VisionSOM-V2L Datasheet and Pinout: Difference between revisions
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*Powered by dual core Renesas RZ/V2L application processor | *Powered by dual core Renesas RZ/V2L application processor | ||
*Dual ARM Cortex-A55 core at speed up to 1.2GHz | *Dual ARM Cortex-A55 core at speed up to 1.2GHz | ||
*ARM Cortex- | *ARM Cortex-M33 core at speed up to 200MHz | ||
*Integrated Machine-Learning (ML) and Artificial Intelligence (AI) AI Accelerator (DRP-AI) | *Integrated Machine-Learning (ML) and Artificial Intelligence (AI) AI Accelerator (DRP-AI) | ||
*1GB RAM (DDR4) | *1GB RAM (DDR4) | ||
*Integrated 3D GPU (ARM Mali-G31 @500MHz) | |||
*Up to 32GB eMMC memory | *Up to 32GB eMMC memory | ||
*Optional Murata radio module 2.4GHz Wi-Fi and Bluetooth v5.1 | *Optional Murata radio module 2.4GHz Wi-Fi and Bluetooth v5.1 | ||
*Built-in dual USB 2.0 interface | *Built-in dual USB 2.0 interface | ||
*Built-in 2xCAN-FD interfaces | |||
*Built-in MIPI-DSI display interface | *Built-in MIPI-DSI display interface | ||
*Built-in MIPI-CSI camera interface | |||
*Power-efficient and cost-optimized solution | *Power-efficient and cost-optimized solution | ||
*Ideal for industrial IoT and embedded applications | *Ideal for industrial IoT and embedded applications | ||
Revision as of 10:38, 30 August 2023
VisionSOM-V2L Datasheet and Pinout
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
- 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)
- 1GB RAM (DDR4)
- Integrated 3D GPU (ARM Mali-G31 @500MHz)
- 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 variants configurations. |
Ordering info
SLS35CpuType_Clock_RamSize_FlashSize_SF_TEMP
| SLS | Product type SLS - System on Module |
| 3 | SOM Name 3 - High Performance SpaceSOM SODIM260 module |
| 5 | CPU Family 5 - i.MX 8M plus |
| CpuType | CPU Type X8MPQC - i.MX 8M plus Quad Core |
| Clock | CPU Clock Speed 1600C - 1.6GHz (Industrial temperature range) 1800C - 1.8GHz (Commercial temperature range) |
| RamSize | LPDDR4 RAM Size 01GR - 1GB (1024MB) 02GR - 2GB (2048MB) 04GR - 4GB (4096MB) |
| 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 dual-band Wi-Fi and Bluetooth v5.1 |
| TEMP | Operating Temperature C - Consumer: 0 to +70 C E - Extended: -25 to +70 C I - Industrial: -40 to +85 C |
Block Diagram
Operating ranges
| Parameter | Value | Unit | Comment |
|---|---|---|---|
| Power Supply | Connected to VDD 5V SODIM260 pins | ||
| Max. input GPIO voltage | - | ||
| Environment temperature1 | oC | Industrial range w/o WiFi module | |
| Industrial range with WiFi module | |||
| Consumer range |
Note:
1. Maximum MPU junction temperature is +105oC.
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 | 5.25 | V |
| SD1-NVCC | Output power supply for external 1.8/3.3V accesories | - | - | 0.08 | A |
| VDD-1V8 | Output power supply for external 1.8V accesories | - | - | 0.4 | A |
| VDD-3V3 | Output power supply for external 3.3V accesories | - | - | 0.31 | A |
| VGPIO @1V8 | GPIO Input Voltage | 0 | - | 2.05 | V |
| VGPIO @3V3 | GPIO Input Voltage | 0 | - | 3.62 | V |
| VUSB_VBUS | USB VBUS Input Voltage | 0 | - | 3.953 | V |
Notes:
