McLaren’s Intel Deal Challenges Another Empire As The Silicon War Hits F1 Paddock

Step aside, folks, Formula 1 just became the ultimate battleground for the global processor war. With a brand new partnership announcement, McLaren F1 is trying absolutely everything to get ahead of the competition. Not only on the grid, but also inside the garage. The racing giant managed to bring back Intel to the grid after a 17-year-long sabbatical.

But this deal is not just about slapping a blue logo on Lando Norris’s car at the Canadian Grand Prix. Intel is officially stepping in as McLaren’s “Compute Partner.” They are dropping heavy-duty Xeon server processors and new Core Ultra chips straight into the team’s data operations. And in doing so, they are probably challenging the current top performer and leader in the grid. Guess who? Yeah, Mercedes-AMG’s massive AMD infrastructure.

Can McLaren Finally Get the Edge They Desperately Need?

This hardware war is completely tied to the modern F1 rulebook. In the strict cost-cap era, teams are heavily restricted in physical wind tunnel testing. If you want to find more downforce, you have to find it digitally. For Mercedes, things in this department have been easy. AMD has gone on to boast a 20% performance jump in computational fluid dynamics (CFD) workloads. That is not a small number, and the Silver Arrows’ F12026 dominance kind of backs the claim.

We do know that McLaren ain’t that far off on the leaderboards, but an 86-point difference does keep you out of the World Champion contention. “Performance in IndyCar and Formula One racing is driven by technology, and partnering with Intel strengthens our ability to innovate at scale,” Zak Brown had noted, as reported by BlackBook Motorsport.

So, how will McLaren benefit from this partnership? Okay, so understand this first: an F1 car generates gigabytes of live telemetry during a single race session. Now sending all of this data from a track in, say, Miami, all the way over to the McLaren Technology Centre in the UK instantly introduces latency.