Siemens 发布 HyperLynx 智能体工具包：面向 112G 与 224G 速率验证、2026 年第四季向选定客户先行开放
德国慕尼黑 — Siemens 2026 年 11 月 11 日宣布 HyperLynx Agentic Toolkit。这是一套智能体人工智能方案，帮助电子系统工程师自动化复杂的验证工作流、调查仿真结果并更快地作出设计决定。
Siemens 表示，电子系统运行速率正进入 112G 与 224G 区间，电路板物理变量与不断收窄的裕量使现代电子设计格外复杂。该工具包建立在 Siemens 的 HyperLynx 软件之上，把领域专用人工智能智能体与基于物理的信号完整性及电源完整性仿真结合在一起。
结构方面，工具包由一个编排智能体协调面向 SerDes、DDR、信号完整性与电源完整性分析的专用智能体，并提供图形处理器与高性能计算能力以加快仿真、支持更深的设计空间探索。Siemens 电子电路板系统负责人 Matt Bromley 在发布中作了说明。
进度方面，HyperLynx Agentic Toolkit 计划于 2026 年第四季向选定客户先行开放，其后全面上市；该工具包延续了 Siemens 在电子设计自动化中采用领域专用智能体人工智能的路线，此前公司已推出 Questa One Agentic Toolkit。发布未给出定价。本稿以 Siemens 发布与 EEJournal 刊载的发布全文为准。
Siemens Announces the HyperLynx Agentic Toolkit: Built for 112G and 224G Verification, Early Availability to Select Customers Planned for the Fourth Quarter of 2026
Munich, Germany — Siemens announced the HyperLynx Agentic Toolkit on November 11, 2026, an agentic AI solution that helps electronic systems engineers automate complex verification workflows, investigate simulation results and make faster, more informed design decisions.
Siemens said electronic system operating speeds are moving into the 112G and 224G domains, where physical board variables and shrinking margins make modern electronic design extraordinarily complex. Built on Siemens HyperLynx software, the toolkit combines domain-specific AI agents with physics-based signal and power integrity simulation.
An orchestration agent coordinates specialized agents for SerDes, DDR, signal integrity and power integrity analysis, and the toolkit delivers GPU and high-performance computing power for faster simulations and deep design space exploration. Matt Bromley, Head of Electronic Board Systems at Siemens, was quoted in the announcement.
The HyperLynx Agentic Toolkit is planned for early availability to select customers in the fourth quarter of 2026, with general availability to follow. It extends Siemens use of domain-specific agentic AI across electronic design automation, following the introduction of the Questa One Agentic Toolkit. The announcement gave no pricing.
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图片来源：图：图中是一块装有元件的印刷电路板。图中是印刷电路板的实物照片，为电子设计验证题材通用配图。Mister rf，CC BY-SA 4.0，经Wikimedia Commons。 / Photo: file photo. Mister rf, CC BY-SA 4.0, via Wikimedia Commons.
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