An Industrial Single Board Computer (Industrial SBC) is a fully integrated computing system built on a compact PCB, combining CPU, memory, storage, networking, display, and diverse I/O interfaces

Complete EBYTE WiFi module comparison guide. Compare ESP8266, ESP32, CC3200, DA16200, RTL8812 and MT7688 modules across UART, WiFi+BLE, dual-band and router series. Find your perfect match.

EBYTE, in partnership with leading chip manufacturers including Espressif, Texas Instruments, Realtek, and MediaTek, has built a complete product matrix covering Serial-to-WiFi, WiFi+BLE combo, dual-band WiFi, and router-grade WiFi modules.

EBYTE's E53 series (FMS system) is built specifically to solve these agricultural IoT challenges. It uses LoRa spread spectrum technology with a star network topology, supports master-node command delivery and OTA firmware updates — a perfect fit for your farm project

EBYTE have a standard product that can do this out of the box? Yes. The ME31-AAAX2240, ME31-AAAX4220, ME31-XAAX0440, and ME31-XAXA0404 network IO modules can handle this using built-in Follow Mode and Trigger Flip Mode — no PLC programming required.

In industrial wireless communication projects, a common scenario arises: a sensor or controller based on the E22-400M30S module needs to transmit data stably and quickly to a central control room hundreds of meters away. Choosing the right gateway DTU to pair with this module is critical to project success.

In a nutshell: CANopen is a high-level application protocol built on top of CAN bus hardware. Through a standardized communication mechanism and object dictionary, it enables PLCs, sensors, actuators, and other devices to "speak the same language" and work together efficiently. Distributed I/O is one of CANopen's most classic and widely used applications.

A multi-dimensional comparison covering penetration, interference immunity, transmission range, regulatory constraints, with EWM700 case analysis

ExpressLRS (ELRS) is a high-performance, open-source radio control (RC) link system built on ESP32/ESP8285 microcontrollers and Semtech SX127x/SX128x LoRa RF chips. Hosted on GitHub and maintained by a global community, it is designed for FPV drones, fixed-wing aircraft, RC cars, boats, and other RC applications.