VC Power SoM Hardware Operating Manual

Hardware specifications of VC Power SoMs and VC Power SoM Carrier Boards

Revision:	0.1
Date:	2023-11-16
Contact:	support@vision-comp.com
Copyright:	2023 Vision Components GmbH Ettlingen, Germany
Author:	VC Support, mailto:support@vision-comp.com

./images/vc_power_som_and_carrier_board1.png

Foreword and Disclaimer

This documentation has been prepared with most possible care. However Vision Components GmbH does not take any liability for possible errors. In the interest of progress, Vision Components GmbH reserves the right to perform technical changes without further notice.

Please notify support@vision-components.com if you become aware of any errors in this manual or if a certain topic requires more detailed documentation.

This manual is intended for information of Vision Component’s customers only. Any publication of this document or parts thereof requires written permission by Vision Components GmbH.

Image symbols used in this document
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Trademarks

Linux, Debian, the Tux logo, Vivado, Xilinx and Zynq, ARM, Cortex, Windows XP, Total Commander, Tera Term, Motorola, HALCON, FreeRTOS, Vision Components are registered Trademarks. All trademarks are the property of their respective owners.

Nvidia, Jetson, Asus, Raspberry Pi and Raspbian are also registered Trademarks.

ESD sensitivity

Warning

Warning Sign The components are very sensitive to electrostatic discharge (ESD)! Please take all the precautions necessary to avoid ESD!

ESD

ESD Sign The electronic components and circuits are sensitive to ElectroStatic Discharge (ESD). When handling any circuit board assemblies, it is necessary that ESD safety precautions be observed.

ESD safe best practices include, but are not limited to:

Leaving circuit boards in their antistatic packaging until they are ready to be installed.
Using a grounded wrist strap when handling circuit boards.
Working on a grounded ESD table mat.
Only handling circuit boards in ESD safe areas, which may include ESD floor and table mats, wrist strap stations and ESD safe lab coats.
Avoiding handling circuit boards in carpeted areas.
Try to handle the board by the edges, avoiding contact with components.

This note is not an exhaustive information about the protection against electrostatic discharge (ESD).

Table of Contents

1 VC Power SoM
2 VC Power SoM Carrier Board
3 Ordering Information
- 3.1 MIPI camera module order numbers
4 Appendix A: Dimensions VC Power SoM and VC Power SoM Carrier Board

1 VC Power SoM

1.1 Features

Efinix Trion T120 FPGA with 112128 Logic Elements
512MByte of DRAM onboard
Boot QSPI flash and Data QSPI flash
Operated with a single power supply 5V±5%
FPGA and DRAM voltages (3.3V,1.5V,1.2V) are provided by the module
Module performs power sequencing
Carrier Board available

1.2 Block Diagram

VC Power SoM Block Diagram

1.3 Technical Specification

Technical Data
Component / Feature	Specification
FPGA	Efinix Trion T120F324C4
Logic Elements	112128
Embedded RAM Bits (kb)	5407
Embedded 5K RAM Blocks	1056
18x18 Multipliers	320
PLLs	8
Clock Signals	16
DDR3 (up to 1066 Mbps)	x16 (built-in DDR3 RAM controller)
Mipi 4-lane CSI-2 controller	2 x RX plus 2 x TX
Number of lanes	1–4 depending on sensor module
MIPI speed	max. 1.5Gbps
Boot Flash	32MBit QSPI, Type: IS25LP032D (U7)
Data Flash	32MBit QSPI, Type: IS25LP032D (U11)
Recommended Power Source	5V, 1.5A
Power Consumption	max. 6W @ 5V depending on FPGA design
Reference Clock	27MHz for FPGA PLLs: FPGA, DDR3 RAM, MIPI
Flash output signal	3.3V LVCMOS
Trigger input signal	3.3V LVCMOS
Dimensions	28.5mm × 24mm
Storage Conditions	Temperature: -20 to +60 deg C, Max. humidity: 90%, non condensing.
Operating Conditions	Temperature: 0 to +50 deg C, Max. humidity: 80%, non condensing.

