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Bluetooth Medical Device Profile (MDF)

Bluetooth Medical Device Profile (MDF). Introduction. January 2006 a workgroup was formed to develop standard to support existing and emerging medical devices and to bring compatibility and interoperability.

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Bluetooth Medical Device Profile (MDF)

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  1. Bluetooth Medical Device Profile(MDF)

  2. Introduction • January 2006 a workgroup was formed to develop standard to support existing and emerging medical devices and to bring compatibility and interoperability. • Medical device manufacturers, silicon suppliers and other supporters of the Bluetooth standard, who worked together to produce a Health Device Profile that was approved in 2008

  3. The Bluetooth Health Device Profile works with Bluetooth chips that support streaming data rates of up to 2.1Mbps. That means that it can support medical devices as complex as ECGs, which need to stream data. It is equally applicable for simple devices such as weight scales that only need to transmit small quantities of information.

  4. capabilities • It builds on the underlying capabilities of the Bluetooth standard, which include • excellent resistance to interference from wireless LANs, through the use of adaptive frequency hopping • best-in-class security, including immunity from 'man-in-the-middle' attacks, by utilising secure simple [airing with elliptic curve Diffie-Hellman public key cryptography • low power operation, utilising sniff sub-rating modes to allow devices to enter power saving sleep states

  5. a rigorous qualification programme to ensure interoperability • a licence-free regime that gives manufacturers the confidence to use it • excellent range – up to 1km range products are available. • global applicability, using the 2.4GHz band, which was negotiated worldwide by the Bluetooth SIG for Bluetooth technology • low cost, as a result of the design of the specification and the economy of scale accruing from the production of billions of silicon chips by multiple vendors. This also gives security of supply for medical device manufacturers, whose products typically have much longer lives than those of consumer products.

  6. it is important that medical data from different devices speak the same language. As they feed data into a central electronic health record it is vital that the information gathered from different makes of monitor is consistent • IEEE11073 is under draft resolution to define a set of “Device specializations” which mandate the way in which data is represented by specific types of medical device. Products that conform to these standards, known as IEEE 11073, provide the confidence that the patient data is consistent, whatever make or combination of devices is being used.

  7. Bluetooth low energy • The Bluetooth low energy standard is a further evolution of existing Bluetooth technology. It starts from the point of acknowledging that almost every mobile phone contains a Bluetooth chip. This allows mobile phones to connect to existing health devices. Although these devices are low powered, they cannot be made sufficiently low power for some applications

  8. To obtain the absolute lowest power consumption, where even coin cells can power a device for years, you need to change the way in which a radio operates, so that it stays asleep for most of its life, consuming almost no power, then wakes up at the point that it has data to send, sends the data as quickly as possible and returns to its low power sleep mode

  9. Blue tooth low energy chips are designed to have lowest power consumption operating in 2.4Ghz range than ANY wireless standard. • Acheives without sacrificing features of Bluetooth such as • No interference • Excellent security • Interoperability • Licence-free technology

  10. Attractive feature • It will be implemented in mobile phones • PC’s • Home medical centers • They will connect the bluetooth device to a web based application • Same radio can act as conventional bluetooth and bluetooth low energy at the same time.

  11. The Bluetooth Host Stack includes the Multichannel Adaptation Protocol (MCAP) and the Bluetooth Health Device Protocol (HDP). MCAP and HDP are specifications that are specific to Bluetooth health/medical devices. MCAP allows for a robust connection, including support for streaming data. The Health Device Profile (HDP) is the Bluetooth application profile that allows for source devices, such as blood pressure monitors, weight scales, glucose meters to exchange data with sink devices such as mobile phones, laptops and health appliances. L2CAPLogical link control and adaptation protocol is used within the Bluetooth protocol stack. It passes packets to the Host Controller Interface (HCI)

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