- Use Cases
The Inpixon Chirp RTLS Evaluation Kit is a comprehensive starter kit that contains all the components required to quickly and easily set up, integrate and test real-time location tracking in preliminary IoT projects. It demonstrates how our chirp-enabled RTLS technology can unlock the potential of your IoT solutions by delivering accurate and long-range real-time locationing (up to 500m ranges) and scalability to support deployments in industrial facilities, warehouses, construction sites and mines as well as other enterprise-grade environments. The Inpixon Chirp RTLS Evaluation Kit leverages our versatile RTLS components, patented technologies and over decade-plus industry expertise, to provide you with an easy-to-use, high-performance platform that simplifies your evaluation of RTLS technologies.
Inpixon Chirp RTLS Evaluation Kits include all the components you’ll need to quickly and easily activate flexible, long-range real-time asset tracking in your preliminary IoT projects. All equipment and content utilized in your evaluation deployment can be utilized in your complete solution.
Our evaluation kits include 4 of our deployment-ready long-range Chirp RTLS anchors. Inpixon RTLS anchors feature an industrial-grade design, can support bidirectional communication and leverage our patented virtual anchor synchronization techniques to deliver unparalleled scalability and performance that supports deployments of thousands of concurrently tracked tags.
Our evaluation kits include 3 Inpixon Asset Tags. Featuring a long-lasting embedded battery (up to 10 years with default settings), wireless configurability and industrial-grade reliability, Inpixon Asset Tags offers deployment-ready hardware that you can easily set up, configure and maintain. Supporting ranging, real-time tracking and bi-directional communication all with one device, and with data from multiple embedded sensors (location blink, battery voltage, temperature, and accelerometer); our tags provide superior versatility enabling a multitude of location-aware use cases. Customers using Inpixon RTLS Evaluation Kits also have the option to develop customized tags for their unique project using our tag modules, chip or open blink communication format.
Inpixon nanoLES is Inpixon’s location engine software for both chirp (CSS) and UWB RTLS deployments. Inpixon nanoLES ingests the complete location and sensor data-stream in real-time and is directly connected to our RTLS anchors to calculate native TDoA-based positions of tags via precise time-of-arrival stamps (ToA). Its proven scalability qualifies Inpixon nanoLES for industrial applications requiring longer range and cm-level positioning accuracy for up to thousands of concurrently tracked IoT devices. Inpixon nanoLES supports the industrial RESTful API interface allowing for simplified management of your RTLS deployment and seamless integration with third party IoT platforms and systems.
Inpixon RTLS Evaluation Kits come contained in a rugged case for transportation, protection and storage of your kit. Inside the case are other components you’ll need for your evaluation deployment, including a PoE switch, tag charger and all the required network cabling. Our kits also come with accessories to help elevate your deployment, including tag stands and adhesive strips to affix tags to assets.
Inpixon RTLS Evaluation Kit’s come with detailed step-by-step guides to help you easily activate your evaluation deployment. If needed, Inpixon is also here for hands-on support and guidance throughout your evaluation.
Flexible, Long-Range Chirp RTLS
Accelerate innovation by seeing how our long-range chirp (CSS) technology can help you accurately track the real-time location of key assets, equipment, and vehicles up to ranges of 500 m within a variety of types of facilities and areas both in and outdoors.
Performance & Scalability
Experience how our RTLS technology delivers high accuracy, superior reliability, and low-latency capable of supporting thousands of concurrently tracked tags for real-time visibility that powers mission-critical use cases like asset tracking, collision avoidance, workflow optimization and more.
Quickly and easily install, configure and integrate location tracking in your IoT project with our simple architecture, guides and expert support.