TS-4100 TS-Socket

From embeddedTS Manuals
CN1 CN2
Name Pin Pin Name
FPGA_JTAG_TMS [1] 1 2 EXT_RESET# [2]
FPGA_JTAG_TCK [1] 3 C 4 EN_USB_5V [3]
FPGA_JTAG_TDO [1] 5 N 6 NC
FPGA_JTAG_TDI [1] 7 1 8 NC
OFF_BD_RESET# [4] 9 10 NC
Microcontroller C2 CLK [5] 11 12 NC
Microcontroller C2 DAT [5] 13 C 14 NC
5 V Power Input [6] 15 N 16 5 V Power Input [6]
CPU SPARE_1, FPGA SPARE_1 [7] 17 1 18 NC
DIO_43 19 20 NC
DIO_44 21 22 FORCE_PWR_ON# [8]
LCD_D10 23 C 24 DIO_41
LCD_D11 25 N 26 DIO_42
LCD_D12 27 1 28 LCD_D02
5 V Power Input [6] 29 30 LCD_D03
LCD_D13 31 32 LCD_D04
LCD_D14 33 C 34 LCD_D05
LCD_D15 35 N 36 V_BAT
DIO_45 37 1 38 LCD_D06
DIO_46 39 40 LCD_D07
LCD_D18 41 42 LCD_D21
LCD_D19 43 C 44 LCD_D22
LCD_D20 45 N 46 LCD_D23
5 V Power Input [6] 47 1 48 EN_LCD_3.3V [9]
LCD_CLK 49 50 USB_OTG_5V [10]
LCD_HSYNC 51 52 BOOT_MODE_0 [11]
LCD_VSYNC 53 C 54 NC
LCD_DE 55 N 56 NC
PWM 57 1 58 DIO_39
DIO_16 59 60 DIO_38
DIO_15 61 62 Ground
DIO_14 63 C 64 DIO_37 / MUX_AD_15
DIO_13 65 N 66 DIO_36 / MUX_AD_14
DIO_12 67 1 68 DIO_35 / MUX_AD_13
CAN1 RXD 69 70 DIO_34 / MUX_AD_12
CAN1 TXD 71 72 DIO_33 / MUX_AD_11
DIO_09 73 C 74 DIO_32 / MUX_AD_10
Ground 75 N 76 DIO_31 / MUX_AD_09
DIO_08 77 1 78 DIO_30 / MUX_AD_08
DIO_07 79 80 DIO_29 / MUX_AD_07
DIO_06 81 82 DIO_28 / MUX_AD_06
DIO_05 83 C 84 DIO_27 / MUX_AD_05
DIO_04 85 N 86 DIO_26 / MUX_AD_04
DIO_03 / Offboard Clock 87 1 88 DIO_25 / MUX_AD_03
DIO_02 89 90 DIO_24 / MUX_AD_02
DIO_01 91 92 DIO_23 / MUX_AD_01
DIO_00 93 C 94 DIO_22 / MUX_AD_00
Ground 95 N 96 DIO_21 / BUS_ALE#
DIO_17 / BUS_WAIT# 97 1 98 DIO_20 / SD Boot Jumper / BUS_DIR
DIO_18 / BUS_BHE# 99 100 DIO_19 / BUS_CS#
Name Pin Pin Name
eth1 RX+ 1 2 eth1 ACT_LED
eth1 RX- 3 C 4 eth1 SPEED_LED
eth1 CT 5 N 6 RED_LED#
eth1 TX+ 7 2 8 GREEN_LED#
eth1 TX- 9 10 eth0 ACT_LED
eth1 CT 11 12 CPU GPIO 0_1
3.3 VDC output 13 C 14 Ground
Ground 15 N 16 eth0 RX+
NC 17 2 18 eth0 RX-
NC 19 20 eth0 CT
Ground 21 22 eth0 TX+
NC 23 C 24 eth0 TX-
NC 25 N 26 Ground
NC 27 2 28 I2C CLK
USB_HOST_M 29 30 I2C DAT
USB_HOST_P 31 32 Camera PIXCLK
Ground 33 C 34 Camera MCLK
USB_OTG_M 35 N 36 I2S CLK
USB_OTG_P 37 2 38 I2S FRM
3.3 VDC output 39 40 I2S TXD
NC 41 42 I2S RXD
NC 43 C 44 Ground
Ground 45 N 46 En. ethernet PHY pwr
NC 47 2 48 NC
NC 49 50 Ground
Ground 51 52 Camera D0
NC 53 C 54 I2S MCLK
NC 55 N 56 Camera D1
NC 57 2 58 Camera D2
NC 59 60 Camera D3
NC 61 62 Camera D4
NC 63 C 64 Camera D5
Off-board SPI CS# 65 N 66 Camera D6
Off-board SPI MOSI 67 2 68 Camera D7
Off-board SPI MISO 69 70 Camera HSYNC
Off-board SPI CLK 71 72 Camera VSYNC
Ground 73 C 74 USB_OTG_ID
SuperCap V+ 75 N 76 USB_OTG_5V [10]
SuperCap V+ 77 2 78 UART3 TXD (UARTA TXD) [12]
Reserved 79 80 UART3 RXD (UARTA RXD) [12]
SuperCap V+ 81 82 UART1 TXD
SuperCap V+ 83 C 84 UART1 RXD
Ground 85 N 86 UART6 TXD (UARTB TXD) [12]
SuperCap Junction 87 2 88 UART6 RXD (UARTB RXD) [12]
SuperCap Balance Drive 89 90 UART4 TXD
CPU GPIO 0_9 91 92 UART4 RXD
DEBUG TXD 93 C 94 UARTC TXD
DEBUG RXD 95 N 96 UARTC RXD
CAN0 TXD 97 2 98 UARTC TXD
CAN0 RXD 99 100 UARTC RXD
  1. 1.0 1.1 1.2 1.3 The FPGA JTAG pins are not recommended for use and are not supported.
  2. EXT_RESET# is an input used to reboot the CPU. Do not drive active high, use open drain.
  3. This is an output which can be manipulated as a GPIO. This pin can optionally be connected to control a FET to a separate 5 V rail for USB to allow software to reset USB devices. Many of our baseboards implement this.
  4. OFF_BD_RESET# is an output from the SoM that automatically sends a reset signal when the unit powers up or reboots. It can be connected to any IC on the base board that requires a reset.
  5. 5.0 5.1 This interface is for programming the on-board microcontroller, this should be left unconnected on a baseboard.
  6. 6.0 6.1 6.2 6.3 The power pins should each be provided with a 5 V source.
  7. This is a multi-purpose pin, part of the FPGA Crossbar MUX. The CPU and FPGA pins are connected in parallel.
  8. When low, overrides the microcontroller power control and enables 5 V rail on the TS-4100. Leave unconnected for normal use.
  9. This is an output that can be manipulated as a GPIO.
  10. 10.0 10.1 Allows the supervisory microcontroller to measure USB VBUS for the OTG port.
  11. When held high during CPU startup, enables i.MX6UL USB Boot bootloader.
  12. 12.0 12.1 12.2 12.3 This pin is part of the FPGA Crossbar MUX. Its default Crossbar assignment is listed first, with the Crossbar name in parenthesis.