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Difference between revisions of "VisionSOM-RT117x Datasheet and Pinout"

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Line 193: Line 193:
 
| <center>1.85</center>
 
| <center>1.85</center>
 
| <center>V</center>
 
| <center>V</center>
−
| NVCC_SNVS is internally powered from VDD_SNVS_ANA = 1.75V
+
| NVCC_SNVS is internally powered from VDD_SNVS_ANA = 1.75V<sup>1</sup>
 
|-
 
|-
 
| Input IO domains voltage
 
| Input IO domains voltage
 
| <center>3.96</center>
 
| <center>3.96</center>
 
| <center>V</center>
 
| <center>V</center>
−
| Maxim value<br>Regarding:<br>NVCC_SD1<br>NVCC_LPSR<br>NVCC_LPSR
+
| Maximum value<br>Regarding domains:<br>- NVCC_SD1<br>- NVCC_LPSR<br>- NVCC_DISP2<br>- NVCC_GPIO<br>- NVCC_SD1
 
|-
 
|-
 
| Input VBUS (USB1 and USB2) voltage
 
| Input VBUS (USB1 and USB2) voltage
Line 205: Line 205:
 
| -
 
| -
 
|-
 
|-
−
| rowspan="2" | Environment temperature<sup>1</sup>
+
| rowspan="2" | Environment temperature<sup>2</sup>
 
| <center>-40…+85</center>
 
| <center>-40…+85</center>
 
| rowspan="2" | <sup>o</sup>C
 
| rowspan="2" | <sup>o</sup>C
Line 214: Line 214:
 
|}
 
|}
 
Note: <br />
 
Note: <br />
−
1. Maximum MPU junction temperature is +105<sup>o</sup>C (industrial version) or +95<sup>o</sup>C (consumer version).<br />
+
1. All system control lines (i.a. ONOFF, POR_B, PMIC_STBY_REQ, PMIC_ON_REQ) are powered from NVCC_SNVS domain, connected to VDD_SNVS_ANA=1.75V.<br />
 +
2. Maximum MPU junction temperature is +105<sup>o</sup>C (industrial version) or +95<sup>o</sup>C (consumer version).<br />
  
 
== Electrical parameters ==
 
== Electrical parameters ==
Line 227: Line 228:
 
| Max.
 
| Max.
 
|-
 
|-
−
| +5VIN
+
| VDD-5V
 
| Supply Voltage
 
| Supply Voltage
−
| 4.0
+
| 4.5
 
| 5.0
 
| 5.0
 
| 5.5
 
| 5.5
Line 237: Line 238:
 
| Total Supply Current<sup>1</sup>
 
| Total Supply Current<sup>1</sup>
 
| -
 
| -
−
| 80
+
| TBD
−
| 150
+
| TBD
 
| mA
 
| mA
 
|-
 
|-
−
| VGPIO
+
| GPIOs in GPIO_DISP_B1 domain
−
| GPIO Input Voltage
+
| Input Voltage
 +
| 0
 +
| 1.8
 +
| 1.98<sup>2</sup>
 +
| V
 +
|-
 +
| GPIOs in NVCC_SNVS domain
 +
| Input Voltage
 +
| 0
 +
| 1.75
 +
| 1.85<sup>2</sup>
 +
| V
 +
|-
 +
| GPIOs in NVCC_SD1, NVCC_LPSR, NVCC_DISP2, NVCC_GPIO, NVCC_SD1 domains
 +
| Input Voltage
 
