The Evolving Role of Formula 1
Formula 1 (F1) has transformed from merely a contest of high-performance racing cars into a dynamic platform showcasing cutting-edge technologies. Today, the world’s most prestigious motorsport championship extends its influence beyond driving and automotive engineering to encompass logistics, data processing, and the delivery of content to millions of fans globally. Lenovo has played a pivotal role in supporting the infrastructure that enables this elite level of motorsport to operate and broadcast efficiently for the past four years.
The task at hand is formidable. Over a race weekend, F1 is responsible for managing approximately 650 terabytes of information, including video footage and data vital to the functioning of participating vehicles. Lee Wright, the Associate IT Director for Formula 1, noted that handling such vast quantities of data necessitates the installation of around 65 kilometres of fibre optic cable at each circuit, with this setup typically commencing ten days prior to each event.
This extensive network interlinks telemetry systems, timing devices, cameras, and microphones with processing centres. Some of the data is transmitted to the Media and Technology Centre located in Biggin Hill, UK, where Lenovo systems assist in processing the information and creating resources, such as graphics, that are integrated into international broadcasts. Thus, each Grand Prix operates as a sophisticated data centre, requiring precision and efficiency, despite the infrastructure needing to be established at 24 different locations around the globe.
Challenges of Time and Logistics
Wright emphasised that time is the greatest challenge faced by the team. Moving technical personnel between different venues and ensuring that everything operates smoothly represents one of the most complex aspects of the operation. However, he highlighted that Lenovo has helped address this issue through a self-sufficient model. “When we arrive at a circuit, we only need a concrete base to set up our data acquisition building, potable water, a system to manage wastewater, and connectivity. We provide everything else, which allows us to maintain predictable conditions. We know everything will function consistently week after week. Self-sufficiency is how we have tackled the challenges of time and logistics for each event,” he stated.
Advancements in Remote Operations
One of Lenovo’s standout contributions is the real-time processing of telemetry data directly at the circuit. This innovation enables the collection and transmission of information regarding vehicle performance, aiding teams in monitoring their cars during the race and making critical decisions. Previously, certain data had to be sent back to the UK for processing before being relayed back to the circuit, a journey that could cause significant delays. In Australia, for example, this process could result in a latency of roughly 300 milliseconds, a crucial interval in high-speed racing.
To mitigate this issue, F1 has introduced a virtualisation platform at the circuit this year, supported by compact, high-performance servers from Lenovo. This system allows for data processing to occur closer to its source, ensuring continuity of operations through two sets of equipment that provide redundancy in case of any failures.
Optimising Logistics through Technology
This platform is part of a broader logistical strategy aimed at enhancing F1’s technical operations by minimising the equipment transported from race to race without compromising processing capabilities. For nearly six years, the championship has focused a significant portion of its computing power at its UK operations centre. According to Wright, this decision has substantially reduced both the number of devices transported and the number of specialists required to operate the systems.
Previously, the technical infrastructure occupied around 14 air freight containers and necessitated approximately 250 personnel to function. With the shift to a remote operational model, the number of containers has been reduced to three, while the technical teams now comprise about 180 specialists. In line with this strategy to lessen the technical footprint, F1 has replaced some configurations requiring individual physical servers with smaller, more efficient workstations. Wright referenced the Lenovo P3 Tiny and P3 Ultra systems, along with virtual desktop infrastructure (VDI) terminals, implemented in collaboration with IGEL.
Innovations with Liquid Cooling Technology
Integral to the processing power of Lenovo’s systems is the Neptune solution, a liquid cooling technology developed by the company that allows for greater computational capacity in a smaller footprint. Rather than relying solely on air to dissipate heat, this system circulates liquid directly around components such as processors, memory, and power supplies. This approach effectively manages the temperature of hardware involved in intensive processing tasks, enabling the inclusion of high-performance components, including graphics processing units (GPUs) utilised in artificial intelligence (AI) applications.
Wright explained, “This means we can install much more hardware in a smaller space, but it also gives us access to new types of chips that might not be available on a standard expansion card. It’s about having a more concentrated computing capability while simultaneously accessing GPU chips in a format that would otherwise not be possible.”
Future Collaborations and Industry Insights
Looking ahead, the relationship between Lenovo and Formula 1 is poised to strengthen, with plans to expand the use of AI-enabled equipment. This initiative aims to benefit both the engineers working trackside and the teams responsible for social media and content production. The goal is to integrate this technology into the daily operations of staff rather than confining it to specific technological projects.
Valério Mateus, Lenovo’s General Manager for Services in Latin America, noted that this partnership also allows the company to gain insights into the capture, processing, and storage of large volumes of information, knowledge that can subsequently be applied across various industries. “We can leverage what we have learned from managing this complexity in F1 and transfer that knowledge to a manufacturing facility or, at times, to a healthcare provider that needs edge data, as it makes a significant difference in what they do for their patients,” he remarked.
In this way, Lenovo not only enhances the operational efficacy of F1 with one of the most robust technical infrastructures in global sports but also enables the competition to serve as a testing ground for technologies that could revolutionise the future of various industries, extending well beyond the automotive sector.