Verne Global from Iceland Achieves Dell Technologies Platinum Partner Status

Verne Global Data Center Iceland

Verne Global, a provider of sustainable data center solutions for high performance computing (HPC) with a data center campus in Iceland, has achieved the status of Platinum Partner in the Dell Technologies Partner Program.

This partnership would make it easier for Dell Technologies’ growing community of innovative HPC and AI users to “benefit” from Verne Global’s range of HPC-optimized data center solutions, available at its Icelandic-based campus. It would also support the needs of consultancies and systems integrators offering Dell solutions as part of their wider portfolios.

Verne Global’s HPC-optimized facility would offer a “compelling” option to Dell customers. Its data center has been engineered to support the power-intensive HPC workloads commonly used in the financial services, manufacturing and research sectors. Is backed up by round-the-clock support by Verne Global’s team of HPC experts.

Sustainable Data Center

Dominic Ward
“Dell has long been at the forefront of HPC innovation. We share Dell’s commitment to making HPC solutions more agile, less complex and more affordable for our customers,” said Dominic Ward, CEO of Verne Global.

Located in Iceland, the Verne Global data center campus is powered by 100 percent renewable energy drawn from one of the world’s most reliable and lowest cost power grids. This would make it an ideal location for organizations focused on efficiency and sustainability.

“We’re excited to be joining forces with Dell to complement its wide range of customizable HPC solutions with our optimized data center services,” said Dominic Ward, CEO of Verne Global. “Dell has long been at the forefront of HPC innovation. We share Dell’s commitment to making HPC solutions more agile, less complex and more affordable for our customers. We are looking forward to working even more closely with Dell’s growing community of HPC and AI users to help them accelerate their innovation cycles in a way that’s both cost effective and sustainable.”