Serial to Ethernet Connector Electronic Team, Inc.
winget install --id=ElectronicTeam.SerialOverEthernet -e Serial to Ethernet Connector is an application that allows you to share COM devices connected to a computer to other computers on the same local network. It can also create virtual ports in order to exchange data with applications that use a serial interface. Serial to Ethernet Connector can be set up for a variety of uses, including access to serial devices from inside a virtual machine.
Serial to Ethernet Connector is a software application designed to enable the sharing of COM devices connected to a computer with other computers on the same local network. It also allows the creation of virtual ports, facilitating data exchange with applications that use serial interfaces. The tool can be configured for various purposes, including accessing serial devices from within virtual machines.
Key Features:
- Device Redirection: Share physical COM devices with multiple clients over a network, enabling remote access to serial hardware.
- Virtual Port Creation: Generate virtual COM ports on computers without physical serial interfaces, allowing seamless communication with software that relies on serial connections.
- Data Buffering: Store data during temporary connection disruptions and resume transmission once the link is reestablished, minimizing data loss.
- Simultaneous Connections: Support concurrent access to a single port by multiple clients, with configurable permissions for read/write operations.
- UDP Broadcasting: Transmit serial data to all devices on a network via UDP, simplifying communication without requiring client-side setup.
- Telnet Redirection: Use the Telnet RFC 2217 protocol for advanced configuration and flow control in industrial applications.
Audience & Benefit:
Ideal for engineers, developers, and IT professionals who need to manage serial devices remotely or integrate legacy systems into modern network environments. Serial to Ethernet Connector simplifies device access without physical relocation, enhances compatibility between old hardware and new software, and improves efficiency by enabling secure, encrypted communication over networks.