Need help?Do you have a question about the Waveshare RS232/485 TO WIFI POE ETH (B) and is the answer not in the manual?
General| Model | RS232/485 TO WIFI POE ETH (B) |
|---|---|
| Serial Interface | RS232/RS485 |
| WiFi Standard | 802.11 b/g/n |
| Ethernet Speed | 10/100Mbps |
| Network Interface | Ethernet |
| Power Supply | PoE |
| Operating Temperature | -40°C to 85°C |
| Humidity | 5% ~ 95% |
Guides users through connecting the device hardware components for initial setup.
Explains how to establish network connectivity for the device, focusing on Wi-Fi setup.
Details the steps for testing data transmission to verify device functionality and communication.
Provides a detailed introduction to the serial server's capabilities and network integration.
Lists the electrical specifications and parameters of the device, including power requirements.
Shows and describes the physical appearance and design of the RS232/485 TO WIFI POE ETH (B) device.
Explains the function of each indicator light and the operation of the device's key.
Details the various hardware interfaces available on the device, including RS232, Ethernet, and antenna connectors.
Provides the physical dimensions and outline drawings of the serial server for installation planning.
Illustrates various real-world applications and use cases for the serial server.
Details how to access and use the web-based interface for device configuration and management.
Step-by-step guide on how to log in to the device's web management interface.
Covers the quick configuration options for setting up the device's core functions efficiently.
Explains how to select the operating mode for the serial server, such as AP or STA.
Describes settings related to configuring the device as a Wireless Access Point (AP).
Details the settings for connecting the device as a wireless station (STA) to a network.
Covers configuration for serial port parameters and general network settings.
Explains how to configure the device's Ethernet port settings and modes.
Details the configuration for HTTPDClient mode, used for HTTP server communication.
Covers the configuration of MQTT parameters for IoT communication.
Provides options for managing the device, including user settings, factory reset, and firmware updates.
Information on software configuration tools and methods for the serial server.
Provides the download link for the device's configuration software.
An introduction to the serial server's configuration software and its usage.
Covers the basic settings for establishing wireless network connections for the device.
Details various applications and scenarios for using the device in wireless networks.
Explains how to use the device as a Wireless Access Point (AP) to create a network.
Describes how to connect the device as a wireless Station (STA) to an existing network.
Details the configuration for using the device in both AP and STA modes simultaneously.
Explains the dual-mode wireless functionality, supporting both AP and STA roles.
Provides instructions for setting up wired network connections for the device.
Details various applications and scenarios for using the device in wired networks.
Describes the application of the device in a Private Local Area Network (APLAN) setup.
Details the application of the device in an Access Point Wide Area Network (APWAN) setup.
Explains how to configure the device for routing network traffic.
Describes the application of the device in bridge mode for network connectivity.
Details the different operating modes of the serial server and how to switch between them.
Explains the transparent transmission mode for direct data transfer without parsing.
Describes the serial command mode for sending data to servers via a defined protocol.
Details the configuration for HTTPDClient mode, used for HTTP server communication.
Explains the conversion between ModbusTCP and ModbusRTU protocols.
Describes how to use AT commands to query and set device parameters.
Discusses the wireless features and capabilities of the device.
Explains the automatic frequency selection feature for optimizing wireless performance.
Details the wireless network security mechanisms supported by the device.
Describes how a Station (STA) connects to a network and joins routing functions.
Explains the function of binding BSSID addresses to enhance wireless network security.
Covers the different socket communication methods supported by the device.
Details the mechanisms for framing UART data for transmission.
Lists and explains the serial port parameters like baud rate, data bits, and parity.
Explains the UART free-frame mode for assembling data based on timing intervals.
Describes the UART automatic framing function for fixed-length data frames.
Explains password authentication for TCP connections to enhance security.
Details the RFC2217 protocol used for serial port communication.
Describes the fast networking protocol for efficient device setup and connection.
Explains the function for searching and discovering devices within a local network.
Details the function of sending registration packets for device identification and cloud connection.
Explains how to configure custom heartbeat packets for connection monitoring.
Describes the function of distributing data packets to different sockets.
Explains the timeout reboot function to automatically restart the device if idle.
Details the timed reboot function for scheduling device restarts.
Covers the Modbus polling feature for querying data at intervals.
Explains the Keepalive mechanism for maintaining network connections.
Describes the WebSocket function for real-time web page interaction.
Details the MQTT function for message publishing and subscribing.
An introduction to the MQTT protocol and its application with the device.
Covers the configuration of MQTT parameters for connecting to MQTT servers.
To Next Page