1.4 LEDs

VC Power SoM LED Positions

VC Power SoM Leds
Function	Position	Bedeutung
power	LED1	indicator for power supply
NSTATUS	LED2	error indicator during programming,general purpose after programming
CDONE	LED3	LED on only during programming

1.5 Connectors

VC Power SoM Connector IDs

Built-in Connector Socket Hardware Types
ID	Type
J1, J2	Kyocera 14-5804-060-050-829+ (plug)
J3 (optional)	Kyocera 24-5804-060-030-829+ (receptacle)

1.5.1 J1: Power, CSI1/2 IN, SD card, RS232

Connector J1
Class	Signal	Pin No.	Pin No.	Signal	Class
	GND	1	60	GND
MIPI OUT CSI 2	cam2_sda	2	59	cam3_sda	MIPI OUT CSI 3
MIPI OUT CSI 2	cam2_scl	3	58	cam3_scl	MIPI OUT CSI 3
	GND	4	57	GND
MIPI OUT CSI 2	cam2_flash	5	56	cam3_flash	MIPI OUT CSI 3
MIPI OUT CSI 2	cam2_trig	6	55	cam3_trig	MIPI OUT CSI 3
	GND	7	54	GND
MIPI OUT CSI 3	CSI3_DATA1_P	8	53	CSI3_DATA3_P	MIPI OUT CSI 3
MIPI OUT CSI 3	CSI3_DATA1_N	9	52	CSI3_DATA3_N	MIPI OUT CSI 3
	GND	10	51	GND
MIPI OUT CSI 3	CSI3_DATA0_P	11	50	CSI3_DATA2_P	MIPI OUT CSI 3
MIPI OUT CSI 3	CSI3_DATA0_N	12	49	CSI3_DATA2_N	MIPI OUT CSI 3
	GND	13	48	GND
MIPI OUT CSI 2	CSI2_CLK_P	14	47	CSI3_CLK_P	MIPI OUT CSI 3
MIPI OUT CSI 2	CSI2_CLK_N	15	46	CSI3_CLK_N	MIPI OUT CSI 3
	GND	16	45	GND
MIPI OUT CSI 2	CSI2_DATA1_P	17	44	CSI2_DATA3_P	MIPI OUT CSI 2
MIPI OUT CSI 2	CSI2_DATA1_N	18	43	CSI2_DATA3_N	MIPI OUT CSI 2
	GND	19	42	GND
MIPI OUT CSI 2	CSI2_DATA0_P	20	41	CSI2_DATA2_P	MIPI OUT CSI 2
MIPI OUT CSI 2	CSI2_DATA0_N	21	40	CSI2_DATA2_N	MIPI OUT CSI 2
	GND	22	39	GND
SD Card Iface	SD_CLK	23	38	trig_sen0	TRIG
	GND	24	37	flash_sen0	FLASH
SD Card Iface	SD_DAT1	25	36	gpio0	GPIO
SD Card Iface	SD_DAT0	26	35	RS232_TxD	RS232 3.3V
SD Card Iface	SD_CMD	27	34	RS232_RxD	RS232 3.3V
SD Card Iface	SD_DAT3	28	33	Vcc3V3 output 50mA	Power Output
SD Card Iface	SD_DAT2	29	32	Vcc5V0 input	Power Input
	GND	30	31	Vcc5V0 input	Power Input

