002:7B

MMC_CMD002:8B

SGMII_RX_M005:10A

SGMII_RX_P005:10A

SGMII_TX_P005:10B

SGMII_RX_M005:2A

SGMII_RX_P005:2B

TRXP0005:1E

TRXN0005:1E

TRXP0005:4D

TRXN0005:4C

C5034.7pF

0402

50VCOG

C506

10nF

0603

50V

X7R

C505

10nF

0603

50V

X7R

R503

1K

5%

0603

R502

1K

5%

0603

C5044.7pF

0402

50VCOG

C507

100nF

0603

50V

X7R

C508

100nF

0603

50V

X7R

D501

SC-75

@Mark

ESDR0502BT1G

3

21

WCI_RX005:3B;005:11B

R50410K

5%0402

SW501

1437566-4

2 1

1V8

T501

ACT45B-101-2P

51 - 100 uH

2BAL_4

3

BAL_3

4

BAL_2

1BAL_1

PL501E5S21A-40MX5-A

3

2

1

4

5

6

MIC5366-1_8YC5U502

66GSC-70-5

1IN

3EN

4NC

5OUT

2GND

C5092.2uF

0402

10VX5R

VBAT_AUX

C51010uF

0603

10VX5R

R505

0 0

0402

1V8

VAUX/PWRMON001:7A;005:2D;005:11B

VREG_MSME

R509

0 0

0402

R5070

0

0402

1V8

MAC_TX_CLK005:10B

MAC_TXD[0]005:10A

MAC_TXD[1]005:10B

MAC_TXD[2]005:10B

MAC_TXD[3]005:10A

MAC_RXD[0]005:10B

MAC_RXD[1]005:10B

MAC_RXD[2]005:10C

MAC_RXD[3]005:10C

MAC_RX_CLK005:10B

MAC_CRS_DV005:10C

MAC_RXDV_ER005:10D

ETH_INT_N005:10D

ETH_RST_N005:10D

MAC_MDC005:10C

MAC_MDIO005:10D

MAC_REF_CLK005:10C

MAC_TXEN_ER005:10C

ETH_INT_N005:5C

ETH_RST_N005:5C

MAC_CRS_DV005:5B

MAC_RXDV_ER005:5B

MAC_MDC005:5B

MAC_MDIO005:5B

MAC_TXEN_ER005:5B

MAC_REF_CLK005:5B

MAC_RX_CLK005:5A

MAC_RXD[3]005:5A

MAC_RXD[2]005:5A

MAC_RXD[1]005:5A

MAC_RXD[0]005:5B

MAC_TXD[2]005:5A

MAC_TXD[3]005:5A

MAC_TXD[0]005:5B

MAC_TX_CLK005:5A

MAC_TXD[1]005:5B

R051000 0402

R051100 0402

LED_DRV_EN005:2D

LED_DRV005:7C

SGMII_TX_P005:2B

SGMII_TX_M005:2B

PCIE_TX_M005:10C

PCIE_TX_P005:10B

PCIE_REFCLK_P005:10C

TX_AUX003:6D

PCIE_CLKREQ_N005:10D

PCIE_EP_RESET_N005:10D

C105/RTS003:7C

D8_THERM_ASTAR003:8A

WLAN_SLEEP_CLK005:10C

RFCLK2_QCA005:11B

C125/RING003:6B

C107/DSR003:6A

DSI_D0_P005:7D

DSI_D0_N005:7D

DSI_D1_N005:6D

DSI_D1_P005:6D

DSI_D2_N005:6D

DSI_D2_P005:6D

DSI_D3_P005:6C

DSI_D3_N005:6C

PCIE_RX_M005:2C

PCIE_RX_P005:2B

PCIE_TX_M005:2C

PCIE_TX_P005:2C

PCIE_REFCLK_M005:2D

PCIE_REFCLK_P005:2C

WCI_TX005:3B

DSI_CLK_P005:6C

