Real time positioning of athletes, inventory,
performers, drones, ...
The CUWB (Ciholas Ultra-wideband) product line provides real-time 3D or 2D positioning.
CUWB systems have been deployed across the globe for industrial, entertainment, athletic, and scientific endeavours.
High Location Precision
CUWB Networks are capable of centimeter level precision in all three axes.
Motion Processing Data
9-axis motion processing on-board sensor, providing accelerometer, gyroscope, magnetometer, and even quaternion data.
Real-time Speed
Up to 4000 locates per second. Capable of 5-10ms position and data latency.
Update Available
Bernoulli: CUWB 3.3
Mar 20, 2019
CUWB 3.3 is an update to the Bernoulli (CUWB 3) system that provides more runtime information, adds a Two-Way Ranging feature, and improves the interface of the CUWB Manager.
CUWB 3.3 Features
- Regulatory Compliant Products
- Support for Large Networks and Distributed Management
- Network Runtime Information in the CUWB Manager
- 3D Visualization
- RESTful Configuration API
- NGINX Reverse Proxy
Bringing the Bible to Life
CUWB in the Museum of the Bible
The Museum of the Bible (MotB) is a new world-class museum located in Washington DC, USA. Its purpose is to bring to life the history, impact, and stories of the Bible. To do this, the museum’s goal, from its foundation, has been to utilize cutting-edge technology to create an experience unlike any other museum in the world.
The museum turned to Ciholas and their comprehensive UWB-based solution, powered by Decawave technology. A key deciding factor was that UWB technology had already proven to be both accurate and reliable in challenging environments like the MotB building.
Ciholas UWB Devices
USB Development Kit
The DWUSB-SMA is a demonstration device for experimenting with Ultra-Wideband (UWB) Real Time Location Systems (RTLS). In the Ciholas UWB (CUWB) system, the DWUSB can act in multiple roles, such as reference anchor, mobile trackable tag, and UWB network interface. The DWUSB-KIT comes with a DWUSB-SMA unit, removable antenna, USB rechargeable battery, AC/DC wall power adapter, and a USB cable.
The DWUSB is intended to be used for UWB and RTLS research and development, and is not FCC certified.
DWTAG100
A DWTAG is an Ultra-Wideband (UWB) transceiver intended for use with Ciholas UWB (CUWB) Real Time Location Systems (RTLS). In a typical CUWB RTLS system the DWTAG operates as a mobile device whose location is tracked. DWTAGs have a comprehensive set of on-board sensors and an integrated rechargeable battery. The DWTAG is lightweight with a mechanical design that allows for easy mounting on assets or personnel.
DWTAG devices are FCC compliant in the United States, and have CE marking in the European Union.
DWETH111
A DWETH is an Ultra-Wideband (UWB) transceiver intended for use with the Ciholas UWB (CUWB) Real Time Location Systems (RTLS). In a typical CUWB RTLS the DWETH operates as a static, or anchored, device providing reference locations for the system. DWETH111 uses Ethernet to provide reliable, high-bandwidth data connectivity, and has a comprehensive set of on board sensors. DWETH111 anchors are Powered over Ethernet (PoE) and are PoE standard compliant.
DWETH111 devices are FCC compliant in the United States, and have CE marking in the European Union.
DWETH101
A DWETH is an Ultra-Wideband (UWB) transceiver intended for use with the Ciholas UWB (CUWB) Real Time Location Systems (RTLS). In a typical CUWB RTLS the DWETH operates as a static, or anchored, device providing reference locations for the system. DWETH101 uses Ethernet to provide reliable, high-bandwidth data connectivity, and has a comprehensive set of on board sensors. DWETH101 anchors contain a built-in Ethernet switch and support Chainable Powered Ethernet (CPE), allowing for a chain of devices to be powered via a single source.
DWETH101 devices are FCC compliant in the United States, and have CE marking in the European Union.
Ready to do something?
Get started with setting up the CUWB software or purchasing new devices.