Dell Technologies has introduced new servers equipped with Nvidia’s Blackwell Ultra chips.

The servers, available in air- and liquid-cooled options, can support up to 192 chips, or 256 with customization, and offer up to 4x faster AI training speeds.

They will also support Nvidia’s upcoming Vera CPUs, set to replace Grace processors, with future compatibility for Vera Rubin chips confirmed.

To stay competitive amid rising costs, Dell plans to boost sales of networking and storage products.

🔗 Source: Reuters

🧠 Food for thought

1️⃣ Server market concentration intensifies amid Supermicro’s challenges

Dell’s new Blackwell Ultra servers come at a strategic time when the company is experiencing unprecedented growth in AI infrastructure.

The company reported $3.1 billion in AI server sales in recent financial results, representing an 80% quarter-over-quarter increase while building a substantial $3.8 billion backlog of AI server orders1.

This remarkable growth coincides with Supermicro’s operational difficulties, including a Department of Justice investigation and their auditor’s resignation, which has weakened customer confidence2.

Industry dynamics have shifted, with Nvidia reportedly redirecting chip supply from Supermicro to more stable partners like Dell, reinforcing Dell’s market position2.

The server competition remains fierce though, as evidenced by HPE winning a significant $1 billion AI server contract with X (formerly Twitter) in direct competition with Dell and Supermicro3.

Dell’s Infrastructure Solutions Group has capitalized on these market shifts, growing 38% to reach $11.65 billion in sales, making it the company’s fastest-growing business segment1.

2️⃣ AI chip evolution drives server design revolution

The announcement of Dell’s new servers reflects the rapid acceleration of hardware requirements for AI applications.

Nvidia’s Blackwell Ultra chips will deliver up to 30 petaflops of AI performance, while the upcoming Vera Rubin architecture promises 50 petaflops—dramatic increases that are fundamentally changing server specifications4.