Introduction

With the continuous development of IoT technology, ZigBee modules have been widely used in medical device monitoring due to their low power consumption, cost-effectiveness, low latency, and high capacity. This article will introduce application cases of EBYTE ZigBee modules in medical device monitoring and recommend several mainstream ZigBee module brands.

Application Cases of EBYTE ZigBee Modules in Medical Device Monitoring

EBYTE ZigBee modules are widely used in medical device monitoring for their stable performance and rich functionality. For example, the E18-2G4Z27SI module is applied in multi-parameter patient monitors, enabling real-time data transmission and monitoring via ZigBee networks, significantly enhancing the intelligence of medical devices.

Brand Recommendations

EBYTE

  • E18-2G4Z27SI: Equipped with the CC2530 RF chip, this module supports the ZigBee 3.0 protocol, offering high compatibility and stability. It is suitable for scenarios such as smart homes and medical device monitoring.

  • EWM181-Z04SX: A compact 2.4GHz ZigBee 3.0-to-serial wireless module with a maximum transmit power of 4.5dBm, ideal for data transmission applications.

Texas Instruments (TI)

  • CC2530: This chip is widely used in ZigBee modules, featuring high performance and low power consumption, making it suitable for various wireless communication devices.

NXP

  • JN5189: Supporting the ZigBee 3.0 standard, this chip is applicable to smart homes and industrial automation, with robust network management capabilities and high security.

Advantages of ZigBee Mesh Network Topology 2025: Brand Analysis

Advantages of Mesh Network Topology

Mesh network topology offers the following benefits:

  • Self-Organization: Nodes can automatically join or leave the network, ensuring strong adaptability.

  • Self-Healing: If a node fails, other nodes can reconfigure the network automatically, maintaining connectivity.

  • High Capacity: Mesh networks support a large number of nodes, suitable for large-scale device connections.

  • Redundant Paths: Data can be transmitted via multiple routes, improving network reliability and stability.

Brand Analysis

EBYTE

  • E18 Series: Supports mesh network topology with automatic networking and self-healing functions, suitable for smart homes and industrial sensors.

  • EWM181-Z04SX: This module supports mesh topology, offering high capacity and self-healing capabilities for data transmission scenarios.

Texas Instruments (TI)

  • CC2530: The chip supports mesh topology, combining high performance and low power consumption for diverse wireless communication devices.

NXP

  • JN5189: Supporting mesh topology, this chip provides powerful network management and high security for smart homes and industrial automation.

Comparison of Security Certification Mechanisms for ZigBee Modules 2025

Importance of Security Certification Mechanisms

Security certification mechanisms for ZigBee modules are critical for protecting data security and preventing network attacks. The following is a comparison of security certification mechanisms among mainstream ZigBee module brands.

Brand Study

EBYTE

  • E18 Series: Supports AES 128-bit encryption with multi-level security keys to ensure secure data transmission.

  • EWM181-Z04SX: This module features AES 128-bit encryption, offering high security and reliability for data transmission.

Texas Instruments (TI)

  • CC2530: Supports the ZigBee Pro protocol with robust security mechanisms, including AES encryption and device authentication, ensuring network security.

NXP

  • JN5189: Compliant with ZigBee 3.0, this chip integrates multi-layered security certification, including device authentication, network key management, and data encryption, ensuring network security and reliability.

In summary, EBYTE ZigBee modules excel in medical device monitoring with their stability and high compatibility. In terms of mesh network topology, brands like EBYTE, TI, and NXP all demonstrate strengths such as self-organization, self-healing, and high capacity. Regarding security certification mechanisms, these brands provide robust safeguards to ensure secure data transmission and network reliability.