AlTi Global Inc - Class A Enhances Simulation Platform with NVIDIA's Advanced Architectures

Altair’s Technological Leap in Simulation and Design

Altair Global Inc, a leader in computational intelligence, announces a significant enhancement to its design and simulation platform, the Altair® HyperWorks®. This latest upgrade allows the platform to support NVIDIA’s Grace CPU and Grace Hopper Superchip architectures, marking a pivotal moment in the company’s ongoing collaboration with NVIDIA. The integration not only broadens customer flexibility in employing Altair tools across NVIDIA and Arm systems but also positions Altair at the forefront of artificial intelligence innovations and performance enhancements in the computational engineering space.

The internal benchmarks highlight that simulations utilizing the NVIDIA Hopper GPU series can run up to twice as fast as previous models, showcasing remarkable improvements in run times. This advancement is particularly relevant in today’s market, where rapid processing speed and energy efficiency are crucial. Sam Mahalingam, Altair's Chief Technology Officer, stresses the importance of this development in addressing customer needs while advancing both performance and sustainability. The integration of these cutting-edge architectures promises to revolutionize simulation processes, especially within energy-constrained data centers, demonstrating Altair’s adaptability in various computing environments.

Furthermore, Tim Costa from NVIDIA emphasizes the significance of this partnership in accelerating computer-aided engineering workloads, enhancing accessibility to Altair’s powerful software. As industries strive to innovate, the capabilities offered by Altair on these advanced architectures are set to transform the landscape of computational engineering. This collaboration is not only a testament to Altair's commitment to innovation but also reflects the increasing demand for sophisticated engineering solutions across diverse sectors.

In a separate development, Altair partners with Cleveland Golf to design the HiBore XL Driver, showcasing how advanced simulation and design technologies can redefine sports equipment. Through the HyperWorks platform, Cleveland Golf employs a custom ribbing optimization process that maximizes stiffness while minimizing mass, enhancing both sound quality and forgiveness. This collaboration exemplifies Altair’s impact on traditional industries, leveraging tools such as artificial intelligence and digital twins to unlock new design possibilities.

The partnership with Cleveland Golf reaffirms Altair's role in innovation, enabling manufacturers to conduct extensive evaluations and rapid design explorations through physics-based simulations. As the HiBore XL aims to break free from conventional design constraints, it not only enhances performance but also enriches the playing experience for golfers of all levels.