1. Total current on both VDD-3V3 outputs.
2. Applying the maximum voltage 3.6V results in shorten lifetime. Recommended value is smaller than 3.45V.
3. Input current is limited by 30k 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 number |
Default function |
GPIO |
FCBGA548 ball |
Notes |
|---|---|---|---|---|
1 |
GND |
- |
- |
|
2 |
GND |
- |
- |
|
3 |
JTAG-TMS |
- |
G14 |
3.3V power domain |
4 |
UART4-TXD |
GPIO5.29 |
AH5 |
3.3V power domain |
5 |
JTAG-TCK |
- |
G18 |
3.3V power domain |
6 |
UART4-RXD |
GPIO5.28 |
AJ5 |
3.3V power domain |
7 |
JTAG-TDO |
- |
F14 |
3.3V power domain |
8 |
CAN1-TX |
GPIO5.03 |
AE18 |
3.3V power domain |
9 |
JTAG-TDI |
- |
G16 |
3.3V power domain |
10 |
CAN1-RX |
GPIO5.04 |
AD18 |
3.3V power domain |
11 |
VDD-3V3 |
- |
- |
3.3V power supply output for external accesories, load max. 300mA |
12 |
CAN2-TX |
GPIO4.26 |
AH16 |
3.3V power domain |
13 |
I2C2-SDA |
GPIO5.17 |
AE8 |
3.3V power domain |
14 |
CAN2-RX |
GPIO4.27 |
AJ15 |
3.3V power domain |
15 |
I2C2-SCL |
GPIO5.16 |
AH6 |
3.3V power domain |
16 |
GPIO5.05 |
- |
AC18 |
3.3V power domain |
17 |
GND |
- |
- |
|
18 |
GPIO5.23 |
- |
AJ3 |
3.3V power domain |
19 |
SAI3-MCLK |
GPIO5.02 |
AJ20 |
3.3V power domain |
20 |
GPIO5.22 |
- |
AD6 |
3.3V power domain |
21 |
GND |
- |
- |
|
22 |
NC |
- |
- |
|
23 |
SAI3-TXD |
GPIO5.01 |
AH18 |
3.3V power domain |
24 |
NC |
- |
- |
|
25 |
SAI3-TXC |
GPIO5.00 |
AH19 |
3.3V power domain |
26 |
UART3-RXD |
GPIO5.26 |
AE6 |
3.3V power domain |
27 |
SAI3-TXFS |
GPIO4.31 |
AC16 |
3.3V power domain |
28 |
UART3-TXD |
GPIO5.27 |
AJ4 |
3.3V power domain |
29 |
SAI3-RXD |
GPIO4.30 |
AF18 |
3.3V power domain |
30 |
UART2-RXD |
GPIO5.24 |
AF6 |
3.3V power domain |
31 |
SAI3-RXC |
GPIO4.29 |
AJ18 |
3.3V power domain |
32 |
UART2-TXD |
GPIO5.25 |
AH4 |
3V3 power domain |
33 |
SAI3-RXFS |
GPIO4.28 |
AJ19 |
3.3V power domain |
34 |
I2C3-SCL |
GPIO5.18 |
AJ7 |
3.3V power domain |
35 |
GND |
- |
- |
|
36 |
I2C3-SDA |
GPIO5.19 |
AJ6 |
3.3V power domain |
37 |
DDC-SDA |
GPIO3.27 |
AF22 |
|
38 |
GND |
- |
- |
|
39 |
DDC-SCL |
GPIO3.26 |
AC22 |
I2C5-SCL |
40 |
SPI2-CS0 |
GPIO5.13 |
AJ22 |
3.3V power domain |
41 |
HDMI-HPD |
GPIO3.29 |
AE22 |
|
42 |
SPI2-SCLK |
GPIO5.10 |
AH21 |
3.3V power domain |
43 |
HDMI-EARC-AUX |
- |
AH23 |
Dedicated HDMI interface line |
44 |
SPI2-MISO |
GPIO5.12 |
AH20 |
3.3V power domain |
45 |
HDMI-EARC_N |
- |
AH22 |
Dedicated HDMI interface line |
46 |
SPI2-MOSI |
GPIO5.11 |
AJ21 |
3.3V power domain |
47 |
HDMI-EARC_P |
- |
AJ23 |
Dedicated HDMI interface line |