DSI_CLK_N005:6C

DSI_D2_P005:11B

DSI_D2_N005:11B

DSI_D3_P005:11A

DSI_D3_N005:11A

DSI_D1_P005:11B

DSI_D1_N005:11B

DSI_CLK_N005:11A

DSI_CLK_P005:11A

DSI_D0_N005:11C

DSI_D0_P005:11C

CSI2_D0_P005:10D

CSI2_CLK_N005:10D

CSI2_CLK_P005:10D

CSI1_D1_P005:3B

CSI1_D2_N005:3B

CSI1_D2_P005:3A

CSI1_D3_N005:3A

SO503SEAF-20-06.5-L-06-2-A-K-TR

3

2

1

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

46

47

48

49

50

51

52

53

54

45

55

56

57

58

59

60 61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

99

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

SGMII_TX_M005:10A

PCIE_RX_M005:10B

PCIE_RX_P005:10B

PCIE_REFCLK_M005:10C

CSI1_CLK_N005:11C

CSI1_CLK_P005:11C

CSI1_D0_N005:11D

CSI1_D1_N005:11D

CSI1_D1_P005:11D

CSI1_CLK_P005:3A

CSI1_CLK_N005:3A

CSI2_D0_N005:10D

CSI1_D0_P005:11D

CSI1_D2_N005:11D

CSI1_D2_P005:11D

CSI1_D3_P005:11C

CSI1_D3_N005:11C

CSI2_D0_N005:2D

CSI2_D0_P005:3D

CSI2_CLK_P005:3C

CSI2_CLK_N005:3D

CSI1_D1_N005:3B

CSI1_D0_N005:3C

CSI1_D0_P005:3C

CSI1_D3_P005:3A

TP510

TP509

TP503

TP505

TP508

TP511

TP502

TP504

TP501

TP507

TP506

WIFI_SD0_TGPIO15005:3C;005:8D

WIFI_SDRST_TGPIO13005:3C;005:8D




WIFI_SD7_TGPIO26005:3B;005:8E


WIFI_SDCLK_TGPIO19005:3B;005:8D


WIFI_SDCMD_TGPIO14005:3C;005:8D

WIFI_SD6_TGPIO25005:3B;005:8D

R5121K5%0402



R5081M

5%

0402

JTAG_PS_HOLD002:1E

D_MIC_DAT_2005:5E

SPKR_P004:8C

SPKR_N004:7C

D_MIC_DAT_1005:4C

D_MIC_CLK005:4C TP512

TP513

MIC_VDD005:4C

TP514

TP515

D_MIC_DAT_2005:7A

MIC_VDD005:5E

TGPIO_30_CTS_GPS005:11B

TGPIO_28_RXD_GPS005:10D

TGPIO_29_RTS_GPS005:10D

TGPIO_27_TXD_GPS005:10C

U_FL-R-SMTSO507

1

23 DZ504

@Mark0402

EGA10402V05AH

HSIC_DATA005:5C

DZ505

@Mark0402

EGA10402V05AH

U_FL-R-SMTSO508

1

23

HSIC_STB005:5C

HSIC_DATA005:7E

HSIC_STB005:7E

TGPIO_28_RXD_GPS005:6D

TGPIO_27_TXD_GPS005:6D

TGPIO_29_RTS_GPS005:6D

TGPIO_30_CTS_GPS005:6D

R506

1K

5%

0402


C512

1uF

0402

10VX5R

C51133pF

040250V

COG

55

B2B & EXT CONNECTORS

BOARD2BOARD EXTENSION

Telit EVB

EXT. GPS SIGNALS

EXT.LNA SUPPLY (GPS ANTENNA)

