UHF RFID Reader,RFID Scanner,Handheld Terminal,RFID System Solution

The three major problems facing fixed asset management, long inventory cycle, scattered assets, inconsistent accounts and asset numbers, etc. An  UHF RFID system  consists of three main parts, the control system, responsible for the issuance of all control commands, the operation of the business and the final data acquisition, analysis and storage. After receiving the instruction, the  UHF RFID Reader  wirelessly interacts with the electronic RFID tag to complete the data. The RFID label is an identification system that identifies the identity information of the materials, so that the system can track and manage the material information through the identification of the electronic labels. Based on  RFID technology , asset data is stored in tags or systems as needed to achieve full lifecycle management of asset purchase, use, maintenance, inventory, and scrapping, real-time monitoring and management of important assets. To achieve consistent accounting, greatly improve the effi

Looking at the current variety of RFID applications, the first question companies want to ask is: "How do I connect existing systems to these new RFID readers?" The essence of the problem is the problem of enterprise applications and hardware interfaces. Therefore, permeability is the key to the entire application. Properly capturing data, ensuring the reliability of data reads and efficiently transferring data to back-end systems are issues that must be considered. The traditional application and application data transparency is solved through the middleware architecture, and various Application Server applications are developed. Similarly, middleware architecture design solutions are also an integral part of RFID applications. A very important core technology. RFID middleware acts as an intermediary between  RFID tags  and applications. A set of general purpose application programming interfaces (APIs) provided by the middleware on the application side can be connect

The electronic ear tag is an electronic tool that can store and read information. It is a bridge between the data processing system and the individual animal. It is an electronic ID card that can be recognized by animals. People can use a dedicated reader for each An individual animal is identified. In this way, for example, animal identification, data calculation, track manipulation, animal breeding, behavior management, etc. can realize the active and information-based skills, and the stalking of animals can be better handled. It can also be recycled after the livestock have been slaughtered. The selected animal electronic identification devices are mainly the following: electronic tags mounted on the ears, pills taken by ruminants, and transponders that are injected from the blood vessels. The animal electronic logo made by using radio frequency identification (RFID) technology is uniquely passive, non-touch information storage and reading, and the information is not easily c