The E611 series developed by EBYTE Electronic Technology is a 2W high-power, long-range wireless communication module designed for integrated video and data transmission Applications. Operating in the license-free 868MHz/915MHz ISM bands, this module delivers up to 33dBm transmit power, 16Mbps maximum data rate, and supports star topology networking with up to 31 slave nodes.

UWB (Ultra Wide Band) is a short-range wireless communication and high-precision positioning technology that uses extremely wide spectrum (usually >500 MHz or relative bandwidth ≥20%).

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.

An audio module is a modular hardware unit integrated with audio acquisition, processing, encoding, transmission, or playback functions, widely used in scenarios such as wireless communications, smart speakers, intercom systems, in-vehicle audio-visual systems, and security monitoring.

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.

ZigBee Mesh Network is a low-power, low-cost, short-range wireless communication technology​ based on the IEEE 802.15.4 standard, specifically designed for Internet of Things (IoT) and machine-to-machine (M2M) Applications. Operating in the 2.4GHz globally license-free ISM band, it features self-organization

In today's rapidly developing IoT technology landscape, ZigBee has emerged as a core wireless communication technology for smart homes, industrial IoT, smart agriculture, and other fields, thanks to its low power consumption, self-organizing network capabilities, and high reliability.

According to Ebyte's product documentation, Bluetooth 5.0 (also known as BLE 5.0) is the core protocol version in its low-power Bluetooth (BLE) product series. This version has significant improvements in speed, range, and data broadcasting capabilities compared to the previous version. The following is a detailed summary based on the documentation.

Bluetooth Specification is a set of standard rules defining wireless communication between Bluetooth devices. With technological evolution, Bluetooth protocols have developed from Classic Bluetooth to Bluetooth Low Energy (BLE) and then to Dual-Mode Bluetooth, meeting diverse requirements for speed, power consumption, and functionality across different scenarios.

The Internet of Things (IoT) smart home is a highly popular topic nowadays, but people's requirements for smart homes are by no means limited to the simple level of controlling lights with a mobile phone. We need to spread intelligence to every corner.

In fields such as drones, remote monitoring, outdoor live streaming, and industrial vision, stable and low-latency wireless video transmission is a core technical challenge. The E611-900NW20D module launched by Chengdu EBYTE Electronic Technology Co., Ltd. provides a new solution for professional-grade wireless video Applications with its unique "video transmission + data transmission integration" design and high-performance indicators.

In industrial automation, environmental monitoring, and smart buildings, accurate collection and reliable transmission of temperature and humidity data are critical to ensuring stable system operation. The KTH2-R series probe-type RS485 temperature and humidity transmitters launched by Chengdu EBYTE Electronic Technology Co., Ltd. have become a reliable choice for numerous Application scenarios due to their high precision, industrial-grade design, and flexible installation methods. This article will provide an in-depth analysis of this product series and offer clear selection and Application guidelines.

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 advancement of automotive intelligence and connectivity, the in-vehicle infotainment system (IVI) has evolved from a simple radio and CD player into an integrated information platform that combines navigation, audio-visual

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.