background image

 

 

Interfaces and Connectors 

Revised May 2011 

SB-A510 Rev 1.1 

15

 

 

 

4.4 

USB Host Connectors (P11, P15) 

The four USB2.0 host ports provided by the CM-A510 are available through two dual type-A USB 
connectors (P11 & P15).  

For  USB  ports  1,  2  and  3,  the  CM-A510  provides  the  “VBUS  enable”  signal  and  monitors  the 
“VBUS  good”  signal  generated  on  SB-A510.    USB  port  0  power  is  controlled  by  GPIO00,  and 
monitored by GPIO01, on the I2C GPIO extender onboard the SB-A510. 

NOTE:  The  actual  number  of  USB2.0  ports  available  depends  on  the  CM-A510  USB 

configuration option. 

Table 11      P11 connector pinout (USB) 

USB port 0 (Bottom) 

USB port 1 (Middle) 

Pin 

Signal Name 

Pin 

Signal Name 

B1 

VCC_USB0 

B5 

VCC_USB1 

B2 

USBN0 

B6 

USBN1 

B3 

USBP0 

B7 

USBP1 

B4 

GND 

B8 

GND 

Table 12      P15 connector pinout (USB) 

USB port 2 (Bottom) 

USB port 1 (Middle) 

Pin 

Signal Name 

Pin 

Signal Name 

B1 

VCC_USB2 

B1 

VCC_USB3 

B2 

USBN2 

B2 

USBN3 

B3 

USBP2 

B3 

USBP3 

B4 

GND 

B4 

GND 

Table 13      P15/P11 connector data 

Manufacturer 

Mfg. P/N 

Mating connector  

YDS 

54F-10202GDD2 

Standard USB type A plug 

4.5 

Gigabit Ethernet Connectors (P11, P15) 

The SB-A510 is equipped with two Gigabit Ethernet RJ45 connectors (P11 & P15). P11 is interfaced 
with the CM-A510 LAN0 port, and P15 with the LAN1 port. 

Table 14      P11 connector pinout  (Ethernet) 

Pin 

Signal Name 

Pin 

Signal Name 

E1 

LAN0_CT1 

E10 

LAN0_CT2 

E2 

LAN0_MDIP0 

E11 

VCC3_3 

E3 

LAN0_MDIN0 

E12 

LAN0_ACT 

E4 

LAN0_MDIP1 

E13 

LAN0_LINK 

E5 

LAN0_MDIN1 

E14 

VCC3_3 

E6 

LAN0_MDIP2 

E15 

GND 

E7 

LAN0_MDIN2 

E16 

GND 

E8 

LAN0_MDIP3 

E17 

GND 

E9 

LAN0_MDIN3 

E18 

GND 

Summary of Contents for SBC-A510

Page 1: ...SB A510 Reference Guide ...

Page 2: ...ation contained in this publication To the extent permitted by law no liability including liability to any person by reason of negligence will be accepted by CompuLab its subsidiaries or employees for any direct or indirect loss or damage caused by omissions from or inaccuracies in this document CompuLab reserves the right to change details in this publication without notice Product and company na...

Page 3: ...DC Power Jack J2 14 4 3 RS232 connector P10 14 4 4 USB Host Connectors P11 P15 15 4 5 Gigabit Ethernet Connectors P11 P15 15 4 6 Analog VGA connector P7 16 4 7 DVI Connector J4 17 4 8 LCD FPC P13 18 4 9 LVDS Header P9 19 4 10 Touch Screen Header P12 19 4 11 Power Output Terminals P17 P19 20 4 12 S ATA Connector P18 20 4 13 S PDIF Connectors P22 U6 21 4 14 CompuLab Video Input FPC P25 22 4 15 MMC S...

Page 4: ... 1 4 5 MECHANICAL DRAWINGS 27 6 OPERATIONAL CHARACTERISTICS 29 6 1 Absolute Maximum Ratings 29 6 2 Recommended Operating Conditions 29 6 3 DC Electrical Characteristics 29 6 4 Power Consumption 29 6 5 Operating Temperature Ranges 30 7 ACCESSORIES 31 ...

Page 5: ...ber 2010 First release May 2011 Fixed table 4 Jumper E8 description fixed Please check for a newer revision of this manual at CompuLab s web site http www compulab co il Compare the revision notes of the updated manual from the web site to those of the printed or electronic version you have ...

