SUPERMICRO SNK-P0057P - Supermicro Heat Sink (X9/X10/X11) Square ILM
High quality for less.
Buying a refurbished product from Renewtech can provide significant savings of up to 80% off the original retail price of a brand-new model, which makes it a great way to cut costs without compromising quality. In short, with a refurbished product from Renewtech, you will get:
• A high-quality product at a very cheap rate
• A cost-effective and environmentally friendly alternative
• Fast delivery, directly to you or your customer
• Great value for money
Refurbished – what is it?
A refurbished product generally refers to a used and pre-owned item. Every refurbished product from Renewtech has been professionally inspected and restored to “Grade A” condition, with faulty parts replaced with genuine ones, to make sure everything works and looks perfectly before being repackaged and put back on the market for resale. Though refurbished models may show some signs of wear, we guarantee that the items are always:
• Inspected, tested and professionally restored by certified technicians
• Fully wiped of data and software, leaving no traces of data for recovery
• Carefully wrapped and shipped in electrostatic discharge (ESD) materials
• With all original accessories and components (if applicable)
Warranty
All of our products come with a one-year warranty, starting from the date of purchase, unless otherwise stated. This warranty covers any defects in materials or workmanship that may occur during the normal use of the product.
Description
SUPERMICRO SNK-P0057P - Supermicro Heat Sink (X9/X10/X11) Square ILM
The Supermicro heat sink is engineered to deliver optimal thermal management for Intel® Xeon® processors, specifically supporting the E5-2600 series across multiple versions, including v2, v3, and v4. This product is an excellent choice for IT departments and system integrators aiming to maintain high performance and reliability in 1U rack environments. Its design accommodates processors with a Thermal Design Power (TDP) of up to 145 watts, ensuring efficient heat dissipation and sustaining processor performance under demanding workloads.
Compatible with LGA 2011 (Socket R) configurations, this Supermicro certified heat sink integrates seamlessly into existing infrastructure. Its metallic construction not only enhances durability but also contributes to effective thermal conductivity, essential for maintaining operational stability. By selecting a product from a trusted brand like Supermicro, organizations can ensure compatibility and longevity in their data centers, reducing the need for frequent replacements and minimizing downtime.
This heat sink aligns with the operational goals of procurement teams seeking cost-efficient solutions without compromising on quality or performance. Its straightforward installation process and robust design make it an invaluable component for maintaining the efficiency and reliability of server systems, crucial for organizations prioritizing high-capacity computing environments.
Specifications
| Brand | SUPERMICRO |
|---|---|
| Co2 Savings | 0 |
| Design | |
|---|---|
| Certification | Supermicro Certified |
| Product colour | Metallic |
| Rack capacity | 1U |
| Performance | |
| Compatible processor series | Intel® Xeon® |
| Compatible products | E5-2600, E5-2600 v2, E5-2600 v3, and E5-2600 v4 |
| Fan diameter | N |
| Suitable location | Processor |
| Supported processor sockets | LGA 2011 (Socket R) |
| Type | Heatsink/Radiator |
| Power | |
| Thermal Design Power (TDP) | 145 W |
Warranty
- We ship WORLDWIDE
- All items shipped from our own warehouse
- Only B2B sale, no sales to private individuals
- Blindshipping directly to your customer
- With express delivery, your order will be delivered within 1-2 working days
Looking to sell your IT equipment?
- Fair market value estimations
- Flexible and hassle-free pickup
- Secure data destruction
- Quick and easy payment
Need a server or storage configuration?
- Competitive pricing
- Fast international shipping
- Technical in-house support
- Significant savings compared to new systems