Link T&B's many projects enable companies to digitalize and innovate. We will introduce a wide range of achievements from R&D and power electronics to IT and EV charging solutions.
AI & Machine Learning — Local LLM/Edge AI implementation
An in-house meeting and minutes automation system using local LLM (local AI).
IT & Network — Design, construction, and operation of large-scale networks
Consistent support for network infrastructure for large halls. Stable operation continues.
We provide one-stop services from construction to operation and maintenance of high-quality Wi-Fi and wired networks for accommodation facilities.
Embedded Software — Firmware development for power converters
Developed control software for bidirectional PFC and DCDC converters compatible with both single-phase and three-phase systems.
We have developed a large number of embedded control software for various inverters and converters. Realizes high-speed, high-precision control.
Mass Production & Product Development — Consistent support from mass production to commercialization
Developing a portable EV charger that can be installed without the need for foundation or electrical work. Also compatible with retrofitted authentication modules.
Developed a signage terminal with a built-in SIM that can remotely distribute content. Currently in mass production and operation.
Electronic Device Development — Custom device design for cameras, communications, sensors, etc.
Developed a camera module equipped with an image recognition algorithm. Real-time processing of object detection and identification on the edge side.
Acquires and records CAN communication and D1/D2 operating status during quick charging in real time, contributing to quality control of charging infrastructure.
BMS circuit design and firmware development for lithium ion capacitors. Integrated cell voltage monitoring and charge/discharge control.
Power Electronics — Design, development, and evaluation of converters and inverters
Highly efficient power factor improvement circuit using next-generation power semiconductor SiC. Achieves the industry's highest level of conversion efficiency.
Design, prototyping, and evaluation of high-efficiency isolated DC-DC converters for EV charging.
We provide comprehensive support from circuit design of inverters for electric vehicles to control software development.
Power supply board design technology that realizes compactness, lightness, high efficiency, and low electromagnetic emissions for space equipment through joint research with JAXA.
Module Development — Design, prototyping, and evaluation of power semiconductor modules
Design, prototyping, and characteristic evaluation of modules using next-generation power semiconductor devices. Achieves high efficiency and high voltage resistance.
Embedded technology that embeds GaN HEMTs into the board achieves both ultra-high-speed switching and high-density packaging.
Proprietary technology that embeds Si MOSFET into the substrate achieves low noise and high density. Expanding the possibilities of next-generation power modules.
Simulation — High-precision analysis of circuits, heat, and electromagnetic fields
Optimize switching loss and efficiency of inverter circuits through simulation. Significantly shorten design cycles.
Simulated circuit characteristics and control response for V2H compatible bidirectional OBC.
We support improved reliability and miniaturization through thermal design of power modules and electromagnetic field analysis of magnetic components.
We will propose the best solution to meet your needs. Please feel free to contact us.
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