AI Data Centers


Power Stability Redefined: 

Eulex XG Series Gap Capacitors for AI Data Centers 


AI-driven data centers are pushing power density to unprecedented levels—escalating from 20 kW to 30+ kW per rack or tray—and demanding solutions that ensure long-term reliability, stability, and responsiveness. Enter Eulex-gap Capacitors: engineered for ultrahigh-power applications, industry-leading performance and longevity.

A Summer 2025 Signal Intergrity Journal article authored by Steve Sandler of Picotest, underscores how quickly data centers are evolving - requiring new capacitor solutions  to handle intensified power densities and surges at the board and rack levels, and positions Quantic Eulex as a solution to address a critical, timely pain point for data center designers and operators. 

Read the Signal Integrity Journal Article Here

Learn More XG2 (2-Terminal) Gap Capacitor

Learn More XG3 (3-Terminal) Gap Capacitor

Key Features & Benefits

1. Extreme Power Handling

  • High power density support: Designed to stabilize ultra‑high current surges at the rack level—ideal for evolving OCP Open Rack V3 48 V/54 V systems pushing beyond 20 kW 

2. Superior Stability & Reliability

  • Crafted to deliver exceptional endurance in environments where power swings are frequent and unpredictable.

  • Eulex-gap capacitors uphold long-term operational integrity—critical for AI workloads that demand relentless uptime.

3. Cutting-Edge Capacitor Design

  • Based on advanced materials and precision manufacturing, Eulex-gap capacitors provide optimal balance between capacitance, ESR, and form factor.

  • Their gap-optimized architecture enhances thermal management while minimizing ESR, ensuring reliable performance even under rapid cycling.

4. Seamless Integration

  • Tailored for integration with modern rack systems—supports the increased power throughput of emerging AI infrastructure designs.

  • Available in versatile mounting formats and custom configurations to fit diverse form factors.

5. Future-Forward Scalability

  • As AI workloads evolve and densities climb, Eulex-gap capacitors are engineered to scale—reducing design rework and lowering total cost of ownership over time.