| 0
 
| 0
 
| 3.3
 
| 3.3
−
| 3.6<sup>2</sup>
+
| 3.96<sup>2</sup>
 
| V
 
| V
 
|-
 
|-
−
| +3.3VOUT
+
| USB Vbus
−
| SOM Internal LDO<br />Output Current
+
| USB Supply
 +
| 0
 +
| 5
 +
| 5.6<sup>2</sup>
 +
| V
 +
|-
 +
| System Control Lines
 +
| -
 +
| 0
 +
| 1.75
 +
| 1.85<sup>2, 3</sup>
 +
| V
 +
|-
 +
| VDD-3V3
 +
| Internal DC/DC converter<br />Output Voltage
 +
| 3.15
 +
| 3.3
 +
| 3.35
 +
| V
 +
|-
 +
| -
 +
| Internal DC/DC converter<br />Output Current
 
| -
 
| -
 
| -
 
| -
−
| 0.5
+
| 0.2
 
| A
 
| A
−
|-
 
−
| USB-OTGx-VBUS
 
−
| USB Supply
 
−
| 4.40
 
−
| -
 
−
| 5.5
 
−
| V
 
 
|-
 
|-
 
| VDD-COIN-3V
 
| VDD-COIN-3V
 
| SNVS Backup<br />Battery Supply
 
| SNVS Backup<br />Battery Supply
−
| 2.66
+
| 2.82
 
| -
 
| -
 
| 3.6
 
| 3.6
−
| V
 
−
|-
 
−
| -
 
−
| ADC Inputs Voltage
 
−
| 0
 
−
| -
 
−
| 3.3
 
 
| V
 
| V
 
|}
 
|}
 
Notes:<br />
 
Notes:<br />
−
1. Excluding external load connected to +3.3VOUT lines.<br />
+
1. Excluding external load connected to VDD-3V3 lines.<br />
−
2. Applying the maximum voltage 3.6V results in shorten lifetime. Recommended value is smaller than 3.5V.<br />
+
2. Applying the maximum voltage higer than recommended results in shorten lifetime.<br />
 +
3. All system control lines (i.a. ONOFF, POR_B, PMIC_STBY_REQ, PMIC_ON_REQ) are powered from NVCC_SNVS domain, supplied from internal MCU LDO output (VDD_SNVS_ANA=1.75V).<br />
  
 
== Pinout ==
 
== Pinout ==
Line 631: Line 654:
 
| 57
 
| 57
 
| RECOVERY
 
| RECOVERY
−
|  
+
| BOOT-MODE0
−
|  
+
| P6
−
| Boot mode selector, if:<br />    RECOVERY = 0 then BOOT0 = 1, as a result serial loader starts<br />    RECOVERY = 1 or open then BOOT0 = 0, as a result MCU boots from fuses
+
| Boot mode selector, if:<br />    RECOVERY = 0 then BOOT-MODE0 = 1, as a result serial loader starts<br />    RECOVERY = 1 or open then BOOT-MODE0 = 0, as a result MCU boots from fuses
 
|-
 
|-
 
| 58
 
| 58

Latest revision as of 15:24, 28 February 2024

VisionSOM-RT117x Datasheet and Pinout

General description

VisionSOM-RT117x-products.png

The VisionSOM-RT117x family is a SODIMM-sized SoM based on the NXP i.MX RT1170 family real-time microcontroller which features an advanced implementation of a dual ARM Cortex-M7 and Cortex-M4 cores. The Cortex-M7 operates at up to 1 GHz and the Cortex-M4 up to 400 MHz with 2 MB on-chip RAM. The real-time microcontroller (MCU) family offers various memory interfaces and a wide range of connectivity interfaces including 3x Ethernet up to Gbps with TSN/AVB, UART, SPI, I2C, USB and 3x CAN-FD. The i.MX RT1170 provides advanced embedded security including secure boot and crypto engines.

The VisionSOM-RT117x is a low power highly integrated SoM (System-on-Module) featuring high computation performance, real-time functionality and MCU usability. High security enabled by AES-128/256 and RSA4096, HAB and On-the-fly QSPI Flash Decryption together with 2D graphical acceleration make an ideally suited solution for home and industrial control systems, wireless application, communication solutions and real-time systems.

The system supports industrial grade targeting embedded application.

