Last Updated on October 22, 2023 by Kevin Chen
Image source Freepik
The modern sports industry is heavily characterized by technology. Semiconductor chips are increasingly becoming part and parcel of modern sports and fitness. Randomly pick any type of sport and fitness and you will not fail to identify numerous applications of IC chips in it.
Data is among the tenets of sports and fitness. Collecting as much data as possible for analytics and performance is always necessary. Like in all other aspects of life, data collection, processing, storage, and management is guided by the use of semiconductor chips.
There are many uses of semiconductor chips in the worlds of sports and fitness. Keep reading as we discuss some of these use cases.
Overview of technology in sports and fitness
Try to compare the state of the current sports and fitness industry and how it was in the past. You will be able to draw some glaring differences. One of the key differences is the technological differences between now and the past.
The technological differences are quite visible both among the participants of the sporting activities and even among the spectators. Let’s use an example of field sporting activities. Everything was done manually or mechanically. There was minimal use of technology. Currently, technology is heavily involved in all the actions such as officiating, and monitoring sports. On the spectator’s side, there is a sense of immersive involvement in the sporting events.
The fitness industry has also experienced a massive revolution thanks to semiconductor chips. Right now, it is not all about doing exercises and hoping for the best results. You can easily track your performance in real time.
There are many other areas of sports and fitness industries in which semiconductor chips have made a massive impact. Also, the fact that the value of these two industries has been on a steady rise means that chip makers have increased their investments in semiconductor chips that are geared toward sports and fitness.
Applications of semiconductor chips in sports and fitness technology
Let’s discuss some of the key uses of the IC chips.
Sports and fitness analytics
This is the most prominent application of semiconductor chips in sports and fitness technology. Sports and fitness are data-driven activities. This data will be analyzed by technicians and other major players for future decision-making. Most of the decisions and solutions in the modern sporting industry depend on electronic analytics, which is performed by semiconductor chips.
Data on the sports analytics market size gives a true picture of how important semiconductor chips are in the running of this industry. The data revealed that in 2022 the market size was estimated to be $2.98 billion and is projected to hit $22.13 billion by the year 2030.
Through sport analytics, managers, coaches, physical therapists, and even athletes will find out their strengths and weaknesses. They will use this information to improve their performance.
The analytics are also used for making predictions about the performance of teams or even individual athletes. This is where the relevance of AI chips comes to play. These are specialized semiconductor chips that will collect massive amounts of data, analyze it and predict possible outcomes.
IC chips in wearable for tracking player performance
When it comes to tracking and monitoring performance in sports and fitness, we will always think about wearable devices. The chips run every aspect of the wearable devices. First, they are embedded with sensors that act as data-gathering tools. The sensors take note of every detail on the athlete’s body including the breathing rate, heart rate, distance covered during the session, and calories lost among others.
All these parameters are used for performance evaluation in the sports and fitness industries. Without such data, it will be difficult to track and monitor the performance of the players.
Semiconductor chips in ball tracking
Ball-tracking technology has been fully embraced in most ball games. The technology entails embedding as tiny chip on the ball. The device has sensors that connect and relay all the essential data about the ball. It has the power to tell the exact position of the ball in the field, the last person to touch the ball, the angle of the ball from the ground, among many other important data. Goal-line technology is just one of the applications of the ball tracking technology.
IC chips are at the center of the ball tracking technology. They not only monitor but all relay all the necessary information that is needed from the ball.
IC chips in the officiating and directing
Image o VAR a work . source BBC
There is a big difference in the way sports activities are officiated today and the way things used to be done year ago. Semiconductor chips are credited for the changes in officiating and control.
We have already mentioned the goal-line technology as a product of semiconductor chips. The ultimate goal of this technology is to enhance the accuracy of officiating games. Referees will always refer to technology to know whether a goal should be allowed or not.
A video assistant referee (VAR) is another product of semiconductor technology in sports officiating. This technology is used for helping game officials to make smart decisions about the games.
By introducing technology in sports officiating, many fair decisions have been made and also we have witnessed fewer controversies.
IC chips in the smart stadium and fitness centers
The use of semiconductor chips in sports and fitness technology goes beyond small electronic devices. They are used for running stadiums, training centers, and gyms. One such application is the smart ticketing systems which are electronically scanned to control those who should get into sporting and fitness facilities.
Electronic payment systems in these centers are also powered by different types of integrated circuits. What about security systems for the stadiums and gym facilities? They also derive their functionality from the IC chips. AI chips are used for implementing facial recognition features in most security systems.
Location and identification
Some sporting activities heavily rely on GPS devices for tracking the exact locations of the participants. A perfect example is in the automotive racing sports where vehicles are required to cover several distances. GPS is tracking is the best way of monitoring the movements of such players.
Other than location, semiconductor chips are used for identifying players and their positions in the game. This technology comes in handy when broadcasting the sporting event to the public.
IC chips in the broadcasting of sports
Semiconductor chips are used in the relaying of sporting events to the global audience. This is done by various telecommunication devices and gadgets that broadcast real-time actions to the fans around the glove. Networking chips facilitate a seamless connection for fast and efficient data transfer.
Virtual training has become a norm in the fitness industry. Here fitness trainers are able to train their clients online using various devices.
What are the benefits of semiconductor chips in sports and fitness?
We have just discussed the uses of IC chips in sports and fitness. What are their benefits and what makes them perfect for sports and fitness?
The first benefit is the small size of the semiconductor chips. Their small size has made it possible to develop miniaturized wearable devices. It is a key requirement for wearable devices to be small and light so as not to impact the performance of the players. Similarly, the chips installed on the balls used for goal-line technologies do not have any impact thanks to its lightweight.
Reliability is another key advantage of using IC chips in sports and fitness technology. It is clear that these two areas of life are quite physical-intensive, a factor that can easily hamper the performance and operation of electronic devices and appliances. The robust construction of the semiconductor chips enhances their reliability index. They can continue operating perfectly regardless of external conditions. The reliability of the chips is also proven by their accuracy and performance.
The affordability of semiconductor chips improves the accessibility of electronic devices for sports and fitness. Most wearable devices that are used in the sports and fitness industries are quite affordable. This explains why most gadgets used in sports and fitness are easily available.
Are you building products that will be used in sports and fitness industries? From the applications that we have just discussed, it is clear that most innovations in these two industries heavily rely on semiconductor technology. The chips run the electronic devices, appliances, and systems that are used for sporting and fitness activities.
When buying ICs for sport and fitness gadgets, first know the function of the chip-what it will do in the device. Do you want AI chip, network IC, data IC or just a general-purpose chip? From there, you can focus on other technical specifications of the semiconductor chips such as power and capacity.
Choosing a reputable IC chip supplier in China will be a major move that will guarantee your device a smooth running. The direct result of quality chips is a super functional and reliable system for health and fitness technology.
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