Rivotek Smart Cockpit Solution

Automotive Application

Description

Complete smart cockpit solution featuring multi-display support, AI-powered interaction, and automotive-grade reliability for modern vehicle interiors.

Core Advantages

Multi-display support up to 4 screens
AI-powered driver monitoring system
Seamless smartphone integration
Automotive-grade reliability
Over-the-air update capability

Recommended Bill of Materials (BOM)

Item Part Number Description Quantity Datasheet
1 RV1000 Auto Automotive-grade computing platform 1 📄 Download
2 RV-DDR4-8GB 8GB automotive-grade memory 2 📄 Download

Applications

Digital Instrument Cluster
Central Infotainment
Passenger Entertainment
Head-Up Display
Rear Seat Entertainment

Technical Specifications

Computing Platform
RV1000 Auto
Display Support
Up to 4x 4K displays
N P U Performance
4 TOPS for AI features
Graphics
High-performance GPU
Temperature Range
-40°C to +85°C
Safety
ASIL-B support
Software
Android Automotive

Customer Success Stories

Chinese EV Manufacturer

Automotive | Premium EV Cockpit

Challenge

Required premium cockpit with 3 displays and AI features for new EV model

Solution

Deployed RV1000 Auto-based cockpit with integrated DMS and voice control

Results

FAE Expert Insights

S

Senior FAE

Automotive Applications

10+ years

Professional Insights

Smart cockpit systems are the centerpiece of modern vehicle interiors. From my experience with multiple OEM projects, successful cockpit design requires careful attention to: display integration for seamless user experience, thermal management in compact spaces, EMC design for noise-free operation, and functional safety for critical information. The Rivotek platform provides excellent performance for multi-display cockpits while meeting automotive quality standards. Early engagement with the FAE team helps avoid common pitfalls in automotive design.

Key Takeaways

  • Design for intuitive user interaction
  • Plan for thermal management early
  • Ensure EMC compliance from start
  • Consider functional safety requirements

Decision Framework

Cockpit Solution Decision Framework
Steps:
  1. Define display requirements
  2. Select appropriate platform
  3. Plan thermal and EMC design
  4. Engage FAE for optimization

Ready to Implement This Solution?

Contact our FAE team for design support and quotes

Contact Us Now

Frequently Asked Questions

How many displays can the solution support?

The Smart Cockpit Solution supports up to 4 independent displays simultaneously: (1) Central infotainment - main touchscreen for navigation and media

(2) Digital instrument cluster - driver information and warnings

(3) Passenger display - entertainment for front passenger

(4) Rear seat entertainment - screens for rear passengers. Each display can run independent content or share content across displays. The RV1000 Auto processor provides sufficient graphics performance for smooth operation of all displays.

What AI features are included?

The solution includes several AI-powered features: (1) Driver Monitoring System (DMS) - detects driver drowsiness and distraction

(2) Gesture control - hand gestures for controlling infotainment

(3) Voice recognition - natural language commands for vehicle functions

(4) Face recognition - personalized settings for different drivers

(5) Occupant monitoring - detects passengers and their state. These features enhance safety and user experience while maintaining privacy through on-device processing.