Lantronix UDS1100 Device Server Board Only

Experience reliable serial-to-Ethernet connectivity with the Lantronix UDS1100 Device Server Board Only. This board-only, RoHS-compliant solution brings industrial-grade device networking to embedded and OEM environments, delivering a single-port 10/100 device server that bridges your serial devices to a fast and scalable Ethernet network. Designed for engineers and product designers who want maximum flexibility, the UDS1100 board enables you to integrate proven Lantronix technology into your own enclosure, carrier board, or compact device housing while maintaining a compact footprint and straightforward installation. Whether you’re upgrading legacy equipment, creating remote telemetry solutions, or building intelligent industrial automation, this board delivers dependable performance and straightforward configuration.

• Single-port 10/100 device server on a compact board: Built to connect a single serial device to an Ethernet network with a small, space-efficient footprint. The board focuses on robust, low-latency data transfer, ensuring serial data streams are reliably transported over TCP/IP with minimal overhead. Its streamlined design makes it ideal for OEMs and integrators who need a discrete, easy-to-mount networking solution for serial devices.
• Board-only design for OEMs and custom enclosures: This is not a complete enclosure—the core device server technology is provided as a board that you can mount inside your own product, cabinet, or custom housing. This approach gives you full control over thermal management, aesthetics, cable routing, and mechanical integration, while leveraging Lantronix’s trusted device networking capabilities.
• Reliable network protocol support and easy management: The UDS1100 board offers Ethernet connectivity and network-based management to simplify deployment in distributed environments. Configure IP addressing, port mappings, and serial parameters through a web-based management interface or command-line options, enabling remote monitoring, diagnostics, and control of connected devices without onsite visits. This makes it ideal for remote sensing, industrial automation, point-of-sale peripherals, and other networked serial applications.
• RoHS compliant and quality-focused: Built to modern environmental standards, the board adheres to RoHS compliance, reducing hazardous materials in manufacturing and ensuring compatibility with a wide range of industrial supply chains. The emphasis on quality and reliability translates to longer lifecycle support for your product line and easier compliance with regulatory requirements.
• Versatile application scenarios: The UDS1100 board is suited for numerous use cases—industrial automation, remote monitoring, data logging, POS peripherals, and laboratory equipment integration—where converting serial data to Ethernet packets enables centralized control, monitoring, and data aggregation across networks. Its flexible, compact form factor helps you scale deployments across multiple machines or locations with consistent performance.

Technical Details of Lantronix UDS1100 Device Server Board Only

• Device Server Board Only, single-port
• 1 x 10/100 Mbps Ethernet port for network connectivity
• 1 x serial port for connection to a wide range of serial devices
• Board-only (no enclosure included), designed for OEM integration
• RoHS compliant
• Web-based and command-line configuration options for IP, port mapping, and serial parameters

How to install Lantronix UDS1100 Device Server Board Only

• Ensure you have a suitable enclosure or carrier board, a stable power source for your system, and space to mount the board securely. Verify that your target environment meets any temperature or regulatory considerations relevant to your application.
• Insert the UDS1100 board into your carrier or enclosure and attach the serial device to the board’s serial interface. Connect the Ethernet cable from the board to your local network switch or router to establish network access.
• Power on the host system and apply network power if required by your carrier. Locate the device on the network using your standard discovery method (DHCP-assigned IP or a known static IP). Access the built-in web management interface via a web browser or use the provided command-line tools to begin configuration.
• In the management interface, assign or confirm the device’s IP address, configure port mapping to translate the serial connection to a network endpoint, and set serial parameters (baud rate, data bits, parity, stop bits) to match the connected device. Save the configuration and apply the changes.
• Use a host computer on the same network to test communications with the serial device through the device server. Verify data integrity, latency, and connection stability. Iterate on settings as needed to optimize performance for your application.

Frequently asked questions

• What is the Lantronix UDS1100 Device Server Board Only?
  It is the board-only version of Lantronix’s single-port device server, designed to provide network access to a serial device without an enclosure. This enables OEMs and integrators to customize the housing while leveraging Lantronix’s reliable serial-to-Ethernet capabilities.
• How many ports does it have?
  The board provides one serial port and one 10/100 Ethernet port, enabling a direct serial-to-network bridge for a single device.
• Is it RoHS compliant?
  Yes. The board is RoHS compliant, aligning with modern environmental and manufacturing standards.
• How do I configure the device?
  Configuration is performed through a web-based management interface or command-line options after the device is connected to your network. You can set IP address, port mapping, and serial parameters to match your connected serial device.
• Do I need an enclosure for this product?
  Yes. Since this is a board-only solution, you will need to mount it within an enclosure or carrier board to create a complete, deployable product.
• What applications is the UDS1100 suitable for?
  It’s well-suited for industrial automation, remote monitoring, data collection, point-of-sale peripherals, and any scenario requiring reliable, network-enabled access to a serial device.