Collection of Common Issues Faced by Engineers in Non-Contact Related Technologies
We propose solutions to unexpected problems that arise. We also introduce our core technologies that support problem-solving.
We are currently offering a collection of common issues faced by engineers, titled "Common Issues and Examples for Engineers," aimed at those who are tackling product design related to "wireless communication, sensing, mechanical system design, and non-contact power supply" for the first time. This document introduces the challenges our customers face when utilizing non-contact related technologies for designs, such as wanting to "operate and monitor devices remotely without touching them" or "automatically recognize and control without human presence," along with our proposed solutions. It is a compilation of information that you should know to prevent overlooking issues and rework. 【Main Common Issues Examples】 ■ No improvement observed despite changing the number or dimensions of antennas (wireless communication field) ■ Detection errors of sensors are larger than expected (sensing field) ■ Increased number of prototypes due to cut-and-try testing (mechanical system field) ■ Excessive heat generation during wireless power transmission (non-contact power supply field) *For more details, please refer to the "PDF Download." Feel free to contact us with any inquiries.
Inquire About This Product
basic information
【About Us】 We provide total support for product development utilizing non-contact related technologies, from conceptual planning to design. 【Four Core Technologies Supporting Problem Solving】 ◎ Wireless Communication We utilize large-scale simulation technology that models various wireless systems, radio wave application systems, and the mutual interference between them. ◎ Power Electronics & Energy Management We demonstrate advanced simulation technology to verify energy management of various systems, along with design technology for power supply, thermal management, and communication control that require high reliability. ◎ Image Sensing We leverage image processing technology accumulated over many years in capturing, transmitting, and analyzing images 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 refer to the materials. Feel free to contact us with any inquiries.
Price range
Delivery Time
Applications/Examples of results
*For more details, please refer to the materials. Feel free to contact us as well.*
catalog（1）
Download All Catalogs
Company information
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.
