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AI Data Center Designs Developed in Partnership with NVIDIA by Schneider Electric

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The partnership between Schneider Electric and NVIDIA will optimize data center infrastructure and open the door for revolutionary developments in edge artificial intelligence (AI) and digital twin technologies. Schneider Electric is the pioneer in the digital transformation of energy management and automation.

To release the first AI data center reference designs that are accessible to the general public, Schneider Electric will combine its knowledge of data center infrastructure with NVIDIA’s cutting edge AI technologies. This design represents a major turning point in the evolution of the industry as it sets new standards for AI deployment and operation within data center ecosystems.

The need for processing power has increased tremendously as AI applications become more popular across industries and require more resources than traditional computing does. Since AI has become more prevalent, data center operators are trying to quickly build and run energy-stable, scalable, and energy-efficient facilities. This has resulted in significant changes and complexity in data center design and operation.

Executive Vice President of Schneider Electric’s Secure Power Division and Data Center Business Pankaj Sharma stated, “We’re unlocking the future of AI for organizations.” “We’re helping organizations overcome data center infrastructure limitations and realize the full potential of AI by combining our expertise in data center solutions with NVIDIA’s leadership in AI technologies.” With the help of AI, our partnership with NVIDIA opens the door to a future that is more productive, sustainable, and revolutionary.

Modern Data Center Models for Reference

Schneider Electric is partnering with NVIDIA to launch reference designs for data centers that are built for data processing, engineering simulation, electronic design automation, computer-aided drug design, and generative artificial intelligence (AI) in the first phase of the collaboration. The extreme-density cluster’s easy commissioning and dependable operations will be ensured by the controls, liquid cooling systems, and high-power distribution that will be made possible. Schneider Electric hopes to accomplish these goals by working together to give data center operators and owners the resources and tools they need to smoothly incorporate new and developing AI solutions into their infrastructure, increasing deployment efficiency and guaranteeing dependable life cycling.

Reference designs that optimize performance, scalability, and sustainability while meeting the changing needs of AI workloads will provide a solid foundation for deploying NVIDIA’s accelerated computing platform in data centers. For existing data center rooms that need to accommodate new high-density AI server deployments as well as new data center builds that are fully optimized for a liquid-cooled AI cluster, partners, engineers, and data center leaders can use these reference designs.

“We’re providing AI data center reference designs using next-generation NVIDIA accelerated computing technologies through our collaboration with Schneider Electric,” stated Ian Buck, NVIDIA’s vice president of hyperscale and HPC. “This enables businesses to harness AI’s potential and drive innovation and digital transformation across industries by giving them the infrastructure they need to do so.”

Future Roadmap

To provide a unified environment for virtual simulation and collaboration, Schneider Electric subsidiary AVEVA will link its digital twin platform to NVIDIA Omniverse in addition to the data center reference designs. Through seamless collaboration between engineers, designers, and stakeholders, this integration will speed up the design and implementation of complex systems and lower costs and time-to-market.

“The CEO of AVEVA, Caspar Herzberg, stated that NVIDIA technologies improve the company’s ability to create a realistic and immersive collaboration experience supported by the rich data and capabilities of the AVEVA intelligent digital twin.” Together, we’re building an entirely simulated industrial virtual reality in which you can model results, simulate processes, and alter reality. The integration of digital intelligence with practical results holds the capacity to revolutionize the ways in which industries can function with enhanced safety, efficiency, and sustainability.

Working with NVIDIA, Schneider Electric intends to expand on its goal of influencing positive change and the direction of technology by investigating new use cases and applications in a variety of industries.

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Let Loose Event: The IPad Pro is Anticipated to be Apple’s first “AI-Powered Device,” Powered by the Newest M4 Chipset

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On May 7 at 7:00 am PT or 7:30 pm Indian time, Apple’s “Let Loose” event is scheduled to take place. It is anticipated that the tech giant will reveal a number of significant updates during the event, such as the introduction of new OLED iPad Pro models and the first-ever 12.9-inch iPad Air model.

The newest M4 chipset, however, may power the upcoming iPad Pro lineup, according to a new report from Bloomberg’s Mark Gurnman, just one week before the event. This is in contrast to plans to release the newest chipset along with the iMacs, MacBook Pros, and Mac minis later this year. Notably, the M2 chipset powers the iPad Pro variants of the current generation. The introduction of the M4 chipset to the new Pro lineup iterations implies that Apple is doing away with the M3 chipset entirely for Pro variants.

In addition, a new neural engine in the M4 chipset is expected to unlock new AI capabilities, and the tablet could be positioned as the first truly AI-powered device. The news comes just days after another Gurnman report revealed that Apple was once again in talks with OpenAI to bring generative AI capabilities to the iPhone.

