Rosendahl’s Twinax cable technology: driving supercomputers and AI innovation

High-temperature foaming: the key to advanced Twinax cables

Rosendahl’s high-temp foam lines set the global standard for precision and performance in AI cable infrastructure, enabling speeds of terabytes per second.

Twinax cables are essential in AI datacenters, connecting thousands of GPUs over short distances. Their advantages include:

➤ High-speed data transmission: Up to terabytes per second.
➤ Low latency: Vital for AI-driven workloads.
➤ Temperature resistance: Ensures reliability under demanding conditions.

To deliver peak performance, the manufacturing process must maintain:

➤ Perfect geometry: The two conductors must remain parallel to avoid performance degradation.
➤ Uniform foam structure: Consistent capacitance and impedance improve electrical properties and reduce signal loss.

Precision manufacturing for unparalleled performance

Rosendahl’s high-temperature foam lines offer unmatched precision and stability, ensuring:

➤ Tight tolerance ranges for product geometry.
➤ Advanced insulation for minimal signal attenuation.

These technologies help connect the "brain cells" of AI systems, empowering next-gen supercomputers.

A legacy of innovation in cable manufacturing

Trusted by leading manufacturers worldwide, Rosendahl’s expertise combines finely tuned equipment with cutting-edge process knowledge. The company remains committed to innovation, collaborating with industry leaders to meet the evolving needs of AI and supercomputing.

Explore more at rosendahlnextrom.com/cable.

In the picture, a Twinax cable sample