RFID has been used for decades to generate position and identification data in industrial environments. With more and more assets, people, and AGVs navigating through shop floors and warehouses, real-time localization has become a more powerful alternative to RFID. Let’s explore how RTLS can optimize traditional RFID use cases and how the KINEXON X‑Tag, a groundbreaking innovation in UWB-technology, enables countless new industrial applications for your smart factory.
Given the increasing demand for more precise, more comprehensive, and more immediate data, companies are increasingly turning towards Real-Time Locating Systems (RTLS) to complement or substitute their RFID solutions. Within this technology shift, the new KINEXON X‑Tag kicks off a virtual revolution: As the world’s most affordable solution, it opens up unprecedented automation opportunities through UWB at a comparable price to RFID.
Regarded as the Gold Standard of ultra-precise real-time localization, UWB is the most precise, reliable, and dynamic localizing technology. In contrast to other RTLS technologies like BLE or WIFi, which usually provide a tracking accuracy of 3 – 5meters, UWB offers centimeter-accurate tracking <10cm. While UWB technology used to come with a hefty price tag, the KINEXON X‑Tag levels the playing field: The world’s most cost-efficient UWB Tag makes UWB-technology a viable alternative to RFID and BLE for large numbers of assets and large-scale applications.
RTLS sensors that include e‑Ink displays, like the KINEXON ePaper Tag, digitize relevant information from barcodes or third party systems directly on the asset. Cumbersome manual paper handling and printing processes are a thing of the past.
Full transparency of status and processes: With KINEXON RTLS and RIoT, companies are able to identify bottlenecks and maintain an overview of their material flow — for example with the help of process mining charts or heat maps.
Save time and reduce sources of error: with Auto-ID, companies can identify their materials and orders during storage or processing at the machine without manual scanning. Information is transmitted directly to relevant third-party systems (e.g. MES or WMS).
Modern RTLS solutions allow companies to have full transparency about the movements of their vehicle fleets. Benefits of RTLS solutions for vehicle tracking include collision warning, traffic management, and fleet utilization analytics.
The main difference between RFID and UWB RTLS is in the kind of localization data they generate: While RFID creates selective ‘point-in-time’ data, RTLS can provide continuous, uninterrupted real-time data throughout a defined space. The superior precision and flexibility of RTLS is why it is most commonly used for time- and cost-intensive use cases in production, logistics, healthcare, and beyond.
Similarly to RFID, RTLS uses tags to generate its location data. However, instead of RFID’s stationary gate system, RTLS uses an anchor network to calculate the precise, real-time position of assets and vehicles. The anchor network continuously calculates position data via locating methods such as TDoA (Time Difference of Arrival) or TWR (Two-Way Ranging) to track moving assets and vehicles in a space.
Another major difference to RFID is that RTLS is capable of dynamically communicating data – this supports efforts to fully digitize process data. As an example, the KINEXON ePaper Tag can send and receive process updates or warnings between shop floor and IoT software. Similarly, this feature enables further use cases like Assembly Tool Control, which increases productivity and throughput rate extensively for sectors like the automotive industry.
RTLS also beats RFID in terms of the flexibility offered on the shop floor. While RFID gates are statically installed, RTLS anchor networks can track assets and vehicles in an entire space. Therefore, the anchor infrastructure does not need to be re-installed when production process or assembly lines are changed. This grants maximum flexibility to the dynamic production and logistics environments.
While hardware is an essential component of localization, any smart solution requires powerful software to unlock the true value of location-based automation — no matter which technology is deployed for the generation of location data. This allows operators and decision-makers alike to distill comprehensive data sets and create actionable insights from the location data.
KINEXON’s Location-based Automation Platform can seamlessly integrate RFID, BLE, UWB and GPS data to control and automate nearly unlimited processes.