"Wireless Network Construction Technology" *Technical catalog available for distribution
Introducing our technology for "digitalization of floor maps" and "radio wave visualization," which are useful for promoting DX in offices and factories and for the implementation of IoT.
Many companies are already paying attention to the promotion of DX and the introduction of IoT. Additionally, during remote work in the with-COVID era, the demand to view data in real-time from remote locations is also increasing. However, there are concerns that the unstable network infrastructure, which is a prerequisite for DX and IoT, may hinder the introduction of new technologies due to issues such as wireless communication interruptions or speed reductions. Wireless networks using millimeter-wave bands like 5G and WiGig achieve high-speed and large-capacity communication by emitting radio waves in specific directions, but they are significantly affected by attenuation and shielding, making network design and operation more challenging. Our company is currently distributing a PDF catalog that summarizes wireless technologies and image sensing technologies that can help solve these wireless network challenges. [Contents] ■ 3D modeling using image sensing ■ Radio wave propagation simulation technology ■ 5G (28GHz band) radio wave visualization system *The materials can be viewed immediately via "PDF Download."
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【About Us】 We provide total support from conceptual planning to design in the development of wireless network systems and devices. 【Four Core Technologies Supporting Problem Solving】 ◎Wireless Communication Utilizing large-scale simulation technology that models various wireless systems, radio wave application systems, and the mutual interference between them. ◎Power Electronics & Energy Management Demonstrating advanced simulation technology to verify energy management for various systems, along with design technology for power supply, thermal management, and communication control that require reliability. ◎Image Sensing Leveraging image processing technology accumulated over many years in image capture, transmission, and analysis through the development of a wide variety of cameras. ◎Smart Devices Our electrical, mechanical, and software engineers support the prototyping and product development of smart devices tailored to various needs, including payment terminals and wearable devices. *For more details, please feel free to contact us.
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*For more details, please refer to the materials. Feel free to contact us as well.*
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Panasonic System Networks Development Research Institute (PSNRD) has been engaged in research and development, as well as product and system development for various companies, organizations, and institutions, including Panasonic, for the past 30 years since its establishment. As mobile communications have evolved from the first generation of analog systems and voice calls to the fourth generation of LTE systems and video applications, PSNRD has established four core technologies by strengthening its technical capabilities and expanding its technical domains, particularly in wireless communication. Today, our core technologies are utilized to solve various customer challenges across a wide range of business fields, including not only wireless communication but also home appliances, housing, automotive equipment, devices, and B2B solutions. From standalone design of devices, hardware, and software to system solutions, circuit and protocol development, and mechatronics and mechanical development, we leverage our four core technologies to support our customers' research and development and software/hardware product development at every phase, from basic research to functional prototype development and commercialization. Please make use of the expertise, knowledge, and know-how of our 370 experienced engineers for new value creation.