1.5.2 J2: CSI OUT 1/2, QSPI Programming

Connector J2
Class	Signal	Pin No.	Pin No.	Signal	Class
	GND	1	60	GND
MIPI IN CSI 0	cam0_sda	2	59	cam1_sda	CSI1 RX
MIPI IN CSI 0	cam0_scl	3	58	cam1_scl	CSI1 RX
	GND	4	57	GND
MIPI IN CSI 0	cam0_flash	5	56	cam1_flash	CSI1 RX
MIPI IN CSI 0	cam0_trig	6	55	cam1_trig	CSI1 RX
	GND	7	54	GND
MIPI IN CSI 1	CSI1_CLK_P	8	53	CSI1_DATA3_P	CSI1 RX
MIPI IN CSI 1	CSI1_CLK_N	9	52	CSI1_DATA3_N	CSI1 RX
	GND	10	51	GND
MIPI IN CSI 1	CSI1_DATA1_P	11	50	CSI1_DATA2_P	CSI1 RX
MIPI IN CSI 1	CSI1_DATA1_N	12	49	CSI1_DATA2_N	CSI1 RX
	GND	13	48	GND
MIPI IN CSI 1	CSI1_DATA0_P	14	47	CSI0_CLK_P	CSI1 RX
MIPI IN CSI 1	CSI1_DATA0_N	15	46	CSI0_CLK_N	CSI1 RX
	GND	16	45	GND
MIPI IN CSI 0	CSI0_DATA1_P	17	44	CSI0_DATA2_P	CSI0 RX
MIPI IN CSI 0	CSI0_DATA1_N	18	43	CSI0_DATA2_N	CSI0 RX
	GND	19	42	GND
MIPI IN CSI 0	CSI0_DATA0_P	20	41	CSI0_DATA3_P	CSI0 RX
MIPI IN CSI 0	CSI0_DATA0_N	21	40	CSI0_DATA3_N	CSI0 RX
	GND	22	39	GND
Debugging	dbg_sck	23	38	trig_sen1	TRIG
Debugging	dbg_sda	24	37	flash_sen1	FLASH
QSPI	QSPI_CCK	25	36	do not connect
QSPI	QSPI_CSn	26	35	do not connect
QSPI	QSPI_CDI0	27	34	do not connect
QSPI	QSPI_CDI1	28	33	do not connect
	NC	29	32	NC
	NC	30	31	NC

1.5.3 J3 (optional): LVDS, JTAG

Connector J3
Class	Signal	Pin No.	Pin No.	Signal	Class
JTAG	T120_TMS	60	1	T120_TDO JTAG	JTAG
JTAG	T120_TCK	59	2	T120_TDI JTAG	JTAG
	GND	58	3	GND
LVDS	tx00_p	57	4	rx00_p LVDS	LVDS
LVDS	tx00_n	56	5	rx00_n LVDS	LVDS
	GND	55	6	GND
LVDS	tx01_p	54	7	rx01_p LVDS	LVDS
LVDS	tx01_n	53	8	rx01_n LVDS	LVDS
	GND	52	9	GND
LVDS	tx02_p	51	10	rx02_p LVDS	LVDS
LVDS	tx02_n	50	11	rx02_n LVDS	LVDS
	GND	49	12	GND
LVDS	tx03_p	48	13	rx03_p LVDS	LVDS
LVDS	tx03_n	47	14	rx03_n LVDS	LVDS
	GND	46	15	GND
LVDS	tx04_p	45	16	clk1_p LVDS	LVDS
LVDS	tx04_n	44	17	clk1_n LVDS	LVDS
	GND	43	18	GND
LVDS	tx05_p	42	19	rx04_p LVDS	LVDS
LVDS	tx05_n	41	20	rx04_n LVDS	LVDS
	GND	40	21	GND
LVDS	tx06_p	39	22	rx05_p LVDS	LVDS
LVDS	tx06_n	38	23	rx05_n LVDS	LVDS
	GND	37	24	GND
LVDS	tx07_p	36	25	rx06_p LVDS	LVDS
LVDS	tx07_n	35	26	rx06_n LVDS	LVDS
	GND	34	27	GND
LVDS	tx08_p	33	28	rx07_p LVDS	LVDS
LVDS	tx08_n	32	29	rx07_n LVDS	LVDS
	GND	31	30	GND