48 |
SPI1-CS0 |
GPIO5.09 |
AE20 |
3.3V power domain |
49 |
HDMI-CEC |
GPIO3.28 |
AD22 |
|
50 |
SPI1-SCLK |
GPIO5.06 |
AF20 |
3.3V power domain |
51 |
GND |
- |
- |
|
52 |
SPI1-MISO |
GPIO5.08 |
AD20 |
3.3V power domain |
53 |
HDMI-CK_N |
- |
AJ24 |
Dedicated HDMI interface line |
54 |
SPI1-MOSI |
GPIO5.07 |
AC20 |
3.3V power domain |
55 |
HDMI-CK_P |
- |
AH24 |
Dedicated HDMI interface line |
56 |
GND |
- |
- |
|
57 |
GND |
- |
- |
|
58 |
LVDS0-DATA3_P |
- |
C29 |
Dedicated LVDS interface line |
59 |
HDMI-D0_N |
- |
AJ25 |
Dedicated HDMI interface line |
60 |
LVDS0-DATA3_N |
- |
D28 |
Dedicated LVDS interface line |
61 |
HDMI-D0_P |
- |
AH25 |
Dedicated HDMI interface line |
62 |
GND |
- |
- |
|
63 |
HDMI-D1_N |
- |
AJ26 |
Dedicated HDMI interface line |
64 |
LVDS0-CLK_P |
- |
A28 |
Dedicated LVDS interface line |
65 |
HDMI-D1_P |
- |
AH26 |
Dedicated HDMI interface line |
66 |
LVDS0-CLK_N |
- |
B28 |
Dedicated LVDS interface line |
67 |
HDMI-D2_N |
- |
AJ27 |
Dedicated HDMI interface line |
68 |
GND |
- |
- |
|
69 |
HDMI-D2_P |
- |
AH27 |
Dedicated HDMI interface line |
70 |
LVDS0-DATA2_P |
- |
B29 |
Dedicated LVDS interface line |
71 |
GND |
- |
- |
|
72 |
LVDS0-DATA2_N |
- |
C28 |
Dedicated LVDS interface line |
73 |
SD1-DQS |
GPIO2.11 |
W26 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
74 |
LVDS0-DATA1_P |
- |
A27 |
Dedicated LVDS interface line |
75 |
SD1-CD |
GPIO2.10 |
W25 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
76 |
LVDS0-DATA1_N |
- |
B27 |
Dedicated LVDS interface line |
77 |
SD1-DATA7 |
GPIO2.09 |
U25 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
78 |
LVDS0-DATA0_P |
- |
A26 |
Dedicated LVDS interface line |
79 |
SD1-DATA6 |
GPIO2.08 |
AA28 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
80 |
LVDS0-DATA0_N |
- |
B26 |
Dedicated LVDS interface line |
81 |
SD1-DATA5 |
GPIO2.07 |
AA29 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
82 |
GND |
- |
- |
|
83 |
SD1-DATA4 |
GPIO2.06 |
U26 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
84 |
LVDS1-DATA3_P |
- |
C29 |
Dedicated LVDS interface line |
85 |
SD1-DATA1 |
GPIO2.03 |
Y28 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
86 |
LVDS1-DATA3_N |
- |
D28 |
Dedicated LVDS interface line |
87 |
SD1-DATA0 |
GPIO2.02 |
Y29 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
88 |
GND |
- |
- |
|
89 |
GND |
- |
- |
|
90 |
LVDS1-CLK_P |
- |
A28 |
Dedicated LVDS interface line |
91 |
SD1-CLK |
GPIO2.00 |
W28 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
92 |
LVDS1-CLK_N |
- |
B28 |