Page 6: ...nce documents providing information necessary to operate and program CompuLab s SBC A510 1 2 Related Documents For additional information not covered in this manual please refer to the documents listed in Table 2 Table 2 Related Documents Document Location CM A510 Product Developer Resources http www compulab co il ...

Page 7: ...Express and PCI extension interfaces MMC SD SDIO socket Sound codec with stereo output line input and S PDIF output support Touch screen interface Serial ports GPIO s 7V 17V DC power supply 3 8 watt RTC with lithium back up battery The SBC A510 is a micro ATX compliant single board computer It is implemented with a CM A510 module providing most of the functions and a SB A510 carrier board providin...

Page 8: ... I2C 2 S PDIF W iFi b g n CO M C Cam era CO M B I2C 1 SPI Flash Touch Screen controller GPIO Power M anagem ent 1000M b Ethernet USB 2 x4 RTC CO M A DC pow er supply 5V DC coin cell battery back up DC conn DB 15 audio jack audio jack SATA conn RJ 45 RJ 45 1 0 0 m il h e a d e r m ini serial conn SD socket dual USB dual USB PCIe m ux PCIe to PCI bridge PCIe slot PCI slot PCIe PCI 40 pin FPC HDM I c...

Page 9: ...ector for direct interface to certain TFT panels VGA Analog VGA interface DB 15 connector DVI DVI monitor support HDMI connector LVDS 4 pair LVDS panel interface 100 mil header USB 2 0 host Two USB 2 0 host ports 480 Mbps type A connectors U2 Additional two USB 2 0 high speed port 480 Mbps type A connectors U4 PCI Express Mini PCI Express x1 slot PCI Single PCI slot configurable 3 3V or 5V voltage...

Page 10: ...7 volt input Power consumption 3W to 8W in full activity depending on CPU speed and selected features Dimensions 170 mm L x 170 mm W x 35 mm H Weight 200 gram Operation temperature case Commercial 0o to 70o C Extended 20o to 70o C Industrial 40o to 85o C Storage temperature 40o to 85o C Relative humidity 10 to 90 operation 05 to 95 storage Shock 50G 20 ms Vibration 20G 0 600 Hz MTBF 100 000 hours ...

Page 11: ... mode selector signal table STBY_PWRDWN SB A510 power mode High Full power mode Low Low power mode The figure below describes the SB A510 power scheme Figure 2 SB A510 Power Scheme Gate closed when in low power mode Power rail always available Power rail Available only when system is in full power mode Software controlled gate Power supply regulator DC 12V input Step Down 12V 5V Step Down 12V 3 3V...

Page 12: ...d to the display interface of the CM A510 The DS90C365A is a National Semiconductor 3 3V Programmable 18 bit Flat Panel Display link 87 5MHz LVDS Transmitter The transmitter is fully compatible with the TIA EIA 644 LVDS standard and supports VGA SVGA and XGA display modes The LVDS Transmitter is configured for rising edge data sampling GPIO04 on the I2C GPIO extender can be used to put the transmi...

Page 13: ... Back Up Battery SB A510 is supplied with a 3V 200mAh Lithium Dioxide coin cell which powers the CM A510 RTC whenever the main power supply is not present NOTE The E5 jumper must be installed for RTC back up support Please refer to chapter 4 22 for additional details ...

Page 14: ...the SB A510 Table 7 12V DC input jack pinout Pin Signal Name 1 GND 2 GND 3 VIN12V Table 8 J2 connector data Manufacturer Mfg P N Astron 15 02037 R Mating with power supply adapter 209C10020 supplied by CompuLab 4 3 RS232 connector P10 The RS232 port of the CM A510 is routed to the SB A510 on board RS232 ultra mini connector P10 All signals are at RS232 levels Table 9 P10 connector pinout Pin Signa...

Page 15: ... B1 VCC_USB0 B5 VCC_USB1 B2 USBN0 B6 USBN1 B3 USBP0 B7 USBP1 B4 GND B8 GND Table 12 P15 connector pinout USB USB port 2 Bottom USB port 1 Middle Pin Signal Name Pin Signal Name B1 VCC_USB2 B1 VCC_USB3 B2 USBN2 B2 USBN3 B3 USBP2 B3 USBP3 B4 GND B4 GND Table 13 P15 P11 connector data Manufacturer Mfg P N Mating connector YDS 54F 10202GDD2 Standard USB type A plug 4 5 Gigabit Ethernet Connectors P11 ...

