EBYTE E180 Series

EBYTE E180 Series ZigBee 3.0 Wireless Module User Manual

Model: E180 Series | Brand: EBYTE

1. Produto rematadoview

The EBYTE E180 Series is a multifunctional ZigBee 3.0 wireless module designed for a wide range of smart home and IoT applications. It integrates a 32-bit ARM Cortex-M4 core and supports the new ZigBee 3.0 communication standard, offering safe, reliable, and highly stable performance with ultra-low power consumption. These modules are compatible with various network protocols, including ZHA and ZLL, and support multiple network topologies.

Various E180 Series ZigBee 3.0 Modules
Figure 1: E180 Series ZigBee 3.0 Modules (E180-Z6907A, E180-ZG120A, E180-ZG120B, E180-Z5812SX)

The E180 series modules are suitable for applications requiring centralized network management and efficient power usage, making them ideal for home automation, intelligent lighting, energy management, security systems, sensors, and healthcare monitoring products.

2. Configuración e instalación

This section provides guidelines for the physical and electrical setup of your E180 Series module.

2.1 Instalación física

The E180 Series modules come in an SMD (Surface Mount Device) package, designed for integration onto a PCB. Ensure proper soldering techniques are used for reliable connection.

2.2 Opcións de antena

The modules offer dual antenna options to suit various application requirements:

  • IPEX Antenna Interface: Allows the use of an external antenna to effectively increase transmission distance.
  • Stamp Hole Antenna Interface: Provides a convenient interface for customers to choose an antenna based on site requirements.
Dual antenna options for E180 modules
Figure 2: Dual Antenna Options (Stamp Hole / IPEX)

2.3 Fonte de alimentación

The E180 Series modules operate within a voltage gama de 1.9V a 3.8V. It is crucial to provide a stable power supply within this range. Connecting the module to a 5V power source will damage the device.

2.4 Configuración de rede

The device can be configured to switch between three types of roles within a ZigBee network:

  • Coordinador: Initiates and manages the ZigBee network.
  • Router: Extends the network range and allows other devices to join.
  • Terminal (End Device): A low-power device that sends and receives data, typically sleeping to conserve energy.
Diagram showing module configurable as Coordinator, Router, or Terminal
Figure 3: Freely Configurable Module Roles

For detailed configuration instructions and software tools, please refer to the official documentation available at www.cdebyte.com.

3. Instrucións de funcionamento

The E180 Series modules leverage the ZigBee 3.0 standard for robust and secure wireless communication.

3.1 ZigBee 3.0 Communication Standard

ZigBee 3.0 offers enhanced security and reliability. It covers a wide range of device types and features defined in ZigBee PRO-based standards, ensuring broad compatibility and advanced functionalities.

Benefits of ZigBee 3.0 communication standard
Figure 4: ZigBee 3.0 Benefits (Safe, High Stability, Globally Used, Ultra Low Power)

3.2 Touch Link Network Protocol

The TOUCHLINK network protocol simplifies ZigBee network formation, allowing for the establishment of a simple and stable ZigBee network without the need for a dedicated coordinator. This is particularly useful for ZLL (ZigBee Light Link) light control and smart lighting applications.

Touch Link Network Protocol applications
Figure 5: Touch Link Applications (Light Control, Smart Lock, Appliances, Temperature Control)

3.3 Network Self-Healing Function

The E180 Series modules support a network self-healing function. If a network node is added, deleted, or fails, the network can repair itself and adjust the network topology automatically. No manual intervention is required to ensure continuous network operation.

Network self-healing function diagram
Figure 6: Network Self-Healing Process

3.4 Escenarios de aplicación

The E180 Series modules are versatile and can be deployed in various scenarios:

  • Sistemas de fogar intelixente: Effectively solves many-to-many communication problems distributed throughout the SigMesh network.
  • Intelligent Medical Monitoring Systems: ZigBee star networks are suitable for multi-point, relatively close applications, such as monitoring instruments and call buttons in different rooms.
Smart home system application scenario diagram
Figure 7: Smart Home System Application
Intelligent medical monitoring system application scenario diagram
Figure 8: Intelligent Medical Monitoring System Application

3.5 Integrated Security

The modules feature an integrated ZigBee 3.0 secure communication standard with multi-level keys to effectively improve device security within ZigBee networks. Data is encrypted at the network and APS layers using Network Key and Link Key respectively. APS layer security allows the Trust Center to securely transfer Network Keys to join nodes or deny node joins, and enables applications to add optional secure encrypted messages. Network layer security ensures the security of messages sent across all ZigBee networks.

Integrated ZigBee 3.0 secure communication standard layers
Figure 9: ZigBee 3.0 Security Layers (PHY, MAC, Network, APS)

4. Mantemento

The E180 Series modules are designed for long-term, stable operation. Regular maintenance is generally not required for the module itself once properly installed. However, ensure the operating environment is free from excessive moisture, dust, and extreme temperatures to prolong the lifespan of the module and associated components.

For optimal performance, ensure that any external antennas are securely connected and free from obstruction.

