AutoCore 与 Tenstorrent 宣布战略合作,通过 AutoCore.OS 赋能高性能 RISC-V 汽车计算平台

AutoCore 与 Tenstorrent 将 AutoCore 经量产验证的车规软件平台与 Tenstorrent 的顶级 TT-Ascalon™ RISC-V CPU 内核深度融合,为全球汽车厂商提供可扩展、开放标准的下一代计算架构。
2025-12-04
AutoCore

美国加州圣克拉拉 & 中国南京 — 2025 年 12 月 4 日 — 高性能、可扩展并具备功能安全能力的软件定义汽车(SDV)平台供应商 AutoCore.ai,与高性能 RISC-V CPU 与 AI 技术领导者 Tenstorrent 今日共同宣布达成战略合作

AutoCore 将以旗舰产品 AutoCore.OS™ 赋能 Tenstorrent 的高性能 RISC-V 处理器平台 TT-Ascalon™,标志着成熟车规软件与高性能 RISC-V 架构在汽车领域实现重要融合。

随着汽车行业全面迈向软件定义,市场对高性能、开放且灵活的计算平台的需求达到了前所未有的高度。本次合作为车规软件与 RISC-V CPU/AI 平台的深度融合树立了新的里程碑。

AutoCore.OS:完整的车规软件平台,覆盖从域控到中央计算
AutoCore 提供一套面向汽车电子电气(E/E)架构的完整全栈软件平台,覆盖从各类域控制器到中央计算单元,并支持多种异构芯片平台。
AutoCore.OS 可在自动驾驶(ADAS)、智能座舱、整车控制等所有功能域中实现统一的应用开发与部署,为下一代智能汽车提供强大的基础软件支撑。

Tenstorrent Ascalon:业内最强的 RISC-V 汽车级处理器
支撑该软件平台的是 Tenstorrent 的 Ascalon RISC-V CPU —— 业内最高性能的 RISC-V 处理器,专为汽车、基础设施与 AI 工作负载打造。Ascalon 具备:
  • 完全符合 RVA23 的 64 位架构
  • 超标量、乱序执行内核设计
  • 256 位向量数据通路
  • 满足复杂汽车智能应用所需的高计算密度

双方协同加速 RISC-V 在汽车领域的规模化落地
借助 AutoCore 深厚的行业经验与量产能力,本次合作将显著提升 RISC-V 在汽车市场的落地速度。
作为汽车行业领先的软件供应商,AutoCore 拥有丰富的量产经验,这为 RISC-V 架构在车规领域的安全可靠部署提供了关键支撑。
通过将 AutoCore.OS 与支持从传统芯片架构平滑迁移的 Ascalon 相结合,本次合作大幅缩短了 OEM 从原型阶段到量产阶段的时间。

联合解决方案打破传统封闭式架构的垄断
Tenstorrent 致力于开放生态,包括:
  • ISA(指令集)扩展示例
  • 功能安全(FuSA)支持
  • 可灵活定制的开放架构
当其与 AutoCore 灵活的软件配置能力结合时,将为 OEM 带来前所未有的自由度,实现针对不同应用场景的精准优化。

AutoCore.ai CEO 张旸 表示:
“作为在汽车行业拥有深厚量产经验的软件供应商,AutoCore 始终致力于支持最先进的计算架构。Tenstorrent 的 Ascalon 平台展现出惊人的性能。通过 AutoCore.OS 的赋能,我们正在帮助全球客户将关键工作负载无缝迁移至高性能 RISC-V 平台,使其始终走在 SDV 革命的前沿。”

Tenstorrent 产品战略副总裁 Aniket Saha 表示:
“高性能硬件必须依托优秀的软件才能充分释放潜力。AutoCore 在汽车软件领域的专业能力以及广泛的客户基础,使其成为 Ascalon 进入汽车市场的理想合作伙伴。双方将共同为行业带来兼具性能、能效和开放标准自由度的创新解决方案。”

关于 AutoCore.ai
AutoCore.ai 是面向软件定义汽车的高性能、可扩展且具备功能安全能力的平台供应商。AutoCore 提供完整的软件平台,助力 OEM 与一级供应商构建可靠、安全的汽车系统。公司已与众多行业头部企业建立战略合作关系,其产品已在全球多款量产车型中成功部署。

关于 Tenstorrent
致力于打造面向 AI 的下一代计算系统,为推动 AI 未来发展的全球开发者提供支持。
其高性能、基于 RISC-V 的 CPU 与 AI 硬件、模块化 chiplet 以及可扩展计算系统,让开发者能够在从单节点到数据中心的任何规模上灵活部署创新。Tenstorrent 坚信开放生态,致力于打造可编辑、可分叉、可自主创新的软硬件架构,由一支工程师与创造者团队引领行业革新。

Tenstorrent and AutoCore Announce Strategic Partnership to Power High-Performance RISC-V Automotive Computing with AutoCore.OS

Tenstorrent and Autocore are combining AutoCore’s production-proven automotive software platform with Tenstorrent’s best-in-class TT-Ascalon™ RISC-V cores to offer a scalable, open-standard architecture for global OEMs.

