Navitas 2.0 如何借 Claros 收购打破 AI 基础设施的“电力墙”：从电网到 xPU
Breaking the AI Infrastructure Power Wall: From Grid to xPU
Navitas 将于 10 月 20 日举办网络研讨会，介绍 Navitas 2.0 战略向 AI 数据中心、能源与电网等高功率市场转型，并通过收购 Claros 补齐功率组合。其 GaN、高压与超高压 SiC 及集成电压调节器（IVR）技术，结合垂直供电（VPD）架构，可将功率转换推向 xPU 最后一环，降低损耗与阻抗、提升瞬态响应和功率密度。
AI 生成摘要 · 以原文为准
By Navitas 10.08.2026 0
Navitas 2.0 Completes Power Portfolio with Claros Acquisition
Date: Tuesday, October 20, 2026
Time: 8:00am PDT | 11:00am EDT 17:00 CEST
AI infrastructure is scaling rapidly, driving higher rack power, compute density, and xPU power demands. These trends are exposing the limits of traditional power architectures and creating a new AI infrastructure “power wall.”
Navitas 2.0 marks a strategic shift toward high-power, high-growth markets, including AI data centers, energy and grid infrastructure, performance computing, and industrial electrification. Its portfolio of GaN, high-voltage and ultra-high-voltage SiC, and integrated voltage regulator (IVR) technologies addresses critical power conversion and delivery challenges across the AI power chain.
Join this webinar where our panel will highlight Navitas’ acquisition of Claros and how its IVR technology extends the Navitas portfolio to the final stage of power delivery: the xPU. By moving power conversion closer to the processor through Vertical Power Delivery (VPD) and Embedded Power Delivery architectures, IVRs reduce losses and impedance while enabling faster transient response and higher power density.
Attendees will learn how:
- Navitas 2.0 is transforming the company’s strategy around high-power, high-growth markets, led by AI data centers and energy and grid infrastructure
- GaN and HV/UHV SiC technologies address critical power-conversion challenges across next-generation AI infrastructure
- VPD and IVR are critical to next-generation xPU power delivery, enabling lower losses and impedance, faster transient response and higher power density
- Claros’ unique topology and modular, scalable approach to IVRs enable next-generation power delivery to scale with increasing xPU power and performance requirements
0 comments
来源：EE Times · eetimes.com