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Embest  Technology  takes  no  responsibility  for  fulfilling  any 

warranty  (verbal  or  written)  that  is  not  made  by  Embest 

Technology and not included in the scope of our warranty. 

3.

 

Within the period of warranty, the cost for sending products 

to  Embest  should  be  paid  by  the  customer.  The  cost  for 
returning  the  product  to  the  customer  will  be  paid  by 
Embest.  Any  returns  in  either  direction  occurring  after  the 
warranty  period  has  expired  should  be  paid  for  by  the 
customer. 

4.

 

Please contact technical support with any repair requests. 

 

Note:  

 

Embest  Technology  will  not  take  any  responsibility  for  products  returned 

without the prior permission of the company. 

4.3

 

Basic guidelines for protection and 

maintenance of LCDs 

1.

 

Do not use finger nails or other hard sharp objects to touch 

the surface of the LCD 

2.

 

Embest recommends purchasing specialist wipes to clean the 

LCD  after  long  time  use,  avoid  cleaning  the  surface  with 
fingers or hands as this may leave fingerprints or smudges. 

3.

 

Do  not  clean  the  surface  of  the  screen  with  unsuitable 

chemicals 

 

Note:  

 

Embest  do  not  supply  a  maintenance  service  for  LCDs.  We  suggest  the 
customer immediately checks the LCD once in receipt of the goods. In the 
event that the LCD does not run or shows no display, the customer should 

inform Embest within 7 business days of delivery. 

Summary of Contents for SBC6300x

Page 1: ...SBC6300x ARM9 Based Single Board Computer Hardware Manual Version 1 1 16th Jan 2014...

Page 2: ...nology has the copyright of this document and reserves all rights Any part of the document should not be modified distributed or duplicated in any approach and form without prior written permission is...

Page 3: ...emory 5 2 3 Core Board Functions 6 2 4 Main Board Functions 6 3 Hardware Details 8 3 1 Interfaces 8 3 1 1 Power J26 J1 8 3 1 2 NET0 J3 8 3 1 3 NET1 J12 9 3 1 4 UART 8 channels 10 3 1 5 DEBUG DEBUG 10...

Page 4: ...UZZ 24 3 1 23 ADC J19 24 4 Electrical System Description 25 Appendix 1 3 5 LCD 28 Appendix 2 4 3 5 6 7 LCD 29 Appendix 3 ESD Precautions Handling Procedures 30 Appendix 4 Technical support Warranty 31...

Page 5: ...memory on board The expansion board offers various hardware interfaces including 8 UARTs 2 Ethernet ports USB Host and Device CAN TWI LCD Touch Screen Keyboard SD card Jtag Audio and etc The rich indu...

Page 6: ...Page 2 1 3 Board Interfaces Figure 1 SBC6300X Board Interfaces...

Page 7: ...Page 3 1 4 System Block Diagram Figure 2 SBC6300x System Block Diagram...

Page 8: ...Page 4 1 5 Physical Dimensions Figure 3 SBC6300x Physical Dimensions...

Page 9: ...M ARM Extended DSP instruction ARM Jazelle technology providing Java acceleration capability 16K data butter 16K instruction buffer write buffer Work performance goes up to 220 MIPS when the frequency...

Page 10: ...4 2 4 Main Board Functions Categories Function parameters Memory SD card SDIO mode supports Hot swapping Power Power input 8 20V default 12V power input Power Output 5V Vin Communication UART DEBUG R...

Page 11: ...o input Audio Out Play MP3 provide 1 5W audio amplifier output through pin headers ADC 8 channel 12bit ADC input General GPIO 41 GPIO multiplex ISI connector 4channel PWM 1 channel SDIO connector 1 ch...

Page 12: ...output 1500mA limited Pin 3 in j26 can be used as power output only 500mA limited Vout Vin 12V GND 1 12V 2 5V 3 GND_485 4 485A 5 485B 6 CAN_L 7 CAN_H 8 3 1 2 NET0 J3 Ethernet WAN 10 100M with status i...

