Oticon CROS Px minirite - Rechargeable
 
For individuals with SSD, Oticon offers CROS (Contralateral Routing of Signal) solutions, which are designed to help in situations where one ear has unaidable hearing loss while the other has normal hearing or hearing that can benefit from amplification.For individuals with SSD, Oticon offers CROS (Contralateral Routing of Signal) solutions, which are designed to help in situations where one ear has unaidable hearing loss while the other has normal hearing or hearing that can benefit from amplification.
General Features of Oticon CROS Solutions:
Wireless Technology: Oticon CROS solutions usually employ wireless technology to transmit sound from the unaidable ear to a hearing aid on the better-hearing ear, ensuring that users can perceive sounds from both sides.
OpenSound Navigator: Oticon hearing aids often feature the OpenSound Navigator, which balances sound from all directions, improving speech understanding and reducing listening effort.
Rechargeability: Many Oticon hearing aids come in rechargeable models, providing convenience and reducing the need for frequent battery changes.
Connectivity: Oticon's hearing aids typically offer excellent connectivity options, including Bluetooth streaming from smartphones, TVs, and other devices, allowing for a seamless audio experience.
Sound Quality: Oticon focuses on providing natural sound quality, with features designed to improve speech understanding in noise, enhance clarity, and provide a more comfortable listening experience.
Design: Oticon's hearing aids are known for their ergonomic designs, which combine functionality with aesthetics for discreet and comfortable wear.
Oticon CROS Solutions for Single-Sided Deafness:
For SSD, a CROS solution involves a microphone device placed on the unaidable ear to pick up sound and wirelessly transmit it to the hearing aid on the opposite ear. This setup allows users to hear sounds coming from their unaidable side, thereby improving spatial awareness and making communication easier in various listening environments.