SOMLabs also provides a complete hardware and software development board for the SoM in the form of a carrier board and optional TFT display with MIPI-DSI and touch panel.

Applications

  • Industrial embedded RTOS computer
  • Home Appliances
  • Air Conditioning
  • Building Security
  • Fleet Management
  • Heat Metering
  • Home Automation – Smart Home
  • Human-machine Interfaces (HMI)
  • Motor Drives
  • Cash Register
  • Intermediate Flight Controller
  • Smart grid Infrastructure
  • IoT gateways
  • Residential getaways
  • Smart Lock
  • Robotics
  • Toys and Board Games

Features

  • Powered by NXP i.MX RT117x application processor
  • Single (Cortex-M7) or dual (Cortex-M7 + Cortex-M4) core solution
  • Core clock up to 1GHz (single core, commercial grade MCU)
  • 2MB on-chip RAM memory
  • up to 128MB SDRAM memory
  • up to 32MB QuadSPI Flash memory
  • Power-efficient and cost-optimized solution
  • Ideal for industrial IoT and embedded applications
  • FreeRTOS support

Pictures of SOM versions

Version Photo
SDRAM & dual QSPI
VisionSOM-RT117x-SDRAM-dualQSPI.png

Ordering info

SLS14CpuType_Clock_RamSize_FlashSize_SF_TEMP
SLSProduct type
SLS - System on Module
1SOM Name
1 - VisionSOM SODIMM200
4CPU Family
4 - i.MX RT117x
CpuTypeCPU Type
RT1176 - i.MX RT 1176
ClockCPU Clock Speed
800C - 800MHz
RamSizeRAM Size
0R - No RAM
32R - 32MB
64R - 64MB
128R - 128MB
FlashSizeFlash Size Type and Density
4QSPI - 4MB QSPI Flash
16QSPI - 16MB QSPI Flash
32QSPI - 32MB QSPI Flash
64OF - 64MB Octal Flash
SFSpecial Features
0SF - No Special Features
TEMPOperating Temperature
C - Consumer: 0 to +70 C
I - Industrial: -40 to +85 C

Block Diagram

VisionSOM-RT117x-block-diagram.png

Operating ranges

Parameter Value Unit Comment
External Power Supply
5.0
V
 Connected to VDD-5V0 SODIMM pins
Internal DC-DC converter output voltage
3.3
V
 Connected to VDD-3V3 SODIMM pins
Internal DC-DC converter output current
200
mA
 Maximum value for external loads
Input GPIO_DISP_B1 domain voltage
1.98
V
 -
Input NVCC_SNVS domain voltage
1.85
V
 NVCC_SNVS is internally powered from VDD_SNVS_ANA = 1.75V1
Input IO domains voltage
3.96
V
 Maximum value
Regarding domains:
- NVCC_SD1
- NVCC_LPSR
- NVCC_DISP2
- NVCC_GPIO
- NVCC_SD1
Input VBUS (USB1 and USB2) voltage
5.6
V
 -
Environment temperature2
-40…+85
 oC Industrial range
0…+70
 Consumer range

Note:
1. All system control lines (i.a. ONOFF, POR_B, PMIC_STBY_REQ, PMIC_ON_REQ) are powered from NVCC_SNVS domain, connected to VDD_SNVS_ANA=1.75V.
2. Maximum MPU junction temperature is +105oC (industrial version) or +95oC (consumer version).

