Product Positioning
LS200 is the entry point of the Lysotech platform, designed specifically for body control and chassis systems. It combines RISC-V real-time control with ASIL-B functional safety to give customers a reliable, easy-to-adopt standard vehicle control platform, and to shorten the path from prototype to production validation.
Key Specifications
- Core frequency: 120 MHz
- Functional safety: ASIL-B
- Availability: engineering samples available now for evaluation
Typical Applications
- Body control: BCM, door control, lighting, wipers, windows and other actuation systems
- Motor control: real-time drive and control of small motors such as fans, power seats and electric pumps
- HVAC control: air-conditioning and thermal-management control units
- General control nodes: general-purpose ECU logic control and state management
- Automation control: in-vehicle and related embedded automation systems
- Embedded control platforms: real-time control and closed-loop management applications
- Sensing and monitoring: sensor data acquisition, condition monitoring and fault detection
- Ultrasonic sensing: in-vehicle ultrasonic sensing and short-range detection systems
Key Benefits
- Automotive-grade reliability: designed for automotive use from the ground up, for stable long-term operation in demanding in-vehicle environments.
- Functional safety support: a disciplined safety methodology simplifies the design and validation of safety-critical applications.
- Architecture reuse: close architectural consistency with the rest of the Lysus Series allows the software stack to migrate with minimal rework as the platform evolves.
- Straightforward integration: a complete microcontroller abstraction layer (MCAL), basic software and established development toolchains shorten ramp-up time.
Software Toolchains and Development Ecosystem
Lysotech develops hardware and software together, and provides a complete software development environment for its MCU products, including:
- 开发工具链支持 RISC-V
- Driver libraries and basic software components (SDK)
- Debug interfaces and trace support
- Software components aligned with the AUTOSAR architecture
Developers can build complex embedded systems on a standardized software environment, shortening development cycles and improving software quality and maintainability.