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Biosensor BX100 Wearable biosensor

Biosensor BX100

Wearable biosensor

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A medical-grade, wireless device that adheres discreetly to the chest, the Philips Biosensor BX100 measures vital signs, posture and activity while allowing patient mobility. It is designed to work with IntelliVue GuardianSoftware to aid early identification of patient deterioration, driving early intervention.

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Features
Frequent measurements
Data insights drive intervention

Data insights drive intervention

Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.

Data insights drive intervention

Data insights drive intervention
Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.

Data insights drive intervention

Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.
Click here for more information
Frequent measurements
Data insights drive intervention

Data insights drive intervention

Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.
Automatic measurement and recording
Supports effective use of caregivers’ time

Supports effective use of caregivers’ time

Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.

Supports effective use of caregivers’ time

Supports effective use of caregivers’ time
Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.

Supports effective use of caregivers’ time

Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.
Click here for more information
Automatic measurement and recording
Supports effective use of caregivers’ time

Supports effective use of caregivers’ time

Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.
Wi-fi transmission of patient data
Integrates with IntelliVue GuardianSoftware

Integrates with IntelliVue GuardianSoftware

As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.

Integrates with IntelliVue GuardianSoftware

Integrates with IntelliVue GuardianSoftware
As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.

Integrates with IntelliVue GuardianSoftware

As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.
Click here for more information
Wi-fi transmission of patient data
Integrates with IntelliVue GuardianSoftware

Integrates with IntelliVue GuardianSoftware

As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.
Multi-patient bridge supports multiple patients
Routers support up to 16 biosensors

Routers support up to 16 biosensors

As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.

Routers support up to 16 biosensors

Routers support up to 16 biosensors
As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.

Routers support up to 16 biosensors

As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.
Click here for more information
Multi-patient bridge supports multiple patients
Routers support up to 16 biosensors

Routers support up to 16 biosensors

As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.
Small, wireless sensor

Lightweight and comfortable

At just 96 mm (3.78 in) long and 61 mm (2.40 in) wide, and weighing only 10 g (0.35 oz), the Philips Biosensor BX100 is unobtrusive and comfortable.1 There are no wires or finger clips, and the biosensor can even be worn in the shower.

Lightweight and comfortable

At just 96 mm (3.78 in) long and 61 mm (2.40 in) wide, and weighing only 10 g (0.35 oz), the Philips Biosensor BX100 is unobtrusive and comfortable.1 There are no wires or finger clips, and the biosensor can even be worn in the shower.

Lightweight and comfortable

At just 96 mm (3.78 in) long and 61 mm (2.40 in) wide, and weighing only 10 g (0.35 oz), the Philips Biosensor BX100 is unobtrusive and comfortable.1 There are no wires or finger clips, and the biosensor can even be worn in the shower.
  • Frequent measurements
  • Automatic measurement and recording
  • Wi-fi transmission of patient data
  • Multi-patient bridge supports multiple patients
See all features
Frequent measurements
Data insights drive intervention

Data insights drive intervention

Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.

Data insights drive intervention

Data insights drive intervention
Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.

Data insights drive intervention

Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.
Click here for more information
Frequent measurements
Data insights drive intervention

Data insights drive intervention

Respiration rate is the earliest predictor of clinical deterioration, often changing hours before other vital signs.2 Frequent monitoring by the Philips Biosensor BX100 can replace visual observation counts, which may be unreliable and inconsistent.3 The combination of respiratory rate and heart rate monitoring assists caregivers in identifying patients at risk for deterioration.
Automatic measurement and recording
Supports effective use of caregivers’ time

Supports effective use of caregivers’ time

Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.

Supports effective use of caregivers’ time

Supports effective use of caregivers’ time
Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.

Supports effective use of caregivers’ time

Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.
Click here for more information
Automatic measurement and recording
Supports effective use of caregivers’ time

Supports effective use of caregivers’ time

Because the Philips Biosensor BX100 frequently and automatically measures, records and transmits vital signs data, it can free time for more effective use of staff resources and may reduce errors caused by manual transcription.
Wi-fi transmission of patient data
Integrates with IntelliVue GuardianSoftware

Integrates with IntelliVue GuardianSoftware

As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.

Integrates with IntelliVue GuardianSoftware

Integrates with IntelliVue GuardianSoftware
As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.