1.5.4 VC Power SoM FPGA Pin Signals

Internal VC Power SoM Pin Signals
Pin Names	Pin ID	Signal Name
CDONE	N18	CDONE
CRESET_N	N17	CRESET_N
GPIOL_04_CSI	N15	CSI
TCK	T16	TCK
TDI	R16	TDI
TDO	P17	TDO
TMS	P16	TMS
GPIOL_18_CDI4	M18	conf_sck
GPIOL_20_CDI5	L18	conf_csn
GPIOL_22_CDI6	L16	conf_dat0
GPIOL_24_CDI7	L17	conf_dat1
GPIOL_15_PLLIN0	L14	conf_dat2
GPIOL_17_EXTFB0	L15	conf_dat3
GPIOL_62_CTRL0	K16	SD_DAT3
GPIOL_63_CTRL1	K15	SD_CMD
GPIOL_66_CLK0	K17	SD_DAT2
GPIOL_72_CLK6	H14	SD_DAT0
GPIOL_73_CLK7	H13	SD_CLK
GPIOL_75_CTRL5	G13	SD_DAT1
GPIOL_156_CBSEL0	J17	CBSEL0
GPIOL_157_CBSEL1	J18	CBSEL1
GPIOL_150_NSTATUS	J14	NSTATUS
GPIOL_151_TEST_N	J15	TEST_N
GPIOT_RXN01	C13	cam3_flash
GPIOT_RXN02	D16	cam2_trig
GPIOT_RXN03	C11	cam3_trig
GPIOT_RXN04	E15	cam2_flash
GPIOT_RXN05	E14	cam0_sda
GPIOT_RXN06	D12	cam1_sda
GPIOT_RXN07	F13	cam0_scl
GPIOT_RXN08_EXTFB0	F11	cam0_trig
GPIOT_RXP01	D13	cam3_scl
GPIOT_RXP02	C16	cam2_scl
GPIOT_RXP03	D11	cam1_scl
GPIOT_RXP04	D15	cam2_sda
GPIOT_RXP05	D14	cam3_sda
GPIOT_RXP06	E12	cam1_flash
GPIOT_RXP07	E13	cam0_flash
GPIOT_RXP08_EXTFB0	E11	cam1_trig
GPIOT_RXN11	H17	rx00_n
GPIOT_RXN12	H16	rx01_n
GPIOT_RXN13	H15	rx02_n
GPIOT_RXN14	F14	rx03_n
GPIOT_RXN15	E17	rx04_n
GPIOT_RXN16	E18	rx05_n
GPIOT_RXN17	G18	rx06_n
GPIOT_RXN18_EXTFB1	C18	rx07_n
GPIOT_RXN19_CLKN1	B17	clk1_n
GPIOT_RXP11	G17	rx00_p
GPIOT_RXP12	G16	rx01_p
GPIOT_RXP13	G15	rx02_p
GPIOT_RXP14	G14	rx03_p
GPIOT_RXP15	D17	rx04_p
GPIOT_RXP16	D18	rx05_p
GPIOT_RXP17	H18	rx06_p
GPIOT_RXP18_EXTFB1	B18	rx07_p
GPIOT_RXP19_CLKP1	A17	clk1_p
GPIOT_RXN28_EXTFB2	B10	trig_sen0
GPIOT_RXN29_CLKN2	A9	RS232_TxD
GPIOT_RXP27	A11	flash_sen0
GPIOT_RXP28_EXTFB2	A10	gpio0
GPIOT_RXP29_CLKP2	B9	RS232_RxD
MIPI0_RXDN0	D5	CSI1_DATA0_N
MIPI0_RXDN1	D8	CSI1_CLK_N
MIPI0_RXDN2	F5	CSI1_DATA1_N
MIPI0_RXDN3	D6	CSI1_DATA2_N
MIPI0_RXDN4	F7	CSI1_DATA3_N
MIPI0_RXDP0	E5	CSI1_DATA0_P
MIPI0_RXDP1	E8	CSI1_CLK_P
MIPI0_RXDP2	F6	CSI1_DATA1_P
MIPI0_RXDP3	E6	CSI1_DATA2_P
MIPI0_RXDP4	E7	CSI1_DATA3_P
MIPI0_TXDN0	A6	CSI2_DATA1_N
MIPI0_TXDN1	B7	CSI2_DATA2_N
MIPI0_TXDN2	A8	CSI2_DATA0_N
MIPI0_TXDN3	B5	CSI2_DATA3_N
MIPI0_TXDN4	B4	CSI2_CLK_N
MIPI0_TXDP0	B6	CSI2_DATA1_P
MIPI0_TXDP1	A7	CSI2_DATA2_P
MIPI0_TXDP2	B8	CSI2_DATA0_P
MIPI0_TXDP3	A5	CSI2_DATA3_P
MIPI0_TXDP4	A4	CSI2_CLK_P
MIPI1_RXDN0	E4	CSI0_CLK_N
MIPI1_RXDN1	G3	CSI0_DATA1_N
MIPI1_RXDN2	F1	CSI0_DATA0_N
MIPI1_RXDN3	G2	CSI0_DATA2_N