5 Solución de problemas

If you encounter issues with your E180 Series module, consider the following:

  • Sen enerxía: Verify that the power supply is within the specified range of 1.9V-3.8V and correctly connected.
  • Sen conexión de rede:
    • Check if the module is configured correctly as a coordinator, router, or end device.
    • Ensure other ZigBee devices are within range and properly configured to join the network.
    • Confirm antenna connection and placement.
  • Conexión intermitente:
    • Check for sources of interference in the 2.4GHz band.
    • Ensure sufficient power supply stability.
    • Verify that the network has enough routers to cover the desired area.

For more advanced troubleshooting, consult the detailed datasheets and application notes available on the EBYTE websitio.

6. Especificacións

Característica Especificación
Tipo Drive IC, SMD Transceiver Module
IC EFR32 (also supports TLSR8258, TLSR8269, JN5189 variants)
Frecuencia 2405 ~ 2480 MHz
Potencia máxima de transmisión 18~20 dBm
Vol. Operativotage 1.9-3.8 V
Antena Stamp hole / IPEX (Dual antenna optional)
Distance for Reference Up to 1300m (Note: E180-ZG120B model specifies 50m typical range)
Tamaño Typically 11.5*18 mm (E180-ZG120B: 25mm x 13mm or 18mm x 11.5mm depending on specific variant)
Paquete SMD
Certificacións FCC, CE, RoHS 2.0 (for E180-ZG120B and other certified models)
E180-ZG120B module with dimensions and frequency/distance
Figure 10: E180-ZG120B Module Dimensions (25mm x 13mm) and Range (50m)
E180-ZG120B module with ultra-small size comparison
Figure 11: E180-ZG120B Ultra-Small Size (18mm x 11.5mm)
Close-up of EFR32 chip on the module
Figure 12: EFR32 Original Chip Solution
FCC, CE, RoHS certifications for E180-ZG120B
Figure 13: Authoritative Certifications (FCC, CE, RoHS)

7. Consellos de usuario

  • Fonte de alimentación: Always ensure your power supply is within the specified 1.9V-3.8V range. Do NOT use a 5V power supply as it will damage the module.
  • Datasheet Access: For detailed technical specifications, programming guides, and advanced usage, download the official datasheets and resources from the EBYTE websitio: www.cdebyte.com.
  • Selección de antena: Choose the appropriate antenna type (IPEX for external, Stamp Hole for integrated) based on your application's range and space constraints.

8. Garantía e soporte

For warranty information, technical support, and additional resources, please visit the official EBYTE website or contact their customer service. Ensure you have your product model and any relevant purchase details available when seeking support.

Oficial Website for Downloads and Support: www.cdebyte.com

9. Vídeo do produto

Vídeo: Rematadoview of EBYTE E180 Series ZigBee Modules and their features.

Documentos relacionados - Serie E180

Preview 亿佰特 ZigBee 3.0 系列 HEX 模式串口命令指南
本指南详细介绍了亿佰特(EBYTE)ZigBee 3.0 系列模块的 HEX 模式串口通信命令。内容涵盖了串口格式、命令帧结构、命令类型、网络管理命令(ZDO)以及 ZCL 协议命令的解析,是开发和集成 EBYTE ZigBee 模块的必备参考文档。
Preview Ficha técnica do módulo transceptor sen fíos E01-ML01SP4 de 2.4 GHz
Ficha técnica do Ebyte E01-ML01SP4, un módulo transceptor inalámbrico SMD de pequeno tamaño a 2.4 GHz baseado en Nordic nRF24L01P con alimentación. ampliferador e sensibilidade mellorada, con interface SPI e conector IPEX. Inclúe parámetros eléctricos, definicións de pines, pautas de uso e requisitos de integración OEM.
Preview E10-915MS30 1W 915MHz SMD Wireless Module User Manual
User manual for the EBYTE E10-915MS30, a 1W 915MHz SMD wireless module based on the SI4463 chip. Covers specifications, operation, hardware design, software, applications, and troubleshooting.
Preview Manual do usuario do módulo LoRa E22-900M33S | EBYTE SX1262 868/915MHz
Explora o manual do usuario do módulo LoRa EBYTE E22-900M33S. Esta guía describe en detalle o transceptor RF de 868/915 MHz baseado en SX1262, incluíndo as especificacións, o hardware, o software e as aplicacións para sistemas industriais e de IoT.
Preview E18-2G4Z27SI ZigBee Wireless Module User Manual
User manual for the EBYTE E18-2G4Z27SI, a 2.4GHz ZigBee SMD wireless module based on TI's CC2530 chip, featuring 27dBm power, PA+LNA, and industrial-grade design. Covers features, technical specifications, mechanical characteristics, usage, programming, FAQ, production guidance, related products, and antenna guidance.
Preview Especificación técnica do módulo LoRa SPI SMD E220-400M30S LLCC68 433/470MHz 1W
Especificacións técnicas detalladas, características, notas de aplicación e guía para o módulo LoRa EBYTE E220-400M30S, que inclúe un chip LLCC68, unha potencia de transmisión de 1 W e unha banda de frecuencia de 433/470 MHz.