Radio Frequency Identification (RFID) technology has been around for more than 50 years and is used in a variety of industries to track items and assets. With the introduction of long-range RFID technology, businesses are now able to track items over greater ranges than ever before. This technology offers many advantages for companies that cannot be achieved with traditional RFID tags. Let’s take a look at some of the reasons why long-range RFID is useful for businesses.
What is Long Range RFID?
Long-range RFID is an advanced form of radio frequency identification (RFID) technology. It utilizes specialized tags with integrated antennas that can communicate with readers located up to several hundred meters away. These tags are designed to be read from much further away than traditional RFID tags, which typically have a range of only a few meters. This allows businesses to track items over longer ranges and larger areas, making it easy to keep track of their inventory and assets in real time.
Why Is Long-Range RFID Useful?
Long-range RFID can be especially useful for large warehouses or factories where tracking items can be difficult due to size or location. For example, if you need to locate a specific item in an expansive warehouse, you can attach one of these tags to it and use a reader from anywhere within the building to locate it quickly and easily. Additionally, these tags can provide valuable information about the item such as its temperature or vibration levels when used with compatible sensors. This makes it possible for businesses to monitor their products more effectively and identify any potential problems before they occur.
Another advantage of long range rfid is its ability to reduce labor costs by streamlining processes such as stocktaking or asset tracking. Instead of manually counting each item in a large area, employees can simply scan them with an RFID reader which will automatically record the number and location of each item without any added effort on their part. This allows businesses to save time while also improving accuracy since there is no chance for human error when using this technology.