Without a vendor-neutral solution like Philips Capsule MDIP, hospitals may have to turn to customized medical device integration (MDI) solutions, which can be expensive and time-consuming to develop and implement. “We are proud to continually work with our customers to enable more hospitals and systems to experience the benefits of medical device data integration.” “The 1,000+ device connectivity milestone serves as testament to Philips Capsule MDIP’s capabilities that support the data digitalization needs of today’s healthcare providers,” said Elad Benjamin, general manager of Clinical Data Services at Philips. Drivers are developed in collaboration with device manufacturer partners as well as at the request of individual hospitals and health systems. With these new device drivers, which enable Philips Capsule MDIP to interface with a variety of medical devices and access their data, customers can connect more devices and systems to advance health systems’ digital transformation with intelligent, vendor-agnostic tools that turn complex data in to actionable insights.
#Inmr normalize integrals drivers#
Since the early 2021 acquisition of Capsule Technologies, Philips continues to expand its medical device connectivity by adding device drivers to the industry-leading enterprise device integration platform. Philips Capsule MDIP captures streaming clinical data and transforms it into actionable insights for patient care management aiming to improve collaboration between care teams, streamline clinical workflows, and increase productivity. Philips Capsule MDIP, which will be integrated into Philips HealthSuite Platform, is now installed in more than 3,000 healthcare facilities globally. Amsterdam, the Netherlands – Royal Philips (NYSE: PHG, AEX: PHIA), a global leader in health technology, today announced that, with the release of new device drivers that enable integration and interoperability, Philips Capsule Medical Device Information Platform (MDIP) has exceeded the milestone of integrating with more than 1,000 unique medical device models.
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