Santa Clara, California, USA and Nanjing, China – December 4, 2025:
AutoCore.ai, a leading provider of scalable, high-performance and functional safety Software-Defined Vehicle platforms, and Tenstorrent, a leader in high-performance RISC-V CPUs and AI, jointly announced a strategic partnership today.

AutoCore will enable Tenstorrent’s high-performance RISC-V processor platform TT-Ascalon™ with its flagship product, AutoCore.OS(™).

As the automotive industry accelerates toward Software-Defined Vehicles (SDV), the demand for high-performance, open, and flexible computing platforms has never been higher. This collaboration marks a significant milestone in the integration of mature automotive software with high-performance RISC-V based CPU and AI platforms.

AutoCore offers a complete, full-stack automotive system software platform that supports diverse Electrical/Electronic (E/E) architectures—from domain controllers to central computing units—and is compatible with a wide range of heterogeneous chip platforms. AutoCore.OS enables the seamless development and deployment of applications across all functional domains, including Autonomous Driving (ADAS), Intelligent Cockpit, and Vehicle Control, providing a unified and robust base for next-generation vehicles.

Powering this software is Tenstorrent’s Ascalon RISC-V based CPU, the highest-performance RISC-V processor in the industry designed for automotive, infrastructure, and AI workloads. Ascalon is an RVA23 compliant, 64-bit core featuring an out-of-order, superscalar architecture and 256-bit vector data paths, delivering the computational density required for complex automotive workloads.

The collaboration leverages AutoCore’s deep industry experience to accelerate the adoption of RISC-V in the automotive sector. As a leading supplier in the automotive industry, AutoCore brings a wealth of mass-production experience. This proven track record provides the critical software maturity needed to deploy RISC-V hardware architectures with confidence. By combining their product with Tenstorrent’s Ascalon, which supports easy migration from existing chip solutions, this partnership significantly reduces the time required to move from prototype to mass production.

The joint solution breaks the monopoly of traditional closed architectures. Tenstorrent’s commitment to open solutions —offering options for ISA extensions and Functional Safety (FUSA) support—paired with AutoCore’s flexible software configuration, provides OEMs with unprecedented freedom to optimize for specific applications.

“As a leading software supplier with extensive mass-production experience in the automotive industry, AutoCore is committed to supporting the most advanced computing architectures,” said Yang Zhang, CEO at AutoCore.ai. “Tenstorrent’s Ascalon platform demonstrates incredible performance. By empowering this hardware with AutoCore.OS, we are enabling our global customers to seamlessly migrate their critical workloads to this high-performance RISC-V platform, ensuring they remain at the forefront of the SDV revolution.”

this software is Tenstorrent’s Ascalon RISC-V based CPU, the highest-performance RISC-V processor in the industry designed for automotive, infrastructure, and AI workloads. Ascalon is an RVA23 compliant, 64-bit core featuring an out-of-order, superscalar architecture and 256-bit vector data paths, delivering the computational density required for complex automotive workloads.The collaboration leverages AutoCore’s deep industry experience to accelerate the adoption of RISC-V in the automotive sector. As a leading supplier in the automotive industry, AutoCore brings a wealth of mass-production experience. This proven track record provides the critical software maturity needed to deploy RISC-V hardware architectures with confidence. By combining their product with Tenstorrent’s Ascalon, which supports easy migration from existing chip solutions, this partnership significantly reduces the time required to move from prototype to mass production.The joint solution breaks the monopoly of traditional closed architectures. Tenstorrent’s commitment to open solutions —offering options for ISA extensions and Functional Safety (FUSA) support—paired with AutoCore’s flexible software configuration, provides OEMs with unprecedented freedom to optimize for specific applications.“As a leading software supplier with extensive mass-production experience in the automotive industry, AutoCore is committed to supporting the most advanced computing architectures,” said Yang Zhang, CEO at AutoCore.ai. “Tenstorrent’s Ascalon platform demonstrates incredible performance. By empowering this hardware with AutoCore.OS, we are enabling our global customers to seamlessly migrate their critical workloads to this high-performance RISC-V platform, ensuring they remain at the forefront of the SDV revolution.”“High-performance hardware requires world-class software to unlock its full potential,” said Aniket Saha, VP of Product Strategy at Tenstorrent. “AutoCore’s expertise in the automotive software landscape and their broad customer base make them the ideal partner to bring Ascalon to the automotive market. Together, we are delivering a solution that offers performance, efficiency, and the freedom of open standards.”

About AutoCore.ai
AutoCore.ai is a leading provider of scalable, high-performance and functional safety Software-Defined Vehicle platforms. AutoCore offers a complete software platform that empowers OEMs and Tier 1 suppliers to build scalable, reliable, safety and secure automotive systems. AutoCore has established strategic partnerships with major industry players, and its products are currently deployed in mass production vehicles worldwide.

About Tenstorrent
At Tenstorrent, we build computers for AI, and the developers that are shaping its future. Our high-performance RISC-V based CPUs and AI hardware, modular chiplets, and scalable compute systems give developers full control, at any scale from a single-node experimentation to data center-scale deployment. We believe in an open future. Our architecture and software are designed to be edited, forked, and owned. Our team of engineers, dreamers, and first-principle thinkers is redefining how hardware and software converge to accelerate innovation.