Dedicated LVDS interface line |
93 |
SD1-CMD |
GPIO2.01 |
W29 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
94 |
GND |
- |
- |
|
95 |
SD1-DATA3 |
GPIO2.05 |
V28 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
96 |
LVDS1-DATA2_P |
- |
B29 |
Dedicated LVDS interface line |
97 |
SD1-DATA2 |
GPIO2.04 |
V29 |
1.8/3.3V IO voltage standard (controlled by SDIO-VSELECT) |
98 |
LVDS1-DATA2_N |
- |
C28 |
Dedicated LVDS interface line |
99 |
SD1-NVCC |
- |
- |
SD1 1.8/3.3V power supply output (controlled by SDIO-VSELECT), load max. 80 mA |
100 |
LVDS1-DATA1_P |
- |
A27 |
Dedicated LVDS interface line |
101 |
VDD-3V3 |
- |
- |
3.3V power supply output for external accesories, load max. 300mA |
102 |
LVDS1-DATA1_N |
- |
B27 |
Dedicated LVDS interface line |
103 |
USB2-VBUS-OC |
GPIO1.15 |
B5 |
3.3V power domain |
104 |
LVDS1-DATA0_P |
- |
A26 |
Dedicated LVDS interface line |
105 |
USB2-VBUS |
D12 |
||
106 |
LVDS1-DATA0_N |
- |
C26 |
Dedicated LVDS interface line |
107 |
USB2-VBUS-EN |
GPIO1.14 |
A4 |
3.3V power domain |
108 |
GND |
- |
- |
|
109 |
USB2-D_P |
- |
D14 |
Dedicated USB2.0 interface line |
110 |
PCIe-CLK_P |
- |
D16 |
CLKp line of PCIe interface (serial 100nF is necessary) |
111 |
USB2-D_N |
- |
E14 |
Dedicated USB2.0 interface line |
112 |
PCIe-CLK_N |
- |
E16 |
CLKn line of PCIe interface (serial 100nF is necessary) |
113 |
USB2-ID |
E12 |
Dedicated USB2.0 interface line | |
114 |
GND |
- |
- |
|
115 |
USB2-SS-RX_P |
- |
A12 |
Dedicated USB3.0 interface line |
116 |
PCIe-TXN_P |
- |
A15 |
TXp line of PCIe interface (serial 100nF is necessary) |
117 |
USB2-SS-RX_N |
- |
B12 |
Dedicated USB3.0 interface line |
118 |
PCIe-TXN_N |
- |
B15 |
TXn line of PCIe interface (serial 100nF is necessary) |
119 |
USB2-SS-TX_N |
- |
B13 |
Dedicated USB3.0 interface line |
120 |
GND |
- |
- |
|
121 |
USB2-SS-TX_P |
- |
A13 |
Dedicated USB3.0 interface line |
122 |
PCIe-RXN_P |
- |
A14 |
TXn line of PCIe interface |
123 |
GND |
- |
- |
|
124 |
PCIe-RXN_N |
- |
B14 |
TXn line of PCIe interface |
125 |
USB1-VBUS-OC |
GPIO1.13 |
A6 |
3.3V power domain |
126 |
GND |
- |
- |
|
127 |
USB1-VBUS |
- |
A11 |
Dedicated USB2.0 interface line |
128 |
GPIO1.08 |
GPIO1.08 |
A8 |
3.3V power domain |
129 |
USB1-VBUS-EN |
GPIO1.12 |
A5 |
3.3V power domain |
130 |
GPIO1.09 |
GPIO1.09 |
B8 |
3.3V power domain |
131 |
USB1-D_P |
- |
D10 |
Dedicated USB2.0 interface line |
132 |
GPIO1.00 |
- |
A7 |
3.3V power domain |
133 |
USB1-D_N |
- |
E10 |
Dedicated USB2.0 interface line |
134 |
GPIO1.10 |
- |
B7 |
3.3V power domain |
135 |
