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  This question usually comes after something breaks. A passive RFID tag worked fine during testing. Then it went into a hot process. Not extreme, not dramatic—just consistently hot. Weeks later, reads became unstable. Then silent. That’s when people start searching for  high temperature passive RFID tags , hoping the word “passive” somehow makes things simpler. It doesn’t. Passive Does Not Mean Resistant Let’s get this out of the way. Passive RFID tags do not handle heat better because they are passive. In many cases, they handle heat worse. No battery means fewer components, yes. But the weak points—antenna structure, bonding, encapsulation—are still there. Heat does not care whether a tag has power or not. What “High Temperature” Actually Means in Passive Tags In real projects, “high temperature” usually falls into one of these ranges: 120–150°C, long-term exposure 180–220°C, repeated short cycles 250°C+, brief process contact Most passive RFID tags only survive  one ...

Introduction: Why Emulate RFID Tags with Android Phones? In IoT development, access control testing, and smart hardware prototyping, using physical RFID cards often involves cost, logistics, and management overhead. Android phones with built-in NFC modules can emulate standard RFID cards—such as MIFARE Classic, NTAG, or ISO 14443 types—by leveraging Host-based Card Emulation (HCE), enabling rapid prototyping and system testing without requiring physical cards. HCE Simulation Principle: How Can a Phone Act Like an RFID Tag? Host-based Card Emulation (HCE), introduced in Android 4.4, enables smartphones to emulate smartcards and communicate with RFID readers via the APDU protocol: The phone generates a 13.56 MHz RF signal; Registers AID (Application ID) to handle reader requests; Developers write logic to handle incoming APDU commands and return data. This means software-based simulation can replace physical RFID cards entirely. Required Hardware and Software To successfully emulate RFID...

  Managing medical supplies in hospitals? Yeah, it’s a bit of a mess sometimes. You’ve got so many things to track, and traditional methods—like checking stock manually or writing everything down—well, they just don’t work that well anymore. Stuff gets lost, orders don’t get tracked, and suddenly you’re out of the critical supplies you need. That’s where the   Cykeo  CK-GY2B Medical RFID Storage Cabinet   comes in. It’s not just another cabinet. It’s basically a game-changer for how hospitals handle their supplies. So, What’s the Big Deal with the CK-GY2B? The  CK-GY2B  uses RFID tech to do all the heavy lifting when it comes to managing supplies. What does that mean for you? Well, every time something’s added or taken out, it gets logged automatically. No more guessing if something’s in stock or if it’s been signed out. Everything is tracked in real-time, and you always know where things are. Pretty cool, right? Here’s what really makes it shine: Real-Time...

  RFID Kiosks. They are everywhere now. Retail, entertainment, business operations. Streamlining self-service. Quick payment. Contactless. Works well. For  RFID solution providers . And  POS/payment system developers . You need to understand applications. Integration possibilities. What works, what needs tweaking. Typical Use Cases for RFID Kiosks Self-Service Payments Customers scan RFID cards or wristbands. Pay themselves. Fast. Less queues. Fewer errors. Cafes, stores, amusement parks. Access Control and Check-In Gyms, libraries, coworking spaces, events. Scan tag. Log entry. Automatic. Minimal staff. Loyalty and Membership Management Link RFID card to loyalty program. Track points. Redeem rewards. Fast. Simple. Interactive Information Points Scan tag. Receive personalized info. Content shows on kiosk. Some use it this way. Want real-world experience? Check  RFID Kiosk practical guide . Lessons from actual deployment. Things you don’t see on paper. Advantages of R...

  In smart manufacturing, warehouse logistics, and asset management,   RFID tag  writing has become a core requirement for efficient automatic identification systems. For businesses that need to encode and write large batches of tags with specific information—such as material codes, IDs, or serial numbers—choosing a   USB RFID Reader   that supports secondary development and scalable integration is key to building a stable and efficient RFID system. USB RFID Reader ,Connect Desktop Rfid Tag Writing and Rfid System Integration Usually,USB RFID Reader connects to PC or embedded device via USB interface, it is supporting both reading and batch writing of RFID tags. Key advantages include: Plug-and-play USB connectivity; Support for mainstream RFID protocols like EPC Gen2 / ISO18000‑6C; Integration with existing software or ERP/WMS systems for automated writing and inventory management; Rich SDK and API interfaces that enable secondary development and custom applica...

  At some point in almost every RFID project, the same question comes up: Do we really need a  fixed RFID reader  here? Handheld looks flexible. USB readers are easy. Gate systems feel overkill. And yet — fixed RFID readers keep showing up in real deployments. Not by accident. What a Fixed RFID Reader Really Is A  fixed RFID reader  is designed to live inside a system. Mounted on a wall. Installed in a cabinet. Bolted into a production line or access point. It’s not meant to move. It’s meant to run — continuously. If you look at a typical  RFID reader  product category , you’ll notice fixed readers are the backbone devices: multi-antenna ports, stable RF output, and long-term operation design. 👉  RFID reader product lineup For solution developers, that’s already a signal: This is infrastructure, not a tool. The First Thing Most Developers Don’t Expect Many developers assume fixed RFID readers are harder to work with. More configuration. More para...