SSC/LINK

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SSC/LINK (Serial System Control/LINK) is an industrial communication system built around a single-wire serial system controlling system. It is a highly efficient, flexible and cost-effective solution for medical, consumer, automotive, industrial and professional products. SSC/LINK is a protocol designed to provide a reliable and secure data transfer communication link between devices, developed by common standards, and separated into two main areas.

The first area is the applications field, which is concerned with how the system is used in different environments, such as medical instrumentation, industrial control, consumer products, professional audio/video equipment, robotics, and mobile applications. SSC/LINK applications can provide reliable communication, control, and programming of data in multiple languages across multiple platforms wirelessly.

The second area is the working principle, where SSC/LINK is used and the application requirements are summed up. This includes the specific user requirements, such as the system latency, error correction, and data rates, as well as the hardware architecture that is chosen for implementation. As the exact details depend on the application, the user has to make sure that the chosen system architecture meets their exact requirements.

System architecture enables the users to choose a system with just the right features for their specific application, which is why this is an important part of the SSC/LINK working principle. Without sufficient analysis, users may end up picking a system that does not meet their exact needs, and therefore limit their efficiency and drain valuable resources.

The link protocol is designed to provide reliable single-wire data exchange between devices. This communication can be established up to 3 km in distance in both outdoor and indoor environment. It is composed of two set of signals (one synchronizing and one data) that allow to transmit and receive data in full duplex. This communication is divided into two categories: request-response mode and general purpose communicatation (GPC).

For request-response mode, devices initiate communication by sending a request command, and receive a response from the master device. This is most suitable for commanding devices and monitoring their state. For general purpose communication, any device can initiate the communication by sending data without requiring an acknowledgement from the master. This mode is used in applications such as broadcasting alarm messages to subscribing devices, providing key status information, and more.

SSC/LINK enables synchronous data transfer, making it suitable for the real-time control of robotic systems. It is also designed for off-line applications, such as coding and programming. It supports a number of features, such as error detection and correction, slave address masking, and repeater topology. Thus, SSC/LINK’s versatile architecture allows it to suit many different types of applications.

This technology can also be supported with a wide range of integrated design platforms, including OPC/EAI, OPC/BACnet, OPC/C++, OPC/CWA, OPC/DTL, OPC/IEEE 1451.0, OPC/TIA-101, OPC/RO, OPC/SDA, OPC/TSC, and much more. As a result, engineers can select from a variety of embedded and industrial options, depending on their application’s requirements and capabilities.

Overall, SSC/LINK is a powerful protocol and a reliable method for industrial communication. Its two main areas, applications field and working principle, allow for the tailored needs of any applications. Its data transfer settings allow for secure data transfer, and its integrated design platforms provide the end users with a variety of options for their needs.

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