APU - Automotive Infotainment SoC Comparison 2024

Report objectives:

• Overview of automotive infotainment supply chain, chip design and manufacturing information
• Comparison among the most popular infotainment chips
• Detailed analysis on a Chinese domestic APU (Siengine SE1000) dedicated to infotainment application
• Provide detailed technology data on packaging and die physical structure and comparison
• Comparison of the most recent Qualcomm cockpit solutions from physical analysis to the cost structure
• Provide the insight of economic factors in this market with the cost compariso

Key features: 

• Optical/SEM/TEM photos of chip planar view & cross-section​
• Measurements​ on package and SoC die
• Package comparison
• Processor comparison
• Manufacturing process
• Supply chain comparison
• Manufacturing cost comparison

A full physical and cost comparison on the most advanced automotive infotainment SoCs

The burgeoning market for infotainment automotive and high-performance computing sectors, underscores the need for a comprehensive analysis of leading chipsets. In this report, we provides a detailed SoC comparison of the key players in this field: Qualcomm, AMD and Siengine. In an industry driven by rapid technological advancements and intense competition, having access to in-depth, comparative insights is essential for making informed decisions. Our report not only highlights the physical characteristics of each chip but also identifies emerging trends and potential disruptors in this market. This knowledge empowers manufacturers, developers, and investors to strategically navigate the complexities of the industry and capitalize on opportunities for growth and innovation.

In terms of physical analysis and comparison, our report meticulously examines the packaging and dies. For instance, three generations (3rd, sub 3rd, 4th) of Qualcomm’s solution showcases advanced features tailored for infotainment applications, while AMD's Ryzen CPU and Radeon GPU are benchmarked for high-performance computing dedicating to the smartphone-like user experience. The Siengine SE1000, though less known, is evaluated for its potential in niche markets and the rise of Chinese domestic supply chain. Our comparison leverages both physical and financial metrics, offering a holistic view of each chip’s manufacturing and market positioning. The physical analysis includes clear optical and Scanning Electron Microscope (SEM) images, along with precise measurements. These visuals not only reveal the intricate design but also facilitate a better understanding of the manufacturing technology in each chip.

The cost analysis section delves into the economic aspects of each chip, offering a detailed comparison of production costs and market prices. This financial perspective is critical for understanding the cost-efficiency associated with each chipset. Our analysis is summarized in a clear and comprehensive table, encapsulating key data points and our expert evaluation. This tabular presentation allows for quick reference and easy comparison, making it an invaluable tool for industry professionals.

 

Overview / Introduction

• Executive Summary
• Market Analysis
• SoC List & Overview
• Reverse Costing Methodology
• Glossary

Company Profile

• Qualcomm
• AMD
• Siengine

Physical Analysis

• Qualcomm SA8295P APU
• Qualcomm SA8195P APU
• Qualcomm SA8155P APU
• AMD Ryzen CPU
• AMD Radeon GPU
• Siengine SE1000 APU

Physical Comparison

• Packaging Comparison
• SoC Die Comparison
• Qualcomm Cockpit Platform

Manufacturing Process Flow

• Summary
• Qualcomm SA8295P APU
• Qualcomm SA8195P APU
• Qualcomm SA8155P APU
• AMD Ryzen CPU
• AMD Radeon GPU
• Siengine SE1000 APU

Cost Analysis

• Yield Summary
• Qualcomm SA8295P APU
• Qualcomm SA8195P APU
• Qualcomm SA8155P APU
• AMD Ryzen CPU
• AMD Radeon GPU
• Siengine SE1000 APU

Cost Comparison

Customer Feedbacks

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About Yole Group                                                                                                     

Qualcomm, AMD, Siengine, TSMC, Samsung, Tesla, Desay, HSAE