USB1-ID |
- |
B11 |
Dedicated USB2.0 interface line |
136 |
GPIO1.01 |
- |
E8 |
3.3V power domain |
137 |
USB1-SS-RX_P |
- |
A9 |
Dedicated USB3.0 interface line |
138 |
GPIO1.11 |
- |
D8 |
3.3V power domain |
139 |
USB1-SS-RX_N |
- |
B9 |
Dedicated USB3.0 interface line |
140 |
GPIO1.07 |
- |
F6 |
3.3V power domain |
141 |
USB1-SS-TX_N |
- |
C10 |
Dedicated USB3.0 interface line |
142 |
GPIO1.03 |
- |
D6 |
3.3V power domain |
143 |
USB1-SS-TX_P |
- |
A10 |
Dedicated USB3.0 interface line |
144 |
GPIO1.04 |
- |
E6 |
3.3V power domain |
145 |
GND |
- |
- |
|
146 |
GPIO1.05 |
- |
B4 |
3.3V power domain |
147 |
ENET2-INT |
GPIO4.19 |
AJ13 |
1.8V power domain |
148 |
GPIO1.06 |
- |
A3 |
3.3V power domain |
149 |
ENET2-RXC |
GPIO4.11 |
AJ12 |
1.8V power domain |
150 |
SYS-LED |
GPIO4.27 |
AH15 |
3.3V power domain |
151 |
ENET2-RX-CTL |
GPIO4.10 |
AF12 |
1.8V power domain |
152 |
RECOVERY |
- |
G10 |
Recovery input (BOOT-MODE0): =0 during reset – start eMMC recovering =1 or NC – normal operation |
153 |
ENET2-RXD0 |
GPIO4.06 |
AD10 |
1.8V power domain |
154 |
I2C4-SCL |
GPIO5.20 |
AF8 |
3.3V power domain |
155 |
ENET2-RXD1 |
GPIO4.07 |
AE10 |
1.8V power domain |
156 |
I2C4-SDA |
GPIO5.21 |
AD8 |
3.3V power domain |
157 |
ENET2-RXD2 |
GPIO4.04 |
AH9 |
1.8V power domain |
158 |
I2C1-SCL |
GPIO5.14 |
AC8 |
3.3V power domain |
159 |
ENET2-RXD3 |
GPIO4.05 |
AJ8 |
1.8V power domain |
160 |
I2C1-SDA |
GPIO5.15 |
AH7 |
3.3V power domain |
161 |
GND |
- |
- |
|
162 |
GND |
- |
- |
|
163 |
ENET2-TXC |
GPIO4.17 |
AH14 |
1.8V power domain |
164 |
CSI2-DATA3_P |
- |
A21 |
MIPI-CSI video input channel |
165 |
ENET2-TX-CTL |
GPIO4.16 |
AH13 |
1.8V power domain |
166 |
CSI2-DATA3_N |
- |
B21 |
MIPI-CSI video input channel |
167 |
ENET2-TXD0 |
GPIO4.12 |
AJ11 |
1.8V power domain |
168 |
CSI2-DATA2_P |
- |
A22 |
MIPI-CSI video input channel |
169 |
ENET2-TXD1 |
GPIO4.13 |
AJ10 |
1.8V power domain |
170 |
CSI2-DATA2_N |
- |
B22 |
MIPI-CSI video input channel |
171 |
ENET2-TXD2 |
GPIO4.14 |
AH11 |
1.8V power domain |
172 |
CSI2-DATA1_P |
- |
A24 |
MIPI-CSI video input channel |
173 |
ENET2-TXD3 |
GPIO4.15 |
AD12 |
1.8V power domain |
174 |
CSI2-DATA1_N |
- |
B24 |
MIPI-CSI video input channel |
175 |
ENET2-MDIO |
GPIO4.05 |
AJ8 |
1.8V power domain |
176 |
CSI2-DATA0_P |
- |
A25 |
MIPI-CSI video input channel |
177 |
ENET2-MDC |
GPIO4.04 |
AH9 |
1.8V power domain |
178 |
CSI2-DATA0_N |
- |
B25 |
MIPI-CSI video input channel |
179 |
ENET2-RST |
GPIO4.18 |
AC12 |
1.8V power domain |
180 |
GND |
- |
- |
|
181 |
ENET2-EV1-OUT |
