
HPE DL360 GEN11 HIGH PERF HEAT SINK KIT
Product Highlights
- Enhanced cooling for optimal performance
- Guaranteed compatibility with DL360 Gen11
- Reduces server downtime and failures
- High market demand for server upgrades
- Genuine HPE quality and reliability
Specifications
General
Brand
HPE
Product Type
Server Accessories
Product Manuals
Description
Product Details
- Maximize your margins with bulk purchasing options on the HPE DL360 GEN11 High Performance Heat Sink Kit, designed for high-volume server deployments.
- Ensure reliable cooling and optimal server performance, reducing downtime and support costs for your clients.
- Benefit from Redington Online's streamlined ordering process and efficient logistics, simplifying your supply chain management.
- Expand your product offerings and cater to the growing demand for high-performance server solutions.
- Gain a competitive edge with genuine HPE accessories, ensuring compatibility and reliability.
- Reduce inventory management overhead with Redington Online's flexible order quantities and fast delivery.
- Enhance customer satisfaction by providing servers that operate at peak efficiency, thanks to superior cooling.
- Increase profitability by offering value-added services and support for high-performance server configurations.
FAQs
Frequently Asked Questions
The HPE DL360 GEN11 High Performance Heat Sink Kit (P48905-B21) is specifically designed for HPE DL360 Gen11 servers.
High-performance heat sinks improve cooling efficiency, reduce the risk of overheating, and ensure optimal server performance, especially under heavy workloads.
Yes, the kit includes all the necessary mounting hardware for easy installation.
This HPE accessory is covered by HPE's standard warranty, providing peace of mind and protection against defects.
It allows your customers to run their servers more efficiently, reducing downtime and improving overall system reliability, leading to increased satisfaction.
Yes, Price can be negotiated through the RFQ Process with Approvals. Click for Process
