Reasons Why Medical Device Connectivity Is Becoming So Popular

 

Medical device connectivity eliminates the need for manual data entry and includes frequent and faster data updates, minimizes human errors, and improves workflow efficiency. Medical devices can be connected over a wired or wireless network. Wired networks are stable, fast, and can be easily configured. Wireless networks (such as medical telemetry service, Wi-Fi, and Bluetooth) provide ubiquitous connectivity and allow uninterrupted patient monitoring. Medical device connectivity is used for facilities through which data is transferred between medical devices such as an information system and a patient monitor.

In the United States, a leader in software-enabled medical technology launched a connected device software (Version 2), a new platform designed to enhance manufacturer visibility and device ROI. Moreover, a semiconductor company introduced a smart platform (that connects clinical systems and medical devices) to empower clinicians and care givers to make better insight-based decisions about their patients. Furthermore, major European countries, such as Italy and the United Kingdom, are working to digitize healthcare to improve patient outcomes. Medical device connectivity is becoming popular due to the fact that it allows better monitoring of patients.

Medical device connectivity allows the establishment of connections to numerous medical devices in the healthcare sector to share information. These connected devices alert physicians in the event of an emergency. The increasing penetration of electronic health records (EHRs) is creating a need for the rapid exchange of health care information. A growing patient-centered approach to ensuring patient safety has fueled demand for high-quality care. Moreover, the increasing adoption of connected devices and EHRs in healthcare increases efficiency and reduces cost for data analytics is driving adoption of medical device connectivity. Connected devices pass on important info such as maintenance schedule along with device tracking system through a real-time location system.

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