Integrates with IntelliVue GuardianSoftware

As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.
Click here for more information
Wi-fi transmission of patient data
Integrates with IntelliVue GuardianSoftware

Integrates with IntelliVue GuardianSoftware

As patients walk about the ward, multi-patient Bluetooth routers capture data from the biosensors and send it to IntelliVue GuardianSoftware via your Wi-Fi network. IntelliVue GuardianSoftware identifies significant deviations in a patient’s vital signs and automatically verifies the accuracy of the trend. It then notifies caregivers of the change, driving early intervention.
Multi-patient bridge supports multiple patients
Routers support up to 16 biosensors

Routers support up to 16 biosensors

As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.

Routers support up to 16 biosensors

Routers support up to 16 biosensors
As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.

Routers support up to 16 biosensors

As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.
Click here for more information
Multi-patient bridge supports multiple patients
Routers support up to 16 biosensors

Routers support up to 16 biosensors

As patients move about the ward, data from the biosensors is wirelessly transmitted via a Multi-patient bridge, which consists of ceiling-mounted routers that can accommodate connection with up to 16 biosensors per router. The Multi-patient bridge features a 30 m (100 ft) line-of-sight connectivity.
Small, wireless sensor

Lightweight and comfortable

At just 96 mm (3.78 in) long and 61 mm (2.40 in) wide, and weighing only 10 g (0.35 oz), the Philips Biosensor BX100 is unobtrusive and comfortable.1 There are no wires or finger clips, and the biosensor can even be worn in the shower.

Lightweight and comfortable

At just 96 mm (3.78 in) long and 61 mm (2.40 in) wide, and weighing only 10 g (0.35 oz), the Philips Biosensor BX100 is unobtrusive and comfortable.1 There are no wires or finger clips, and the biosensor can even be worn in the shower.

Lightweight and comfortable

At just 96 mm (3.78 in) long and 61 mm (2.40 in) wide, and weighing only 10 g (0.35 oz), the Philips Biosensor BX100 is unobtrusive and comfortable.1 There are no wires or finger clips, and the biosensor can even be worn in the shower.

Documentation

Whitepaper (1)

Whitepaper

Technical data sheet (1)

Technical data sheet

Whitepaper (1)

Whitepaper

Technical data sheet (1)

Technical data sheet

See all documentation

Whitepaper (1)

Whitepaper

Technical data sheet (1)