Page 13: ...E26 ERX1 PE27 ERXER PE28 ETXEN PE29 EMDC PE30 EMDIO PE31 INT_output 3 1 3 NET1 J12 Extended by M9000CEP resources from the MCU are as follows DM9000 D0 D15 A2 PD4 INT PD11 EBI0_NCS2 RJ45 Interface def...

Page 14: ...mum data rate 115 2kbps Flow Control None Connector DR9 male At the same time lead out through pin headers with TTL 3 1 6 COM0 1 COM0 COM1 Resources from the MCU are as follows UART0 PA26 TXD0 PA27 RX...

Page 15: ...m data rate 115 2kbps Flow Control none Connector 2 54mm pitch connector TTL DR9 RS232 Direction of RS485 PD13 0 send 1 receive RS485 connector definition 1 GND 2 12V 3 5V 4 GND_485 5 485A 6 485B 7 CA...

Page 16: ...ition as follows Pin number Function 1 4 6 9 NC 2 RXD 3 TXD 5 GND 7 CTS 8 RTS 3 1 8 EXT_COM J23 These uarts come from the SC16C554 5lines default RS232 and offer support for TTL by changing resistors...

Page 17: ..._COM2_RXD 13 14 EXT_COM4_RXD EXT_COM2_RTS 15 16 EXT_COM4_RTS EXT_COM2_CTS 17 18 EXT_COM4_CTS GND 19 20 GND 3 1 9 Matrix keyboard J16 Dual pin headers 2 54mm These pins can be used as general IOs or 6x...

Page 18: ...PB24 7 8 PB11 PB25 9 10 PB19 PB26 11 12 PB20 PB27 13 14 PB21 GND 15 16 GND GND 17 18 GND 19 20 3 1 10 USB device J9 Standard type B connector Resources from MCU DDP DDM PD9 PD14 PD14 is used for USB d...

Page 19: ...2 6 USBM1 USBP0 3 7 USBP1 GND 4 8 GND 3 1 12 SD card J15 SDIO mode Standard SD card connector Resources from MCU SDCARD PA6 MCI1_CK PA7 MCI1_CDA PA8 MCI1_DA0 PA9 MCI1_DA1 PA10 MCI1_DA2 PA11 MCI1_DA3...

Page 20: ...pin headers 2 54mm U9 definitions as follows VOUT_R 1 2 VOUT_L LINE_R 3 4 LINE_L GND 5 6 GND MIC_2 7 8 MIC_1 SPK_A 9 10 SPK_B SPK_A SPK_B can be connected to a speaker 1 5W 3 1 14 JTAG J8 VDD33 1 2 VD...

Page 21: ...8 max 16bit TFT LCD Resources from MCU LCD PB9 LCDCC PC0 LCDVSYNC PC1 LCDHSYNC PC2 LCDDOTCK PC3 LCDDEN PE17 LCD_POWEREN PC4 B3 PC5 B4 PC6 B5 PC7 B6 PC8 B7 PC9 G2 PC10 G3 PC11 G4 PC12 G5 PC13 G6 PC14 G...

Page 22: ...to enable the 5V power supply By default J22 is not connected J20 definition GND 1 2 PB2 HSYNC 3 4 VSYNC GND 5 6 R3 7 8 R4 R5 9 10 R6 R7 11 12 GND G2 13 14 G3 G4 15 16 G5 G6 17 18 G7 GND 19 20 B3 21...

Page 23: ...rst read the config pins after which the corresponding LCD driver will be loaded 3 1 16 Keys There are four keys on the board i e K1 K2 WKUP RESET K1 PC26 K2 PC27 3 1 17 Touch screen J20 Signal name X...

Page 24: ...e board power will be on J26 definition VDD33 13 14 GND WKUP 15 16 PE18 NRST_INPUT 17 18 GND SW1 12V 19 20 SW2 3 1 19 GPIO J4 J25 J6 Total of 41 GPIOs Dual pin headers 2 x 20 2 54mm Range of input vol...

Page 25: ...PE6 17 18 PE14 PE7 19 20 PE15 J6 11 PA12 1 2 PA16 PA17 3 4 PA18 PA19 5 6 PA20 PC28 7 8 PC29 PB8 9 10 PB29 11 12 VDD33 13 14 GND WKUP 15 16 PE18 NRESET 17 18 GND SW1 12V 19 20 SW2 J25 12 PB4 1 2 PB5 GN...

