Laird officials announce the release of a new white paper discussing the importance of testing Wi-Fi functionality for medical devices. The white paper, titled Testing Wi-Fi Functionality in Medical Devices, is an excellent tool for medical device manufacturers looking to embed Wi-Fi radios into their products.
Medical devices place stringent requirements on Wi-Fi connections, because many medical devices require a persistent network connection. A disruption of even a tenth of a second can cause a failure in the transmission of data, which may compromise patient care. Radio frequency (RF) transmissions between the medical device and, for example, a nurses station, may be absorbed by lead walls or human bodies, redirected by metal objects and surfaces, or disrupted by sources of RF interference.
To ensure reliable Wi-Fi connectivity, a Wi-Fi radio that is embedded in a medical device must be tested thoroughly. This white paper answers where and how to best test an embedded Wi-Fi radio and defines key requirements that should be included in testing:
- RF performance
- Interoperability with popular Wi-Fi infrastructures
Thorough testing such as this requires an extensive setup and experienced test engineers, both of which many embedded wireless providers and medical device manufacturers cannot afford. Medical device manufacturers who choose rigorously tested Wi-Fi modules for their designs are one step closer to making the wirelessly connected hospital a reality.
Chris Downey from Laird and Bill Quatier from Welch Allyn will discuss medical-grade Wi-Fi for hospitals in their upcoming webinar, Making the Connected Hospital a Reality. Welch Allyn is a leading manufacturer of medical devices, products, and solutions used by caregivers in doctors' offices, hospitals, and emergency response settings around the world. For more information about this webinar, and our upcoming webinars, click here.
Source: Laird Technologies Inc.