Supermicro SNK-P0063P 2U Passive CPU Heatsink For AMD EPYC 7000 Series Socket SP3
Why you'll like it
- Enhanced Thermal Stability — Premium copper and aluminum construction ensures rapid heat dissipation for heavy server workloads.
- Broad Compatibility — Engineered specifically for AMD EPYC 7000 and 7002 series processors utilizing Socket SP3.
- Optimized Server Integration — Designed for 2U and higher rackmount chassis configurations relying on system airflow.
- High TDP Support — Efficiently manages thermal design power requirements up to 180W under continuous operation.
Product details
Description
The Supermicro SNK-P0063P is a high-performance 2U passive CPU heatsink engineered specifically for enterprise server environments powered by AMD EPYC 7000 and 7002 series processors on Socket SP3. Designed with a robust copper and aluminum build configuration, this hardware component provides exceptional thermal conductivity to handle thermal design power loads up to 180W.
Built without an active integrated fan, it relies seamlessly on chassis airflow and system cooling architecture to maintain optimal processor operating temperatures under heavy enterprise workloads. Ideal for system builders and data center administrators managing Supermicro H11 and H12 generation server motherboards, this genuine server cooler ensures structural reliability and longevity for mission-critical operations.
Trust in precision engineering designed to safeguard your heavy-duty server hardware against overheating.
How to use
Mount the heatsink securely onto the AMD EPYC Socket SP3 processor on compatible Supermicro H11 or H12 motherboards using standard chassis mounting hardware, ensuring proper thermal paste application and sufficient system chassis airflow.
Ingredients
High-grade copper base plate, high-density aluminum cooling fins, and thermal interface compatibility for Socket SP3.
As printed by the brand. Check the pack label if you have an allergy.
Specifications
| Brand | Supermicro |
|---|---|
| UPC | 672042290130 |
| Ships from | USA (sourced directly), checked in Navi Mumbai |
| Sold by | Dropy.in |
Ratings & reviews
From our customers
FAQs
What processors are compatible with the Supermicro SNK-P0063P heatsink?
This heatsink is fully compatible with AMD EPYC 7000 and 7002 series processors running on Socket SP3 (LGA 4094) within 2U or higher rack server chassis.
Does the Supermicro SNK-P0063P include an active cooling fan?
No, this is a 2U passive CPU heat sink that does not feature an onboard fan, relying instead on the server chassis system fans for airflow and cooling.
What is the maximum TDP rating supported by this heatsink?
The Supermicro SNK-P0063P is engineered to support processors with a thermal design power of up to 180W.
Are server components available and authentic on Dropy India?
Yes, all products on Dropy India are 100% authentic USA imports sourced directly from authorized channels.
What server generations support this specific heat sink model?
This model is primarily designed for Supermicro H11 and H12 generation server motherboards housed in 2U or larger rackmount systems.
How long will delivery take?
Most orders arrive in 15–20 days: we source each product directly from the USA, check it at our Navi Mumbai warehouse and pack it on video. Items marked Dropy Express ship from our India warehouse and arrive in 3–5 days.
Is cash on delivery available?
Full cash on delivery is available all over India on Dropy Express items. For other orders from ₹2,499 to ₹15,000 you can use Partial COD: pay 25% online now and the rest in cash on delivery.
Are your products genuine?
Yes. Every product is 100% authentic, sourced directly from the USA, quality-checked and packed on video at our Navi Mumbai warehouse.
What if my order arrives damaged or wrong?
Write to us at [email protected] as soon as it arrives. Damaged, wrong or not as described, our Buyer Protection gives you a full refund. The details are in our Return, Refund & Cancellation Policy.
Is delivery free?
Delivery is free on orders from ₹1,499. Below that a ₹79 delivery fee applies.