 Hello. I am Paolo Sandri, with ST Microelectronics. And today I will talk about ST products and solutions for modern data centers. Modern data centers require to address several challenges for which ST has a rich offer of innovative and state-of-the-art products and solutions. Here you can see the typical structure of a server where there are different parts of the system that ST offers. And the goal of the ST solutions and products is to address the three of the most important challenges for data centers that is energy efficiency, data management and scalability. I will show the different parts of the system and how ST addresses these challenges. The first block is the AC to DC power supply unit that converts the AC line to the DC line. And typically 12V, but now 48V because of higher efficiency optimization. And ST has several key components to maximize the efficiency and the power density of the AC to DC power supply unit. The 48V line is then distributed through a parallelable high current, either 12V or 48V diffuses to enhance the scalability of the system and to have the exact tailoring of the number of diffuses for the required power. Then the 48V line is converted with two main architectures, unregulated architectures and unregulated architectures. For both of the architectures, ST has maximized the efficiency and the power density. And I will show later more details. For the unregulated converters starting from the top, this converts the 48V line to a lower voltage line, typically using a 4 to 1, 5 to 1 or 10 to 1 conversion ratio. And we have two main topologies. We have the STC, the switch at time converter and the hybrid STC that can deliver up to one kilowatt thermal design power in a very high density and low profile configuration. The unregulated 12V is then distributed or further converted to with the ST multi-phase digital voltage regulator, controller and SPS smart power stages in order to provide power to the CPU, TPU or GPU. The configuration that we have or our topology is scalable from 8 up to 16 phases, expandable to 32 phases in case we need to supply very high power, TPU or GPU. The nature of the system is by definition scalable and also here we maximized the efficiency with a peak of 95% and above and a very flat curve thanks to the phase shading. So the other architecture is the regulated converter for which ST has developed a proprietary topology that is called ST Back Capod Inductor. The ST Back Capod Inductor is a very high efficiency topology, inter livable, so very scalable, with the power up to 1.5 kilowatt per cell and extremely high efficiency and very flat efficiency. The 12V regulated bus is then distributed to other parts of the system, for example, the HDD storage where ST has a leadership in the power combo product line, contributing to enhance the capacity of the HDD or to the solid state drivers where ST offers advanced features PMIC to deliver the highest efficiency to the SSD card. In addition, we also have a rich family of sensors, temperature, pressure, sensors and accelerometer to constantly monitor the data center in order to guarantee a 24-7 operation, very important for data centers. Last but not least, the massive usage of artificial intelligence and machine learning chipsets that require very high power demands the transition from air cooling to liquid cooling and for the liquid cooling ST has a rich and innovative offer of motor control solution using the ST Spin 32 to optimize the liquid cooling infrastructure. So in summary, what ST can offer is really a complete ecosystem of solutions for the modern data centers to successfully address the different challenges that the data center infrastructure has. Thank you for your attention and if you want to have more information about ST data center solutions, please visit the ST website. Thank you very much.