B7 Bluetooth Button Wristband

B7 Bluetooth Button Wristband

For a limited time, purchasing 50 units will cost the same as purchasing 100 units.

The B7 Beacon represents a groundbreaking advancement in hospital communication and safety technology. Designed specifically for hospital environments, it enhances patient care, personnel positioning, and emergency response capabilities.

Key Features of the B7 Beacon

Push-Button Functionality

The B7 Beacon is equipped with a push-button feature that allows hospital patients and staff to send immediate alerts or requests for assistance. This capability is crucial in emergencies where time is of the essence.

Advanced Bluetooth® Technology

Built on the Bluetooth® 5.0 hardware platform, the B7 Beacon leverages the advanced capabilities of the nRF52 chip. This ensures reliable and efficient communication across hospital networks, facilitating seamless connectivity.

Multi-Protocol Support

The B7 Beacon supports multiple protocols simultaneously, including:

• iBeacon: A popular protocol used for proximity sensing and location-based services.
• Eddystone (UID, URL, TLM): A versatile open format by Google that provides various functionalities, such as broadcasting URLs and telemetry data.

Integrated Accelerometer Sensor

Including an accelerometer sensor enhances the B7 Beacon’s functionality by enabling motion detection. This can be particularly useful in tracking the movement of personnel or equipment within the hospital, optimising operational efficiency and security.

Configurability with BeaconSET+ App

One of the standout features of the B7 Beacon is its configurability via the BeaconSET+ App. This user-friendly application allows hospital staff to customise the beacon’s settings to suit specific needs, ensuring optimal performance. Key configuration options include:

• Advertising Interval: Adjusting the frequency of beacon signals.
• Transmission Power: Modifying the range of the beacon.
• Protocol Selection: Switching between iBeacon, Eddystone, and other supported modes.