Características
- Hospital-wide coverage || Stable connection
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Hospital-wide coverage
IntelliVue Smart-hopping allows several users to share the same frequency by dividing the signal into different time slots, supporting a capacity of up to 1024 devices. - Deterministic roaming for peak perfor... || Scalable system
-
Deterministic roaming for peak performance
IntelliVue Smart-hopping determines when and where to roam, considering retry errors and signal strength to deliver excellent performance. - Intelligent radio provides a “smart h... || Scalable system
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Intelligent radio provides a “smart hop”
IntelliVue Smart-hopping is based on a cognitive radio signal which “hops” to a new frequency and time slot when interference is detected, providing excellent signal-to-noise performance. - Enhanced confidentiality || Scalable system
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Enhanced confidentiality of patient data
IntelliVue Smart-hopping uses a proprietary protocol and avoids transmission of patient identifiers across the wireless interface, helping to keep patient information confidential. - Bi-directional communication || Scalable system
-
Bi-directional communication for extra functionality
IntelliVue Smart-hopping features bi-directional communication to allow clinical features such as “Find Device,” “Device Location,” and “Control Clinical Measurements” to enhance clinical functionality of IntelliVue patient monitors.
Hospital-wide coverage
IntelliVue Smart-hopping allows several users to share the same frequency by dividing the signal into different time slots, supporting a capacity of up to 1024 devices.
Hospital-wide coverage
IntelliVue Smart-hopping allows several users to share the same frequency by dividing the signal into different time slots, supporting a capacity of up to 1024 devices.
Deterministic roaming for peak performance
IntelliVue Smart-hopping determines when and where to roam, considering retry errors and signal strength to deliver excellent performance.
Deterministic roaming for peak performance
IntelliVue Smart-hopping determines when and where to roam, considering retry errors and signal strength to deliver excellent performance.
Intelligent radio provides a “smart hop”
IntelliVue Smart-hopping is based on a cognitive radio signal which “hops” to a new frequency and time slot when interference is detected, providing excellent signal-to-noise performance.
Intelligent radio provides a “smart hop”
IntelliVue Smart-hopping is based on a cognitive radio signal which “hops” to a new frequency and time slot when interference is detected, providing excellent signal-to-noise performance.
Enhanced confidentiality of patient data
IntelliVue Smart-hopping uses a proprietary protocol and avoids transmission of patient identifiers across the wireless interface, helping to keep patient information confidential.
Enhanced confidentiality of patient data
IntelliVue Smart-hopping uses a proprietary protocol and avoids transmission of patient identifiers across the wireless interface, helping to keep patient information confidential.
Bi-directional communication for extra functionality
IntelliVue Smart-hopping features bi-directional communication to allow clinical features such as “Find Device,” “Device Location,” and “Control Clinical Measurements” to enhance clinical functionality of IntelliVue patient monitors.
Bi-directional communication for extra functionality
IntelliVue Smart-hopping features bi-directional communication to allow clinical features such as “Find Device,” “Device Location,” and “Control Clinical Measurements” to enhance clinical functionality of IntelliVue patient monitors.
- Hospital-wide coverage || Stable connection
- Deterministic roaming for peak perfor... || Scalable system
- Intelligent radio provides a “smart h... || Scalable system
- Enhanced confidentiality || Scalable system
Veja todos os recursos
- Hospital-wide coverage || Stable connection
-
Hospital-wide coverage
IntelliVue Smart-hopping allows several users to share the same frequency by dividing the signal into different time slots, supporting a capacity of up to 1024 devices. - Deterministic roaming for peak perfor... || Scalable system
-
Deterministic roaming for peak performance
IntelliVue Smart-hopping determines when and where to roam, considering retry errors and signal strength to deliver excellent performance. - Intelligent radio provides a “smart h... || Scalable system
-
Intelligent radio provides a “smart hop”
IntelliVue Smart-hopping is based on a cognitive radio signal which “hops” to a new frequency and time slot when interference is detected, providing excellent signal-to-noise performance. - Enhanced confidentiality || Scalable system
-
Enhanced confidentiality of patient data
IntelliVue Smart-hopping uses a proprietary protocol and avoids transmission of patient identifiers across the wireless interface, helping to keep patient information confidential. - Bi-directional communication || Scalable system
-
Bi-directional communication for extra functionality
IntelliVue Smart-hopping features bi-directional communication to allow clinical features such as “Find Device,” “Device Location,” and “Control Clinical Measurements” to enhance clinical functionality of IntelliVue patient monitors.
Hospital-wide coverage
IntelliVue Smart-hopping allows several users to share the same frequency by dividing the signal into different time slots, supporting a capacity of up to 1024 devices.
Hospital-wide coverage
IntelliVue Smart-hopping allows several users to share the same frequency by dividing the signal into different time slots, supporting a capacity of up to 1024 devices.
Deterministic roaming for peak performance
IntelliVue Smart-hopping determines when and where to roam, considering retry errors and signal strength to deliver excellent performance.
Deterministic roaming for peak performance
IntelliVue Smart-hopping determines when and where to roam, considering retry errors and signal strength to deliver excellent performance.
Intelligent radio provides a “smart hop”
IntelliVue Smart-hopping is based on a cognitive radio signal which “hops” to a new frequency and time slot when interference is detected, providing excellent signal-to-noise performance.
Intelligent radio provides a “smart hop”
IntelliVue Smart-hopping is based on a cognitive radio signal which “hops” to a new frequency and time slot when interference is detected, providing excellent signal-to-noise performance.
Enhanced confidentiality of patient data
IntelliVue Smart-hopping uses a proprietary protocol and avoids transmission of patient identifiers across the wireless interface, helping to keep patient information confidential.
Enhanced confidentiality of patient data
IntelliVue Smart-hopping uses a proprietary protocol and avoids transmission of patient identifiers across the wireless interface, helping to keep patient information confidential.
Bi-directional communication for extra functionality
IntelliVue Smart-hopping features bi-directional communication to allow clinical features such as “Find Device,” “Device Location,” and “Control Clinical Measurements” to enhance clinical functionality of IntelliVue patient monitors.
Bi-directional communication for extra functionality
IntelliVue Smart-hopping features bi-directional communication to allow clinical features such as “Find Device,” “Device Location,” and “Control Clinical Measurements” to enhance clinical functionality of IntelliVue patient monitors.
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