Enterprises
INPAQ Technology Co., Ltd.
Official Website：https://www.inpaq.com.tw/
label
Company Description
Overview
INPAQ is a leader in circuit protection components and antenna products for computing, communication, consumer electronics, and automotive electronics. INPAQ offers a complete line of Circuit Protection、EMI/EMC Solution、Power Solution、RF Antenna that are all designed to make electronic products to work smoothly and effectively. With cutting edge technology, INPAQ has applied hundreds of intellectual properties which have been registered.
Vision
To grow drastically in highly-competitive market with improved efficiency, reliability, and cost effectiveness, and to step on leading position in advanced electronic and RF components.
Mission
To continuously strengthen core competence and expand business capability with prompt service response and supports to ensure the greatest satisfaction to customers.
Value
Developing new technologies is one of INPAQ's core competencies. With continuous investments in R&D for new products, INPAQ is well prepared to meet customer's future needs. Our proven record of innovation has contributed to our customers success.
Our expertise and experience in material science, process technology and automation gives INPAQ the capability to respond to the changing demands of the market quickly.
INPAQ supports customers with 14 laboratories qualified OTA test facilities in Taiwan and China including Sales and FAE support in Taiwan, China, Korea & North America.
Industry Star Participation in Company Research Practice:
5G(FR1)基站陣列天線設計開發(design a 5G (FR1) array antenna that meets 5G transmission specifications)
The objective of this project is to design a 5G (FR1) array antenna that meets 5G transmission specifications, successfully develop it, and implement it in current terminal devices.
In the era of 5G communications, the widespread application of array antennas has become an inevitable trend. One of the key challenges is addressing the design and integration difficulties of 5G Sub-6 GHz
MIMO antenna arrays across various application scenarios.
To achieve high antenna gain and beamforming capabilities, the feed network must provide appropriate excitation weights and phase variations. Consequently, the design of the feed network has become another
crucial consideration in array antenna development.
Additionally, as the number of antenna arrays increases and the covered frequency bands expand, the complexity of the design and development time also increase accordingly. Therefore, reducing development time while meeting performance targets is a critical issue.