MIPI1_RXDN4	E3	CSI0_DATA3_N
MIPI1_RXDP0	D4	CSI0_CLK_P
MIPI1_RXDP1	F3	CSI0_DATA1_P
MIPI1_RXDP2	G1	CSI0_DATA0_P
MIPI1_RXDP3	H2	CSI0_DATA2_P
MIPI1_RXDP4	D3	CSI0_DATA3_P
MIPI1_TXDN0	A3	CSI3_DATA0_N
MIPI1_TXDN1	A2	CSI3_DATA1_N
MIPI1_TXDN2	B1	CSI3_DATA2_N
MIPI1_TXDN3	E2	CSI3_CLK_N
MIPI1_TXDN4	D1	CSI3_DATA3_N
MIPI1_TXDP0	B3	CSI3_DATA0_P
MIPI1_TXDP1	B2	CSI3_DATA1_P
MIPI1_TXDP2	C1	CSI3_DATA2_P
MIPI1_TXDP3	D2	CSI3_CLK_P
MIPI1_TXDP4	E1	CSI3_DATA3_P
DDR_A[0]	P3	DDR3.A0
DDR_A[1]	P4	DDR3.A1
DDR_A[10]	V7	DDR3.A10
DDR_A[11]	U7	DDR3.A11
DDR_A[12]	U6	DDR3.A12
DDR_A[13]	T6	DDR3.A13
DDR_A[14]	V6	DDR3.A14
DDR_A[15]	V5	DDR3.A15
DDR_A[2]	R6	DDR3.A2
DDR_A[3]	P6	DDR3.A3
DDR_A[4]	T1	DDR3.A4
DDR_A[5]	R3	DDR3.A5
DDR_A[6]	R7	DDR3.A6
DDR_A[7]	V8	DDR3.A7
DDR_A[8]	T4	DDR3.A8
DDR_A[9]	T3	DDR3.A9
DDR_BA[0]	T5	DDR3.BA0
DDR_BA[1]	U3	DDR3.BA1
DDR_BA[2]	R5	DDR3.BA2
DDR_CAS_N	V2	DDR3.nCAS
DDR_CK	P1	DDR3.CLK_p
DDR_CK_N	R1	DDR3.CLK_n
DDR_CKE	N7	DDR3.CKE
DDR_CS_N	N6	DDR3.nCS
DDR_DM[0]	L1	DDR3.DM0
DDR_DM[1]	H5	DDR3.DM1
DDR_DQ[0]	N4	DDR3.D0
DDR_DQ[1]	N2	DDR3.D1
DDR_DQ[10]	J3	DDR3.D10
DDR_DQ[11]	K3	DDR3.D11
DDR_DQ[12]	J4	DDR3.D12
DDR_DQ[13]	H4	DDR3.D13
DDR_DQ[14]	J5	DDR3.D14
DDR_DQ[15]	G4	DDR3.D15
DDR_DQ[2]	N1	DDR3.D2
DDR_DQ[3]	M2	DDR3.D3
DDR_DQ[4]	M4	DDR3.D4
DDR_DQ[5]	L3	DDR3.D5
DDR_DQ[6]	K1	DDR3.D6
DDR_DQ[7]	L4	DDR3.D7
DDR_DQ[8]	J1	DDR3.D8
DDR_DQ[9]	K2	DDR3.D9
DDR_DQS[0]	M3	DDR3.DQS0_p
DDR_DQS[1]	K5	DDR3.DQS1_p
DDR_DQS_N[0]	N3	DDR3.DQS0_n
DDR_DQS_N[1]	L5	DDR3.DQS1_n
DDR_ODT	U1	DDR3.ODT
DDR_RAS_N	V3	DDR3.nRAS
DDR_RST_N	T2	DDR3.nReset
DDR_VREF	M6	DDR3.CA_DQ_Vref
DDR_WE_N	U4	DDR3.nWE
GPIOB_TXN17_CDI10	U9	flash_sen1
GPIOB_TXP17_CDI11	V9	dbg_sda
GPIOB_TXN15_CDI14	V10	dbg_sck
GPIOB_TXP15_CDI15	U10	trig_sen1
GPIOB_TXN08_CDI20	U13	tx08_n
GPIOB_TXP08_CDI21	V13	tx08_p
GPIOB_TXN07_CDI22	R14	tx07_n
GPIOB_TXP07_CDI23	P14	tx07_p
GPIOB_TXN06_CDI24	U14	tx06_n
GPIOB_TXP06_CDI25	V14	tx06_p
GPIOB_TXN05_CDI26	R15	tx05_n
GPIOB_TXP05_CDI27	T15	tx05_p
GPIOB_TXN04_CDI28	V15	tx04_n
GPIOB_TXP04_CDI29	U15	tx04_p
GPIOB_TXN03_CDI30	V16	tx03_n
GPIOB_TXP03_CDI31	U16	tx03_p
GPIOB_TXN00	R17	tx00_n
GPIOB_TXN01	T18	tx01_n
GPIOB_TXN02	P18	tx02_n
GPIOB_TXN09	R13	tx09_n
GPIOB_TXP00	T17	tx00_p
GPIOB_TXP01	U18	tx01_p
GPIOB_TXP02	R18	tx02_p
GPIOB_TXP09	P13	tx09_p
GPIOR_186_PLLIN0	U8	clk27mhz
GPIOR_187_PLLIN1	T8	clk27mhz
GPIOR_169_MREFCLK	F10	clk27mhz

