neoVI PI with RPi4 Compute - no CAN FD networks

The NEOVI-PI-COMPUTE includes the case and RPi4 Compute ONLY. No CAN FD networks included.

Introducing the Automotive Industry’s first robust platform for the Raspberry Pi. The neoVI PI has a built-in Raspberry Pi 4 Compute Module (RPi4 CM) that contains quad 64-bit processors and a gigabit Ethernet port, paired with Intrepid’s CAN FD technology. This allows you to simulate, test and datalog with the flexibility that the Raspberry Pi 4 Compute allows. The neoVI Pi has all the features of the RPi4 CM plus up to four CAN FD networks.

The neoVI PI is designed for the automotive environment, allowing use with automotive power ranges and applications. The neoVI PI allows you to use the Raspberry Pi 4 Compute while avoiding additional development to adapt to the automotive network environment. That makes the neoVI PI powerful enough to solve your vehicle network problems, yet small enough to fit in your backpack.

Features

• Built-in RPi4 Compute Module supports all variations of EMCC, SDCard, and Wireless
• 2x internal ValueCAN4-2 for 4 CAN FD / CAN 2.0 Channels
• Intrepid Open source APIs on github/intrepidcs: libicsneo for C/C++ and python_ics for Python
• Automotive Power Supply (5-60V operation)
• 1x Native 1000BASE-T Ethernet with PoE sink support
• 4x High Speed USB Host Ports with high current sourcing
• Integrated Raspberry Pi Pico Module connected to RPi4 via USB
• M.2 NVMe slot for hosting PCIe flash up to 4TB
• Expandable IO : Internal RPi and Rpi Pico GPIO access with open connector pins for custom hardware applications
• Tested and Packaged for in-vehicle use
• HDMI connector for RPi4 OS display
• DB26 HD Vehicle signal connector compatible with various cables for vehicle attachment – compatible with other neoVI Cables
• Open DB9 connector for Expandable IO from RPi and RPi Pico
• Expandable via RPi4 and RPi Pico GPIO
• 10 Full Color Membrane LEDs and buzzer for status indication
• Membrane Buttons to manually trigger data logging
• 2X Camera Ports and 2X Display Ports
• RTC
• Options:
  • Add Thermocouple, Voltage, and Pulse GPIO measurement and Relay, Analog or pulse via RAD-IO2 Series
  • Add 100/1000BASE-T1 support via RAD-Moon Series media converters
  • Add neoVI MIC 2 with GPS
  • Add Vehicle interface cables for DB26 connector
  • Add Cellular support via RAD-4G

Applications

• Standalone data logger
• Standalone ECU or vehicle simulator
• In-vehicle data acquisition system
• Vehicle interface with Raspberry Pi

The neoVI PI can also be paired with the ruggedized RAD-IO2 products that provide an isolated analog, digital or temperature interface to a PC via USB. In addition, the RAD-IO2 family communicates on an open-source UART based serial communication protocol. Up to four devices can be daisy-chained. The chain length is limited by the current supplied to the chain through USB.

Create Your Application Using the Included Intrepid Open Source APIs

Write your own application using Intrepid open source API on Github.com (libicsneo or python_ics) or use the SocketCAN Kernel module.

RP240 Pinout
GPIO 0	GPIO 23
GPIO 1	GPIO 24
GND	GND
GPIO 2	GPIO 29
GPIO 3	GPIO 29
GPIO 4	ADC_VREF
GPIO 5	GPIO 28
GND	GND
GPIO 6	GPIO 27
GPIO 7	GPIO 26
GPIO 8	RUN
GPIO 9	GPIO 22
GND	GND
GPIO 10	GPIO 21
GPIO 11	GPIO 20
GPIO 12	GPIO 19
GPIO 13	GPIO 18
GND	GND
GPIO 14	GPIO 17
GPIO 15	GPIO 16

MISC Pinout
GND	nRPIBOOT
GND	EEPROM nWP
AIN 0	AIN 1
GND	SYNC IN
SYNC OUT	GND
TV OUT	GND
RUN PG	GLOBAL EN
GND	GND
DB9 1	GND
DB9 2	DB9 6
DB9 3	DB9 7
DB9 4	DB9 8
DB9 5	DB9 9
FDCAN 9 P	LIN 0
FDCAN 9 N	FDCAN 10 P
MISCIO 1	FDCAN 10 N
FDCAN 5 P	FDCAN 7 P
FDCAN 5 N	FDCAN 7 N
FDCAN 6 P	FDCAN 8 N
FDCAN 6 N	FDCAN 8 P

CM4 Pinout
3.3V(OUT)	5V(OUT)
GPIO 8	5V(OUT)
GPIO 9	GND
GPIO 7	GPIO 15
GND	GPIO 16
GPIO 0	GPIO 1
GPIO 2	GND
GPIO 3	GPIO 4
3.3V(OUT)	GPIO 5
GPIO 12	GND
GPIO 13	GPIO 6
GPIO 14	GPIO 10
GND	GPIO 11
SDA 0	SCL 0
GPIO 21	GND
GPIO 22	GPIO 26
GPIO 23	GND
GPIO 24	GPIO 27
GPIO 25	GPIO 28
GND	GPIO 29