Radio Frequency Identification helps companies automatically identify and track objects with radio waves. The system uses tags and scanners to read items from a distance of up to 15 meters, making inventory management and logistics processes more efficient and saving costs.
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Benefits of RFID
RFID is a technology that allows you to scan hundreds of tags at once, even when they are out of sight. RFID uses radio signals to read a tag's unique code remotely. This allows you to track items within your company uniquely and saves you a huge amount of time and errors in the process.
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With RFID, you can scan everything at once, from incoming to outgoing goods. This speeds up inventories and other processes, such as order processing. Any errors are noticed immediately.
RFID functions as an extra pair of eyes. It detects issues right away, so you always have an accurate view of your inventory.
Everything is automatically scanned and updated directly in the system. This gives you real-time data, so you're always in control and can make smarter decisions.
An RFID reader records Electronic Product Codes (EPCs) via the connected antenna. Each tag has a unique code that the reader can read dozens of times per second. The way the reader distributes the radio field is crucial for the readability of the tags. The success of an RFID system depends on the optimal coordination of the reader and antenna with the tags, taking into account the environment in which they are scanned.
The tag is at least as important as the reader
In some cases, a protective fence is necessary to prevent cross- and stray reads
With Beam software, these settings are easy to configure for a wide range of readers.
The price and performance of RFID tags can vary greatly depending on their design and application. Some tags are optimized for maximum reading distance, while others are designed with a focus on cost savings or robustness. It is important to choose a tag that is suitable for the environment in which it is used, keeping the cost as low as possible without making readability unreliable.
You can read UHF tags up to 15 meters
Make sure your RFID tag performance is optimized for use in the European ETSI band
Beam can take care of the entire tag selection process, so you can rely on the best performing results without worries.
Distances and readability
When selecting the right RFID solution, the specific process is decisive. The speed, distance and volume at which tags must be scanned determine the choice of hardware. Think carefully about how you want to identify the items, as this ultimately determines the efficiency improvement and costs. Simple solutions, such as a short-range NFC reader, are suitable for single tags, while high-performance RFID gates are required to quickly process complete pallets containing hundreds of tags. The right choice ensures an optimal and cost-efficient system.
Beam RFID scanners
At high speeds, sensitive RFID readers with stronger tags are required. The reader's power must be higher, which may require shielding to prevent interference.
A large number of tags can cause RF noise, which reduces performance. Reflections and absorptions of RF signals in the environment may limit readability. Use appropriate reader modes and sessions and consider fencing for targeted lectures. The right tag selection in a busy environment is crucial.
The longer the distance, the more sensitive the tag must be. Use far-field antennas with higher power per reader and prevent stray reads by positioning carefully.
Software is critical to an effective RFID system. It ensures that the high volume of reads from unique tags is processed efficiently and accurately. This prevents you from being flooded with data and ensures that only relevant information is forwarded to business applications and that full traceability is guaranteed.
The RFID tag is' charged 'by the reader's radio field, so that the tag sends its EPC back to the antenna via backscatter.
Read the ArticleThe RFID reader sends the read data to middleware software. This middleware filters, collects and processes the data, and ensures that only relevant information is further transmitted.
Read the ArticleThe filtered data is sent to a cloud platform via a secure internet connection. This platform acts as a central hub for further processing and storage of the data.
Read the ArticleThe cloud platform software interprets the received RFID data and integrates it with the business logic of the ERP system. This can include inventory management, order processing, or goods tracking, for example.
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All data received and processed is logged for audits, analyses, and future use. This ensures transparency and traceability of all RFID transactions within the system.
Read the ArticleTraditionally, RFID implementations are lengthy and complex. But Beam offers a standardized solution that simplifies this. From tag selection to hardware and software integration, we provide a complete and fast solution.
Van tag-selectie tot hardware- en software-integratie, wij leveren een complete en snelle oplossing.
Explore the equipment
Overhead scanner
Table scanner
RFID gate
Handheld scanner
Barcode scanner
To connect RFID scan setups to Beam or the cloud, a Beam IoT bridge (connection between smart scan equipment and the Beam platform) is required. RFID tags and RFID printers can also be purchased from Beam as part of the total solution.
