HPE 32GB (1x32GB) Dual Rank x8 DDR5-6400 CAS-52-52-52 EC8 Registered Smart Memory Kit

🧠 HPE 32 GB (1×32 GB) Dual Rank ×8 DDR5-6400 PC5-51200 SmartMemory Kit (P64985-B21)

Short Description (catalog):
Enterprise-grade DDR5 server memory: 32 GB capacity, DDR5-6400 speed, Dual Rank ×8 architecture — optimized for HPE server platforms.

Long Description (product page):
Upgrade your server’s memory infrastructure with the HPE 32 GB Dual Rank ×8 DDR5-6400 SmartMemory Kit (Part P64985-B21). Built to HPE’s rigorous standards, this module offers a massive 32 GB capacity and ultra-fast 6400 MT/s (PC5-51200) data rate, designed for modern high-performance computing and server workloads. provantage.com+1
With Dual Rank ×8 architecture and full compatibility with HPE server platforms, this memory kit delivers outstanding throughput and scalability for virtualization, in-memory databases or intensive compute environments. provantage.com
Ideal for data centre, enterprise or branch server builds needing trusted, high-bandwidth memory from a manufacturer-certified source.

Key Features:

• ✅ 32 GB capacity (1×32 GB) — ideal density for server memory upgrades

• ✅ DDR5-6400 / PC5-51200 speed — highest tier bandwidth in DDR5 for enterprise workloads provantage.com+1

• ✅ Dual Rank ×8 architecture — optimized for server memory controller utilization

• ✅ Registered (RDIMM) SmartMemory format — certified for HPE server systems

• ✅ HPE-qualified memory kit — for compatibility, reliability and warranted performance

Technical Overview:

• Capacity: 32 GB (1 module)

• Speed: DDR5-6400 / PC5-51200 provantage.com

• Rank / x8: Dual Rank ×8

• Format: Registered (RDIMM) SmartMemory Kit

• Part Number: P64985-B21

• EAN / UPC: 190017680347 provantage.com+1

Usage Recommendation:
This memory kit is perfect for system administrators and IT engineers working with HPE servers who need a high-bandwidth, high-density memory solution. For best results:

• Ensure modules are installed in accordance with server memory population guidelines.

• Use matched speeds and ranks when populating multiple DIMMs to maintain balanced channel performance.

• Deploy in workloads requiring large memory capacity and high throughput (virtualization, cache servers, HPC nodes).