Apple’s iPad Pro Plans:

In addition to the newest M4 chipset, Apple is anticipated to introduce an OLED panel into the iPad Pro lineup for the first time. It is anticipated that the Cupertino, California-based company will release the iPad Pro in two sizes: 13.1-inch and 11-inch.

According to earlier reports, bezels on iPad Pro models from the previous generation could be reduced by 10% to 15% as a result of the switch from LCD to OLED panels. Furthermore, it is anticipated that the next iPad Pro models will be thinner by 0.9 and 1.5 mm, respectively.

The Schedule for Apple’s WWDC:

According to Gurnman, at the Let Loose event on May 7, Apple is probably going to introduce the new iPad Pro, iPad Air, Magic keyboard, and Apple Pencil. Though Apple is planning small hands-on events for select media members in the US, UK, and Asia, the upcoming event isn’t expected to be a big in-person affair like the WWDC or iPhone launch event. Instead, it is expected to be an online program.

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Google Introduces AI Model for Precise Weather Forecasting

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With the confirmation of the release of an AI-based weather forecasting model that can anticipate subtle changes in the weather, Google (NASDAQ: GOOGL) is taking a bigger step into the field of artificial intelligence (AI).

Known as the Scalable Ensemble Envelope Diffusion Sampler (SEEDS), Google’s artificial intelligence (AI) model is remarkably similar to other diffusion models and popular large language models (LLMs).

In a paper published in Science Advances, it is stated that SEEDS is capable of producing ensembles of weather forecasts at a scale that surpasses that of conventional forecasting systems. The artificial intelligence system uses probabilistic diffusion models, which are similar to image and video generators like Midjourney and Stable Diffusion.

The announcement said, “We present SEEDS, [a] new AI technology to accelerate and improve weather forecasts using diffusion models.” “Using SEEDS, the computational cost of creating ensemble forecasts and improving the characterization of uncommon or extreme weather events can be significantly reduced.”

Google’s cutting-edge denoising diffusion probabilistic models, which enable it to produce accurate weather forecasts, set SEEDS apart. According to the research paper, SEEDS can generate a large pool of predictions with just one forecast from a reliable numerical weather prediction system.

When compared to weather prediction systems based on physics, SEEDS predictions show better results based on metrics such as root-mean-square error (RMSE), rank histogram, and continuous ranked probability score (CRPS).

In addition to producing better results, the report characterizes the computational cost of the model as “negligible,” meaning it cannot be compared to traditional models. According to Google Research, SEEDS offers the benefits of scalability while covering extreme events like heat waves better than its competitors.

The report stated, “Specifically, by providing samples of weather states exceeding a given threshold for any user-defined diagnostic, our highly scalable generative approach enables the creation of very large ensembles that can characterize very rare events.”

Using Technology to Protect the Environment

Many environmentalists have turned to artificial intelligence (AI) since it became widely available to further their efforts to save the environment. AI models are being used by researchers at Johns Hopkins and the National Oceanic and Atmospheric Administration (NOAA) to forecast weather patterns in an effort to mitigate the effects of pollution.

With its meteorological department eager to use cutting-edge technologies to forecast weather events like flash floods and droughts, India is likewise traveling down the same route. Equipped with cutting-edge advancements, Australia-based nonprofit ClimateForce, in collaboration with NTT Group, says it will employ artificial intelligence (AI) to protect the Daintree rainforest’s ecological equilibrium.

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Apple may be Introducing AI Hardware for the First time with the New IPad Pro

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With the release of the new iPad Pro, Apple is poised to accelerate its transition towards artificial intelligence (AI) hardware. With the intention of releasing the M4 chip later this year, the company is expediting its upgrades to computer processors. With its new neural engine, this chip should enable more sophisticated AI capabilities.

According to Mark Gurman of Bloomberg, the M4 chip will not only be found in Mac computers but will also be included in the upcoming iPad Pro. It appears that Apple is responding to the recent AI boom in the tech industry by positioning the iPad Pro as its first truly AI-powered device.

The new iPad Pro will be unveiled by Apple ahead of its June Worldwide Developers Conference, which will free it up to reveal its AI chip strategy. The AI apps and services that will be a part of iPadOS 18, which is anticipated later this year, are also anticipated to be utilized by the M4 chip and the new iPad Pros.

May 7 at 7:30 PM IST is when the next Let Loose event is scheduled to take place. Live streaming of the event will be available on Apple.com and the Apple TV app.

AI is also expected to play a major role in Apple’s A18 chip design for the iPhone 16. It is important to acknowledge that these recent products are not solely designed and developed with artificial intelligence in mind, and this may be a tactic employed for marketing purposes. According to reports, more sophisticated gear is on the way. Apple reportedly developed a home robot and a tablet iPad that could be controlled by a robotic arm.

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