ChyronHego has accurately measured sports performance for well over 50 years. Today, ChyronHego sits at the very heart of collecting the most accurate, independently verified*, consistent, and reliable sports performance data.

ChyronHego offers two Player Tracking solutions, Optical and Wearable, comprised of three different categories of data collection methods – Optical, GPS, and RF. ChyronHego is the only provider to offer all three types of data collection, and in a manner that uniquely enables a common, sharable dataset across our customer’s sports tracking ecosystem.

All three categories share the common thread of being able to deliver their data live, including via the Coach GO mobile application that works on any device, as well as viewed and analyzed post-match through a single web-based portal.

*2018 VICON Data Collection Test Results


TRACAB RF is designed for fixed installations, such as dedicated training facilities, sports science research installations, or competition arenas. TRACAB RF uses advanced technology for both its positioning and data communication, and it has the advantage of being able to be used in either indoor or outdoor environments.

TRACAB RF is a high precision tracking system for sport performance analysis, with tracking data rates of up to 100Hz and higher from each transponder with zero data packet-loss. All collected data is transmitted live back to analysis and management software, and is available for monitoring through live visualization or to control robotic cameras.


Data is provided live and is complemented by additional data from highly sensitive, integrated motion sensors such as accelerometers, gyroscopes and magnetometers. Integrated Bluetooth connectivity enables other sensors and devices, such as heart-rate monitors, to be attached and their data communicated live.

All collected data is transmitted live back to analysis and management software, and is available for monitoring through live visualization.

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ZXY Arena Wearable Tracking Images

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The Future of Football: Wearable Technology

The IFAB decided to allow wearable technology in football, and ChyronHego responded. FIFA invited the industry to Zurich, to learn more about how these systems work.

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Venue-Based RF Technology

Highly accurate, can be used inside or outside with no interference from other RF sources, atmospheric conditions or arena infrastructure.

Small, Lightweight Transponders

The wearable unit have been designed specifically to be small and light enough to be worn comfortably, unobtrusively and safely to meet the needs of use in both training and in competition.

Consistent Data Collection

Provides precise, repeatable tracking data, with no drifting on results due to changing conditions or training setup. The tracking data is also 100% derived from the positional tracking system, with minimal smoothing and filtering and no complex algorithms from IMU data to calculate estimated positions.

Live Performance Monitoring

The accompanying software allows an athlete’s physical movement and performance metrics to be monitored live in training and competition. Data can be visualized live on laptops or tablets through the TRACAB monitoring software with offers a range of dynamic and easily customized graph tools.

TRACAB Live Monitor and Replayer

Operators use a dedicated live monitor during matches and an intuitive Replayer GUI for post-match analysis. The ZXY Live Monitor provides a view to event-based operations, such as the exact timing of the Start & Stop of periods, the change of active players, Yellow and Red Cards, and other important functions.

TRACAB Statistics

At the conclusion of a training or match session, TRACAB-captured data is uploaded to the database. The operator uses a standard Web browser to access any previous training or match session for comparison or historical analysis.

Workout Calendar, Team/Player Statistics and Reports

TRACAB RF provides a variety of standard and custom reports and Web-based statistics.

Integrated IMUS And Bluetooth Communications

The built-in highly sensitive single-chip IMU contains an accelerometer, gyroscope and magnetometer to provide additional metrics for physical performance measurement of the athlete. The built-in Bluetooth communication chip enables other Bluetooth-enabled sensors and devices on the athlete to communicate data through the whole ZXY ecosystem.


The ZXY technology ecosystem has been systematically developed over the past decade by using some of the most sophisticated radio frequency tracking technology on the planet. In fact, ZXY’s core technology is derived from highly advanced military communications applications. ZXY has adapted and extended the tracking capabilities of this core technology to suit the specific needs of sports science, research and high performance sports analytics.

The system uses RF (Radio Frequency)-based technology to very accurately determine the position of transponders that are worn by athletes engaged in the sport. Each lightweight transponder worn by the athlete also has a highly sensitive and integrated Inertial Measurement Unit, or IMU, which include accelerometers, gyroscopes and magnetometers, as well as Bluetooth for communication to any other sensors or devices, such as heart-rate monitors, worn by the athlete.

The resultant data captured by ZXY offers coaches and sports scientists the most accurate and repeatable set of performance metrics for any type of Electronic Performance and Tracking System (EPTS) on the market. The ZXY system is valued for its flexibility of use in many different environments, as well as for its ability to provide the data live for immediate monitoring and feedback to coaches and athletes.


TRACAB RF Product Info Sheet

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ZXY Arena Wearable Tracking Product Info Sheet

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With the evolution of data within sports, collecting more and more data ...
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