The automotive industry is working toward autonomous driving vehicles. As a result, future cars will be equipped with sensor clusters, more computing power, car-to-car and in-vehicle communication technology, high-bandwidth Ethernet networks, and multiple high-definition displays. These changes create new design challenges for automotive suppliers, such as more complex electronic systems, functional safety, lack of space, reduction of power and weight (emissions), and cost constraints.
These additional challenges will push suppliers to integrate much more functionality on a chip, rather than on a PCB. As a result, suppliers will need:
- High-performance processors for ADAS solutions
- Complete automotive Ethernet IP portfolio
- Extensive software ecosystem for infotainment, such as via Cadence® Tensilica® HiFi cores
- A new class of SoCs and SiPs enabled by Cadence design IP and packaging technology
- Automated functional safety solution
Cadence's automotive design and verification solutions can help you deliver applications than can make cars safer and more reliable.
Key Automotive Applications
|Advanced Driver Assistance Systems (ADAS)||Tensilica Vision DSP, design IP, and verification IP||Supports real-time data processing for sensors and cameras to enable sensor fusion for safety-critical systems. Enables automated parking, lane departure, and communications.|
|Automotive Ethernet||Automotive Ethernet MAC design and verification IP, Palladium® acceleration and emulation environment, Sigrity™ technologies||Enables high-speed communication link between cameras, ADAS systems, and other ECUs for high-performance in-vehicle networking (IVN) applications, system-level verification, and channel simulation.|
|Infotainment||Tensilica DSPs, Cadence design IP, and verification IP||Audio/voice processing, voice recognition, audio high-fidelity playback and sound enhancement, noise vibration harshness, USB, Wi-Fi, Bluetooth, LTE radio, Car2X connectivity|
|ECU Module Design||Allegro®, OrCAD®, Sigrity, OrbitIO™, and Virtuoso® design tools. Spectre® and Incisive® verification tools.||Mixed-signal subsystem development and integration, PCB and package design, EMI/EMC analysis and optimization|
|Functional Safety||Incisive verification, Incisive vManager™ solution, Incisive Functional Safety Simulator||ISO 26262 safety compliance, requirement traceability, automated fault injection, fault simulation, fault tracking, documentation|