4G Development Board
✅ Processing Power: Octa-core, 2.4GHZ
✅ Connectivity Options: Screen / Camera etc.
✅ I/O Interfaces: 1000M Ethernet, WIFI5, BT5.0, HDMI, LVDS, type-c, USB3.0, CSI, M2 SSD, SD card, I2C, UART, RS232, RS485, CAN, GPIO
✅ Power Efficiency & Thermal Management: DC12V – 3A
4G development board is a compact embedded platform with built-in LTE connectivity, making it ideal for IoT devices, remote monitoring, industrial automation, and AI edge computing. Unlike standard SBCs, these boards come equipped with 4G LTE modules, allowing you to deploy them in areas where WiFi or wired networks aren’t feasible.
If you’re working on smart city solutions, AI-driven cameras, edge computing, or any project requiring real-time data transmission, you need a 4G-enabled development board.
Common Issues with 4G Development Boards
🔴 Issue 1: Unstable 4G Connection
💡 Solution: Ensure your SIM card and APN settings are correctly configured. Use an external antenna to improve signal strength.
🔴 Issue 2: Power Consumption Too High
💡 Solution: Optimize software settings to disable unused interfaces and use low-power modes when idle.
🔴 Issue 3: Peripheral Compatibility Issues
💡 Solution: Verify that your cameras, sensors, and storage modules are compatible with the board’s I/O and driver support.
LBA3588S 4G Development Board
LBA3568 4G Development Board
LKD3568 4G Development Board
LKD3588 4G Development Board
Applications of 4G Development Boards
- 🌍 IoT & Smart Cities
Deploy sensors and cameras in traffic monitoring, environmental sensing, and smart metering with real-time 4G data transmission.
- 📹 AI-Powered Surveillance & Edge Computing
Use AI-powered facial recognition and object detection in remote security cameras with low-latency streaming over 4G.
- 🚜 Industrial Automation & Remote Control
Control and monitor factories, pipelines, and heavy machinery from anywhere, even in areas without WiFi.
- 🚀 Autonomous Vehicles & Drones
Ensure real-time navigation, telemetry, and AI decision-making with stable 4G connectivity.