GPIO4.03 |
AF10 |
1.8V power domain |
182 |
CSI2-CLK_P |
- |
A23 |
MIPI-CSI video input channel |
183 |
ENET2-EV1-IN |
GPIO4.02 |
AC10 |
1.8V power domain |
184 |
CSI2-CLK_N |
- |
B23 |
MIPI-CSI video input channel |
185 |
ENET2-EV0-OUT |
GPIO4.01 |
AH8 |
1.8V power domain |
186 |
GND |
- |
- |
|
187 |
ENET2-EV0-IN |
GPIO4.00 |
AJ9 |
1.8V power domain |
188 |
CSI1-DATA3_N |
- |
E26 |
MIPI-CSI video input channel |
189 |
VDD-1V8 |
- |
- |
1.8V voltage output for external accesories, load max. 400 mA |
190 |
CSI1-DATA3_P |
- |
D26 |
MIPI-CSI video input channel |
191 |
GND |
- |
- |
|
192 |
CSI1-DATA2_N |
- |
E24 |
MIPI-CSI video input channel |
193 |
ENET1-INT |
GPIO4.20 |
AE12 |
1.8V power domain |
194 |
CSI1-DATA2_P |
- |
D24 |
MIPI-CSI video input channel |
195 |
ENET1-RXC |
GPIO1.25 |
AE29 |
1.8V power domain |
196 |
CSI1-DATA1_N |
- |
E20 |
MIPI-CSI video input channel |
197 |
ENET1-RX-CTL |
GPIO1.24 |
AE28 |
1.8V power domain |
198 |
CSI1-DATA1_P |
- |
D20 |
MIPI-CSI video input channel |
199 |
ENET1-RXD0 |
GPIO1.26 |
AG29 |
1.8V power domain |
200 |
CSI1-DATA0_N |
- |
E18 |
MIPI-CSI video input channel |
201 |
ENET1-RXD1 |
GPIO1.27 |
AG28 |
1.8V power domain |
202 |
CSI1-DATA0_P |
- |
D18 |
MIPI-CSI video input channel |
203 |
ENET1-RXD2 |
GPIO1.28 |
AF29 |
1.8V power domain |
204 |
GND |
- |
- |
|
205 |
ENET1-RXD3 |
GPIO1.29 |
AF28 |
1.8V power domain |
206 |
CSI1-CLK_N |
- |
E22 |
MIPI-CSI video input channel |
207 |
GND |
- |
- |
|
208 |
CSI1-CLK_P |
- |
D22 |
MIPI-CSI video input channel |
209 |
ENET1-TXC |
GPIO1.23 |
AE24 |
1.8V power domain |
210 |
GND |
- |
- |
|
211 |
ENET1-TX-CTL |
GPIO1.22 |
AF24 |
1.8V power domain |
212 |
DSI-CLK_P |
- |
A18 |
DSI1 video output channel |
213 |
ENET1-TXD0 |
GPIO1.25 |
AC25 |
1.8V power domain |
214 |
DSI-CLK_N |
- |
B18 |
DSI1 video output channel |
215 |
ENET1-TXD1 |
GPIO1.20 |
AE26 |
1.8V power domain |
216 |
GND |
- |
- |
|
217 |
ENET1-TXD2 |
GPIO1.19 |
AF26 |
1.8V power domain |
218 |
DSI-DATA0_P |
- |
A16 |
DSI1 video output channel |
219 |
ENET1-TXD3 |
GPIO1.18 |
AD24 |
1.8V power domain |
220 |
DSI-DATA0_N |
- |
B16 |
DSI1 video output channel |
221 |
ENET1-MDIO |
GPIO1.17 |
AH29 |
1.8V power domain |
222 |
DSI-DATA1_P |
- |
A17 |
DSI1 video output channel |
223 |
ENET1-MDC |
GPIO1.16 |
AH28 |
1.8V power domain |
224 |
DSI-DATA1_N |
- |
B17 |
DSI1 video output channel |
225 |
ENET1-RST |
T28 |
1.8V power domain | |
226 |
DSI-DATA2_P |
- |
A19 |
DSI1 video output channel |
227 |
GPIO3.24 |
- |
AE14 |
1.8V power domain |
228 |
DSI-DATA2_N |
