The new standard in antennas for sports wearables

Monitoring and tracking of athletes and assets rely on communicating large volumes of data in real-time. However, the human body is a challenging platform for wireless technology, reducing communication ranges and introducing drop-outs - particularly in congested RF environments such as sports arenas.

Whilst conventional solutions exist, each solution introduces drawbacks such as increased cost, power consumption, or lower data rates - whilst failing to address the fundamental issue of body blocking.

Large volumes of precise, real-time data is required for fan engagement/broadcasters, and for coaching and performance analysis.

In delivering 10-20db increased link budget non-line of sight, BodyWave™ antennas maintain coverage in directions normally obscured by the body. For athlete and ball tracking this means:

• Ultra-precise location tracking - indoors and outdoors
• Less pitch-side infrastructure required
• Real-time reporting without compromising battery life

In-game and post-performance monitoring of physiological parameters using on-body wireless wearable devices allows coaching staff to optimise performance, reduce injury risk and manage return to play after injury.

In delivering 10-20db increased link budget non-line of sight, BodyWave™ antennas maintain coverage when others fail. For athlete monitoring this means:

• Robust player to pitch side link
• Higher power efficiency - extending lifetime of the device
• Low latency - real-time, continuous data reporting

Coaches, support staff, referees and broadcasters rely on wireless communications delivering low latency, reliable audio to communicate and ensure the smooth flow of the game.

In delivering 10-20db increased link budget non-line of sight, BodyWave™ antennas maintain audio coverage when alternatives drop out. In wireless audio communications in complex sports environments, this means

• Freedom for the user to move without dropouts, and an extended communication range
• No latency or power consumption compromises to protect wireless performance