Electrical parameters

SOM
signal name 		Parameter Value Units
Min. Typ. Max.
VDD-5V Supply Voltage 4.5 5.0 5.5 V
- Total Supply Current1 - TBD TBD mA
GPIOs in GPIO_DISP_B1 domain Input Voltage 0 1.8 1.982 V
GPIOs in NVCC_SNVS domain Input Voltage 0 1.75 1.852 V
GPIOs in NVCC_SD1, NVCC_LPSR, NVCC_DISP2, NVCC_GPIO, NVCC_SD1 domains Input Voltage 0 3.3 3.962 V
USB Vbus USB Supply 0 5 5.62 V
System Control Lines - 0 1.75 1.852, 3 V
VDD-3V3 Internal DC/DC converter
Output Voltage 		3.15 3.3 3.35 V
- Internal DC/DC converter
Output Current 		- - 0.2 A
VDD-COIN-3V SNVS Backup
Battery Supply 		2.82 - 3.6 V

Notes:
1. Excluding external load connected to VDD-3V3 lines.
2. Applying the maximum voltage higer than recommended results in shorten lifetime.
3. All system control lines (i.a. ONOFF, POR_B, PMIC_STBY_REQ, PMIC_ON_REQ) are powered from NVCC_SNVS domain, supplied from internal MCU LDO output (VDD_SNVS_ANA=1.75V).

Pinout

Important notes:
1. Detail pin configurations description you can find, edit and arrange in dedicated MEX files (with free "i.MX Pin Tool" configurational tool): VisionSOM-RT117x with QSPI Flash and SDRAM memory on board

