EN ISO 10973-3:2014, also known as ISO/IEEE 11073-10406:2011, is an international standard that establishes a framework for the communication of medical device information. The standard defines protocols and guidelines for the interoperability of medical devices, enabling seamless data exchange between different devices used in healthcare settings.
The Purpose of EN ISO 10973-3:2014
The primary objective of EN ISO 10973-3:2014 is to enable the integration of medical devices into a hospital's existing healthcare system. It provides a consistent and structured approach to facilitate the exchange of information between devices, promoting interoperability and compatibility.
Key Features of EN ISO 10973-3:2014
EN ISO 10973-3:2014 utilizes existing standards to define a common language and vocabulary for medical device communication. It incorporates a layered architecture, facilitating communication on multiple levels, including the physical, network, session, presentation, and application layers.
The standard defines a range of communication profiles and specifies how medical devices should interact within each profile. This versatility allows devices from different manufacturers to communicate effectively, ensuring seamless integration and reducing obstacles during the exchange of vital healthcare information.
Benefits and Applications
EN ISO 10973-3:2014 has several benefits and wide-ranging applications in the healthcare industry. By establishing standardized communication protocols, it enhances patient safety by minimizing errors and inconsistencies arising from incompatible medical devices.
The standard promotes market competition and innovation by fostering an open environment for device manufacturers. It encourages the development of compliant products, providing healthcare institutions with a wider range of options and improving the overall quality of medical care.
Furthermore, EN ISO 10973-3:2014 facilitates data collection and analysis, enabling healthcare professionals to make more informed decisions. It supports telemedicine, remote monitoring, and interoperability between devices such as glucose meters, blood pressure monitors, and electronic health records systems.
Nina She