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New Products - KAVX

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AI Server Power & Energy Storage & Data center & Switch & Optical

High-Performance Power Delivery for AI Servers & Energy Storage

As AI server power consumption and current requirements surge, KAVX Polymer Tan Cap and High-End MLCC present compelling design-in opportunities across mainboards, accelerator sub-boards, and power supply boards. Featuring ultra-low ESR, high capacitance, and superior ripple current handling, they provide vital transient voltage suppression, bulk decoupling, and localized energy storage to ensure stable power delivery under dynamic workloads—a role further enhanced by high-end MLCCs in high-reliability energy storage and server circuits.

Power Delivery & Filtering (Capacitors)

Polymer Tantalum Capacitors
Application Locations: Mainboards, surrounding GPU chips, and VRM output stages.
Core Functions: Microscopic decoupling, high-frequency filtering, and nanosecond-level transient voltage suppression to ensure power stability under dynamic workloads.

High-End MLCCs
Core Features: Ultra-low ESL, high capacitance in miniature sizes, soft termination for anti-board-bending, and high-temperature/high-voltage stability.
Advantages: Provides exceptional high-frequency response, prevents short circuits in extreme server/energy storage environments, and ensures long-term 24/7 reliability.

Precision Timing & Ultra-Low Jitter for High-Speed Supercomputing

As data centers evolve into hyper-scale supercomputers driven by 800G/1.6T transmission rates, Chiplet architectures, and GPU clusters, signal integrity and clock .

This massive transformation and the adoption of PTP drive skyrocketing demand for KAVX high-precision, low-jitter crystal oscillators, ensuring that minute clock errors are prevented in high-density, multi-socket AI computing environments.

Precision Timing (Clock & Synchronization)

High-Speed Interfaces (PCIe / Ethernet 800G/1.6T)
Application Locations: Internal and external server interfaces, and memory controllers.
Core Functions: Delivers ultra-low-jitter differential clock signals to ensure lossless high-speed data transmission.

Data Center Networking (Switches & Routers)
Application Locations: Core switches and 5G/6G cloud core network equipment.
Core Functions: Employs high-stability SPXOs and high-precision TCXOs/OCXOs to maintain network-wide time synchronization.