EmbeddedRelated.com
    Parts   Development Boards  Adafruit & SparkFun    iW-G62HTC-01G-08G-NIM-SX-13-IM-LI1CXX-D
iWave i.MX 91 Telematics Connect Hub

iWave i.MX 91 Telematics Connect Hub

MPN: iW-G62HTC-01G-08G-NIM-SX-13-IM-LI1CXX-D
iWave Global
Gateways Telematics Connect Hub Evaluation Kit (2x CAN-FD, Cat-1 bis Connectivity NA / Canada, Bluetooth, Secure Element)
Active3 in stock
Datasheet Mouser Compare Prices

Overview

The iW-G62HTC is an IP67-rated telematics gateway built on the NXP i.MX 91 processor with an Arm Cortex-A55 core. It integrates LTE Cat-1 bis, Bluetooth 5.2, and GNSS connectivity alongside dual CAN-FD interfaces for vehicle networking. The device features a hardware secure element and an integrated 6-axis inertial sensor for advanced tracking and security applications.

Why Choose This Part

The hub offers a robust Linux 6.6.52 BSP, ensuring a modern and stable software environment for custom application development. Its IP67 enclosure and internal antennas simplify installation in harsh environments, while dual CAN-FD support enables high-bandwidth vehicle data acquisition up to 5Mbps.

Applications

Fleet Management
Real-time tracking and vehicle diagnostics using J1939 and CANopen protocols over LTE Cat-1 connectivity.
Heavy Machinery Monitoring
Ruggedized telemetry for construction and agricultural equipment requiring IP67 protection and wide 9V to 32V input voltage.
Predictive Maintenance
Utilizing the onboard accelerometer and gyroscope to monitor vehicle vibration and driving behavior.
Secure Asset Tracking
High-security location tracking leveraging the integrated hardware secure element and GNSS receiver.

Key Specifications

Features IP67
Function Telematics Device
Frequency 800MHz, 1.4GHz
Interface Bluetooth, CAN-FD, Cat-1 bis Connectivity (North America/Canada), Secure Element, UART
Applications General Purpose
Data Rate (Max) 5Mbps
Modulation or Protocol CANopen, ISO 15765-4, J1939, SocketCAN, UDSonCAN

Getting Started

Developers can utilize the provided Linux 6.6.52 BSP for application development, interfacing with the hardware via the USB-C port or UART. Debugging is supported through JTAG and SWD headers, and vehicle integration is streamlined through support for SocketCAN and UDSonCAN protocols.

Categories

Development Boards > Adafruit & SparkFun IoT & Smart Devices > IoT Modules & SoCs Automotive > CAN Bus & Vehicle Networking IoT & Smart Devices > IoT Security & Crypto