Page 16: ...orts available depends on the CM A510 Ethernet configuration option 4 6 Analog VGA connector P7 The SB A510 is equipped with an analog VGA output connector P7 P7 is connected to the CM A510 analog VGA output and provides a standard VGA DB 15 interface for PC monitors The DSUB_I2C2_SCL and DSUB_I2C2_SDA signals are routed to the CM A510 I2C port 2 signals and serve as a DDC host interface Table 17 ...

Page 17: ...n 3 2 of this document The DVI_DDCSCL and DVI_DDCDAT signals are routed to the CM A510 I2C port 0 signals and provide DVI DDC interface In order to use the DVI interface the CM A510 display system must be set to RGB 888 operation mode Table 19 J4 connector pinout Pin Signal Name Pin Signal Name 1 DVI_TXD2 12 DVI_TXC 2 GND 13 GND 3 DVI_TXD_2 14 NC 4 DVI_TXD1 15 DVI_DDCSCL 5 GND 16 DVI_DDCDAT 6 DVI_...

Page 18: ...or the LCD backlight An external power source is required Table 20 P13 connector pinout Pin Signal Name Pin Signal Name 1 TS_X 21 VCC3_3 2 LCD_PWR_SRC 22 TS_Y 3 GND 23 TS_Y 4 LCDnRST 24 GND 5 LCD_D3_T 25 TS_X 6 VCC3_3 26 LCD_D18_T 7 LCD_D4_T 27 VCC3_3 8 LCD_D5_T 28 LCD_D19_T 9 GND 29 LCD_D20_T 10 LCD_D6_T 30 GND 11 LCD_D7_T 31 LCD_D21_T 12 VCC3_3 32 LCD_D22_T 13 LCD_D15_T 33 GND 14 LCD_D14_T 34 LC...

Page 19: ...r source is required Table 22 P9 connector pinout Pin Signal Name Pin Signal Name 1 LVDS_NE0 6 GND 2 LVDS_NE1 7 LVDS_NE2 3 LVDS_PE0 8 LVDS_NEC 4 LVDS_PE1 9 LVDS_PE2 5 GND 10 LVDS_PEC 4 10 Touch Screen Header P12 The touch screen P12 header of the SB A510 allows evaluating any resistive touch panel with the touch panel interface provided by the CM A510 Please refer to the CM A510 reference guide fo...

Page 20: ...tor pinout Pin Signal Name 1 VCC_12V 2 GND Table 25 P19 connector pinout Pin Signal Name 1 VCC_5V 2 GND 4 12 S ATA Connector P18 The SB A510 is equipped with a standard S ATA Connector P18 that allows interfacing CM A510 with standard and S ATA disk drives Table 26 P18 connector pinout Pin Signal Name 1 GND 2 SATA_TX 3 SATA_TX 4 GND 5 SATA_RX 6 SATA_RX 7 GND Table 27 P13 connector data Manufacture...

Page 21: ...pulated by default on the SB A510 Table 28 P22 connector pinout Pin Signal Name 1 GND 2 GND 3 SPDIF_BASE 4 GND Table 29 P22 connector data Manufacturer Mfg P N Mating connector Hosiden JPJ1225 01 040 Standard EIAJ RC 5231 plug Table 30 U6 optical transmitter pinout Pin Signal Name 1 GND 2 VCC3_3 3 SPDIF_OUT_OPT 4 GND 5 GND Table 31 U6 connector data Manufacturer Mfg P N Mating connector EVERLIGHT ...

Page 22: ... to test point 22 CAM_D2 GPIO26 3 CAM_I2C_SDA 23 GND 4 VCC_5V 24 NC 5 CAM_I2C_SCK 25 GND 6 CAM_SNR_CTL0 GPIO38 26 NC 7 CAM_VSYNC GPIO34 27 GND 8 CAM_SNR_CTL1 GPIO39 28 CAM_CLK_T 9 CAM_HSYNC GPIO33 29 GND 10 GND 30 CAM_MCLK GPIO32 11 GND 31 GND 12 CAM_D7 GPIO31 32 I2C_GPIO12 13 VCC_5V 33 I2C_GPIO14 14 CAM_D6 GPIO30 34 I2C_GPIO15 15 VCC3_3 35 I2C_GPIO16 16 CAM_D5 GPIO29 36 I2C_GPIO17 17 VCC3_3 37 NC...