SOM pin number Default function GPIO Ball number Notes
1 GND - - -
2 GND - - -
3 JTAG.TMS GPIO_LPSR_15 U7 3.3V power domain
4 WAKEUP T8 1.75V VDD_SNVS_ANA power domain
A GPIO powered by SNVS domain power supply which can be configured as wakeup source in
SNVS mode
5 JTAG.TCK GPIO_LPSR_14 T6 3.3V power domain
6 ON-OFF - U10 1.75V VDD_SNVS_ANA power domain
A brief connection to GND in the OFF mode causes the internal power management state machine
to change the state to ON. In the ON mode, a brief connection to GND generates an interrupt
(intended to be a software-controllable power-down). Approximately five seconds (or more) to GND
causes a forced OFF. Both boot mode inputs can be disconnected.
7 JTAG.TDO GPIO_LPSR_11 T5 3.3V power domain
8 PMIC-STBY-REQ - T9 1.75V VDD_SNVS_ANA power domain
Internally used
9 JTAG.TDI GPIO_LPSR_12 U5 3.3V power domain
10 RESET - T10 POR-B of MCU line (resets all of the chip except the Secure Non-Volatile Storage (SNVS) block), active low
1.75V VDD_SNVS_ANA power domain
11 JTAG.TRST GPIO_LPSR_10 R5 3.3V power domain
12 RESET-IN - - Active low global reset line (hard reset by turning off the power)
13 JTAG.MOD GPIO_LPSR_13 U6 3.3V power domain
Line with internal pull-down by 10 kOhm resistor
14 GND - - -
15 SD1.DATA1 GPIO_SD_B1_03 B17 WIFI data line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
16 UART2.RXD GPIO_DISP_B2_11 A6 3.3V power domain
17 SD1.DATA0 GPIO_SD_B1_02 C15 WIFI data line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
18 UART2.TXD GPIO_DISP_B2_10 D9 3.3V power domain
19 GND - - -
20 UART10.CTS GPIO_AD_34 J16 3.3V power domain
21 SD1.CLK GPIO_SD_B1_01 D15 WIFI data line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
22 UART10.RTS GPIO_AD_35 G17 3.3V power domain
23 SD1.CMD GPIO_SD_B1_00 B16 WIFI data line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
24 UART10.RXD GPIO_AD_16 N17 3.3V power domain
25 SD1.DATA3 GPIO_SD_B1_05 A16 WIFI data line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
26 UART10.TXD GPIO_AD_15 M14 3.3V power domain
27 SD1.DATA2 GPIO_SD_B1_04 B15 WIFI data line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
28 UART3.RXD GPIO_AD_31 J17 3.3V power domain
29 UART1-EXT.CTS GPIO_AD_26 L14 BT serial interface line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
30 UART3.TXD GPIO_AD_30 K17 3.3V power domain
31 UART1-EXT.RTS GPIO_AD_27 N16 BT serial interface line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
32 UART5.RXD GPIO_AD_29 M17 3.3V power domain
33 UART1-EXT.RXD GPIO_AD_25 M15 BT serial interface line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
34 UART5.TXD GPIO_AD_28 L17 3.3V power domain
35 UART1-EXT.TXD GPIO_AD_24 L13 BT serial interface line or GPIO
Available to the user as GPIO only in modules without 1DX radio modules
3.3V power domain
36 VDD-COIN-3V - - The backup power supply for VDD-SNVS-3V3 domain
37 GND - - -
38 GND - - -
39 VOUT-1V8 Internally generated by MPU 1.8V for internal peripherals (maximum external load is very limted, details in Electrical Characteristics section of "i.MX RT1170 Crossover Processors Data Sheet for Industrial Products" by NXP)
40 VOUT-1V8 Internally generated by MPU 1.8V for internal peripherals (maximum external load is very limted, details in Electrical Characteristics section of "i.MX RT1170 Crossover Processors Data Sheet for Industrial Products" by NXP)
