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General| Model | MC1 |
|---|---|
| Type | Media Converter |
| Fiber Type | Multi-mode/Single-mode |
| Wavelength | 850nm, 1310nm, 1550nm (depending on SFP module) |
| Connector | RJ45, SFP |
| Power Supply | 5V DC |
| Operating Temperature | 0°C to 50°C |
| Humidity | 5% to 95% (non-condensing) |
Details the ports and LEDs of the MC1 device.
Details the ports and plug assembly of the MC2 device.
Details the ports and plug assembly of the MC4 device.
Explains the operating state indicated by the device's LEDs.
Lists the technical specifications of the MC device.
Describes the properties of the wireless LAN interface.
Guides on using the MC-Config application for initial setup.
Explains how to restore the device to its default factory settings.
Provides general information about the device state and firmware.
Details device name, uptime, real-time clocks, serial number, and firmware.
Displays information about the current Wireless LAN connection state.
Shows the current status of the device's LAN ports.
Displays the current status of the serial ports.
Shows the current state of the relay function if enabled.
Displays information on the active network interfaces.
Lists all access points registered by the MC, including the connected one.
Allows functions for firmware transfer and config file handling.
Describes how to upload firmware files to the MC.
Manages configuration by resetting, downloading, or uploading files.
Provides access to configuration dialogs for MC functions.
Offers access to activity information and stored messages.
Displays system messages stored in the internal file system.
Shows statistical data on the device's network interfaces.
Connects a LAN device, determining IP/MAC for WLAN connection.
Configures parameters for the LAN Client Cloning mode operation.
Works in a separate network, transforming traffic via MC's IP.
Lists benefits of NAT mode, including protection and fewer broadcast packets.
LAN clients communicate with their own IP over WLAN, using MC's MAC address.
Solves restrictions by tunneling client data to a master MC.
Configures wireless mode, SSID profiles, phy mode, country, and sleep mode.
Defines WLAN SSID profiles for switching between different SSIDs.
Sets the network name (SSID) and priority for WLAN connection.
Determines MC behavior upon SSID profile changes, including DHCP actions.
Configures encryption methods, keying protocols, keys, and authentication.
Enables and configures authentication via 802.1x using various EAP methods.
Manages certificate passwords and secure client key settings.
Manages maintaining data connections in mobile environments by switching APs.
Configures roaming behavior based on SNR, intervals, and channels.
Functions as an error search tool, documenting connection interruptions and attempting to resolve them.
Defines preferred or avoided access points for roaming decisions.
Details how to record system messages and traces for problem investigation.
Specifies where debug files are stored (RAM, FLASH, or USB).
Allows adding extra information like timestamps and thread names to debug messages.
Defines intensity of system messages via debug levels (ERROR, WARN, INFO, TRACE).
Configures recording of data traffic from LAN/WLAN interfaces for analysis.
Explains how to download log files using the MC-Config program.
Details parameters like port activation, device address, baudrate, and network configuration.
Describes network configuration modes for serial interfaces (TCP/IP Server/Client, UDP/IP, Printer/COM Server).
Configures keep-alive settings to maintain TCP/IP connections by sending periodic packets.
Manages data flow control between serial partners using handshake signals.
Explains how to use a Config-USB-Stick to quickly replace defective MC devices.
Details the process of initializing a USB stick via the MC Config program.
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