Based on Modbus, Profinet, and EtherCAT industrial protocol standards, this guide analyzes integration pain points such as insufficient CPU power, closed protocols, and the lack of edge capabilities in traditional PLCs. Leveraging IMX6ULL, STM32MP157, and ESP32-S3 core boards, it delivers engineering solutions for PLC data pass-through, edge computing, heterogeneous expansion, and legacy equipment retrofitting tailored for smart manufacturing, production line optimization, and control system expansion scenarios.
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WiFi Module
Industrial WiFi Modules: High-Speed & Reliable IoT Connectivity Solutions
Ebyte offers a robust selection of industrial WiFi modules designed for high-speed data transmission and seamless internet connectivity. Our portfolio features highly integrated solutions, including the ESP32 series and dual-band wireless transceivers, known for their ultra-low power consumption and excellent compatibility across diverse IoT ecosystems.
Ebyte's IoT WiFi modules support high-speed data rates and provide long-range wireless capabilities, making them an essential component for efficient information transmission between IoT devices. By integrating advanced chipsets from industry leaders like Espressif, we deliver low-cost yet high-performance long-range RF communication solutions tailored for global B2B deployments.
- Advanced Chipset Integration: Our series includes the ESP32-S3-WROOM-1 for dual-core processing and the E103-RTL8811CU for versatile 2.4GHz + 5.8GHz dual-band wireless transmission.
- Multi-Protocol Support: We offer WiFi + BLE combo modules like the E103-W13, which supports WiFi 6 and BLE 5.4, ensuring your hardware remains future-proof with WPA3 security.
- Industrial-Grade Reliability: Built for 24/7 operation in harsh environments, these modules feature a wide temperature range (-40°C to +85°C) and robust anti-interference performance, meeting CE, FCC, and RoHS standards.
- Flexible Integration: Designed for rapid development, Ebyte modules support various interfaces, including UART (Serial to WiFi), SPI, and USB, facilitating easy integration into existing MCU architectures.
Key Application Scenarios
Ebyte’s low-power WiFi modules are widely utilized by engineers for Industrial Automation (PLC networking), Smart Agriculture (remote greenhouse monitoring), and Remote Monitoring systems. Whether you are implementing a high-speed data link or a large-scale sensor network, our modules provide the industrial-grade stability required for mission-critical IoT infrastructures.
Ebyte ESP32-WROOM-32 Price Buy Online espressif BLE 4.2 802.11 b/g/n/e/i Dual Core MCU 2.4GHz Blue tooth WiFi esp32 wroom 32 price
$3.00ESP32-WROOM-32 is a powerful, generic WiFi+BT+BLE+MCU module that targets a wide range of application, ranging from low-power sensor network to the most demanding tasks, such as voice encoding,music streaming and...
0.01$ Sample Module
These samples are $0.01, and you can only buy 2 per person. (Limit 2)! Just pay the shipping fee to buy.New product promotion (up to 20% off)
New products of Ebyte: GNSS multi-mode satellite positioning module, E810 series USB to RS485 module, power amplifier PA module.Blog posts
Sub TextThis guide defines 4G and 4G LTE, explains their core technical principles, key parameter differences, network architecture, and industrial deployment values, solving low bandwidth and high latency pain points of 3G networks for IoT and mobile communication scenarios.
Based on 3GPP R18 eRedCap, LoRaWAN, and NB-IoT low-power IoT standards, this article analyzes high power consumption, short battery life, weak networking, and high maintenance costs in traditional sensor networks. Leveraging STM32MP157, IMX6ULL, and ESP32-S3 low-power core boards, it provides engineering solutions for sleep scheduling, multi-sensor fusion, and long-range networking tailored for unattended industrial, environmental, and energy scenarios.
Based on GB/T 22239, TCM2.0 trusted computing, and SM4 national cryptographic standards, this article analyzes core risks including firmware tampering, data theft, hardware cracking, and program piracy in industrial core boards. It details hardware anti-disassembly, bus encryption, firmware lockdown, and data verification solutions adapted for industrial control intellectual property protection and production data security scenarios.
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