Exam Preview for 42031: Starkey Sound Bites: Auracast, Google Fast

Starkey Sound Bites: Auracast, Google Fast Pair, and the Future of Connectivity

Please note: exam questions are subject to change.

1. How does Auracast differ from traditional Bluetooth technology in terms of connectivity? It requires a proprietary 900 MHz neckloop. It is limited to a single one-to-one bidirectional connection. It allows one sound source to transmit to multiple recipients simultaneously. It only works with Apple-made devices.
2. What is a primary benefit of Google Fast Pair for a hearing aid user? It increases the physical range of the Bluetooth signal to 100 meters. It simplifies and expedites the initial pairing process through an automated interface. It replaces the need for an audiogram during the fitting process. It allows the hearing aid to connect to analog telecoil loops.
3. Compared to Bluetooth Classic, the LC3 codec used in LE Audio provides which of the following? Higher power consumption but better range. Analog-only signal processing for museum use. Lower power consumption and broader bandwidth for better sound quality. Increased latency to allow for better synchronization with video.
4. In the context of public accessibility, such as an airport, what does Auracast allow a user to do? Use their hearing aid as a microphone to speak to the gate agent. Connect only to a single proprietary transmitter at the security desk. Tune into specific gate announcements directly, reducing background noise and confusion. Bypass the need for a smartphone entirely for all streaming.
5. Why is Auracast considered an "inclusive technology" by the presenters? It is only available for patients with severe-to-profound hearing loss. It can be used by both hearing aid users and individuals with normal hearing using compatible earbuds. It is a free service provided by all international government agencies. It requires no battery power from the hearing instrument.