Page 23: ...3 GPIO45 9 SD0_DATA2 GPIO44 2 SD0_CMD GPIO41 10 GND 3 GND 11 SD0_CD GPIO16 4 VCC_MMC 12 MMC_WP 5 SD0_CLK GPIO40 13 GND 6 GND 14 GND 7 SD0_DATA0 GPIO42 15 GND 8 SD0_DATA1 GPIO43 4 16 Audio Jacks J1 J3 The SB A510 features two 3 5mm jacks one for stereo headphone output J1 and the other J3 for stereo audio input Table 35 J1 connector pinout Pin Signal Name Mating plug pin Jack pin out Mating plug 1 ...

Page 24: ...1 connector pinout Pin Signal Name Pin Signal Name 1 I2S1_LRCLK I2C2_SDA GPIO56 13 GND 2 0V3SBY 14 0V3SBY 3 VCC3_3 15 I2S1_SDO SSP_RXD GPIO55 4 MIC_BIAS 16 GND 5 I2C_GPIO11 17 I2C_GPIO14 6 I2C_GPIO16 18 GND 7 I2C_GPIO13 19 I2C_GPIO15 8 I2S1_SDI SSP_TXD GPIO52 20 SYSRST_OUTn 9 I2S1_BCLK SSP_SFRM GPIO53 21 GND 10 I2C_GPIO17 22 I2C_GPIO12 11 VCC3_3 23 I2S1_MCLK SSP_SCLK GPIO54 12 MIC_IN 24 GND 4 18 J...

Page 25: ...et will cause the CM A510 to boot with the alternate boot option S ATA hard drive NOTE Jumper E6 may override button SW1 Please refer to chapter 4 22 for additional information 4 20 Reset Button SW2 The SB A510 features a user accessible reset button SW2 Pressing the reset button issues a cold reset to the CM A510 4 21 Suspend Resume Button SW3 To be added in a future revision of this document ...

Page 26: ... is connected to CM A510 timekeeping is on None RTC battery is disconnected from CM A510 storage E6 1 2 CM A510 boot option Always use alternate boot option S ATA hard drive None SW1 determines boot option E8 1 2 CM A510 SPI Flash protection CM A510 SPI flash is write protected None CM A510 SPI flash is not write protected 4 23 LEDs The table below describes SB A510 LEDs Table 42 LED description L...

Page 27: ...Mechanical Drawings Revised May 2011 SB A510 Rev 1 1 27 5 MECHANICAL DRAWINGS Figure 3 SB A510 top ...

Page 28: ...d May 2011 SB A510 Rev 1 1 28 Figure 4 SB A510 bottom X Ray view as seen from top side Mechanical drawings are available in DXF format from CompuLab s website following Developer SB A510 SB A510 schematics dimension layout links ...

Page 29: ...ot used by PCI or P19 7 5 12 17 V Main power supply voltage 12 Volt is used by PCI or P19 See Note 12 See Note V NOTE The allowed main power supply voltage range is determined by the allowed range of the PCI device using 12V through connector P3 the device drawing it s power from P19 and the range of SB A510 when no devices use 12V on SB A510 6 3 DC Electrical Characteristics DC electrical charact...

Page 30: ...t The SB A510 is available with three options of operating temperature range Table 43 Operating Temperature Ranges Range Temp Description Commercial 0o to 70o C Sample boards from each batch are tested for the lower and upper temperature limits Individual cards are not tested Extended 20o to 70o C Every board undergoes a short test for the lower limit 20o C qualification Industrial 40o to 85o C Ev...

Page 31: ...SB like L 2m RS 232 Used to connect the RS232 interface of the SB A510 to a PC Connects directly to P12 on the SB A510 410X60400 CABFPC40 FPC cable 0 5mm 40 pos Used with CONLCD GEN and CompuLab Video Input module 503R101301 CONLCD GEN General purpose LCD interface module Used in combination with CABFPC40 to provide a generic LCD interface Connects to P13 on the SB A510 ...

Reviews: