VisionSOM-V2L Datasheet and Pinout

VisionSOM-V2L Datasheet and Pinout

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General description

The VisionSOM-V2L family is a SODIMM-sized SoM based on the Renesas dual core RZ/V2L application processor which features an advanced implementation of DRP-AI (ML+AI) coprocessor. The VisionSOM-V2L family offers energy efficient dual ARM Cortex-A55 cores (at speed up to 1.2GHz) and ARM Cortex-M33 core (at speed up to 200MHz) as well as a 3D Graphics Processing Unit (ARM Mali-G31 GPU @500MHz, 1920x1080 @60fps) with Open GL 3.2ES/OpenCL 2.0 (Full Profile) capabilities and Video Codec Processor (VCP) with 1920x1080 @30fps.

The VisionSOM-V2L is a multimedia and video oriented, highly integrated SoM (System on Module) featuring high computation power, optinally integrated 2.4GHz Wi-Fi and Bluetooth v5.1 connectivity. The option of integrated, fully certified Wi-Fi and Bluetooth module simplifies the carrier board design and is ideally suited for wireless application. The VisionSOM-V2L provides a variety memory configuration, including 1GB of fast and efficient DDR4 and eMMC Flash that meets our customers requirements.

The SoM supports connections to a variety of interfaces: two high-speed USB 2.0 with integrated PHY, dual Ethernet 1Gbit, audio, MIPI-DSI display output with optional touch panel, MIPI-CSI camera input with scaling processor, serial communication interfaces including 2xCAN. In addition, the system supports industrial grade embedded applications.

SoMLabs also provides a complete hardware and software development board for the SoM in the form of a carrier board and optional TFT display and touch panel.

Applications

• IoT Edge Devices
• IoT gateways
• Machine vision equipment
• AI+ML Decision/Recognition Systems
• Robotics
• Human-machine Interfaces (HMI)
• IP Cameras
• Home Appliances
• Home Automation – Smart Home
• Residential gateways
• Industrial embedded Linux computer
• Fitness/outdoor equipment

Features

• Powered by dual core Renesas RZ/V2L application processor (R9A07G054L27GBG)
• Dual ARM Cortex-A55 core at speed up to 1.2GHz
• ARM Cortex-M33 core at speed up to 200MHz
• Integrated Machine-Learning (ML) and Artificial Intelligence (AI) AI Accelerator (DRP-AI)
• Integrated 3D GPU (ARM Mali-G31 @500MHz)
• 1GB RAM (DDR4)
• Up to 32GB eMMC memory
• Optional Murata radio module 2.4GHz Wi-Fi and Bluetooth v5.1
• Built-in dual USB 2.0 interface
• Built-in 2xCAN-FD interfaces
• Built-in MIPI-DSI display interface
• Built-in MIPI-CSI camera interface
• Power-efficient and cost-optimized solution
• Ideal for industrial IoT and embedded applications
• Integrated security features

Pictures of SOM versions

Version	Photo
eMMC

WiFi/BT module is available for all memory configurations.

Ordering info

SLS22CpuType_Clock_RamSize_FlashSize_SF_TEMP

SLS	Product type SLS - System on Module
2	SOM Name 2 - High Performance VisionSOM SODIM200 module
2	CPU Family 2 - Renesas RZ/V2L family
CpuType	CPU Type RV2LDC - RZ/V2L dual Cortex-A55 + Cortex-M33 + DRP-AI
Clock	CPU Clock Speed 1200C - 1.2GHz
RamSize	DDR4 RAM Size 01GR - 1GB (1024MB)
FlashSize	eMMC Memory Size 04GE - 4GB eMMC 08GE - 8GB eMMC 16GE - 16GB eMMC 32GE - 32GB eMMC
SF	Special Features 0SF - No Special Features 1WB - Built-in 2.4GHz Wi-Fi and Bluetooth v5.1
TEMP	Operating Temperature E - Extended: -25 to +70 C I - Industrial: -40 to +85 C

Block Diagram

Operating ranges

Parameter	Value	Unit	Comment
Power Supply	5.0	V	Connected to VDD 5V SODIM260 pins
Max. input GPIO voltage	1.8/3.3	V	-
Environment temperature1	-40…+85	oC	Industrial range w/o WiFi module
	-30…+85		Industrial range with WiFi module
	0…+70		Consumer range

Note:
1. Maximum MPU junction temperature is +105^oC.
2. Junction temperature determines MPU lifetime. Details: NXP AN13214 Application Note.

Electrical parameters

SOM signal name	Parameter	Value			Unit
		Min.	Typ.	Max.
VDD-5V	Supply Voltage (Input)	4.0	5.0	5.5	V
VDD-1V8	Output power supply for external 1.8V accesories	-	-	0.31	A
VDD-3V3	Output power supply for external 3.3V accesories	-	-	0.32	A
VGPIO @1V8	GPIO Input Voltage	0	-	2.05	V
VGPIO @3V3	GPIO Input Voltage	0	-	3.62	V
VUSB0-VBUS	USB VBUS Input Voltage	0	-	53	V

Notes:
1. Total current on both VDD-1V8 outputs.
1. Total current on both VDD-3V3 outputs.
3. Input current is limited by 2,8kOhm resistor connected in series.

SoM pinout

Important notes:
1. Detail pin configurations description you can find, edit and arrange in dedicated MEX file (with free "iMX PinTool" configurational tool).
2. JTAG-MOD (ball G2) is permanently connected to GND
3. BOOT-MODE0 – RECOVERY line 0 -> BOOT-MODE0=1
4. BOOT-MODE1...MODE3 are premanently connected to GND
5. SDIO2 interface is used to communication with Murata 1ZM radio module
6. eMMC memory is connected to SDIO3 interface

SOM pin numer	Default function	GPIO	BGA456 ball	Notes
1	GND	Power	-
2	GND	Power	-
3	ET0-PHY-RST	P47-1	A20	1.8V Power Domain GPIO mode not allowed
4	PWR-GOOD	Output		PMIC power-good signalling for external devices
5	ET0-INT	P47-0	B20	3.3V Power Domain
6	PWR-ON	Input		PMIC PWRON input (on-off function) Internal pull-down Connect to GND if not used Connect to VDD-3V3 with external pull-up resistor (4.7kOhm) and pushbutton to GND if used
7	ET0-MDIO	I/O	U1	1.8V Power Domain GPIO mode not allowed
8	PWR-FAIL	Input		PMIC enable-input: PWR-FAIL='0' -> SOM power supply is off PWR-FAIL='1' or left open -> SOM power supply is on Can bue used as cold-reset input (active low)
9	ET0-MDC	I/O	U2	1.8V Power Domain GPIO mode not allowed
10	RESET-OUT	Output		RESET output for external peripherals
11	GND	Power	-
12	RESET-IN	Input		MPU reset input, active low
13	ET0-RXC	I/O	P2	1.8V Power Domain GPIO mode not allowed
14	GND	Power	-
15	ET0-RX-CTL	I/O	P1	1.8V Power Domain GPIO mode not allowed
16	UART0-RXD	P38-1	B15	3.3V Power Domain
17	ET0-RXD0	I/O	R2	1.8V Power Domain GPIO mode not allowed
18	UART0-TXD	P38-0	A15	3.3V Power Domain
19	ET0-RXD1	I/O	R1	1.8V Power Domain GPIO mode not allowed
20	UART1-CTS	P41-0	E17	3.3V Power Domain
21	ET0-RXD2	I/O	T2	1.8V Power Domain GPIO mode not allowed
22	UART1-RTS	P41-1	A18	3.3V Power Domain
23	ET0-RXD3	I/O	T1	1.8V Power Domain GPIO mode not allowed
24	UART1-RXD	P40-0	C17	3.3V Power Domain
25	GND	Power	-
26	UART1-TXD	P40-1	B17	3.3V Power Domain
27	ET0-TX-CTL	I/O	N2	1.8V Power Domain GPIO mode not allowed
28	UART4-RXD	P2-1	A13	3.3V Power Domain
29	ET0-TXC	I/O	N1	1.8V Power Domain GPIO mode not allowed
30	UART4-TXD	P2-0	B13	3.3V Power Domain
31	ET0-TXD3	I/O	N1	1.8V Power Domain GPIO mode not allowed
32	UART3-RXD	P0-1	B12	3.3V Power Domain
33	ET0-TXD2	I/O	L2	1.8V Power Domain GPIO mode not allowed
34	UART3-TXD	P0-0	A11	3.3V Power Domain
35	ET0-TXD1	I/O	M2	1.8V Power Domain GPIO mode not allowed
36	VBAT-RTC	Power	-	RTC 3V battery
37	ET0-TXD0	I/O	M1	1.8V Power Domain GPIO mode not allowed
