An explanation of "tips for implementation," "case studies," and "RFID test beds" based on the characteristics of RFID!
To achieve a management system with stable communication using RFID tags that utilize radio waves, it is necessary to carefully determine the selection of RF tags, how to arrange RFID antennas and RFID reader/writers, installation work, and operational methods. ■ We are currently offering a free explanatory document that explains the features of RFID, the benefits of implementation, and tips for introduction! ★ We have compiled "Tips for Implementing RFID" as "RFID tips!" for those considering RFID implementation. * Please see the [PDF Download] below. ■ We have established an "RFID Test Bed" (a dedicated evaluation measurement environment for RFID using a large radio wave anechoic chamber)! ★ You can experience situations where detection failures or misrecognitions occur depending on where RFID tags are attached, as well as reading sensitivity, using a dedicated evaluation measurement environment for RFID. ★ Even for large objects, we accept consultations on methods for improving operations based on reading sensitivity results through the process of selecting RFID tags that correspond to their materials and shapes. * For more details, please download the PDF or feel free to contact us.
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We will enhance our manufacturing capabilities that can be used with peace of mind, and contribute to the efficiency of customer operations (DX) in the social infrastructure sector, where labor shortages are becoming serious, by providing our unique data collection platform for objects, centered around our expertise in technologies such as RFID. (1) Application of UHF band RFID tags, along with technology for detailed management of items using our own antennas and RFID readers/writers, as well as management technology for the handling of tools and keys and asset inventory. (2) Wireless (LTE, WiFi, BLE) connection with various sensors (human presence, temperature and humidity, current, GPS, weight) through various interfaces (LAN, RS232C, RS485, Zigbee), enabling wireless sensor technology applicable indoors, outdoors, and in vehicles. (3) Development of facial recognition terminal "Noctua" and access control management system to enhance security in offices and buildings. (4) LTE-compatible edge control technology equipped with IoT interfaces such as LAN, serial (RS232C, RS485), USB, and running Linux applications.