For any RFID system, read range is a critical performance metric. If your RFID tags aren’t reading at the expected distances, it can impact inventory management, warehouse automation, and supply chain efficiency. In this guide, we explore the 12 most common causes of RFID read range problems and provide actionable solutions. 1. Incorrect Antenna Orientation […]
In warehouse RFID projects, readers, tags, and software often receive the most attention. However, one component can have a surprisingly large impact on system performance: the RFID antenna. Many RFID deployment issues that appear to be caused by tags or readers are actually related to antenna selection. Among the most important antenna characteristics is polarization.
When companies begin an RFID deployment, most of the attention goes to software integration, reader installation, and process optimization. Surprisingly, one of the biggest causes of project failure happens much earlier—during the sourcing stage of RFID tags. Many buyers assume that if a sample tag works during initial testing, the entire production batch will perform
Before deploying millions of RFID tags across a supply chain, one small decision often creates the biggest headaches later: what data should actually be written into the tag? Many companies simply ask their supplier to “encode the EPC” without fully understanding what that means. Others discover too late that they need additional information for maintenance
For years, RFID labels have primarily served one purpose: enabling automatic identification through EPC (Electronic Product Code) encoding. Retail suppliers would program a serial number into an RFID chip, attach the label to a product, and rely on inventory management systems to track it throughout the supply chain. However, the retail industry is entering a
Across Europe and increasingly around the world, brands are facing a new reality: products will soon need to carry a digital identity that follows them throughout their entire lifecycle. This initiative is known as the Digital Product Passport (DPP). Driven by the European Union’s sustainability strategy and Circular Economy Action Plan, Digital Product Passports are
Supply chains are becoming more complex than ever. Global sourcing, rising customer expectations, labor shortages, and increasing operational costs are forcing businesses to seek smarter ways to manage inventory, assets, and logistics operations. Two technologies are leading this transformation: Artificial Intelligence (AI) and Radio Frequency Identification (RFID). While RFID provides real-time visibility into physical assets,
Livestock identification has become a critical part of modern animal farming. Whether managing cattle, sheep, goats, pigs, or other livestock, farmers and agricultural organizations increasingly rely on RFID technology to improve traceability, disease control, breeding management, and regulatory compliance. While RFID ear tags often receive the most attention, the RFID reader is the device that
RFID technology is widely used for asset tracking, inventory management, logistics, manufacturing, and warehouse automation. In many RFID projects, users expect tags to perform consistently regardless of where they are attached. However, one of the most common issues encountered during RFID deployment is that standard RFID tags often stop working or experience dramatically reduced read
In commercial laundry environments, RFID laundry tags are exposed to some of the harshest operating conditions in the RFID industry. Industrial washing, high-temperature drying, chemical detergents, ironing, water extraction, and tunnel finishing all put constant stress on RFID tags embedded in garments and linens. For hotels, hospitals, uniform rental companies, and industrial laundries, durability is