Technical data sheet

Specifications

Product ordering information
Product ordering information
Biosensor BX100
  • 10 per box
Multi-patient bridge (single Bluetooth router, power supply, USB cable, international wall outlet adapters, mounting plate and screws)
  • 1 per box
Power supply, USB cable and international wall outlet plug adapters
  • 1 per box
Mounting plate and screws
  • 1 per box
Environmental
Environmental
Operating ambient temperature
  • +10°C to +40°C (+50°F to +104°F)
Operating humidity
  • 10 - 95% relative humidity limit (non-condensing)
Operating atmospheric pressure
  • 70 – 102 kPa (10.15 psi – 14.80 psi)
Shipping temperature
  • -20°C – +40°C (-4°F – +104°F); time limit 48 hours
Shipping humidity
  • 5 – 95% relative humidity (non-condensing)
Shipping atmospheric pressure
  • 70 – 102 kPa (10.15 psi – 14.80 psi)
Storage temperature
  • +10°C – +40°C (+50°F – +104°F)
Storage humidity
  • 5 – 95% relative humidity (non-condensing)
Storage atmospheric pressure
  • 70 – 102 kPa (10.15 psi – 14.80 psi)
Shelf life
  • 12 months in individually sealed pouch
Wireless/Security
Wireless/Security
Radio
  • Bluetooth low energy (4.2)
Frequency band
  • 2402 - 2480 MHz
RF radiated power output
  • Transmit power 0 dBM (1 mW)
Range
  • 100 feet (line of sight)
Modulation scheme
  • Frequency shift keying (FSK)
Security
  • Data in rest: AES 128-bit (ECB mode); Data in transit: AES 128-bit (CCM mode)
Usage specifications
Usage specifications
MRI safe
  • No
Single use
  • Yes, single use only
Operational life
  • Biosensor can be chest-worn up to 120 hours (5 days)**
Disosable
  • Yes
Serviceable
  • No
Physical specifications
Physical specifications
Size
  • 96 mm x 61 mm x 7.1 mm (3.78 in x 2.40 in x 0.28 in) without release liners
Weight
  • 10 g (0.35 oz)
Battery
  • CR2032, 3V primary cell
Memory
  • 1 MB, non-volatile flash
Durability
  • Survives shock & vibration per IEC60721-4.7; Class7M2; survives free fall (1 m drop) per IEC 60601-1
Water ingress protection
  • IP27 (IEC 60529:2013)
Latex
  • Not manufactured with natural rubber latex
Performance
Performance
Respiration rate measurement
  • 3-40 respirations per minute (rpm)
Respiration rate accuracy
  • ±3 rpm (excluding periods of undefined respiration rate due to patient talking, eating or coughing)
Respiration rate resolution
  • 1 rpm
Heart rate measurement
  • 30 - 220 beats per minute (bpm)
Heart rate accuracy
  • 10% or ±5 bpm (whichever is greater)
Heart rate resolution
  • 1 bpm
Heart rate calculation
  • Takes into account last 10 beat-to-beat intervals; excludes min/max intervals
Heart rate meter response time
  • Heart rate changes: 80–120 bpm captured within 8 sec ±2 sec; 80–40 bpm captured within 16 sec ±2 sec
ECG sampling rate
  • 250 samples per second
Applied part classification
  • Defibrillation-proof type CF applied part
Applied current
  • 16 µA (max), 40 kHz current pulse is applied to the patient
Tall T-wave detection
  • Up to 1.5 mV peak to peak is rejected
Pace pulse detection
  • Amplitudes ±2 mV–±700 mV; pulse widths 0.1 ms–2 ms; rise time ≤10% of the pulse width, but ≥100 μs
Device & algorithm performance
  • Meets IEC 60601-2-27:2011, IEC 60601-2-47:2012 and AAMI EC57 for heart rate measurements
Activity level
  • 0 = at rest, 1 = low activity, 2 = moderate activity, 3 = high activity
Ambulation
  • Ambulating or not ambulating
Posture
  • Lying down (left or right side, supine, prone or reclining) or upright***
Data transmission interval
  • 1 minute
Local storage
  • 4 hours
Product ordering information
Product ordering information
Biosensor BX100
  • 10 per box
Multi-patient bridge (single Bluetooth router, power supply, USB cable, international wall outlet adapters, mounting plate and screws)
  • 1 per box
Environmental
Environmental
Operating ambient temperature
  • +10°C to +40°C (+50°F to +104°F)
Operating humidity
  • 10 - 95% relative humidity limit (non-condensing)
See all specifications
Product ordering information
Product ordering information
Biosensor BX100
  • 10 per box
Multi-patient bridge (single Bluetooth router, power supply, USB cable, international wall outlet adapters, mounting plate and screws)
  • 1 per box
Power supply, USB cable and international wall outlet plug adapters
  • 1 per box
Mounting plate and screws
  • 1 per box
Environmental
Environmental
Operating ambient temperature
  • +10°C to +40°C (+50°F to +104°F)
Operating humidity
  • 10 - 95% relative humidity limit (non-condensing)
Operating atmospheric pressure
  • 70 – 102 kPa (10.15 psi – 14.80 psi)
Shipping temperature
