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System-on-Module eSOM/3517 - Hardware Reference 

 

 

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17

 

 

HELPFUL LITERATURE 

 

AM3517 ARM Cortex-A8 documents: 

  http://focus.ti.com/docs/prod/folders/print/am3517.html

 

CONTACT 

SSV Embedded Systems 
Dünenweg 5 
D-30419 Hannover 
 
Phone:  +49 (0)511/40 000-0 
Fax: 

+49 (0)511/40 000-40 

E-mail:  [email protected] 
 
Internet: 

www.ssv-embedded.de 

Forum: 

www.ssv-comm.de/forum

 

DOCUMENT HISTORY 

Revision 

Date 

Remarks 

Name 

1.0 

2011-02-09 

First version 

WBU 

1.1 

2012-08-08 

Corrected error in chapter 2 and 3.10 

WBU 

 
 

The content of this document can change any time without announcement. There is taken over no guarantee 
for  the  accuracy  of  the  statements.  The  user  assumes  the  entire  risk  as  to  the  accuracy  and  the  use  of  this 
document. Information in this document is provided ‘as is’ without warranty of any kind. Some names within 
this document can be trademarks of their respective holders. 
 
© 2012 SSV EMBEDDED SYSTEMS. All rights reserved. 

Summary of Contents for eSOM/3517

Page 1: ...eference SSV Embedded Systems Dünenweg 5 D 30419 Hannover Phone 49 0 511 40 000 0 Fax 49 0 511 40 000 40 E mail sales ssv embedded de Document Revision 1 1 Date 2012 08 08 FOR FURTHER INFORMATION REGARDING OUR PRODUCTS PLEASE VISIT US AT WWW SSV EMBEDDED DE ...

Page 2: ...onnector J1 1 Part 7 3 2 2 x 100 Pin Connector J1 2 Part 8 3 3 2 x 100 Pin Connector J1 3 Part 9 3 4 2 x 100 Pin Connector J2 1 Part 10 3 5 2 x 100 Pin Connector J2 2 Part 11 3 6 2 x 100 Pin Connector J2 3 Part 12 3 7 microSD Card Slot J3 13 3 8 JTAG Debug Connector J5 13 3 9 RCM Jumper JP1 14 3 10 Boot Mode Selection Jumper JP2 14 4 MEMORY MAP 15 4 1 System Memory Map 15 5 MECHANICAL DIMENSIONS 1...

Page 3: ...afety guidelines carefully In case of property or personal damage by not paying attention to this document and or by incorrect handling we do not assume liability In such cases any warranty claim expires ATTENTION Observe precautions for handling electrostatic sensitive device Discharge yourself before you work with the device e g by touching a heater of metal to avoid damages Stay grounded while ...

Page 4: ...System on Module eSOM 3517 Hardware Reference 4 Board Revision 1 0 Manual Revision 1 1 1 3 Block Diagram Figure 1 Block diagram of System on Module eSOM 3517 ...

Page 5: ...d 1x microSD Card Slot 1x 10 100 Mbps Ethernet LAN Interface 1x IEEE 802 11 b g Wi Fi 2x USB 2 0 Host Interface 1x SPI Controller for External Use 1x I2C Controller for External Use 3x UART based Serial Ports 20 bit GPIOs General Purpose Parallel Input Output 16 bit Expansion Bus 4x Interrupt Inputs 4x Chip Select Outputs Programmable Watchdog Timer In System Programming Features Preinstalled Embe...

Page 6: ...System on Module eSOM 3517 Hardware Reference 6 Board Revision 1 0 Manual Revision 1 1 2 BOARD LAYOUT Figure 2 Board layout System on Module eSOM 3517 ...

Page 7: ... SPICS0 SIO Serial I O SPI Interface Chip Select 0 19 Reserved Do not use 20 SPICLK SIO Serial I O SPI Interface Clock 21 Reserved Do not use 22 MOSI SIO Serial I O SPI Interface Master Out Slave In 23 Reserved Do not use 24 MISO SIO Serial I O SPI Interface Master In Slave Out 25 VCC PWR 3 3 Volt Power Input 26 VCC PWR 3 3 Volt Power Input 27 INT4 EXPBUS Expansion Bus Interrupt Input 4 28 CLKOUT ...

Page 8: ...it 0 58 A1 EXPBUS Expansion Bus Address Bit 1 59 A2 EXPBUS Expansion Bus Address Bit 2 60 A3 EXPBUS Expansion Bus Address Bit 3 61 A4 EXPBUS Expansion Bus Address Bit 4 62 A5 EXPBUS Expansion Bus Address Bit 5 63 A6 EXPBUS Expansion Bus Address Bit 6 64 A7 EXPBUS Expansion Bus Address Bit 7 65 VCC PWR 3 3 Volt Power Input 66 VCC PWR 3 3 Volt Power Input 67 A8 EXPBUS Expansion Bus Address Bit 8 68 ...

