触觉
方向盘
方向盘
触动心灵
在 Boréas,我们正通过将方向盘上的传统机械按钮替换为响应灵敏的触觉控制按键,从而改变驾驶员与车辆的交互方式。我们的 BOS1921-Q1 能够提供精准且可定制的反馈,实现更安全、更直观的交互。虽然您可能之前在方向盘上体验过触觉反馈,但当前基于 LRA 的解决方案响应速度不足,导致交互体验迟缓。 此外,LRA 还受限于狭窄的频率范围,无法通过可定制的波形实现独特的品牌标识。机械开关在这方面同样存在局限,无法与车内饰面无缝融合。通过采用 Boréas 的固态设计和压电触觉技术,汽车制造商能够实现卓越的耐用性与时尚的内饰设计。
触感精准,尽在指尖
BOS1921 delivers the third generation of haptic feedback to modern vehicles with ultra-low latency (<5mS), high-definition haptics and fully customizable profiles for enhanced driver experience and safety. The integration of force sensing also enables multi-function control. For example, a single solid-state button can be used for multiple infotainment menu controls. A small, compact footprint is enabled by our QFN package with wettable flanks for industry-standard reliability. The BOS1921 is designed to meet the rigorous demands of automotive environments, ensuring long-lasting performance and consistent haptic feedback even under harsh conditions.
直观交互
BOS1921-Q1 采用超低延迟压电触觉技术,取代了传统的机械按钮和基于 LRA 的低速解决方案
OEM 品牌定制与多功能性
完全可编程的波形和力感应功能,使按键用途多样,并拥有无限的品牌定制潜力
坚固耐用,设计时尚
BOS1921-Q1 采用紧凑型设计,既能与时尚的室内表面完美融合,又能确保可靠的使用寿命
多功能按钮和触觉滚轮原型
To prototype solid-state steering wheel interfaces, we recommend the BOS1921-KIT. This development platform allows you to instantly design multi-effect buttons that provide distinct, context-aware feedback to the driver. It empowers engineers to program complex tactile effects—such as transforming a static arrow pad into a tactile scrolling wheel—demonstrating a level of versatility that LRA solutions cannot match. Leveraging the BOS1921’s <5ms latency and integrated force sensing, the kit lets you calibrate precise, safe, and intuitive feedback profiles on your desk before committing to a final mechanical design.