Clinically relevant, objective, and continuous Cardiology, Respiratory, Sleep, and Energy Expenditure data collection for therapy evaluation across many medical conditions.
DISCLAIMER
The Philips Health band is not currently available in all geographies. Please check with your Philips representative or contact us for availability.
By clicking on the link, you will be leaving the official Royal Philips Healthcare ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
24/7 Data capture
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
24/7 Data capture
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
Convenient data access
Data access via mobile and web apps
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
Data access via mobile and web apps
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
Data access via mobile and web apps
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
Advanced algorithms and sensors
Validated, objective endpoints
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
Validated, objective endpoints
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
Validated, objective endpoints
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
1-minute epoch data granularity
Data granularity
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Data granularity
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Data granularity
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Clinical trial services
End-to-end solution
Philips offers a number of clinical trial services and support throughout the entire trial process– from pre-trial to post-trial data analysis. This includes consulting, training, project management, data analytics and customer support. This end-to-end solution provides a collaborative consultative option for clinical trial customers, regardless of size or scope of study.
End-to-end solution
Philips offers a number of clinical trial services and support throughout the entire trial process– from pre-trial to post-trial data analysis. This includes consulting, training, project management, data analytics and customer support. This end-to-end solution provides a collaborative consultative option for clinical trial customers, regardless of size or scope of study.
End-to-end solution
Philips offers a number of clinical trial services and support throughout the entire trial process– from pre-trial to post-trial data analysis. This includes consulting, training, project management, data analytics and customer support. This end-to-end solution provides a collaborative consultative option for clinical trial customers, regardless of size or scope of study.
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
24/7 Data capture
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
24/7 Data capture
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
The Philips Health band offers continuous data capture of Cardiology, Respiratory, Sleep and Energy expenditure activity, while the wearable device is worn on the patient or subject’s wrist. This enables clinicians and researchers to assess a more complete view of a subject’s data, with minimal data gaps.
Convenient data access
Data access via mobile and web apps
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
Data access via mobile and web apps
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
Data access via mobile and web apps
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
The Philips Health band offers smart phone compatibility and syncs data via Bluetooth connectivity to a mobile application. Data is also transmitted, via a cellular/Wi-fi communication, to the Philips Actigraphy Server Solution (PASS) web-based app. Studies can be customized to enable data to be visible or blind to patients. Patients can respond to study related questions via the patient reported outcomes (PRO) capability. Clinicians also have the capability of removing patient specific data on request. This real-time data monitoring and communication enables researchers and clinicians to assess the evolving health status of subjects within defined populations over an extended period.
Advanced algorithms and sensors
Validated, objective endpoints
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
Validated, objective endpoints
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
Validated, objective endpoints
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
The Philips Health band packages multiple sensors and advanced algorithms within a single device, for clinically relevant, validated, and objective endpoints. This wrist-worn wearable device features Acceleration and Photoplethysmography (PPG) sensors to enable Cardiology, Respiratory, Sleep and Energy expenditure data collection.
1-minute epoch data granularity
Data granularity
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Data granularity
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Data granularity
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Data transmitted from the Health band into the web based user interface, may be accessed, viewed and analyzed at 1-minute epochs. This level of granularity can be used for in-depth statistical analysis that may provide additional insight and intelligence to help identify therapy impact on a patient’s health. Clinicians may leverage this data to determine next steps for therapy development from trial to trial, and commercialize support therapies for improved patient care.
Clinical trial services
End-to-end solution
Philips offers a number of clinical trial services and support throughout the entire trial process– from pre-trial to post-trial data analysis. This includes consulting, training, project management, data analytics and customer support. This end-to-end solution provides a collaborative consultative option for clinical trial customers, regardless of size or scope of study.
End-to-end solution
Philips offers a number of clinical trial services and support throughout the entire trial process– from pre-trial to post-trial data analysis. This includes consulting, training, project management, data analytics and customer support. This end-to-end solution provides a collaborative consultative option for clinical trial customers, regardless of size or scope of study.
End-to-end solution
Philips offers a number of clinical trial services and support throughout the entire trial process– from pre-trial to post-trial data analysis. This includes consulting, training, project management, data analytics and customer support. This end-to-end solution provides a collaborative consultative option for clinical trial customers, regardless of size or scope of study.
Charging cradle with USB connector; 5 V DC and 250 mA
Battery
Battery
Battery type
3.7 V 90 mAh built-in rechargeable li-polymer battery
Typical battery life
3 days
Recharge time
90 minutes to full charge
Communications
Communications
Bluetooth
Low energy Bluetooth
Communication range
Approximately 2 meters (6 feet)
Mobile devices
Tested on devices from leading mobile manufacturers
Dimensions
Dimensions
Size
Approx. 200mm x 24mm (small); Approx. 230mm x 24mm (large) Enclosure Height: 11mm; Strap Height: 3mm
Weight
Approx. 25 g / 0.9 oz
Display
Display
Display
Monochrome matrix display
Environmental attributes
Environmental attributes
Moisture protection rating
IPX5/IPX7 (Health band); IP21 (charging cradle)
Storage/transportation
Temp -20 °C / -4 °F to 60 °C / 140 °F; Relative humidity: <lt/> 93% Atmos pressure:700hPa to 1060hPa
Memory
Memory
Memory size
4 MB
Monitoring capacity
7 days before rewriting
Recording
Recording
Data output
60-second epoch; 30-second epoch for sleep/wake; aggregated per period
Off-wrist detection
Through pulse rate detected via photopletysmography (PPG)
Recording time
Continuous recording excluding charging time and off wrist periods
Sensors (Accelerometer and PPG)
Sensors (Accelerometer and PPG)
Accelerometer dynamic range
+/- 8g
Accelerometer sampling rate
16 Hz
Accelerometer RMS noise
<lt/>2.1 mg
PPG frequency
525 nm for both LEDs
PPG sampling rate
32 Hz
PPG sensor
Optical Heart rate sensor (2 LEDs equally distributed on a single axis, centers aligned)
Accelerometer
MEMS 3 axis (x,y,z)
By clicking on the link, you will be leaving the official Royal Philips Healthcare ("Philips") website. Any links to third-party websites that may appear on this site are provided only for your convenience and in no way represent any affiliation or endorsement of the information provided on those linked websites. Philips makes no representations or warranties of any kind with regard to any third-party websites or the information contained therein.
