2024 年亚洲OEMSDV（软体定义汽车）策略的基准测试

Benchmarking Asian OEMs' Software-defined Vehicle Strategies, 2024

出版日期: 2024年08月14日 | 出版商:

Frost & Sullivan | 英文 69 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

推动 SDV（软体定义汽车）内部研发的OEM预计将发挥主导作用。

汽车产业正在从硬体方法转向软体方法。汽车变得越来越复杂，软体程式码行也比以往任何时候都多。软体定义车辆 (SDV) 的概念已获得行业支持，并正在影响产品和功能开发理念。

SDV 正在改变车辆的设计和开发方式。架构的转变很明显，OEM喜欢新的架构而不是传统的平台架构。本分析研究了比亚迪、本田、现代、蔚来和丰田等亚洲OEM在 SDV 领域的策略，并对它们进行了相互比较。我们还将涵盖 SDV 领域中OEM和供应商周围的生态系统。

主要问题

- OEM使用什么策略来标准化硬体？

- OEM正在实施哪些策略来标准化软体？

- OEM对 SDV 采取了哪些策略？

- OEM如何利用其现有生态系统来支持 SDV？

-哪些亚洲OEM集团在 SDV 竞赛中处于领先地位？

The automotive industry is transitioning from a hardware to software approach to building vehicles. Vehicles are increasingly complex, with more lines of software code than in previous years. The concept of software-defined vehicles (SDVs) has gained industry traction, impacting product and feature development philosophies.

SDVs are changing the way vehicles are designed and developed. The changes in the architecture are evident, with OEMs preferring newer architecture over traditional platform architecture. This analysis investigates the strategies of Asian OEMs, such as BYD, Honda, Hyundai, NIO, and Toyota, in the SDV space and benchmarks them against each other. It also covers the ecosystem surrounding the OEMs and suppliers in the SDV space.

Key Issues Addressed

• What strategies are OEMs using to standardize hardware?

• What strategies are OEMs implementing to standardize software?

• What strategies are OEMs adopting for SDVs?

• How are OEMs utilizing their existing ecosystems to achieve SDVs?

• Which Asian OEM group is leading the SDV race?

Growth Environment

Key Findings
OEM Comparative Analysis-Hardware Strategy
OEM Comparative Analysis-Software Strategy
Comparative Analysis-SDV Strategy and Implementation

Transformation in the Software-defined Vehicles Sector

Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Benchmarking Asian OEMs' SDV Strategies

Ecosystem

Research Scope
Definitions-Vehicle Architecture
Key Competitors

Growth Generator

Growth Drivers
Growth Restraints

OEM Software-defined Vehicle Strategy-BYD

BYD Hardware Strategy
Potential List of BYD Models on New Architecture
BYD Software Development Strategy
BYD Software Strategy-BYD OS Software Platform
BYD Focus Areas-SDV Ecosystem and Strategy

OEM Software-defined Vehicle Strategy- Honda

Honda Hardware Strategy
Potential List of Honda Models on New Architecture
Honda Software Development Strategy
Honda Software Strategy-Software Platform
Honda SDV Ecosystem and Strategy

OEM Software-defined Vehicle Strategy- Hyundai

Hyundai Hardware Strategy
Potential List of Hyundai Group Models on New Architecture
Hyundai Software Development Strategy
Hyundai Software Strategy-ccOS Software Platform
Hyundai Focus Areas-SDV Ecosystem and Strategy

OEM Software-defined Vehicle Strategy-NIO

NIO Hardware Strategy
Potential List of NIO Models on New Architecture
NIO Software Development Strategy
NIO Software Strategy-Software Platform
NIO SDV Ecosystem and Strategy

OEM Software-defined Vehicle Strategy-Toyota

Toyota Hardware Strategy
Potential List of Toyota Models on New Architecture
Toyota Software Development Strategy
Toyota Software Strategy-Toyota Arene OS Software Platform
Toyota SDV Ecosystem and Strategy

Growth Opportunity Universe

Growth Opportunity 1-Consolidating Functions in HPC and Mixing Data Traffic in Ethernet Increasing Demand for Cybersecurity
Growth Opportunity 2-Cloud Computing and Functional Virtualization Will Open Opportunities for Cloud Technology Developers
Growth Opportunity 3-OEMs are Becoming Software Organizations