Dell X1955 TD634 PowerEdge 2850 2800 Processor Heatsink

Introduction of Dell X1955 TD634 PowerEdge 2850 2800 Processor Heatsink

The Dell X1955 TD634 PowerEdge 2850 2800 Processor Heatsink is engineered to enhance cooling efficiency for Dell PowerEdge servers. Designed specifically for the PowerEdge 2850 and 2800 models, this heatsink ensures that processors remain at optimal temperatures, thus enhancing overall system performance and reliability. Whether you are operating in a data center or a small office, the Dell X1955 TD634 provides the necessary thermal management to keep your servers running smoothly.

Specifications

Why Opt the Dell X1955 TD634 PowerEdge 2850 2800 Processor Heatsink?

Selecting the Dell TD634 PowerEdge 2850 2800 Processor Heatsink means opting for quality and reliability. This heatsink offers effective heat dissipation, ensuring your processors function within safe temperature limits. By using this heatsink, you can minimize the risk of overheating, which can lead to system failures. It’s designed specifically for the Dell PowerEdge series, making it a perfect fit for your server needs.

User Experience

Users report significant improvements in system stability and performance when using the Dell X1955 PowerEdge 2850 2800 Processor Heatsink. Many appreciate its easy installation process and robust construction. The heatsink’s design allows for effective airflow, keeping the CPU cool even during intense workloads. Overall, customers find this product to be an essential component for maintaining optimal server performance.

Detailed Breakdown of Features

• Efficient Heat Dissipation: Ensures processors maintain optimal temperatures, enhancing performance.
• Durable Material: Constructed from high-quality aluminum, this heatsink offers longevity and resilience.
• Passive Cooling: Utilizes natural airflow, reducing noise and improving working conditions.
• Easy Installation: The clip-on design makes installation straightforward and quick.
• Lightweight Design: At just 1.5 lbs, it adds minimal weight to your server setup.
• Compatibility: Specifically designed for Dell PowerEdge 2850 and 2800 servers, ensuring a perfect fit.
• Low Thermal Resistance: Reduces the likelihood of CPU overheating.
• Space-Efficient: Compact dimensions allow for easy placement within server chassis.
• Non-Intrusive Operation: Operates quietly, contributing to a pleasant working environment.
• Cost-Effective: Provides an affordable solution for effective CPU cooling.

Installation Steps

1. Prepare the Server: Power down the server and disconnect all power cables.
2. Open the Server Chassis: Remove the side panel to access internal components.
3. Clean the CPU Surface: To ensure the CPU surface is clean, utilize isopropyl alcohol along with a lint-free cloth.
4. Apply Thermal Paste: If needed, apply a small amount of thermal paste onto the CPU surface.
5. Secure the Heatsink: Attach the Dell X1955 TD634 heatsink firmly using the clips provided.
6. Close the Chassis: Reassemble the side panel of the server and reconnect the power cables.
7. Power Up the Server: Turn on the server and check for proper operation.

Where It Can Be Used?

The Dell TD634 PowerEdge 2850 2800 Processor Heatsink is ideal for use in:

• Data Centers: Provides reliable cooling in high-performance environments.
• Server Farms: Helps maintain optimal temperatures across multiple units.
• Office Environments: Ensures quieter operation and stable server performance.
• Workstations: Can be used in high-demand applications requiring effective heat management.

What is the Price of Dell X1955 TD634 PowerEdge 2850 2800 Processor Heatsink in Bangladesh?

Crystal Vision Solutions focuses on providing high-quality Dell Server Heatsink and components, such as the Dell X1955 TD634 PowerEdge 2850 2800 Processor Heatsink, tailored to various needs across Bangladesh. We provide products designed to deliver exceptional performance and consistent reliability. We offer competitive pricing and provide professional service tailored to meet your business needs efficiently.