Smart Auto Semi, critical supplier for Analog / Digital IP for the Semi-conductor Industry
About
At Smart Auto Semi, we drive complex Analog IP integration for SOCs, inspiring automakers to surpass futuristic hardware goals.
Our primary business areas encompass Analog IP, Digital IP, Microcontrollers, and SOCs. Leveraging our expertise, we deliver a diverse range of Analog IPs, including Serdes and Display IPs such as ASA, eDP, MIPI, OLDI. These IPs are seamlessly integrated into SOCs for ADAS applications, covering a spectrum from Edge-ECU to ADAS. Our commitment lies in crafting comprehensive automotive silicon chips, dedicated to driving innovation across the industry.
Smart Auto Semi is dedicated to implementing sophisticated Analog IPs for seamless SOC integration, propelling automakers to surpass goals in futuristic hardware and software applications while ensuring backward compatibility. Our primary focus extends to delivering comprehensive solutions for automotive infotainment to ADAS applications, emphasizing cost savings through backward compatibility and future-ready IPs and solutions.
Quality Goals
Pioneering Excellence in Silicon Innovations!
1
Zero Bug
Silicon
Correct by construction approach.
2
Architectural Innovations
Revolutionizing Silicon Landscapes.
3
Performance Pinnacle
Mastery for Unparalleled Efficiency
Products
SAS Products Portfolio
- Display Serializer
- Display De-Serializer
- Camera Serializer
- Camera De-Serializer
- Integrated Automotive SOC for ADAS
SmartAuto products enables critical communications chips required for automotive vehicles and AI systems. Our products are key to enable high speed data traffic connectivity to meet Giga-bit data traffic to handle video traffic between camera and display interfaces. Key take away of our chips support back-ward compatibility of OLDI and future ready to meet automotive standards and to interface with AI platforms on automotive vehicles. All IPs are compliant to automotive standards.
Smart Auto SOC enable the implementation of AI and ADAS algorithms.