  • -20°C – +40°C (-4°F – +104°F); time limit 48 hours
Shipping humidity
  • 5 – 95% relative humidity (non-condensing)
Shipping atmospheric pressure
  • 70 – 102 kPa (10.15 psi – 14.80 psi)
Storage temperature
  • +10°C – +40°C (+50°F – +104°F)
Storage humidity
  • 5 – 95% relative humidity (non-condensing)
Storage atmospheric pressure
  • 70 – 102 kPa (10.15 psi – 14.80 psi)
Shelf life
  • 12 months in individually sealed pouch
Wireless/Security
Wireless/Security
Radio
  • Bluetooth low energy (4.2)
Frequency band
  • 2402 - 2480 MHz
RF radiated power output
  • Transmit power 0 dBM (1 mW)
Range
  • 100 feet (line of sight)
Modulation scheme
  • Frequency shift keying (FSK)
Security
  • Data in rest: AES 128-bit (ECB mode); Data in transit: AES 128-bit (CCM mode)
Usage specifications
Usage specifications
MRI safe
  • No
Single use
  • Yes, single use only
Operational life
  • Biosensor can be chest-worn up to 120 hours (5 days)**
Disosable
  • Yes
Serviceable
  • No
Physical specifications
Physical specifications
Size
  • 96 mm x 61 mm x 7.1 mm (3.78 in x 2.40 in x 0.28 in) without release liners
Weight
  • 10 g (0.35 oz)
Battery
  • CR2032, 3V primary cell
Memory
  • 1 MB, non-volatile flash
Durability
  • Survives shock & vibration per IEC60721-4.7; Class7M2; survives free fall (1 m drop) per IEC 60601-1
Water ingress protection
  • IP27 (IEC 60529:2013)
Latex
  • Not manufactured with natural rubber latex
Performance
Performance
Respiration rate measurement
  • 3-40 respirations per minute (rpm)
Respiration rate accuracy
  • ±3 rpm (excluding periods of undefined respiration rate due to patient talking, eating or coughing)
Respiration rate resolution
  • 1 rpm
Heart rate measurement
  • 30 - 220 beats per minute (bpm)
Heart rate accuracy
  • 10% or ±5 bpm (whichever is greater)
Heart rate resolution
  • 1 bpm
Heart rate calculation
  • Takes into account last 10 beat-to-beat intervals; excludes min/max intervals
Heart rate meter response time
  • Heart rate changes: 80–120 bpm captured within 8 sec ±2 sec; 80–40 bpm captured within 16 sec ±2 sec
ECG sampling rate
  • 250 samples per second
Applied part classification
  • Defibrillation-proof type CF applied part
Applied current
  • 16 µA (max), 40 kHz current pulse is applied to the patient
Tall T-wave detection
  • Up to 1.5 mV peak to peak is rejected
Pace pulse detection
  • Amplitudes ±2 mV–±700 mV; pulse widths 0.1 ms–2 ms; rise time ≤10% of the pulse width, but ≥100 μs
Device & algorithm performance
  • Meets IEC 60601-2-27:2011, IEC 60601-2-47:2012 and AAMI EC57 for heart rate measurements
Activity level
  • 0 = at rest, 1 = low activity, 2 = moderate activity, 3 = high activity
Ambulation
  • Ambulating or not ambulating
Posture
  • Lying down (left or right side, supine, prone or reclining) or upright***
Data transmission interval
  • 1 minute
Local storage
  • 4 hours
Regulatory information
Product risks
  • * Biosensor will collect data up to 115 hours and will attempt to transmit stored data for up to 120 hours. Each patient’s experience will be different; actual operational life and data transmission period may be shorter for some patients.
  • **Biosensor will reject pacemaker pulses and accurately compute heart rate when it detects pacemaker pulses with amplitudes = ±2 mV to = ±700 mV and pulse width = 0.1 ms and amplitudes = ±2 mV but ±50 mV and pulse width = 2 ms (with the exclusion of dual-chamber pacing and pace pulses with tails) Biosensor will indicate that data is invalid when it detects pacemaker pulses with amplitudes = ±100 mV but = ±700 mV and pulse width = 2 ms (with the exclusion of dual-chamber pacing and pace pulses with tails) or ineffectively paced QRS complexes. Philips does not claim, verify or validate support for all available pacemakers.
  • ***Posture accuracy depends on biosensor calibration, which occurs automatically after patient has ambulated for at least 15 seconds
  • † Actual range will vary depending on the Bluetooth backend system to which the biosensor is connected.
  • ¹Philips G10 Biosensor Wear Study, Philips Connected Sensing, 2019.
  • ²Mølgaard RR, Larsen P, Håkonsen SJ. Effectiveness of respiratory rates in determining clinical deterioration. JBI Database System Rev Implement Rep. 2016;14(7):19-27.
  • ³Hogan J. Why don’t nurses monitor the respiratory rates of patients? Br J Nurs. 2006 May-24;15(9):489-92. www.ncbi.nlm.nih.gov/pubmed/16723921.
  • The Philips Biosensor BX100 is not available for sale in all countries. Please contact your local Philips representative for details.

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