38	GND	Power	-
39	VDD-1V8	Power		1.8V output for external devices, max. 300 mA
40	VDD-1V8	Power		1.8V output for external devices, max. 300 mA
41	VDD-5V0	Power		External power supply
42	VDD-5V0	Power		External power supply
43	VDD-5V0	Power		External power supply
44	VDD-5V0	Power		External power supply
45	VDD-5V0	Power		External power supply
46	VDD-5V0	Power		External power supply
47	VDD-5V0	Power		External power supply
48	VDD-5V0	Power		External power supply
49	VDD-5V0	Power		External power supply
50	VDD-5V0	Power		External power supply
51	NC	Not Connected	-
52	NC	Not Connected	-
53	VDD-3V3	Power		3.3V output for external devices, max. 300mA
54	VDD-3V3	Power	-	3.3V output for external devices, max. 300mA
55	GND	Power	-
56	SYSLED	P42-0	AG4	3.3V Power Domain
57	VPROG	NC	-	For SoMLabs purposes only, leave unconnected
58	GND	Power	-
59	BOOT-RECOVERY	Input	BOOT input, active low during reset
61	GND	Power	-
62	SSI0-RXD	P7-1	AH28	3.3V Power Domain
63	ET1-VDD-SEL	Input		Ethernet 1 (ET1) interface voltage selection: ET1-VDD-SEL='0' -> V=1.8V ET1-VDD-SEL='1' or left open -> V=3.3V The line has internal pull-up.
64	SSI0-TXD	P7-0	AJ28	3.3V Power Domain
65	ET1-PHY-RST	P47-3	B21	3.3V Power Domain
66	SSI0-RCK	P6-1	AH27	3.3V Power Domain
67	ET1-INT	P47-2	A21	3.3V Power Domain
68	SSI0-BCK	P6-0	AJ27	3.3V Power Domain
69	ET1-MDIO	P37-1	W1	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
70	GND	Power	-
71	ET1-MDC	P37-0	W2	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
72	CAN1-RX	P13-0	AF23	3.3V Power Domain
73	GND	Power	-
74	CAN1-TX	P12-1	AE23	3.3V Power Domain
75	ET1-RXC	P33-1	AC1	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
76	CAN0-RX	P42-2	AJ3	3.3V Power Domain
77	ET1-RX-CTL	P34-0	AC2	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
78	CAN0-TX	P42-1	AE7	3.3V Power Domain
79	ET1-RXD0	P34-1	AC3	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
80	GND	Power	-
81	ET1-RXD1	P35-0	AC4	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
82	I2C3-SCL-EXT	P46-3	D13	I2C interface used for on-board PMIC configuration Built-in pull-up resistor 2.2kOhm connected to 3.3V 3.3V Power Domain
83	ET1-RXD2	P35-1	AB4	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
84	I2C3-SDA-EXT	P46-2	C12	I2C interface used for on-board PMIC configuration Built-in pull-up resistor 2.2kOhm connected to 3.3V 3.3V Power Domain
85	ET1-RXD3	P36-0	AB3	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
86	I2C2-SCL	P42-4	AC5	Built-in pull-up resistor 2.2kOhm connected to 3.3V
87	GND	Power	-
88	I2C2-SDA	P42-3	AH3	Built-in pull-up resistor 2.2kOhm connected to 3.3V
89	ET1-TX-CTL	P29-1	Y1	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
90	P19-0	P19-0	B1	3.3V Power Domain
91	ET1-TXC	P29-0	AB2	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
92	P18-0	P18-0	C2	3.3V Power Domain
93	ET1-TXD3	P31-1	Y2	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
94	GND	Power	-
95	ET1-TXD2	P31-0	AA1	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
96	P18-1	P18-1	D3	3.3V Power Domain
97	ET1-TXD1	P30-1	AA2	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
98	P45-0	P45-0	A8	3.3V Power Domain
99	ET1-TXD0	P30-0	AB1	1.8V or 3.3V Power Domain selected by ET1-VDD-SEL GPIO allowed only for 3.3V.
100	P45-2	P45-2	A9	3.3V Power Domain
101	GND	Power	-
102	P45-3	P45-3	B9	3.3V Power Domain
103	USB1-D_N	Analog I/O	-
104	P46-0	P46-0	B10	3.3V Power Domain
105	USB1-D_P	Analog I/O	-
106	P46-1	P46-1	A10	3.3V Power Domain
107	USB1-OC	P8-1	AJ20	3.3V Power Domain
108	P45-1	P45-1	D12	3.3V Power Domain
109	USB1-EN	P8-0	AH19	3.3V Power Domain
110	P1-1	P1-1	A12	3.3V Power Domain
111	GND	Power	-
112	P3-1	P3-1	B14	3.3V Power Domain
113	USB0-OC	P5-0	AJ4	3.3V Power Domain
114	P1-0	P1-0	C13	3.3V Power Domain
115	USB0-EN	P4-0	AJ5	3.3V Power Domain
116	GND	Power	-
117	USB0-ID	P5-1	AH4	3.3V Power Domain
118	P3-0	P3-0	A14	3.3V Power Domain
119	USB0-D_N	Analog I/O	-
120	P48-2	P48-2	A22	3.3V Power Domain
121	USB0-D_P	Analog I/O	-
122	P4-1	P4-1	AH6	3.3V Power Domain
123	USB0-VBUS	Dedicated input	AH10	3.3V Power Domain
124	P7-2	P7-2	AJ19	3.3V Power Domain
125	GND	Power	-
126	GND	Power	-
127	P11-1	P11-1	AF22	3.3V Power Domain
128	P11-0	P11-0	AG22	3.3V Power Domain
129	P8-2	P8-2	AH20	3.3V Power Domain
130	P12-0	P12-0	AE22	3.3V Power Domain
131	P9-1	P9-1	AH21	3.3V Power Domain
132	P13-1	P13-1	AG23	3.3V Power Domain
133	P9-0	P9-0	AJ21	3.3V Power Domain
134	SPI1-SSL	P44-3	B19	3.3V Power Domain
135	SPI0-SSL	P43-3	B19	3.3V Power Domain
136	SPI1-MISO	P44-2	D18	3.3V Power Domain
137	SPI0-MISO	P43-2	E18	3.3V Power Domain
138	SPI1-MOSI	P44-1	F17	3.3V Power Domain
139	SPI0-MOSI	P43-1	D17	3.3V Power Domain
140	SPI1-CLK	P44-0	A19	3.3V Power Domain
141	SPI0-CLK	P43-0	B18	3.3V Power Domain
142	GND	Power	-
143	GND	Power	-
144	I2C1-SCL	Dedicated I2C line	C23	RIIC1_SCL Built-in pull-up resistor 2.2kOhm connected to 3.3V
145	P14-0	P14-0	AF27	3.3V Power Domain
146	I2C1-SDA	Dedicated I2C line	A24	RIIC1_SDA Built-in pull-up resistor 2.2kOhm connected to 3.3V
147	P10-1	P10-1	AH22	3.3V Power Domain
148	I2C0-SCL	Dedicated I2C line	B24	RIIC0_SCL Built-in pull-up resistor 2.2kOhm connected to 3.3V
149	P10-0	P10-0	AJ22	3.3V Power Domain
150	I2C0-SDA	Dedicated I2C line	A25	RIIC0_SDA Built-in pull-up resistor 2.2kOhm connected to 3.3V
151	P15-0	P15-0	AH23	3.3V Power Domain
152	GND	Power	-
153	P14-1	P14-1	AJ23	3.3V Power Domain
154	ADC-CH7	Dedicated analog input		12-bit ADC, max. 1.8V on input
155	P16-0	P16-0	AH24	3.3V Power Domain
156	ADC-CH6	Dedicated analog input		12-bit ADC, max. 1.8V on input
157	P15-1	P15-1	AJ24	3.3V Power Domain
158	ADC-CH5	Dedicated analog input		12-bit ADC, max. 1.8V on input
159	P17-0	P17-0	AH25	3.3V Power Domain
160	ADC-CH4	Dedicated analog input		12-bit ADC, max. 1.8V on input
160	SSI-MCLK	AUDIO-CLK	E12	Reference clock output (for audio codec)
161	P16-1	P16-1	AJ25	3.3V Power Domain
162	ADC-CH3	Dedicated analog input		12-bit ADC, max. 1.8V on input
163	P17-2	P17-2	AH26	3.3V Power Domain
164	ADC-CH2	Dedicated analog input		12-bit ADC, max. 1.8V on input
