As we move toward vision zero, designers need a simple way to achieve system-level functional safety design and to meet standards compliance. At NXP our goal is to simplify this for industrial and automotive standards.
Functional Safety
General Functional Safety Standard
Certified applications for automotive with controlling functionality and applications for household appliances with moving parts.
ISO 26262
e.g. ADAS, gateway, chassis, body, wireless charging.
IEC 60730
e.g. Automatic electrical controls for home appliances and building automation.
Our system solutions are designed to continue toward vision zero with zero accidents on the roads or in the home.
Battery Management Systems
Fail-safe circuitry and mechanisms to monitor battery state of health.
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Driving Monitoring Systems (DMS)
Driver alerts to ensure vehicle and occupant safety.
Surround View
Multicamera surround view for a 360° view around the car.
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Household Appliances
Ensured to prevent unsafe operation of the controlled application, the IEC 60730 Class B self-test library supports household appliances that require certification according to the latest IEC 60730 standards.
Industrial Safety
Safety has become an increasingly critical component when it comes to designing for industrial control systems– requiring minimal faults in harsh environments. System designers can be reassured that solutions with IEC 61508 certification from NXP stand up to the rugged industrial conditions.
Success Stories
Future Challenges: Making Artificial Intelligence Safe
As society talks more about artificial intelligence and the role it will play in our future, a key question that NXP is looking at is how to make AI and ML safe in terms of our development processes?
The Safety Behind Connected Vehicles
Cars are more and more connected and electronic: the role of safety becomes absolutely critical.
Safety and Security Guided Journey
Take a guided journey into NXP’s safety and security capabilities across automotive, IoT and industrial edge. See how NXP simplifies the integration of both safety and security concerns in designs.
Experienced Safety
Discover how our safety training and our partner ecosystem can help you meet your safety goals.
Listen to NXP's Franck Galtié in this online discussion around Functional Safety standardization.
Engineered for e-mobility targeting ASIL C functional safety BMS.
At NXP we believe in vision zero: zero accidents on the road.
Kit for evaluation, design and prototyping applications requiring IEC 61508/62061 (SIL1 and SIL2), ISO 13849 categories 1 and 2 and performance levels A-D or similar standards.
Designing for functional safety, low power and AUTOSAR are all common design requirements of modern automotive ECUs.
Vehicles are not anymore essentially mechanicals machines: Functional Safety is a fundamental requirement. Anamaria Hutuleac explains how NXP faces this market.
Electric and electronic systems require advanced safety features.
Functional safety standards are derived from IEC 61508 and then tailored.
ISO 26262 and IEC 61508
Applications with controlling functionality.
IEC 60730 and IEC 61508
Applications with moving parts.
Certified by TÜV-SUD for ISO 26262
NXP is certified by TÜV-SUD for functional safety management for safety related projects up to ASIL D according to ISO 26262:2018 and up to SIL 3 according to IEC 61508:2010.
Certified by LRQA for ISO 9001
NXP is certified by LRQA for our ISO 9001:2015 for Design and Manufacture of Semiconductors.
SafeAssure® Program
NXP's SafeAssure® Functional Safety Program simplifies system-level functional safety requirements to help you build ISO 26262 standardization, sustainability and compliance into your designs.
Meeting Functional Safety Requirements with S32K3 MCUs
S32K3 MCUs combine a robust safety architecture and multiple hardware safety mechanisms with a wide range of safety software, documentation and technical support.
Function Safety and Security: Essential and Complementary Disciplines for Modern Systems
This whitepaper provides a global introduction to and comparison of the functional safety and security domains and their individual aspects.