Intente usar palabras clave diferentes o más generales.
Truck operators have high hopes for self-driving technology, which promises to keep vehicles on the road and fully utilize vehicle investments. Indeed, autonomous vehicle developers are already investing heavily in this emerging technology. Their greatest challenge is finding rock-solid computing hardware to provide uninterrupted operation under heavy AI computing workloads and extreme temperatures.
A leading telecommunications company focused on cloud management solutions decided to upgrade its data center hardware to unify its enterprise infrastructure. They required highly reliable, high-performing DRAM modules for critical applications, with no room for errors. To meet these demands and ensure the data center could support future customer needs, the company partnered with Innodisk to find an optimal solution.
Hyper-converged infrastructure (HCI) is revolutionizing data centers by integrating servers, networking, and storage with virtualization to enhance efficiency and reduce complexity. This modular approach simplifies resource management via the hypervisor, offering a compelling solution for enterprises. However, to fully leverage HCI’s benefits, flash storage devices must deliver high performance, longevity, and minimal physical and thermal footprints.
A US partner sought Innodisk's help with a motherboard design, which is in question of a hardware load-balancing device that helps direct computers to individual servers in a network. The challenge was meeting space, performance, and longevity requirements. With less experience in memory and storage, the partner turned to Innodisk for a solution. Innodisk provided SSDs for OS boot-up and storage, along with high-performance DRAM, while also offering technical guidance throughout the design process.
Utilizamos cookies para ofrecer la mejor experiencia posible a los usuarios que visitan nuestro sitio web. Al utilizar este sitio, acepta el uso de cookies. Para más información, consulte nuestra política de privacidad .