1.6 Working Principle

On power-up the program is loaded into the FPGA with the built-in controller (SPI active x4 mode).

The reference clock is connected to mrefclk (Pin F10), pll_in0 (Pin U8) and pll_in1 (Pin T8)

2 VC Power SoM Carrier Board

2.1 Features

Single Power Supply 12–24V, 12W
Two 22-pin MIPI-In Connectors
Two 22-pin MIPI-Out Connectors
Micro-SD card slot
Main Connector with LVTTL3V3 signals
RS232 interface level shifter

2.2 Block Diagram

VC Power SoM Carrier Board with VC Power SoM Block Diagram

./images/vc_power_som_carrier_board1.png

Carrier Board Front view

./images/vc_power_som_carrier_board_back1.png

Carrier Board Back view

VC Power SoM Carrier Board Heat Sink

Based on the power consumption you are encouraged to cool the VC Power SoM, for example with the VC Power SoM Carrier Board Heat Sink.

2.3 LEDs

./images/vc_power_som_carrier_board_leds.png

VC Power SoM Carrier Board LED Positions

VC Power SoM Carrier Board Leds
Function	Position	Bedeutung
power	LED1	indicator for power supply

2.4 Connectors

./images/vc_power_som_carrier_board_connectors.png

Carrier Board Connector IDs

Built-in Connector Socket Hardware Types
ID	Type
J1, J2	Kyocera 24-5804-060-030-829+ (receptacle)
J3 (optional)	Kyocera 14-5804-060-050-829+ (plug)
J4, J5, J6, J7	JST 22FLZ-RSM2-TB
J8	2 mm header 151118-1062
J9, J10	JST 20R-JMDSS-G-1-TF
J11 (MicroSD)	standard Micro-SD socket

2.4.1 J1, J2, J3: See VC Power SoM

For a description of the connectors J1 to J3 see the description at the VC Power SoM (same numbering).

2.4.2 J4: MIPI OUT CSI 0

Connector J4
	Pin No.	Signal
	1	Vcc3V3
	2	cam0_sda
	3	cam0_scl
	4	GND
	5	cam0_flash
	6	cam0_trig
	7	GND
	8	CSI0_DATA3_P
	9	CSI0_DATA3_N
	10	GND
	11	CSI0_DATA2_P
	12	CSI0_DATA2_N
	13	GND
	14	CSI0_CLK_P
	15	CSI0_CLK_N
	16	GND
	17	CSI0_DATA1_P
	18	CSI0_DATA1_N
	19	GND
	20	CSI0_DATA0_P
	21	CSI0_DATA0_N
	22	GND

2.4.3 J5: MIPI OUT CSI 1

Connector J5
	Pin No.	Signal
	1	Vcc3V3
	2	cam1_sda
	3	cam1_scl
	4	GND
	5	cam1_flash
	6	cam1_trig
	7	GND
	8	CSI1_DATA3_P
	9	CSI1_DATA3_N
	10	GND
	11	CSI1_DATA2_P
	12	CSI1_DATA2_N
	13	GND
	14	CSI1_CLK_P
	15	CSI1_CLK_N
	16	GND
	17	CSI1_DATA1_P
	18	CSI1_DATA1_N
	19	GND
	20	CSI1_DATA0_P
	21	CSI1_DATA0_N
	22	GND

2.4.4 J6: MIPI OUT CSI 2

Note

Note Sign

Unusual Reverse Connector Numbering for J6 compared to J4/J5!

