The device integrates the NVIDIA Jetson Nano SoC (System on Chip). It utilizes the quad-core ARM Cortex-A57 MPCore processor, which allows processing speeds up to 472 Giga-Flops. The system is capable of operating multiple neural networks or processing several high-resolution images simultaneously. The PC also features an onboard 4-GiB RAM and a micro-SD card slot supporting 32 GiB of storage.
Further interfaces include a CAN Bus interface, four USB 3.2 ports, an EIA-232 port, LAN, and HDMI ports. Furthermore, it features a 40-pin I/O connector for sensors and controllers. A wifi expansion slot and two antenna ports are available. The integrated PoE PD (Power over Ethernet Powered Device) LAN port enables deployment without dedicated power supply when connected to a PSE gateway (Power Supply Equipment). The device utilizes the 802.3at standard, supporting a power input of 25.6 W to power the system and connected devices such as USB cameras and sensors.
The wall-mountable PC operates in rugged environments at temperatures from -10 °C to +70 °C without losing performance. Its small size also makes it suitable for deployment in tight spaces. A power supply of 12 VDC to 24 VDC is possible. Linux 4.9 (or above) is the supported operating system.
- NVIDIA Jetson Nano
- PoE/PD x 1
- 4GB LPDDR4 + 32GB SD card slot
- USB 3.2 Gen 1 x 4
- M.2 E-key slot x 1 for WiFi function expansion
- DC 12 ~ 24V wide voltage power input
- Wide working temperature -10°C ~ 70°C
IoT Projects with NVIDIA Jetson Nano: AI-Enabled Internet of Things Projects for Beginners
Investigate the NVIDIA Jetson Nano capabilities, an IoT device designed to perform computations like a desktop computer. This book demonstrates how to build projects, optimize devices, programs, and daily activities with Jetson Nano's AI computation abilities.
This board consists of CPU Quad-core ARM A57 @ 1.43 GHz and GPU 128-core Maxwell. With this hardware specification, the board can run multiple neural networks in parallel for complex AI applications. With the integrated sensor and actuators, this board enables more robust IoT solutions and provides more advanced capabilities.
With this book, the reader discovers how to develop complex IoT projects with the Jetson Nano.
Maxim Integrated introduced its MAX33012E, a CAN Bus transceiver that improves CAN Bus reliability through integrated fault detection and reporting. Designers requiring extended uptime for industrial automation applications can accelerate troubleshooting and communicate across more extensive networks using the MAX33012E CAN Bus transceiver. The device was designed to enhance industrial system uptime for factory-floor networks. The MAX33012E represents [...]
Under Development: Galvanically Isolated Quad Channel CAN Bus to USB Gateway For Industrial And Automotive Applications
A few months ago, we introduced a development concept for an Automotive Network Development System with CAN, CAN FD, LIN, Ethernet. After further market research plus very much appreciated feedback from customers, we decided to modify the concept and basically create two devices, one for CAN and LIN, the other to CAN and Ethernet. Ethernet, in [...]
Technoton introduced its MasterCAN Display 35, which is designed to visualize the operating parameters of a vehicle or stationary object. The Display 35 receives and parses data from an SAE J1939/S6 interface and standard vehicle T-CAN bus. Two analog inputs allow the connection to voltage/frequency devices – standard or additional sensors like axle load sensor. The MasterCAN [...]
IoTmaxx (Germany) introduced its Maxx GW 4100 4-G mobile radio gateway with CAN Bus interface. The „always-online" functionality establishes a connection to the device autonomously or reestablishes the link in case of a failure. The two integrated SIM card slots provide mobile network operator redundancy. The received data is buffered in the internal memory of the [...]
Our SAE J1939 Gateway And Data Logger is ideal for vehicle fleet management (trucks, buses, agricultural equipment, and any other diesel engine application), prototype field testing, diagnostics, or reverse engineering. The SAE J1939 Gateway And Data Logger records SAE J1939 message frames (PGNs) onto an onboard MicroSD memory card and timestamps them with a real-time clock (RTC). [...]
Arduino Based CAN Bus, LIN Bus Development And Prototyping Boards For Automotive And Industrial Applications
Teensy is a line of Arduino-compatible boards designed to offer maximum I/O capabilities, backed up by a slew of fully featured software libraries designed to run on Arduino. The Teensy is a complete USB-based microcontroller development system in a minimal footprint, and it is capable of implementing many types of projects. All programming is done [...]
The following describes a method of sampling and recording SAE J1939 data to any Linux device, PC or Embedded. Naturally, in order to read and request SAE J1939 data, you will need additional hardware, such as a CAN Bus (Controller Area Network) interface board (unless you use an embedded Linux system with onboard CAN port). The [...]
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The JCOM.J939.USB-X SAE J1939 Processor board is an extended version of our popular JCOM.J9139.USB-B SAE J1939 ECU Simulator Board With USB Port. The most significant difference is that the -X version supports a USB transfer rate of up to 480 Mbps, allowing higher data throughput. The onboard real-time clock supports the timestamping of the SAE J1939 [...]