Nidec Corporation ("Nidec") announces its first-time participation in "Data Center World Asia," to be held from September 29 (Tue) to September 30 (Wed), 2026, at the Marina Bay Sands Expo & Convention Centre in Singapore.
Nidec has broadly expanded its solutions for next-generation data centers across global markets, including Japan, China, and North America. Driven by the recent prolifera
Nidec Machine Tool Corporation ("Nidec Machine Tool" or the "Company") today announced the launch of Nidec NC Twin, a digital twin platform for its MVR Series*1 double-column machining centers.
Nidec NC Twin recreates machine movements and processes in a virtual environment, allowing manufacturers to validate programs before production begins. By replacing traditional machine prove-outs with hi
ACBOX V4 is a complete utility-scale energy storage solution (BESS), that combines Lithium Iron Phosphate (LFP) batteries, distributed power conversion, and integrated grid-forming capabilities in a compact, scalable architecture designed to support grid stability and accelerate renewable energy deployment.
Nidec Machine Tool Corporation announced today that it will launch the MPLJ series on June 15, a linear-type high-accuracy position detector capable of handling long strokes for large machine tools and long equipment. With its unique MP Scale that adopts an electromagnetic induction method, this new series realizes a position detection accuracy of ±2.5μm/m with a maximum stroke coverage of 255m. I
Nidec Corporation (hereafter, "Nidec") has developed a prototype In-Rack CDU*1 with a cooling capacity of up to 300 kW to address the rising thermal load in data centers driven by the widespread adoption of generative AI. This product delivers industry-leading cooling performance and stands as Nidec’s highest-capacity In-Rack cooling solution to da
Nidec has developed a prototype of the "STC 1.0," a next-generation liquid cooling solution stacking OCP-compliant units to provide customizable cooling capacity. Featuring a stackable structure of up to five units, this next-generation liquid cooling solution enables flexible selection and configuration of units based on the cooling demands of the servers being deployed. The product is scheduled
Nidec Advance Technology Corporation (“Nidec Advance Technology” or the “Company”) announced today the launch of the AURCA series, an AI-based inspection & measurement solution for semiconductors and printed substrates
■ How the product was developedAs the electronic device market expands driven by AI recently, high-level trust is required for the increasingly miniaturized and complex semic
Nidec Advance Technology Corporation (“Nidec Advance Technology” or “we”) has announced today that it has joined the Semiconductor Assembly Test Automation and Standardization Research Association (SATAS).
■ SATAS
The SATAS is a research and development union established in April 2024 for the purposes of realizing and implementing labor reduction, automation, and standardization of the packa
- Developing an industry-leading high-speed, high-accuracy analyzer to meet the datacenter market’s needs -
Nidec Advance Technology Corporation (“Nidec Advance Technology” or the “Company”) announced today that it has executed a new-product development contract with Techno Horizon Co., Ltd. (“Techno Horizon”) (headquarter
Nidec Corporation (TSE: 6594; OTC US: NJDCY) (the “Company”) announced today that it has added products to the Company’s lineup of water-cooling modules for datacenters.
In recent years, datacenters that support ICT services’ operations are witnessing an increase in thermal load due to the technical advancement of the CPU (Central Processing Unit), the GPU (Graphics Processing Unit), and the AS
As a next step in the company’s strategy of developing key components for electric vehicles, Nidec announces two new models of its fully integrated automotive traction motor system (E-Axle) and a new short range radar—the first in the world that, with a single antenna, doubles as a proximity sensor for automatic parking systems, obviating the need for separate ultrasonic sensors.
