Explaining the Types of Wireless Medical Device Connectivity
Innovation is a symbol of the MedTech sector. This has been evident with the incorporation of the Internet of Things into healthcare. As connected technology becomes more connected in our everyday lives, it only makes sense that we are observing a surge in health-connected devices.
The count of connected medical devices is likely to rise significantly in the coming decade since more companies are focusing on connected health solutions to improve patient care.
Network Connected medical devices can connect to the internet via Bluetooth, radio transmission, or WiFi. Such medical devices have digital abilities apart from the basic function of treating, diagnosing, preventing, or curing illness, enabling them to incorporate with, and link to, other systems and networks. Electromechanical medical devices such as clinician-monitored wearable fitness trackers, automated medicine delivery devices, and imaging machines are some examples of connected medical devices.
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The Internet of Medical Things (IoMT)
It’s essential to understand the IoMT in order to understand connected medical devices. IoMT is a connected infrastructure of software applications, healthcare information technology services & systems, and medical devices. The Internet of Medical Things links performance data or patient data; people including clinicians, caregivers, or patients; and practices such as patient support and healthcare delivery, through connected medical devices as well as medical mobile apps.
Some Examples of Wireless Medical Device Connectivity
Wireless device-to-internet or device-to-device connections become achievable in three major methods.
- WiFi:WiFi utilizes a radio frequency signal to wirelessly link devices to the Internet and each other. The radiofrequency signal can be picked up by wireless-compatible devices when they are in the range of the WiFi signal. Moreover, WiFi connectivity offers numerous benefits such as remote automatic device updates, and information can also be uploaded, downloaded, or stored in the cloud.
- Bluetooth: Bluetooth technology links devices at a short distance. Bluetooth medical devices, in healthcare, are employed to offer patients the capability to wirelessly connect their health devices. For instance, a pulse oximetry or wearable device that tracks the rate of the hearth, and then shows that information or reading in an application on the patient’s smartphone.
- Radio Transmission: Utilizing radio frequency to communicate information is the oldest method among these three. For years, radiofrequency has been utilized to link short-range medical devices.
The first completely wireless pacemaker in the world comprised a low-power radio transmitter that automatically transmits information to a home transmitter from the device, where it can then be observed by the healthcare provider through an Internet link.
Benefits of Connected Medical Devices
Connected medical devices coupled with IoMT provide numerous direct advantages to healthcare providers and patients. Such as,
- Real-Time Patient Monitoring:Connected health devices can track real-time patient behavior and send that information to healthcare providers directly. This information monitoring can be done in the in-home healthcare or hospital settings.
- Greater Personalized Care:With constant and precise patient information, healthcare providers can make greater, more customized decisions on patient care.
- Boosts Safety: Connected medical devices and the IoMT can enable the prediction of device malfunctions before they occur or before they cause dangerous events.
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Hence, the growing penetration of network-connected medical devices in healthcare, acceptance of progressive smartphone-based healthcare technologies, growing occurrence of chronic situations, and rising expenditure by government and private establishments, throughout the world, are the major reason propelling network-connected medical devices market.
SOURCE: P&S INTELLIGENCE
