Product Families
Cortus Products transform these platforms into optimized, production-ready solutions, including RISC-V microcontroller families and AI inference chips. Engineered for scalability, performance, and cost efficiency, they support applications ranging from body control and gateways to ADAS, autonomous driving, and high-performance computing.
Ulyss™ — RISC-V MCU (Premium Performance Platform)
Designed for advanced automotive compute, from body and chassis control to ADAS, autonomous driving (AD), and high-performance computing (HPC), where maximum compute capability, scalability, and advanced features are required.
The ULYSS family addresses a full range of automotive compute requirements, from entry-level body control to high-performance centralized and safety-critical systems. It supports scalable architectures across body, domain, zonal, and advanced cockpit applications.
Products
ULYSS1
120 MHz, ASIL-B, designed for body and chassis control applications
ULYSS2
500 MHz to 2 GHz, ASIL-D, designed for gateway, domain, and zonal controllers
ULYSS3
2 GHz to 4 GHz, out-of-order, multi-issue, ASIL-D, designed for high-performance cockpits, infotainment, and ADAS/AD systems
Calypso™
RISC-V MCU (Optimized Automotive Platform)
Designed for mainstream automotive applications including body and chassis control, gateways, and ADAS systems, where an optimized balance of performance, power efficiency, and cost is required.
The Calypso family provides scalable automotive compute tailored for high-volume deployment, delivering efficient performance for a wide range of vehicle architectures from entry-level control systems to advanced centralized domains.
For more information about the Calypso product, please contact sales@cortus.com
Products
Calypso1
<120 MHz, ASIL-B, designed for body and chassis control applications
Calypso2
300 MHz to 1 GHz, ASIL-D, designed for gateway, domain, and zonal controllers
Calypso3
up to 2 GHz, out-of-order, multi-issue, ASIL-D, designed for high-performance cockpits and infotainment systems
Apollon™
AI Inference Chips
Dedicated to AI perception and autonomous systems, providing scalable acceleration for real-time decision-making.
- Target: Embedded perception and autonomous compute
- Platform: Ermes AI inference accelerator
- Performance Range: 100 TOPS → 2048+ TOPS
- Functional Safety: ASIL-D
- Applications: Autonomous driving perception, sensor fusion, avionics AI
Relationship with Ulyss™
Calypso™ and Ulyss™ are designed to address different tiers of automotive compute requirements within a unified architecture strategy.
Ulyss™ — Premium Performance Platform
Ulyss targets high-end and future-oriented automotive compute applications, where maximum performance, scalability, and advanced processing capabilities are required. It is designed for centralized architectures, high-performance domain controllers, advanced cockpit systems, and ADAS/AD compute, including L3/L4 automated driving functions, with significant performance headroom for next-generation vehicle platforms.
Calypso™ — Optimized Mainstream Platform
Calypso is designed for high-volume automotive deployments, where the priority is an optimal balance between performance, energy efficiency, and system cost. It enables scalable deployment across body electronics, gateways, zonal controllers, and infotainment systems, as well as ADAS applications up to L2/L2+.
System Architecture
RISC-V-based compute (Ulyss™ and Calypso™) handles deterministic control, gateway, and domain processing, while the AI inference platform (Apollon™ based on Ermes™ technology) provides scalable computer vision and perception capabilities. Together, they form a complete and modular architecture enabling distributed, centralized, and software-defined systems for next-generation automotive and avionics platforms.
