Press Release, 30 July 2025
Cutting-edge chips that turn your vehicle into an intelligent guardian
Imagine your car detecting a pedestrian at 400 m even in poor visibility and reacting instantly. That’s what Bosch’s latest radar system-on-chips (SoCs) SX600 and SX601 enable: smarter, safer, more human-centered driving.
🚀 Breaking Through: Bosch’s Next-Gen Radar SoCs
Bosch recently unveiled two groundbreaking SoCs—SX600 and SX601—fueling advanced driver-assistance systems (ADAS) at SAE Level 2+. These chips support critical functions like automatic emergency braking, adaptive cruise control, blind-spot detection, and lane-change assistance, bringing real-world safety to millions of drivers.
🧠 Why It Matters: More Than Just Hardware
🎯 25 Years of Trust
“Bosch can already look back on 25 years of experience in the field of radar sensors. With our advanced SoCs, we’re helping to make driving convenient and, above all, safe,” says Peter Wolfangel, Executive Vice President, Mobility Electronics Division.
📈 Accelerating Industry Growth
According to S&P Global Mobility’s March 2025 forecast, the radar semiconductor market is expected to grow at 12% annually—significantly outpacing the broader automotive semiconductor sector.
🔧 Designed for Precision, Built for Performance
- High resolution, long range: With a fully digital, fast-response PLL, Bosch achieves ~30% greater detection range compared to conventional radar sensors ).
- Ultra-sensitive sensing: These SoCs use mmWave frontends and receivers that detect even small, distant objects with low error rates.
- AI-ready architecture: With neural-network-accelerated digital signal processors, these SoCs distinguish pedestrians, cyclists, and other objects accurately—and Bosch ships them with tools to simplify custom ML deployment.
🛠️ Flexibility & Future-proofing Built-In
- Built on 22 nm RF CMOS: Enables full integration at low cost with scalable multicore memory and compute capacity.
- Seamless compatibility: CAN XL and Ethernet interfaces, identical pin layouts—upgrade-friendly design.
- Security by design: Hardware-based encryption and security accelerators guard against tampering.
- Two chip options:
- SX600: Cost-efficient, ideal for basic ADAS.
- SX601: Higher memory and computing power for heavier workloads.
- Extendable configurations: Support for cascaded dual-chip setups for maximum demands. Sample kits of SX601 are already available globally for development.
🧭 What’s the Big Picture? Industry Impact & Human Touch
- These SoCs lower the barrier for automakers to deploy advanced radar features widely
- Drivers get safer, smarter vehicles that react faster and learn more
- OEMs gain flexible, future-proof building blocks for evolving vehicle architectures
- The broader mobility industry moves closer to affordable autonomy—and the promise of accident-free roads