Connector J6
	Pin No.	Signal
	22	GND
	21	CSI2_DATA0_N
	20	CSI2_DATA0_P
	19	GND
	18	CSI2_DATA1_N
	17	CSI2_DATA1_P
	16	GND
	15	CSI2_CLK_N
	14	CSI2_CLK_P
	13	GND
	12	CSI2_DATA2_N
	11	CSI2_DATA2_P
	10	GND
	9	CSI2_DATA3_N
	8	CSI2_DATA3_P
	7	GND
	6	cam2_trig
	5	cam2_flash
	4	GND
	3	cam2_scl
	2	cam2_sda
	1	NC

2.4.5 J7: MIPI OUT CSI 3

Note

Note Sign

Unusual Reverse Connector Numbering for J7 compared to J4/J5!

Connector J7
	Pin No.	Signal
	22	GND
	21	CSI3_DATA0_N
	20	CSI3_DATA0_P
	19	GND
	18	CSI3_DATA1_N
	17	CSI3_DATA1_P
	16	GND
	15	CSI3_CLK_N
	14	CSI3_CLK_P
	13	GND
	12	CSI3_DATA2_N
	11	CSI3_DATA2_P
	10	GND
	9	CSI3_DATA3_N
	8	CSI3_DATA3_P
	7	GND
	6	cam3_trig
	5	cam3_flash
	4	GND
	3	cam3_scl
	2	cam3_sda
	1	NC

2.4.6 J8: Main Connector

Connector J8
	Pin No.	Signal
	1	SIG_TxD
	2	C24V input
	3	SIG_RxD
	4	GND
	5	trig_sen0 (GPIO, 3.3V)
	6	trig_sen1 (GPIO, 3.3V)
	7	flash_sen0 (GPIO, 3.3V)
	8	flash_sen1 (GPIO, 3.3V)
	9	Vcc3V3 output
	10	gpio0 (GPIO, 3.3V)
	11	GND
	12	Vcc5V0 output

2.4.7 J9: Programming Interface

Connector J9
	Pin No.	Signal
	1	Vcc3V3
	2	GND
	3	QSPI_CCK
	4	GND
	5	QSPI_CSn
	6	QSPI_CDI1
	7	GND
	8	QSPI_CDI0
	9	NC
	10	GND
	11	NC
	12	NC
	13	do not connect
	14	NC
	15	do not connect
	16	do not connect
	17	GND
	18	do not connect
	19	GND
	20	Vcc3V3

2.4.8 J10: JTAG Connector

Connector J10
	Pin No.	Signal
	1	Vcc3V3
	2	GND
	3	NC
	4	GND
	5	NC
	6	dbg_sck (GPIO, 3.3V)
	7	GND
	8	dbg_sda (GPIO, 3.3V)
	9	NC
	10	GND
	11	NC
	12	NC
	13	T120_TDO (JTAG)
	14	NC
	15	T120_TDI (JTAG)
	16	T120_TMS (JTAG)
	17	GND
	18	T120_TCK (JTAG)
	19	GND
	20	Vcc3V3

3 Ordering Information

3.1 MIPI camera module order numbers

VC Power SoM and VC Power SoM Carrier Board Order Numbers
Order Number	Product ID / Service description
VK000502	VC Power SoM
VK000501	VC Power SoM Carrier Board — do not forget to order the appropriate FPC cable!
VK??????	VC Power SoM Carrier Board Heat Sink

Accessories for VC Power SoM and VC Power SoM Carrier Board
Order Number	Product / Service description
EK003260	Flexible Printed Circuit (FPC) Cable, 200 mm: 22 to 22 Pin
EK003261	Flexible Printed Circuit (FPC) Cable, 200 mm: 22 to 15 Pin

4 Appendix A: Dimensions VC Power SoM and VC Power SoM Carrier Board

Dimensions of the VC Power SoM

The .step file here provides exact positions of the VC Power SoM sockets.

./images/vc_power_som_carrier_board_dimensions.png

Dimensions of the VC Power SoM Carrier Board

VC Power SoM Hardware Operating Manual

Hardware specifications of VC Power SoMs and VC Power SoM Carrier Boards

VC Power SoM Hardware Operating Manual

Hardware specifications of VC Power SoMs and VC Power SoM Carrier Boards