Unlocking One Cable Automation with B23 Solutions for Smarter Network Infrastructure

Binder has introduced the B23 hybrid automation connector, a component designed to support One Cable Automation concepts within industrial environments. The connector integrates power and data transmission into a single interface, reducing the physical cabling requirements for industrial machinery and control systems.

The B23 addresses specific operational pressures in manufacturing, including the need for lower cabling effort and the demand for higher data rates. By consolidating multiple signal and power lines, the connector aims to simplify the installation and maintenance of automated systems.

According to reporting from Engineering.com on June 4, 2026, the B23 is positioned to streamline the connection between sensors, actuators, and controllers, which traditionally require separate cables for power supply and communication signals.

The One Cable Automation Concept

One Cable Automation is a design philosophy in industrial engineering that seeks to minimize the number of cables running through a machine or plant. This approach reduces the size of cable trays, lowers the overall weight of wiring harnesses, and decreases the time required for assembly.

Hybrid connectors like the B23 enable this by combining different types of contacts within a single housing. This allows a single cable to provide both the electrical energy needed to power a device and the high-speed data connection required for real-time monitoring and control.

Reducing the cabling footprint also minimizes the risk of wiring errors during installation and simplifies the process of replacing modular components in a production line.

Technical Requirements and Performance

The B23 is engineered to handle increasing data rates, which is a critical requirement as industrial plants adopt more sophisticated Industrial Internet of Things (IIoT) protocols. As more sensors generate higher volumes of data, the physical layer must support faster transmission without introducing signal interference.

A primary technical challenge in hybrid connectors is the isolation of power lines from data lines to prevent electromagnetic interference (EMI). The B23 is designed to maintain signal integrity while carrying power, ensuring that high-speed data communication remains stable even in electrically noisy industrial environments.

This capability is essential for applications involving precision robotics and high-speed synchronization, where latency or data corruption can lead to operational failures or safety hazards.

Context in Industrial Manufacturing

The launch of the B23 occurs as the manufacturing sector continues to move toward modular production cells. These cells require flexible connectivity that can be quickly disconnected and reconfigured to accommodate different product lines.

Traditional cabling often involves complex bundles of wires that make reconfiguration time-consuming. Hybrid connectivity allows for a more plug-and-play architecture, where a single connection point handles all necessary utility and data requirements for a module.

the reduction in cabling effort directly impacts the total cost of ownership for factory operators by lowering labor costs during the initial setup and reducing the downtime associated with troubleshooting cable failures.

The shift toward these integrated solutions is part of a broader trend in industrial automation to optimize the physical layer of the network to match the capabilities of modern software-defined manufacturing.