You may have applied RFID in the course of your daily business activities, but how conversant are you with the advancement of the technology? Just like any other technology in an application, innovations are inevitable. The major revolution in the RFID world is towards reducing the size of RFID tags. Radio Frequency Identification tags, Abbreviated as RFID, are micro-devices that rely on low-power radio waves for the reception, storage, and transmission of data to nearby readers. RFID tags are made

Radio-Frequency Identification (RFID) is one of the fastest-growing identification technology. It uses radio waves/ electromagnetic fields to capture and analyze digital data. If that sounds confusing, then you shouldn’t worry! Continue reading as we explore all the elements of RFID tags and how they work.  How RFID Technology Works An RFID tag is encoded with digital information about specific assets/ individuals. When the tag comes closer to an RFID reader, it will capture the radio waves produced by the reader.

Radio-Frequency Identification (RFID) cards offer a convenient, secure, and durable method of packaging an RFID tag. The cards have become common in access control, payment, and identification. But what is an RFID card? What are its components? Well, this article will offer detailed answers to these questions. Read on to understand the anatomy of RFID cards as well as their applications. RFID Cards: What Are They? RFID Cards are smart cards that use radio waves to exchange information. Most RFID cards

Using custom wristbands is a much more fashionable and intelligent choice for many lager events. Powered by RFID or NFC technology, RFID wristbands can achieve many functions to save money and manpower for event organizers. Besides, RFID custom wristbands are also a good tool to present the brand image. What’s more, it provides an excellent experience for guests. Embedded with different RFID chips, RFID wristbands have different functions. RFID wristbands can be equipped with LF RFID chips, HF RFID chips,

NFC (Near Field Communication), jointly developed by Philips and Sony, is a contactless identification and interconnection technology that enables close wireless communication between mobile devices, consumer electronics, PC, and smart control tools. NFC provides a simple, touch-based solution that allows consumers to exchange information, access content and services simply and intuitively. NFC integrates contactless card reader, contactless card, and peer-to-peer functions into a single chip, creating countless new opportunities for consumers’ lifestyles. This is an open interface platform that can

RFID chip technology offers a chance to automate most of your identification processes. Some of the most reliable chips are the LF EM series. They meet the ISO 11784/11785 standards and the ISO FDX/B animal identification standards. As such, you can invest in the chips if you want to ease your animal identification process. You can also use the technology in access control and other identification needs. If you’re wondering what to consider for when selecting the ideal EM series

Have you ever attended an event that required that you wear a special wristband? Well, these wristbands help in identification and event management. They are embedded with an RFID chip that contains your payment and personal details. The convenience associated with the process explains why RFID wristbands are integral for small events. If you’re wondering what RFID wristbands are, then this article will answer all your queries. It gives useful tips on why and how you can integrate wristbands in

RFID inlays, RFID tags, and RFID Labels form the core of your RFID system. But can you differentiate them? While most people use these terms interchangeably, there are slight physical and functionality differences among them. This article explores all the differences between RFID inlays, RFID tags, and RFID labels. Read on. RFID Tag Components RFID tags comprise an integrated circuit (IC), an antenna, and a substrate. To help you understand all the differences between tags, inlays, and labels, we’ll define