Page 26: ...PE11 PE12 PE13 PE14 PE15 SDIO0 Interface SDIO0 PA12 MCI0_CK PA16 MCI0_CDB PA17 MCI0_DB0 PA18 MCI0_DB1 PA19 MCI0_DB2 PA20 MCI0_DB3 PWM Interface PWM PC28 PWM0 PC29 PWM2 PB8 PWM1 PB29 PWM3 SPI1 interfa...

Page 27: ...N8 CANH Resources from MCU CAN PA13 CANTX PA14 CANRX J26 definition 1 GND 2 12V 3 5V 4 GND_485 5 485A 6 485B 7 CAN_L 8 CAN_H 3 1 21 TWI J25 System provides a 2Kb EEPROM TWI interface 2 54mm pin header...

Page 28: ...21 AD_BUSY Definition of the connector J19 2 x 10pin headers 2 54mm GND 1 2 GND CH0 3 4 CH1 CH2 5 6 CH3 CH4 7 8 CH5 CH6 9 10 CH7 GND 11 12 GND CH0_0 13 14 CH1_1 CH2_2 15 16 CH3_3 CH4_4 17 18 CH5_5 CH6...

Page 29: ...wer output Full Speed 500 mA 5V 2 5W 2 5W 7 SDRAM Full Speed 2 260 mA 3 3V 1 716W 1 716W NAND FLASH Full Speed 30 mA 3 3V 0 099W 0 1W The system current Limit 0 398 5 0 66 6 2 5 1 716 0 1 12 1 36A Pow...

Page 30: ...2 PA12 62 PC1 12 PC8 62 PA9 13 PA16 63 PC2 13 PC22 63 PA10 14 PA18 64 PC3 14 PC10 64 PA11 15 PA19 65 PC4 15 PC11 65 PC13 16 PA17 66 PC6 16 PA15 66 PC27 17 PA20 67 NC 17 PA4 67 PB6 18 PD12 68 GND 18 PA...

Page 31: ...PB3 85 PD6 35 GND 85 TMS 36 NRST 86 PD13 36 HDPB 86 TCK 37 WKUP 87 PD2 37 HDMB 87 RTCK 38 SHDN 88 PD3 38 HDPA 88 TDO 39 PB10 89 PD8 39 HDMA 89 NTRST 40 PC29 90 PD7 40 DDP 90 PE31 41 PA3 91 PD1 41 DDM...

Page 32: ...tor 2 54mm For the interface definition see below GND 1 2 LCDCLK HSYNC 3 4 VSYNC GND 5 6 R2 R3 7 8 R4 R5 9 10 R6 R7 11 12 GND G2 13 14 G3 G4 15 16 G5 G6 17 18 G7 GND 19 20 B2 B3 21 22 B4 B5 23 24 B6 B...

Page 33: ...nnector 2 54mm For the interface definition see below GND 1 2 LCDCLK HSYNC 3 4 VSYNC GND 5 6 R2 R3 7 8 R4 R5 9 10 R6 R7 11 12 GND G2 13 14 G3 G4 15 16 G5 G6 17 18 G7 GND 19 20 B2 B3 21 22 B4 B5 23 24...

Page 34: ...nit unpainted metal chassis If possible use antistatic devices such as wrist straps and floor mats Always hold an evaluation board by its edges Avoid touching the contacts and components on the board...

Page 35: ...insists on a simple business model to offer customers high performance low cost products with the best quality and service 4 1 Technical support service Embest provides one year of free technical sup...

Page 36: ...nconsistent with their specification Products are subject to damage in either appearance or function due to natural disasters flood fire earthquake lightning strike or typhoon or natural aging of comp...

Page 37: ...will not take any responsibility for products returned without the prior permission of the company 4 3 Basic guidelines for protection and maintenance of LCDs 1 Do not use finger nails or other hard...

Page 38: ...as serial ports USB interface devices and LCD screens Control system transplantation BSP driver development API software development Other value added services including supply of power adapters and...

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