41 VDD-5V Power supply input
42 VDD-5V Power supply input
43 VDD-5V Power supply input
44 VDD-5V Power supply input
45 VDD-5V Power supply input
46 VDD-5V Power supply input
47 VDD-5V Power supply input
48 VDD-5V Power supply input
49 VDD-5V Power supply input
50 VDD-5V Power supply input
51 NC - - -
52 NC - - -
53 VOUT-3V3 Internally generated by PMIC 3.3V for external devices
54 VOUT-3V3 Internally generated by PMIC 3.3V for external devices
55 GND - - -
56 DAC-OUT DAC-OUT H16 12-bit DAC voltage output (range 0-1.8V)
57 RECOVERY BOOT-MODE0 P6 Boot mode selector, if:
RECOVERY = 0 then BOOT-MODE0 = 1, as a result serial loader starts
RECOVERY = 1 or open then BOOT-MODE0 = 0, as a result MCU boots from fuses
58 GND - - -
59 GND - - -
60 SAI1.MCLK GPIO_DISP_B2_03 D7 3.3V power domain
61 NC - - -
62 SAI1.RX GPIO_DISP_B2_06 C6 3.3V power domain
63 USB1.D_N USB1 interface analog I/O
64 SAI1.TX GPIO_DISP_B2_07 D6 3.3V power domain
65 USB1.D_P USB1 interface analog I/O
66 SAI1.FSYNC GPIO_DISP_B2_04 C7 3.3V power domain
67 USB1.VBUS - D17 USB1 analog domain, input voltage 2.4-5.5V
68 SAI1.BCLK GPIO_DISP_B2_05 C9 3.3V power domain
69 USB1.OC GPIO_AD_11 P16 3.3V power domain
70 GND - - -
71 USB1.EN GPIO_AD_10 R17 3.3V power domain
72 CAN2.RX GPIO_AD_01 R14 3.3V power domain
73 USB1.ID GPIO_AD_09 R16 3.3V power domain
74 CAN2.TX GPIO_AD_00 N12 3.3V power domain
75 GND - - -
76 CAN1.RX GPIO_AD_07 T17 3.3V power domain
77 USB2.ID GPIO_AD_08 R15 3.3V power domain
78 CAN1.TX GPIO_AD_06 N13 3.3V power domain
79 USB2.EN GPIO_AD_12 P17 3.3V power domain
80 GND - - -
81 USB2.OC GPIO_AD_13 L12 3.3V power domain
82 I2C2.SCL GPIO_AD_18 M16 3.3V power domain
83 USB2.VBUS - D16 USB2 analog domain, input voltage 2.4-5.5V
84 I2C2.SDA GPIO_AD_19 L16 3.3V power domain
85 USB2.D_N USB2 interface analog I/O
86 I2C1.SCL GPIO_AD_32 K16 3.3V power domain
87 USB2.D_P USB2 interface analog I/O
88 I2C1.SDA GPIO_AD_33 H17 3.3V power domain
89 GND - - -
90 GND - - -
91 NC - - -
92 UART8.RTS GPIO_AD_05 P13 3.3V power domain
93 NC - - -
94 UART8.CTS GPIO_AD_04 M13 3.3V power domain
95 ENET-QOS.RESET GPIO_EMC_B1_41 L1 3.3V power domain
96 UART8.RXD GPIO_AD_03 P15 3.3V power domain
97 ENET-QOS.INT GPIO_EMC_B1_40 K1 3.3V power domain
98 UART8.TXD GPIO_AD_02 R13 3.3V power domain
99 ENET-QOS.MDIO GPIO_EMC_B2_20 R3 3.3V power domain
100 GPIO3-13 GPIO_AD_14 N14 3.3V power domain
101 ENET-QOS.MDC GPIO_EMC_B2_19 U2 3.3V power domain
102 GPIO3-21 GPIO_AD_22 K12 3.3V power domain
103 GND - - -
104 GPIO3-22 GPIO_AD_23 J12 3.3V power domain
105 ENET-QOS.RXC GPIO_DISP_B1_01 D13 1.8V power domain
106 GPIO5-03 GPIO_DISP_B2_02 E9 3.3V power domain
107 ENET-QOS.RX-CTL GPIO_DISP_B1_00 E13 1.8V power domain
108 GPIO5-10 GPIO_DISP_B2_09 D8 3.3V power domain
109 ENET-QOS.RXD0 GPIO_DISP_B1_02 D11 1.8V power domain
110 GPIO5-01 GPIO_DISP_B2_00 E8 3.3V power domain
111 ENET-QOS.RXD1 GPIO_DISP_B1_03 E11 1.8V power domain
112 GPIO5-02 GPIO_DISP_B2_01 F8 3.3V power domain
113 ENET-QOS.RXD2 GPIO_DISP_B1_04 E10 1.8V power domain
114 GPIO5-09 GPIO_DISP_B2_08 B5 3.3V power domain
115 ENET-QOS.RXD3 GPIO_DISP_B1_05 C11 1.8V power domain
116 GND - - -
117 GND - - -
118 SPI4.CS0 GPIO_DISP_B2_15 A4 3.3V power domain
119 ENET-QOS.TX-CTL GPIO_DISP_B1_10 B14 1.8V power domain
120 SPI4.IN GPIO_DISP_B2_13 A5 3.3V power domain