RClamp0582B.TCT

100 ohm diff

GPS BIAS

BROADR-reach ETH

FORCE EMERGENCY BOOT

WIFI TEST POINTS

DMIC TP

HSIC

03/08/2016


noMount=YES

noMount=YES

2 1

2

1

1

1 1

1

1

1

AA

1

1

11

1

1

1

1

15

610

1211

1

9 10

21

9 10

2 1

9 10

2 1

9 10

2 1

9 10

21

9 10

2

2

1

ON

11

1 2

19 20

1

1

2121

21 21

2121

21

21

1

21

AAAA

11

16

115

120

16

115120

1 6

115 120

FRONT EDGE OF PCB

16

115120

GPIO1 GPIO2

EXTENSION

R401

R402

R403

R407

R409

R218

R412

R220

U304

PL101

U305

PL103

U307

PL105

U309

PL106

PL107

PL10

8

U502

U310

C201

C202

C205

PL111

C206

PL112

PL113

PL114

PL115

PL116

C401

C402

C403

C210

C404

C211

C405

C406

C407

C408

C409

C410

C411

C413

C414

C415

TP501

TP502

TP503

C420

TP504

C421

TP505

TP506

C423

TP507

TP508

C425

TP509

C428

C429

TP510

TP511

C430

C431

Q101

D202

Q301Q302

L101

L301

L302

U4011

SO204

SO205

VS401

SO206

VS402

SO207 SO208 SO209

SO401

SO211

SW301 SW302SW303

SW304

SW305

SW501

R101

R102

R103

R104

R106

R109

R303

R304

R305

R306

R307

R308

R309

R118

R501

R119

R504

R310

R311

R505

R312

R506

R313

R507

R314

R508

R120

R315

R509

R121

R316R3

17

R318

OT101

OT102

OT103

R512

U201

U202

U203

R324

R325

U206

R326

U207

U209

U402

U210

C103

PL203

PL204

C106

C107

C301

PL401

PL402PL403

C110

C304

PL404

C111

C305

PL405

C306

PL406

C307

PL407

C308

PL408

C115

C309

PL409

C503

C504

C310

PL411

C311

C312

C313

C314

C315

C509

C316

C317

C123

C318

C319

C510

C320

C321

C322

C323

C324

C325

C326

D101

D102

D103

D104

Q202

D106

Q203

D107

DZ1

DZ2

DZ3

DZ4

D301

D302

D303

D304

Q401

D306 D307

L401

L402

L403

L404

L405

L406

L407

SO301

SO303

T501

SO501

SO502 SO503

DZ30

1

SO506

DZ308

DZ501

DZ502

R202

R205

R206

R207

R208

R209

R503 C505

R502C506

L409

PL414

C507

C508

D501

SO507

SO508

L410

DL101

C109

DL30

2

DL30

1

DZ504

DZ505

C125C126

U303

SO302

PL302SO203

SW306

U101

PL109PL110

C412

SO202

U204

C102 C104

C101

C105

PL206

U308

U306

PL102

PL201

PL202

R330

TP512

TP513

TP514

TP515

AA AA

1 2 3

1

2

3

AA

K

K

R210

R404

R211

R405

R212

R406

R213

R408

R214

R215

R216

R217

R410

R411

R413

R414

R221

R222

U103

R223

U104 U105

U301

U302

PL104

U501

PL301

U311

U312

C203

C204

PL501

C215

C216

C217

C218

C416

C417C418C419

C422

C424

C426

C427

D201

D203D204

Q303

D207

D208

D209

D401

L102

D402 D403

L103

D210

D211

L303

VS202R105

R107 R108

R301

R302

R110

R111

R112

R113

R114

R115

R116

R117

R319

OT104

OT105

OT106

R320

R321R322

U205

R327

U208

R328

R329

U401

C108

BT101

C302C303

C112

C113

C114

C116

C117

C118

C501

C119

C502

PL413

C120

C121

C122

C124

C327

C328

C329

C330

C331

RT101

D105

Q201

D305

L408

R0510

R0511

R201

R203

R204

R331

C511

C512

DZ506

D109

C220

C214

D108 SO201

U102

X301

SO101

Telit EVB User Guide · 2017-10-11 · While reasonable efforts have been made to assure the...

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Transcript of Telit EVB User Guide · 2017-10-11 · While reasonable efforts have been made to assure the...