Golf launch monitors have revolutionized the way golfers understand and improve their game. At the heart of many of these devices lies sophisticated radar sensor technology. Currently, many golf launch monitors utilize 24 GHz radar sensors. However, advancements in radar technology are bringing new possibilities to the forefront, particularly with the emergence of 60 GHz radar sensors.
Infineon Technologies, a leader in semiconductor solutions, highlights the growing capabilities of radar sensors. Their 60 GHz radar chips, initially developed for applications like gesture recognition in mobile phones such as Google’s Pixel 4, are now demonstrating potential across diverse fields, including consumer electronics, healthcare, and automotive applications like driver assistance systems. The key advantages of these 60 GHz sensors are their compact size and efficient power consumption. Radar technology excels at short-range localization and vital sign tracking, making it a versatile sensor for measuring velocity, range, and angle with precision.
Rapsodo’s MLM launch monitor, a pocket-sized device, already employs a 24 GHz radar sensor from InnoSenT, which incorporates Infineon’s 24 GHz radar technology. The benefits lauded for 24 GHz radar in industrial applications are now mirrored in the advantages of 60 GHz over its predecessor. This suggests a clear trend: as performance demands increase, industries are likely to transition to these advanced 60 GHz chips.
Given that 24 GHz radar is integral to leading launch monitors like Trackman 4, it’s logical to anticipate the integration of 60 GHz technology. Unless unforeseen performance drawbacks emerge, we can expect to see 60 GHz radar sensors in both affordable, compact launch monitors and high-end systems. This could mirror Trackman’s approach, which utilizes 10 GHz radar for ball flight tracking and 24 GHz for other crucial measurements. The improved resolution and smaller form factor of 60 GHz Golf Radar Sensors position them as a likely upgrade, promising enhanced accuracy and potentially reduced costs in future golf launch monitor technology.
