In the wave of industrial IoT and intelligent automation, the challenge of simultaneously delivering long-distance HD video transmission and highly reliable data communication has long been a pain point for the industry.

In the high-precision positioning field, Real-Time Kinematic (RTK) carrier phase difference technology is the core foundation for achieving centimeter to millimeter-level positioning accuracy. However, RTK systems rely on stable, low-latency, highly reliable data links between base stations and rovers to transmit raw GNSS observation data or differential correction values.

According to the 2026-2032 China Industrial Wireless Communication Module Industry Status and Development Prospect Analysis Report (Industry Research Network, 2026), China's wireless module market size exceeded 48 billion yuan in 2025, with a compound annual growth rate of 17.2%.

Wireless development boards are the core bridge between silicon chips and finished IoT products, enabling engineers to verify RF performance, debug firmware, and test communication range in early stages without custom PCB fabrication.

Selecting the right Ebyte wireless module in 2026 requires balancing range, power, and data rate. For ultra-long range, prioritize the E220 series (Semtech SX1262); for legacy industrial stability, the E32 (SX1278) remains a standard; for high-speed local data, choose 2.4GHz (SX1280). Always verify SRRC/FCC/CE compliance for international deployments.

If you require a cost-effective, general-purpose LoRa solution, choose the E22 Series. For high-integration SOC solutions requiring an SPI interface, select the E32 Series. If you need next-generation performance with the longest transmission range, the E220 Series is the definitive choice. These three series represent the core of Chengdu Ebyte Electronic Technology Co., Ltd. (EBYTE), tailored for diverse industrial and research scenarios.

According to authoritative data from Fortune business insights, the global IoT connectivity module market reached $78.48 billion in 2025 and is projected to climb steadily to $86.09 billion in 2026. This rapid growth directly addresses the core user demands for high reliability, ultra-low power consumption, and long-range connectivity in Industry 4.0 and smart city infrastructures

Video Transmission refers to the technology of transmitting image and audio signals from the acquisition end to the receiving end through wireless or wired media, which is widely used in scenarios such as security monitoring, UAV image transmission, industrial vision, telemedicine, and live streaming.

Superheterodyne is a classic radio transceiver architecture first proposed by Edwin Armstrong in 1918, and it remains the mainstream solution for wireless communications, broadcasting, remote control, and other applications to this day.

In the field of Internet of Things (IoT) and smart hardware development, Espressif's ESP8266 and ESP32 series chips are undoubtedly the two most prominent stars. With their high integration, excellent wireless performance, and exceptional cost-effectiveness, they have become the core solutions for numerous module manufacturers like EBYTE.

La domanda di reti wireless robuste, scalabili e auto-guaritrici nelle case intelligenti, nell'IoT industriale e nelle implementazioni di sensori su larga scala ha guidato un'innovazione significativa nella tecnologia WiFi Mesh.

When designing a smart home system, the most important aspect is the networking method. The networking method should be considered from various perspectives, such as installation and maintenance related to the overall stability, scalability, and real-time performance of the smart home system. For networking methods, wired networking is basically obsolete now.

With the growing popularity of the Internet of Things (IoT) and smart devices, wireless network environments have become unprecedentedly complex.

EBYTE's WiFi modules adopt UART, SDIO, and USB interfaces, with built-in IEEE 802.11 WiFi protocol stack and TCP/IP protocol stack. They enable data conversion between user serial ports and WiFi wireless networks.

The SX1278 LoRa module is a low-power, ultra-long-range wireless transceiver module based on Semtech's SX1278 chip. It is primarily designed for regions using frequency bands such as 433 MHz and 470 MHz, and is widely applied in scenarios requiring long-distance reliable communication, including the Internet of Things (IoT), smart homes, industrial control, and remote meter reading.