121 ENET-QOS.TXC GPIO_DISP_B1_11 A14 1.8V power domain
122 SPI4.OUT GPIO_DISP_B2_14 A7 3.3V power domain
123 ENET-QOS.TXD3 GPIO_DISP_B1_06 D10 1.8V power domain
124 SPI4.SCK GPIO_DISP_B2_12 B6 3.3V power domain
125 ENET-QOS.TXD2 GPIO_DISP_B1_07 E12 1.8V power domain
126 GND - - -
127 ENET-QOS.TXD1 GPIO_DISP_B1_08 A15 1.8V power domain
128 GPIO-SVNS.0 GPIO_SNVS_00 R10 1.75V VDD_SNVS_ANA power domain
129 ENET-QOS.TXD0 GPIO_DISP_B1_09 C13 1.8V power domain
130 GPIO-SVNS.1 GPIO_SNVS_01 P10 1.75V VDD_SNVS_ANA power domain
131 GND - - -
132 GPIO-SVNS.2 GPIO_SNVS_02 L9 1.75V VDD_SNVS_ANA power domain
133 NC - - -
134 GPIO-SVNS.3 GPIO_SNVS_03 M10 1.75V VDD_SNVS_ANA power domain
135 NC - - -
136 GPIO-SVNS.4 GPIO_SNVS_04 N10 1.75V VDD_SNVS_ANA power domain
137 NC - - -
138 GPIO-SVNS.5 GPIO_SNVS_05 P9 1.75V VDD_SNVS_ANA power domain
139 UART12.CTS GPIO_LPSR_05 N8 3.3V power domain
140 GPIO-SVNS.6 GPIO_SNVS_06 M9 1.75V VDD_SNVS_ANA power domain
141 UART12.RTS GPIO_LPSR_04 N7 3.3V power domain
142 GPIO-SVNS.7 GPIO_SNVS_07 R9 1.75V VDD_SNVS_ANA power domain
143 UART12.RXD GPIO_LPSR_01 R6 3.3V power domain
144 GPIO-SVNS.8 GPIO_SNVS_08 N9 1.75V VDD_SNVS_ANA power domain
145 UART12.TXD GPIO_LPSR_00 N6 3.3V power domain
146 GPIO-SVNS.9 GPIO_SNVS_09 R11 1.75V VDD_SNVS_ANA power domain
147 NC - - -
148 GND - - -
149 I2C5.SCL GPIO_LPSR_09 P5 3.3V power domain
150 I2C6.SCL GPIO_LPSR_07 R8 3.3V power domain
151 I2C5.SDA GPIO_LPSR_08 U8 3.3V power domain
152 I2C6.SDA GPIO_LPSR_06 P8 3.3V power domain
153 GND - - -
154 NC - - -
155 NC - - -
156 NC - - -
157 NC - - -
158 NC - - -
159 NC - - -
160 NC - - -
161 NC - - -
162 NC - - -
163 NC - - -
164 NC - - -
165 NC - - -
166 NC - - -
167 NC - - -
168 NC - - -
169 GND - - -
170 GND - - -
171 NC - - -
172 NC - - -
173 NC - - -
174 NC - - -
175 GND - - -
176 GND - - -
177 NC - - -
178 NC - - -
179 NC - - -
180 NC - - -
181 GND - - -
182 GND - - -
183 DSI.CLK_P DSI video output channel analog line
184 CSI.CLK_N CSI video input channel analog line
185 DSI.CLK_N DSI video output channel analog line
186 CSI.CLK_P CSI video input channel analog line
187 GND - - -
188 GND - - -
189 DSI.DATA1_P DSI video output channel analog line
190 CSI.DATA1_N CSI video input channel analog line
191 DSI.DATA1_N DSI video output channel analog line
192 CSI.DATA1_P CSI video input channel analog line
193 GND - - -
194 GND - - -
195 DSI.DATA0_P DSI video output channel analog line
196 CSI.DATA0_N CSI video input channel analog line
197 DSI.DATA0_N DSI video output channel analog line
198 CSI.DATA0_P CSI video input channel analog line
199 GND - - -
200 GND - - -
BOOT0 GPIO_LPSR_02 P6 3.3V power domain
Recovery function
Connected with BT-EN (BT_REG_ON) line of 1DX radio module
BOOT1 GPIO_LPSR_03 T7 3.3V power domain
Connected with WLAN-EN (WL_REG_ON) line of 1DX radio module
BT-HWAKE GPIO_AD_20 K13 3.3V power domain
By default configured as GPIO3-19 connected to BT_HOST_WAKE of 1DX radio module
BT-DWAKE GPIO_AD_21 K14 3.3V power domain
By default configured as GPIO3-20 connected to BT_DEV_WAKE of 1 DX radio module
WDOG-B GPIO_EMC_B2_18 N3 Internal hardware watchdog line (not available to the user)
WLAN-WAKE GPIO_AD_17 N15 3.3V power domain
By default configured as GPIO3-16 connected to WL_HOST_WAKE pin of 1DX radio module

Dimensions

VisionSOM-RT1170-dimensions.png
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