RT3663BCGQW

RT3663BCGQW Product Details

Product Overview

The RT3663BCGQW is a highly integrated multi-phase PWM controller designed for high-performance computing systems. It offers advanced power management solutions, specifically tailored for Intel processors and platforms. The RT3663BCGQW provides precise voltage regulation, robust transient response, and extensive protection features, making it an ideal choice for demanding applications requiring efficient and reliable power delivery. Its compact design and high efficiency enable seamless integration into modern computing systems, including servers, workstations, and high-end desktops.

Key Features and Benefits

• Multi-Phase PWM Controller: Supports multiple phases for improved power efficiency and reduced ripple, ensuring stable operation in high-performance computing systems.

• Intel Platform Compatibility: Designed to meet Intel processor requirements, ensuring reliable performance and seamless integration with Intel platforms.

• Advanced Power Management: Features dynamic voltage scaling, current balancing, and thermal monitoring for optimal power delivery and system protection.

• Robust Protection Mechanisms: Includes over-current protection (OCP), over-voltage protection (OVP), and thermal shutdown to safeguard both the controller and the connected processors.

• Compact QFN Package: Offered in a compact 56-QFN package, making it suitable for space-constrained applications while maintaining high performance.

Specifications

Applications

The RT3663BCGQW is widely applicable in high-performance computing environments, including:

• Servers: Ensures stable and efficient power delivery to critical server processors, enhancing overall system reliability.

• Workstations: Provides reliable power regulation for high-performance workstations, supporting demanding applications such as CAD, 3D rendering, and scientific computing.

• High-End Desktops: Suitable for gaming PCs and content creation systems, where stable and efficient power delivery is essential for optimal performance.

Usage Scenarios

• Data Centers: The RT3663BCGQW can be employed in data center servers to ensure stable power delivery, minimizing downtime and maintaining high computational efficiency.

• Graphics Workstations: Ideal for use in professional workstations that require consistent power for rendering and simulation tasks, ensuring smooth operation under heavy computational loads.

• Overclocked Gaming Rigs: In high-end gaming systems, this controller supports overclocking by providing precise and stable voltage to the CPU and GPU, enhancing gaming performance without compromising system stability.

Logistics and Shipping Methods

• DHL Express: Offers fast and reliable international shipping with delivery times ranging from 2-4 business days, ideal for urgent orders requiring prompt delivery.

• FedEx International Priority: Known for its quick delivery service, typically within 1-3 business days, making it suitable for high-priority shipments where time is critical.

• UPS Worldwide Express: A reliable and balanced option with delivery times ranging from 2-5 business days, suitable for most international shipments with a focus on cost-effectiveness.

• TNT Express: Provides flexible shipping options with varying speeds, accommodating different levels of urgency and ensuring secure delivery to global destinations.

These logistics options offer a range of solutions to meet different delivery needs, ensuring the safe and timely arrival of the RT3663BCGQW.

Frequently Asked Questions (FAQs)

• What processors is the RT3663BCGQW compatible with?

• The RT3663BCGQW is designed for use with Intel processors, offering full compatibility with Intel platforms.

• Can this controller support overclocking?

• Yes, the RT3663BCGQW provides precise voltage regulation, making it suitable for overclocking applications in high-end gaming and performance systems.

• What protection features are integrated into the RT3663BCGQW?

• The controller includes over-current protection (OCP), over-voltage protection (OVP), and thermal shutdown to ensure safe operation under various conditions.