PowerEdge 11th Generation Servers: R810, R910, and M910 Memory Guidance

Sparing (DIMM and Rank): The system allocates a Rank or DIMM per channel as a Spare memory region, and is able to move a Rank or DIMM exhibiting correctable errors to the Spare while the operating system is running.

RDIMM: Registered DIMMs. Address, Control, and Clock lines are buffered and re-driven on the DIMM.

Overview Intel Architecture

PowerEdge 11Th Generation 4-socket servers use the new Intel Xeon 7500 and 6500 series processors that support DDR3 memory technology. Each processor has two memory controllers that support two Millbrook Memory Buffers. Every Millbrook Memory Buffer supports up to four DIMMs, which allows for greater scalability and memory performance.

It is important to recognize that memory speed and the processor chosen have interdependencies. The processor’s maximum QuickPath Interconnect (QPI) speed will determine the memory performance (1066 MTS, 978 MTS, or 800 MTs). Memory speed remains locked regardless of DIMM population. There is no speed change when populating increasing numbers of DIMMs. However, there are recommended population practices when upgrading or changing memory. DIMMs always must be populated identically in pairs (A1-A2, for example).

Table 1.

Quick Reference R810, R910, and M910 Memory Guide

 

 

 

 

DIMM Feature

 

Combine

Rules

Mixed Ranks

 

Yes

DIMMs of different Ranks can be mixed. The first slot of each

 

 

 

channel populated (first two white tab DIMM slots on each memory

 

 

 

buffer: A1, A2, A3, and A4) must be populated with the highest

 

 

 

ranked DIMM.

Mixed Capacity

Yes

DIMMs must match (capacity, rank) across channels. For example, a

 

 

 

1 GB RDIMM in A1 and A2 implies that A3 and A4 would need to be 1

 

 

 

GB RDIMMs also. DIMM slots A5, A6, A7, and A8 could be a different

 

 

 

capacity and rank.

Mixed Speeds

 

Yes

Nehalem EX Architecture will support a maximum memory speed of

 

 

 

1066 MTs.

Mixed Vendors

 

Yes

Any Dell-sourced DDR3 DIMMs are supported, regardless of vendor or

 

 

 

vendor mix. Where possible, Dell recommends using the same DIMM

 

 

 

manufacturer.

Note: Only RDIMMS are supported with Intel 7500 and 6500 series processors.

Table 2.

Quick Comparison Intel Xeon 5500-5600 Series to Intel Xeon 7500-6500

 

 

 

 

Feature

 

Intel Xeon 5500-5600 Series

Intel Xeon 7500-6500 Series

DIMM Type

 

DDR3 (UDIMM or RDIMM)

DDR3 (RDIMM only)

DIMM Rank

 

DR, SR, or QR

DR, SR, or QR

All Memory channels operate at

Yes

Yes

the same frequency

 

 

Memory controllers per socket

1

2

Memory Channels per socket

3

4/8

 

 

 

(4 SMI Buses/8 DDR3 Channels)

Maximum DIMMs per channel

3

2

DIMM Speed

 

1333 MTs (1 and 2 DPC)

1066 MTs (1 or 2 DPC)

(Speed shown is for top

1066 MTs (2 DPC)

(Same speed for SR, DR, or QR

bin…may be slower for down-

800 MTs (3 DPC)

DIMMs)

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Dell R810, M910, R910 manual Overview Intel Architecture

M910, R810, R910 specifications

The Dell M910 is a powerful and versatile rack server designed for high-performance computing and data-intensive applications. This server is particularly well-suited for organizations looking to optimize their IT infrastructure for demanding workloads. It boasts an array of features, technologies, and characteristics that make it a reliable choice for enterprises seeking robust performance and scalability.

At the heart of the Dell M910 is its ability to support multi-core Intel Xeon processors. This technology allows the server to handle multiple tasks simultaneously, making it ideal for virtualization, database management, and other resource-heavy applications. The M910's processor options deliver a significant increase in performance, enabling businesses to run the latest software efficiently without bottlenecks.

In terms of memory, the M910 offers substantial capacity and speed, supporting up to 1.5TB of DDR3 RAM across 18 DIMM slots. This extensive memory complements the processing capabilities, ensuring that applications run smoothly and that users experience minimal latency. Coupled with advanced memory technologies, the M910 can easily handle large datasets and complex computations.

Another standout feature of the Dell M910 is its storage capabilities. The server supports a range of hard drives and solid-state drives, allowing organizations to tailor their storage solutions to meet their unique needs. With multiple drive configurations, including RAID options, businesses can ensure data redundancy and improve access speeds, crucial for mission-critical applications.

The design of the M910 emphasizes ease of management and maintenance. Dell's OpenManage systems management tools provide comprehensive monitoring and control, allowing IT administrators to easily manage server health, performance, and security. This feature streamlines the maintenance process, reducing downtime and promoting efficiency.

Moreover, the M910 is built with energy efficiency in mind. Utilizing advanced power management technologies, it not only reduces overall power consumption but also helps organizations lower their operational costs. This is increasingly important for businesses aiming to minimize their environmental footprint while maintaining high performance.

In conclusion, the Dell M910 is an exemplary rack server that combines powerful processing capabilities, extensive memory options, versatile storage configurations, and advanced management tools. With its focus on performance, scalability, and reliability, it meets the needs of modern enterprises and positions them well for future growth. Whether for virtualization, data analysis, or other demanding workloads, the Dell M910 proves to be a formidable choice for organizations aiming to leverage technology effectively.