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User Guide for Connect Tech Inc. Xtreme/10G Managed Ethernet Switch/Router

Quick guide for the Xtreme/10G Managed Ethernet Switch/Router, covering installation, configuration, CLI/Web management, and technical specifications.

Table of contents

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XDG201 Module Page 1 Review the system block diagram for signal flow. Page 8 Identify the top-side layout of the Xtreme 10G board. Page 9 Examine the bottom-side layout of the board. Page 9 Locate the high-density board-to-board connectors. Page 11 S1 DIP Switch Page 14

Quick guide from the manual

The Xtreme/10G Managed Ethernet Switch (XDG201) is a high-density Layer 2/3 switching module designed for industrial applications. This guide provides essential information for integrating the module into a carrier board, configuring the device via CLI or Web interface, and understanding its technical parameters.

XDG201 Module
XDG201 Module

Safety and Handling

The device contains sensitive electronic components. Always observe ESD (ElectroStatic Discharge) precautions:

  • Keep boards in antistatic packaging until installation.
  • Use a grounded wrist strap or touch a grounded metal object before handling.
  • Handle boards by the edges to avoid contact with components.
  • Avoid handling in carpeted areas.

Typical Installation

  1. Install the XHG201 heatplate to the XDG201 module.
  2. Prepare the breakout/carrier board with 4 x M3 8mm standoffs.
  3. Ensure the carrier board provides +12V DC power.
  4. Mate the board-to-board connector (P1) securely.
  5. Power on the carrier board to boot the module.

Important: Ensure the S1 DIP switch is set to RUN at all times. Setting it to RESET will prevent the board from booting.

Review the system block diagram for signal flow.
Review the system block diagram for signal flow.
Identify the top-side layout of the Xtreme 10G board.
Identify the top-side layout of the Xtreme 10G board.
Examine the bottom-side layout of the board.
Examine the bottom-side layout of the board.
Locate the high-density board-to-board connectors.
Locate the high-density board-to-board connectors.
S1 DIP Switch
S1 DIP Switch
Log in to the web management interface.
Log in to the web management interface.
Access the Port State Overview dashboard.
Access the Port State Overview dashboard.
Inspect the physical port configuration of the switch.
Inspect the physical port configuration of the switch.
Review the mechanical dimensions of the board.
Review the mechanical dimensions of the board.
Assembly Drawing
Assembly Drawing
Identify mounting hole locations for installation.
Identify mounting hole locations for installation.

Management Interfaces

CLI Access: Connect to the external serial port using a terminal program (e.g., Putty, RealTerm). Settings: 115200 baud, 8 data bits, 1 stop bit, no parity. Default login is admin with a blank password.

Web Interface: Access via a web browser. Default IP is 10.10.10.1. Connect your PC to the same subnet (10.10.10.X) to access the login screen. Default credentials are admin with a blank password.

Technical Specifications

  • Ports: 36 total (4x 10G SFI, 8x 1G SGMII, 24x 1G Copper).
  • Input Voltage: +4V to 14V DC.
  • Power Consumption: 24W Max / 14W Idle.
  • Operating Temperature: -40°C to +85°C.
  • Dimensions: 85mm x 85mm.

Manufacturer information

Connect Tech Inc.

Brand profile
Manufacturer website https://connecttech.com Support https://connecttech.com Manufacturer manuals https://connecttech.com

Practical help

Common problems

Device will not boot

Ensure the S1 DIP switch is set to the 'RUN' position.

Cannot access Web Interface

Ensure your PC is on the same subnet (10.10.10.X) as the switch (default 10.10.10.1) or configure a new IP via CLI.

Serial connection not working

Verify baud rate is set to 115200 and only TX, RX, and GND pins are connected.

Before use

  • Ensure ESD safety precautions are followed.
  • Install the XHG201 heatplate before operation.
  • Verify the carrier board provides +12V DC.
  • Ensure the S1 switch is in the 'RUN' position.
  • Use a standard Cat5e cable for initial network connection.

Specs in practice

Input Voltage
Requires +4V to 14V DC; +12V is standard for most configurations.
Operating Temp
Industrial range from -40°C to +85°C.

Images and diagrams

  • The block diagram shows the data path from the high-density connector through the PHYs to the VSC7448 switch chipset.
  • The assembly drawing illustrates the correct stacking order of the carrier board, standoffs, XDG201 module, and heatplate.

Model compatibility

  • The XDG201 is a proprietary module requiring a carrier board (e.g., XBG301).
  • Supports Cisco-compatible GLC-T transceivers.

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Manual page author

Emily Carter

User documentation editor

Prepares concise manual descriptions and highlights the most useful setup, operation, and maintenance information for readers.