AI Data center infrastructure solutions from GBA are engineered to meet the extreme thermal and shielding demands of next-generation AI and high-density computing.

GBA's AI data center solutions displayed in a high-density server rack hall with liquid cooling infrastructure.
Conductive fabric-over-foam EMI gasket for data center rack enclosure shielding.

Fabric foam Gasket

Phase change thermal interface material for data center processor heat management.

Phase Change

GBA high-conductivity thermal gap filler for AI server GPU cooling.

Thermal Gel

Nickel-graphite silicone RFI shield for high-frequency networking equipment.

RF Absorber

thermal grease

Thermal Grease

Finger stock gasket

Finger Stock

AI Data Center Infrastructure Solutions

AI data center solutions from GBA are engineered to meet the extreme thermal and shielding demands of next-generation computing. As server rack densities increase to support large language models (LLMs) and complex neural networks, our advanced materials ensure mission-critical reliability and signal integrity.

The Challenges of High-Density AI Hardware

Modern AI workloads rely on high-performance GPUs and CPUs that generate unprecedented levels of heat. Without a robust thermal management strategy, these chips face thermal throttling, which significantly degrades processing speed and hardware lifespan. For every 10°C increase in temperature, electronic component reliability can drop by as much as 50%. GBA addresses these challenges with a suite of materials designed for high-power density environments.

Advanced Thermal Management for AI Cooling

Our thermal interface materials (TIMs) are at the forefront of the shift toward liquid and hybrid cooling. To support 2026 standards, we provide:

  • High-Conductivity Gap Fillers: Designed to wet-out irregular surfaces on GPUs, reducing contact resistance by 15-30% compared to standard pads.
  • Liquid-to-Chip Interface Materials: Specialized formulas that withstand extreme temperature cycles (-55°C to 125°C) without degradation.
  • Phase Change Materials (PCM): Offering the ease of a pad with the performance of a grease, these materials melt at operating temperatures to eliminate air gaps.

Precision EMI/RFI Shielding for Signal Integrity

As server components are packed closer together to minimize latency, electromagnetic interference (EMI) becomes a major threat to data integrity. High clock frequencies and high-speed memory buses in AI servers require proactive shielding.

  • Conductive Fabric-over-Foam Gaskets: Ideal for low-closure force applications in server rack enclosures.
  • Nickel-Graphite Silicones: Providing high attenuation and volume resistivity for high-frequency noise protection.
  • Board-Level Shielding (BLS): Custom die-cut cans and foils to isolate sensitive components directly on the PCB.

Why Choose GBA for AI Data Center Solutions?

GBA combines ISO-certified manufacturing with rapid prototyping. We understand that in the data center world, downtime is not an option. Our materials are tested for long-term stability and outgassing compliance, ensuring that your AI data center solutions remain robust through years of continuous operation.

To maintain peak operational efficiency, our AI data center solutions are designed to align with the latest industry thermal envelopes. As rack densities push toward 100kW, following the ASHRAE TC 9.9 thermal guidelines for high-density computing is essential for preventing hardware failure. GBA’s materials help operators stay within the recommended ‘Class H1’ temperature bands (18°C to 22°C), specifically optimized for the high-heat environments created by AI accelerators and high-performance GPUs.