Vicor to present smallest 48V zonal architecture solutions using power modules at Automotive Engineering Exposition Nagoya, Japan.
Vicor to present smallest 48V zonal architecture solutions using power modules at Automotive Engineering Exposition Nagoya, Japan
High density converter modules reduce power system size and weight, deliver top performance


Vicor Corporation (Andover, MA) announced that Vicor K.K Japan (Headquarters: Shinagawa ward, Tokyo) will present automotive power architectures using high density power conversion approaches for EVs at the Automotive Engineering Exposition 2025 Nagoya and ONLINE STAGE 2 sponsored by the Society of Automotive Engineers of Japan (JSAE).
Tetsuo Haoka, Principal Field Application Engineer at Vicor KK, will present “Vehicle power architecture for the SDV era consisting of Vicor modules.”
Vicor automotive grade power modules optimize 48V zonal architectures for EVs. Vicor's small, lightweight and highly flexible modules are ideal for configuring power systems for SDV 48V zonal architectures. The modules are also perfect for powering actuators that require instantaneous high output while still driving at a low voltage of 48V, such as active suspension and steer-by-wire.
In this seminar, Tetsuo will demonstrate the benefits of using Vicor's DC-DC converter modules, which are essential to downsizing the vehicle power delivery network (PDN). He will explain the mechanical structure inside the unit while showing a newly designed in-vehicle DC-DC unit prototype.
Vicor KK will be co-exhibiting at the Mouser Electronics booth, displaying the latest Vicor automotive products.
Stop by the Mouser booth for a short presentation on the Vicor automotive grade power modules, which enable the highest power density while reducing power losses across the PDN. Learn how Vicor modules also support highly efficient high voltage to SELV (traction battery to 48V) conversion, powering points of load from a 48V bus, and powering traditional 12V subsystems with 48V zone architectures.
Also join us for an online seminar “Vicor's latest power solutions, maximizing the benefits of zonal electrical and electronic architectures “, presented in Automotive Engineering Exposition ONLINE STAGE 1. Due to popular demand, we are re-releasing it for a limited time only.
Automotive Engineering Exposition 2025 ONLINE STAGE 2
July 9 – 30
Register for the online exhibition
Automotive Engineering Exposition 2025 Nagoya
July 16 – 18
10:00AM to 17:00PM
Aichi Sky Expo
Pre-register today
About Vicor
Vicor is the leader in high-performance power modules, enabling customer innovation with easy-to-deploy modular power system solutions for power delivery networks that provide the highest density and efficiency from source to point-of-load. We continuously advance the density, efficiency and power delivery capabilities of our power modules by staying on the forefront of distribution architectures, conversion topologies and packaging technology. Vicor serves customers in high-performance computing, industrial equipment, automotive and aerospace and defense markets. With over 40 years of experience in designing, developing and manufacturing power modules for demanding markets, the Vicor patented, high-frequency DC-DC power conversion technology is ideally suited for the automotive market. www.vicorpower.com
Vicor is a registered trademark of Vicor Corporation.
About Society of Automotive Engineers of Japan
The Society of Automotive Engineers of Japan, Inc. involves members from all walks of life - from engineers to students and more - united by the common passion of automotive research, and currently consists of more than 50,000 individual members and over 500 corporate members.
The JSAE is constantly endeavoring to encourage productive exchange between members, as well as research presentations, workshops providing a forum for exchange between foreign and domestic technicians, symposia, international conferences, exhibitions, tours, issuance of various publications, creation and spread of standards, JSAE engineering awards, and the further training of engineers and researchers.