65W GaN Industrial AC/DC Power Supply: 20V 3.25A High-Density USB-C Solution

Product Overview

The 65W GaN High-Density Power Adapter is a specialized energy solution engineered to meet the sophisticated power requirements of modern networking infrastructure and industrial automation. By integrating advanced Gallium Nitride (GaN) technology, this unit achieves a significant reduction in physical footprint while maintaining an industry-leading efficiency of up to 93%. It delivers a stable and continuous 20V 3.25A output via a reinforced USB-C interface, providing the precision energy required for Enterprise Network Switches, 5G Edge Modules, and High-Performance Industrial Controllers.

Unlike standard consumer-grade chargers, this adapter is optimized for long-duration, high-load operation in demanding environments. Its fanless design and advanced thermal dissipation ensure that internal components remain within optimal temperature ranges, even during sustained data processing peaks. The fixed 20V output architecture provides immediate power delivery without the latency of complex protocol negotiations, ensuring maximum system uptime.

Key Specifications

Our 65W GaN series is built for electrical endurance and signal integrity, specifically optimized for high-performance hardware across multiple voltage rails.

• Input Voltage: 100-240V AC, 50/60Hz (Universal Global Input).

• Total Output Power: 65W Continuous Maximum.

• Output Voltage & Current Range:

  • 12V Series: 12V 5A (60W Max - Industrial Logic Standard)

  • 15V Series: 15V 4A (60W Max - Computing & Tablet Standard)

  • 19V/20V Series: 19V 3.42A / 20V 3.25A (65W Max - Networking & Workstation Standard)

  • 24V Series: 24V 2.7A (65W Max - Automation & Control)

  • 36V Series: 36V 1.8A (65W Max - Precision Analytical Tools)

  • 48V Series: 48V 1.35A (65W Max - PoE & Telecom Standard)

• Connector Type: USB-C (Industrial-Grade reinforced connector).

• GaN Efficiency: High-efficiency architecture meeting and exceeding Level VI standards.

• Ripple & Noise: < 150mVp-p (Typical) – Ensuring ultra-stable DC output to prevent packet loss in networking hardware and logic errors in sensitive modules.

• Global Safety Compliance: Fully compliant with IEC/EN/UL 62368-1 (IT, AV & Industrial standard).

• EMI/EMC Compliance: Meets Class B standards for low electromagnetic interference in sensitive laboratory and server environments.

• MTBF (Reliability): > 50,000 Hours, designed for 24/7 continuous industrial operation.

Ideal Applications

The 65W 20V precision output is optimized for high-reliability communication and industrial systems:

• Networking Infrastructure: Compact managed switches, fiber optic gateways (ONT), network-attached storage (NAS), and wireless access points.

• Industrial Modules: 5G/LTE communication modules, Edge AI inference engines, and modular PLC expansions.

• Computing & Workstations: High-performance Mini PCs, industrial-grade laptops, and mobile diagnostic workstations.

• Automation & Control: HMI panels, automated optical inspection (AOI) controllers, and precision motion control units.

• Specialized Hardware: Laboratory equipment, compact analytical instruments, and 20V industrial sensors.

Professional Safety & Reliability Suite

• GaN Thermal Excellence: GaN technology minimizes internal energy loss, allowing for a compact, fanless enclosure that remains cool even during sustained 3.25A full-load delivery.

• Data & Signal Integrity: Integrated multi-stage LC filtering significantly reduces high-frequency switching noise, protecting sensitive data transmission and high-speed communication buses from interference.

• Line Loss Compensation: Specifically tuned to maintain a stable 20V rail at the end of the cable, compensating for voltage drops common in high-density industrial deployments.

• Inductive Load Protection: Specifically designed to manage the inrush currents typical of cooling fans and high-capacity capacitors in networking gear.

• Comprehensive Protection: Active Over-Voltage (OVP), Over-Current (OCP), Over-Temperature (OTP), and Short-Circuit Protection (SCP) with intelligent auto-recovery features.