- |
B19 |
DSI1 video output channel |
229 |
GPIO3.23 |
- |
AF16 |
1.8V power domain |
230 |
DSI-DATA3_P |
- |
A20 |
DSI1 video output channel |
231 |
GPIO3.22 |
- |
AD16 |
1.8V power domain |
232 |
DSI-DATA3_N |
- |
B20 |
DSI1 video output channel |
233 |
NC |
- |
- |
|
234 |
GND |
- |
- |
|
235 |
NC |
- |
- |
|
236 |
NC |
- |
- |
|
237 |
NC |
- |
- |
|
238 |
NC |
- |
- |
|
239 |
GND |
- |
- |
|
240 |
PWR-ON |
- |
G22 |
ONOFF MPU input 1.8V power domain |
241 |
I2C6-SCL |
GPIO3.19 |
AC14 |
I2C6 is used to communication with PMIC PCA9450CHN with internal 1V8 pull-ups. Externally compatible with 3.3V logic standards. |
242 |
SYS-RST |
- |
J29 |
Buffered, open-drain POR-B output |
243 |
I2C6-SDA |
GPIO3.20 |
AD14 |
I2C6 is used to communication with PMIC PCA9450CHN with internal 1V8 pull-ups. Externally compatible with 3.3V logic standards. |
244 |
RST-IN |
- |
- |
PMIC_RST_B input (system reset generated by PMIC) |
245 |
VDD5V |
- |
- |
External 5V input |
246 |
GND |
- |
- |
|
247 |
VDD5V |
- |
- |
External 5V input |
248 |
GND |
- |
- |
|
249 |
VDD5V |
- |
- |
External 5V input |
250 |
GND |
- |
- |
|
251 |
VDD5V |
- |
- |
External 5V input |
252 |
GND |
- |
- |
|
253 |
VDD5V |
- |
- |
External 5V input |
254 |
GND |
- |
- |
|
255 |
VDD5V |
- |
- |
External 5V input |
256 |
GND |
- |
- |
|
257 |
VDD5V |
- |
- |
External 5V input |
258 |
GND |
- |
- |
|
259 |
VDD5V |
- |
- |
External 5V input |
260 |
GND |
- |
- |
|
- |
PMIC-INT |
GPIO3.25 |
AF14 |
Interrupt line connected to IRQ_B PMIC PCA9450CHN |
- |
SDIO-VSELECT |
GPIO3.21 |
AE16 |
Control line for SDIO1 power supply voltage (LDO5 in PMIC PCA9450CHN, SDIO-VSELECT) |
- |
GPIO1.02 |
- |
B6 |
WDOG-B |
- |
BT-CTS |
- |
AJ14 |
1ZM Bluetooth module line (UART1) |
- |
BT-TXD |
- |
AH17 |
1ZM Bluetooth module line (UART1) |
- |
BT-RTS |
- |
AJ17 |
1ZM Bluetooth module line (UART1) |
- |
BT-RXD |
- |
AJ16 |
1ZM Bluetooth module line (UART1) |
- |
BT-H-WAKE |
GPIO2.20 |
AC26 |
1ZM Bluetooth module line |
- |
NAND_D0 |
QSPI-D0 |
R25 |
Connection for optional QSPI NOR Flash |
- |
NAND_D1 |
QSPI-D1 |
L25 |
Connection for optional QSPI NOR Flash |
- |
NAND_D2 |
QSPI-D2 |
L24 |
Connection for optional QSPI NOR Flash |
- |
NAND_D3 |
QSPI-D3 |
N24 |
Connection for optional QSPI NOR Flash |
- |
NAND_ALE |
QSPI-CLK |
N25 |
Connection for optional QSPI NOR Flash |
- |
NAND_CE0_B |
QSPI-CS |
L26 |
Connection for optional QSPI NOR Flash |
- |
WLAN-H-WAKE |
GPIO2.19 |
AD28 |
1ZM WiFi module line |
- |
WLAN-ENABLE |
GPIO2.12 |
AD29 |
1ZM WiFi module line |
Dimensions
