Positioning Technologies & Radio-Frequency Standards

Breathtakingly precise, UWB unlocks game changing location tracking solutions with positional accuracy of UWB tagged personnel & assets down to the centimeter-level. With its unparalleled precision, low-power consumption and enterprise-grade scalability, UWB enables powerful RTLS abilities, especially in scenarios where knowing the exact location of something is mission-critical

A unique 2.4 GHz RF technology, Chirp Spread Spectrum - or chirp, delivers long-range positioning, superior reliability, and deployment flexibility that enables accurate location tracking both indoors and out across a variety of large facilities, including harsh industrial environments. Low-cost and power-efficient, chirp technology helps power scalable location-aware solutions with an unparalleled mix of accuracy and range many other RF technologies can’t deliver.

Low-cost and widespread throughout indoor spaces, BLE is an effective option for asset tracking use cases or a key component of multi-technology location-aware applications. A great option for location-aware applications and many asset tracking use cases.

Ubiquitous throughout all indoor spaces, and already deployed via existing network infrastructure, Wi-Fi serves as an excellent starting point for indoor positioning and location services applications or as a key component of multi-technology location-aware use cases.

Essential in high-security environments, cellular detection helps organizations locate threatening devices and enforce no phone zones.

TDoA is an advanced positioning methodology that determines the difference between the time-of-arrival (ToA) of UWB or chirp (CSS) radio signals to accurately calculate the location of tracked entities in real time. TDoA ensures high-accuracy location results, performance reliability and deployment scalability, superior to other traditional methods like RSSI-based positioning.

TWR is a positioning methodology for real-time ranging applications that measures the time it takes radio signals to travel between two devices. This delivers accurate, real-time locationing for advanced ranging applications like collision avoidance systems, proximity detection and more, with very low latency and high update rates.

The “Blink” is Inpixon’s open communication format for UWB and chirp (CSS) real-time location sensing solutions. Organizations implement our “Blink” technology to power radio communication in custom RTLS tags based on Inpixon’s nanoLOC or Decawave’s, DW1000 transceiver chips. This allows them add scalability to tailored solutions by being able to access our anchor infrastructure and RTLS software for deployments that can support thousands of concurrently tracked tags and received blinks per second.