165	P17-1	P17-1	AJ26	3.3V Power Domain
166	ADC-CH1	Dedicated analog input		12-bit ADC, max. 1.8V on input
167	P13-2	P13-2	AG26	3.3V Power Domain
168	ADC-CH0	Dedicated analog input		12-bit ADC, max. 1.8V on input
169	GND	Power	-
170	GND	Power	-
171	DSI-DATA3_P	Analog I/O	AH18	MIPI-DSI line
172	CSI-DATA3_N	Analog I/O	AH11	MIPI-CSI line
173	DSI-DATA3_N	Analog I/O	AJ18	MIPI-DSI line
174	CSI-DATA3_P	Analog I/O	AJ11	MIPI-CSI line
175	GND	Power	-
176	GND	Power	-
177	DSI-DATA2_P	Analog I/O	AH15	MIPI-DSI line
178	CSI-DATA2_N	Analog I/O	AH14	MIPI-CSI line
179	DSI-DATA2_N	Analog I/O	AJ15	MIPI-DSI line
180	CSI-DATA2_P	Analog I/O	AJ14	MIPI-CSI line
181	GND	Power	-
182	GND	Power	-
183	DSI-CLK_P	Analog I/O	AG17	MIPI-DSI line
184	CSI-CLK_N	Analog I/O	AG12	MIPI-CSI line
185	DSI-CLK_N	Analog I/O	AG18	MIPI-DSI line
186	CSI-CLK_P	Analog I/O	AG13	MIPI-CSI line
187	GND	Power	-
188	GND	Power	-
189	DSI-DATA1_P	Analog I/O	AH17	MIPI-DSI line
190	CSI-DATA1_N	Analog I/O	AH12	MIPI-CSI line
191	DSI-DATA1_N	Analog I/O	AJ17	MIPI-DSI line
192	CSI-DATA1_P	Analog I/O	AJ12	MIPI-CSI line
193	GND	Power	-
194	GND	Power	-
195	DSI-DATA0_P	Analog I/O	AH16	MIPI-DSI line
196	CSI-DATA0_N	Analog I/O	AH13	MIPI-CSI line
197	DSI-DATA0_N	Analog I/O	AJ16	MIPI-DSI line
198	CSI-DATA0_P	Analog I/O	AJ13	MIPI-CSI line
199	GND	Power	-
200	GND	Power	-
-	WLAN-ENABLE	P40-2	A17	1DX radio module line (WiFi) Not available externally
-	WLAN-H-WAKE	P19-1	B2	1DX radio module line (WiFi) Not available externally
-	SD1-CLK	-	H3	1DX radio module line (WiFi) Not available externally
-	SD1-CMD	-	J2	1DX radio module line (WiFi) Not available externally
-	SD1-DATA0	-	H1	1DX radio module line (WiFi) Not available externally
-	SD1-DATA1	-	H2	1DX radio module line (WiFi) Not available externally
-	SD1-DATA2	-	K2	1DX radio module line (WiFi) Not available externally
-	SD1-DATA3	-	J1	1DX radio module line (WiFi) Not available externally
-	UART2-RXD	P48-1	B23	1DX radio module line (BLE) Not available externally
-	UART2-TXD	P48-0	B22	1DX radio module line (BLE) Not available externally
-	UART2-RTS	P48-4	B23	1DX radio module line (BLE) Not available externally
-	UART2-CTS	P48-3	C22	1DX radio module line (BLE) Not available externally
-	BT-DEV-WAKE	P39-0	A16	1DX radio module line (BLE) Not available externally
-	BT-HOST-WAKE	P39-1	C15	1DX radio module line (BLE) Not available externally
-	BT-REG-ON	P39-3	B16	1DX radio module line (BLE) Not available externally
-	JTAG-TMS		AD2	JTAG interface 1.8V Power Domain
-	JTAG-TCK		AE1	JTAG interface 1.8V Power Domain
-	JTAG-TDO		AE2	JTAG interface 1.8V Power Domain
-	JTAG-TDI		AF1	JTAG interface 1.8V Power Domain
-	JTAG-TRST		AF2	JTAG interface 1.8V Power Domain
-	QSPI-CLK		C4	Optional on-board QSPI Flash (W25Q128FWPIG)
-	QSPI-IO0		A3	Optional on-board QSPI Flash (W25Q128FWPIG)
-	QSPI-IO1		B3	Optional on-board QSPI Flash (W25Q128FWPIG)
-	QSPI-IO2		A4	Optional on-board QSPI Flash (W25Q128FWPIG)
-	QSPI-IO3		B4	Optional on-board QSPI Flash (W25Q128FWPIG)
-	QSPI-SS		A2	Optional on-board QSPI Flash (W25Q128FWPIG)

Dimensions