Thanks, Andrew. I will say this to everyone. I think news on cooling will be out every month. We just need to get used to it. Right? People talk about new technology developments, new wings, and it's a fast-growing market, which is rather fascinating, so that justifies the excitement. I will only get started by pointing out I just talked about how important the data center market is for us in the industry. And remind that the liquid cooling portion of this market is growing at an even faster pace than the average of the business, which is already fascinating. And also said, last quarter to everyone, that with AI loads increasing, the white space becomes much, much more interesting for Eaton Corporation plc. Not only with our traditional solutions in terms of power protection and power quality, but also, if you look at cooling, which is also very important, we believe in the synergies, commercial and technical synergies, of these two technologies in the white space. So this is an exciting development. I'm gonna make a short reminder to everyone why we chose Boyd to be, you know, the acquisition on this field. I consider they have a very similar approach as Eaton Corporation plc. They lead with technology. Lead with innovation. They are market leaders in their space with a global footprint. And the best engineering team. So whatever happens in this market when you have a group of engineers that are 500 of them and 500 of the best in the industry, you can figure out ways to win today in the future. And to give you a sense of the development of this market for us, I said before that with AI loads, our dollars per megawatt of accessible market are growing. So today, we are already at $2.9 million per megawatt with our current portfolio. And after the Boyd acquisition, when the Boyd acquisition is completed, this accessible market will be increased to $3.4 million per megawatt. So it's really exciting to see that development. Now your question specifically on what to expect, from the latest NVIDIA announcement as a good example for cooling. I'll try to help everyone here to visualize the system in simple terms. So try to think about two types of loops, two types of circuits of fluid circuits. The first one, the main one, I called the inner loop, which is close to the white space. Is designed to, you know, protect the revenue-making assets and the secondary loops. So the outer loop which is used, to connect the white space to the utilities area of the data center supported by the chillers. So if you think about the inner loops, where we decided to play, they're closer to the white space, and they are there to protect and keep all the revenue makers operating, all the assets. Think about GPUs, but also think about TPUs, think about CPUs, think about power supplies, network switches, etcetera. They all require cooling. And this is the portion of the cooling market that Eaton Corporation plc decided to play in. And here, just a summary of what is offered in this inner loop. Think about the cold plates. Think about the CDUs, so the coolant distribution units, and then you have piping, manifolds, controls unit, etcetera. So, basically, what happens is that the CDU, the coolant distribution unit, pumps cool liquid into the loads, again, the chips, the power supplies, etcetera. This cool liquid absorbs heat by the cold plates and the warmer liquid returns to the CDU. So the CDU today has capability, has a heat exchanger, can take care of part of the heat dissipation, but it also communicates with the outer loop with the chillers. So this outer loop separates the circuit from the inner loop is where the CDU sends hot water to the chillers and gets refrigerated water back. So this is how the system works today in a very, very, very simplistic way. As I said before, we don't participate in the chillers market directly. We consider it a best option for Eaton Corporation plc to collaborate and partner with the specialized market leaders on chillers. And this announcement for NVIDIA, just to conclude the point here, that implies that their chips, the next generation chips, can run hotter meaning that supposedly, the data center operators will not need as many and or as powerful chillers as today. But this still needs to be proven. But I would like to say that there is no negative impact on the inner loop, the part of the cooling, that we decided to play. I would say it's quite the opposite because with those systems, those new systems will require even more sophisticated elements. It's true for cold plates, and also true for CDUs. So all in all, I'm very confident and comfortable with Boyd's position. As they have, as I said before, early technical engagement effectively participating commercially all the chip platforms, the hyperscale plans, etcetera, covering the future. So we feel good about their future position. We confirm that optimism through the diligence process by checking the incredible breadth of solutions that are about to be launched, you know, today and the years to come. And for the shorter term, which I think is also important, after a very solid finish to 2025 and a very strong January, we remain confident in Boyd's strong position to meet or exceed the 2026 revenues of $1.7 billion. I hope that helps, Andrew.