Serial to Ethernet Servers

Our Serial to Ethernet Servers provide seamless legacy system integration. Allowing older serial devices to connect to modern Ethernet networks. In addition, they support remote device management for centralised control, feature a rugged design for harsh environments, and include advanced networking capabilities. Such as virtual COM port mapping, redundancy, and secure data transmission. In addition, they offer scalability, enabling easy expansion of connected devices within the network.

Key features of our Serial to Ethernet Servers that make them ideal for use in industrial and networking environments. Some of these features include:

Multiple Serial Protocol Support: They support RS232, RS422, and RS485 protocols, allowing flexibility in connecting various legacy devices.
Ethernet Connectivity: These device servers convert serial communication to Ethernet, facilitating integration with modern IP-based networks.
Virtual COM Port Mapping: Allows serial devices to be accessed via a virtual COM port on a remote computer, making it easier to manage devices across networks.
Redundant Power Inputs: Designed for industrial environments, they often feature dual power inputs for redundancy to ensure continuous operation.
Wide Temperature Range: Built to operate in extreme temperature conditions, from -40°C to 85°C, making them suitable for harsh environments.
DIN-Rail or Wall Mountable: Their rugged design allows for flexible mounting options, including DIN-rail or wall-mount, which is ideal for industrial use.
Secure Data Transmission: Features like SSL/TLS encryption ensure secure communication, protecting data transmitted across networks.
Configuration and Management Tools: They typically come with user-friendly web-based management tools or utilities. For easy configuration and monitoring of connected devices.
Surge and ESD Protection: Built-in protection from electrical surges and electrostatic discharge (ESD) ensures reliable performance in industrial settings with power fluctuations.
Failover and Redundancy: Some models offer network redundancy and failover mechanisms, ensuring high availability and minimising downtime in critical operations.