Ensure your server is configured with the necessary memory to support its expanding role. HPE DDR5...Ensure your server is configured with the necessary memory to support its expanding role. HPE DDR5 Smart Memory is designed for enterprise customers who require high performance and capacity while managing total cost of ownership. This memory optimizes server memory, operates at peak throughput speeds, and is among the most power-efficient available. Beyond performance and efficiency, HPE DDR5 Smart Memory also prioritizes reliability. Only the highest-quality DRAM modules from top suppliers are selected. In today's data center environment, with trends like server virtualization, cloud computing, and large database applications, DRAM quality is more critical than ever, necessitating higher-capacity memory with greater uptime. HPE DDR5 Smart Memory undergoes rigorous qualification and testing processes to unlock memory performance features exclusively available with HPE servers. Key Product Information: HPE DDR5 Smart Memory 5600 MT/s offers improved bandwidth compared to DDR4 4800 MT/s memory modules. Hewlett Packard Enterprise tests and qualifies HPE DDR5 Smart Memory modules on all HPE server platforms to ensure the highest level of signal integrity. Product Features: High Performance: HPE DDR5 Smart Memory 5600 MT/s provides improved bandwidth over DDR4 4800 MT/s memory modules. HPE DDR5 Smart Memory also offers reduced latency at 5600 MT/s compared to DDR4 4800 MT/s memory modules. High Reliability: Hewlett Packard Enterprise tests and qualifies HPE DDR5 Smart Memory modules on all HPE server platforms, delivering the highest level of signal integrity. HPE DDR5 Smart Memory prevents unnecessary DIMM replacement and minimizes server downtime through advanced memory error detection technology. HPE utilizes the highest quality materials for its DDR5 server memory, reducing potential signal integrity issues and enhancing system reliability. HPE provides server memory that exceeds industry standards, allowing customers to boost server performance without increasing memory quantity.
This guide is for IT professionals and server administrators seeking to optimize server performance and reliability. HPE 32GB DDR5 Smart Memory (P64706-B21) provides increased bandwidth and reduced latency compared to older DDR4 modules, enhancing overall system efficiency. However, it's crucial to ensure compatibility with your specific server platform. This guide covers setup, usage, troubleshooting, and frequently asked questions to help you effectively leverage the benefits of this memory module.
All features
Series
DDR5 Smart Memory
Model Part Number
P64706-B21
Brand
HPE
Extended Product Information
FAQs
What is the memory clock speed of this module?
The HPE P64706-B21 memory module has a memory clock speed of 2800 MHz, with a data transfer rate of 5600 MT/s.
What type of memory is this?
This is DDR5 registered (buffered) memory.
Where can I find the specifications for this memory module?
Detailed specifications can be found on the HPE website or in the product documentation.
Is this memory module compatible with all servers?
No, this memory module is specifically designed for and tested on HPE server platforms.
What is the CAS latency of this memory?
The CAS latency is 45.
What is the benefit of registered memory?
Registered memory provides improved stability and reliability for server environments by buffering the memory signals.
How do I check if the memory is working correctly?
You can check the server's BIOS or use server diagnostic tools to verify that the memory is recognized and functioning correctly.
What is the warranty for this memory module?
Warranty information can be found on the HPE website or in the product documentation. Usually, it is a limited hardware warranty.
Troubleshooting
Server does not boot after installing memory.
Ensure the memory module is properly seated in the slot. Check compatibility with the server model and BIOS settings. Try reseating the module and/or testing in a different slot.
Server shows memory errors.
Run memory diagnostic tests to identify faulty modules. Replace any defective modules. Ensure the server's firmware is up to date.
Memory is not recognized in the BIOS.
Check compatibility with the server model. Make sure the memory module is fully seated. Update the server BIOS to the latest version. Verify correct placement and configuration.
Poor server performance after memory upgrade.
Verify that the memory is operating at its rated speed. Check for any other bottlenecks in the server (CPU, storage, etc.). Ensure that the operating system and applications are optimized for the new memory configuration.
Pros and Cons
Pros
Increased bandwidth for faster data transfer.
Reduced latency leading to quicker application response times.
Enhanced reliability with advanced error detection.
Designed and tested for optimal performance with HPE servers.
High-quality components for long-term stability.
Improved power efficiency compared to previous generations.
Cons
Requires a compatible server platform that supports DDR5 memory.
May be more expensive than older DDR4 memory modules.
Compatibility limited to HPE server platforms.
Performance gains may vary depending on the workload.
Requires proper installation and configuration for optimal performance.
Setup, Compatibility & Care
Installation
Server Shutdown: Power down and unplug the server before installation.
Access the Memory Slots: Open the server chassis and locate the memory module slots.
Install the Module: Align the notch on the memory module with the notch in the memory slot and firmly press down until it clicks into place.
Close the Chassis: Securely close the server chassis and reconnect the power cable.
Power On: Power on the server and enter the BIOS to verify the memory is recognized.
Compatibility
Ensure compatibility with your HPE server model.
Check the server's documentation for supported memory types and configurations.
Use only registered (buffered) memory in compatible servers.
Care
Handle the memory modules with care, avoiding static electricity.
Keep the memory slots and modules free of dust and debris.
Ensure proper cooling and ventilation to prevent overheating.
Regularly check for any memory errors using server diagnostic tools.