Page 9: ... GND PWR Ground 87 VCC PWR 3 3 Volt Power Input 88 VCC PWR 3 3 Volt Power Input 89 CS1 EXPBUS Chip Select Output 1 90 CS3 EXPBUS Chip Select Output 3 91 CS2 EXPBUS Chip Select Output 2 92 CS4 EXPBUS Chip Select Output 4 93 VBAT PWR 3 Volt Real Time Clock Battery 94 Reserved Do not use 95 I2CSCL2 SIO I2C Interface 2 Serial Clock Line 96 RESOUT RESET Reset Output Signal 97 I2CSDA2 SIO I2C Interface ...

Page 10: ...N Interface LAN1 LED Output 117 TXD1 SIO Serial I O UART COM1 TXD Pin 118 CANTX CAN CAN TXD Pin 119 CTS1 SIO Serial I O UART COM1 CTS Pin 120 CANRX CAN CAN RXD Pin 121 VCC3 PWR 3 3 Volt Power Input 122 VCC3 PWR 3 3 Volt Power Input 123 CTS2 SIO Serial I O UART COM2 CTS Pin 124 Reserved Do not use 125 TXD2 SIO Serial I O UART COM2 TXD Pin 126 Reserved Do not use 127 RXD2 SIO Serial I O UART COM2 RX...

Page 11: ... Channel 0 Data 156 LVDS2N PSP LVDS Channel 2 Data 157 DVI1N PSP TMDS Channel 1 Data 158 LVDS1P PSP LVDS Channel 1 Data 159 DVI1P PSP TMDS Channel 1 Data 160 LVDS1N PSP LVDS Channel 1 Data 161 GND PWR Ground 162 GND PWR Ground 163 DVI2N PSP TMDS Channel 2 Data 164 LVDS0P PSP LVDS Channel 0 Data 165 DVI2P PSP TMDS Channel 2 Data 166 LVDS0N PSP LVDS Channel 0 Data 167 DVIGND PSP Ground 168 LVDSGND P...

Page 12: ...O GPIO Parallel Port B Bit 7 188 PB3 GPIO GPIO Parallel Port B Bit 3 189 VCC PWR 3 3 Volt Power Input 190 VCC PWR 3 3 Volt Power Input 191 TSYN PSP Touchscreen Interface Y Position Input 192 CTS3 SIO Serial I O UART COM3 CTS Pin 193 TSYP PSP Touchscreen Interface Y Position Input 194 TXD3 SIO Serial I O UART COM3 TXD Pin 195 TSXN PSP Touchscreen Interface X Position Input 196 RXD3 SIO Serial I O U...

Page 13: ...Card Data 1 Table 8 Pinout microSD card slot pin 1 to 25 3 8 JTAG Debug Connector J5 Pin Name Function 1 VCC 3 3 VDC 2 GND Ground 3 TRST Test Reset 4 Reserved 5 TDI Test Data In 6 Reserved Do not use 7 TMS Test Mode Select 8 Reserved Do not use 9 TCK Test Clock 10 GND Ground 11 RTCK Return Test Clock 12 DDP USB Device Port Pin 13 TDO Test Data Out 14 DDM USB Device Port Pin 15 RESET Reset 16 DDVCC...

Page 14: ...al port COM1 for application usage RCM jumper Function Not set Disable Remote Console Mode Set default Enable Remote Console Mode Table 10 RCM jumper settings 3 10 Boot Mode Selection Jumper JP2 The boot mode selection jumper offers the possibility to boot the eSOM 3517 from the onboard NAND Flash memory or an external source like a microSD card To boot from the onboard memory remove the jumper ca...

Page 15: ...EMORY MAP 4 1 System Memory Map Physical Address Range Description Access Format Type 0x0000 0000 0x3FFF FFFF GPMC Area 16 bit MEM R W MEM 0x8000 0000 0x8FFF FFFF 256 MByte SDRAM 16 bit MEM R W MEM Table 12 System memory map of System on Module eSOM 3517 GPMC General Purpose Memory Controller ...

Page 16: ...dware Reference 16 Board Revision 1 0 Manual Revision 1 1 5 MECHANICAL DIMENSIONS All length dimensions have a tolerance of 0 5 mm The drillings are suitable for M2 screws Figure 3 Mechanical dimensions of System on Module eSOM 3517 ...

Page 17: ...sv comm de forum DOCUMENT HISTORY Revision Date Remarks Name 1 0 2011 02 09 First version WBU 1 1 2012 08 08 Corrected error in chapter 2 and 3 10 WBU The content of this document can change any time without announcement There is taken over no guarantee for the accuracy of the statements The user assumes the entire risk as to the accuracy and the use of this document Information in this document i...

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