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The HP ProLiant DL380 G6 Server continues to deliver on its heritage of engineering excellence with increased flexibility and performance, enterprise-class uptime and manageability, 2-socket Intel Xeon performance, and 2U density for a variety of applications. Front View: Rear View: 1. Quick removal access panel 1. PCI slot 5 2. I have two DL180G6 servers, I used them with 2x2 GB RAM modules, now I'd like to upgrade the memory to 16 GB for each. I have spare 6x2 GB RAM modules per machine (parameters match for the existing ones), but when I populate the remaining slots (these slots were empty from the beginning), one of the RAMs seems to be missing - 2 GB is missing in total memory. Buy 16GB DDR3 Memory Upgrade for HP ProLiant DL380 G6 PC3-12800 ECC Registered DIMM 240 pin 1600MHz RAM (PARTS-QUICK Brand): Memory - Amazon.com FREE. IMPORTANT: If more than one DIMM slot LED is illuminated, further troubleshooting is required. Test each bank of DIMMs by removing all other DIMMs. Isolate the failed DIMM by replacing each DIMM in a bank with a known working DIMM. Rear panel components Item Description 1 PCI slot 5 2 PCI slot 6 3 PCI slot 4 4 PCI slot 2 5 PCI slot 3. The HP ProLiant ML350 G6 is an affordable solution for growing businesses. This server supports a maximum of 18 DIMM slots of DDR3 registered memory. Optimize your HP ProLiant ML350 G6 tower and make it work for you in the most powerful way by upgrading with high quality memory!

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Memory options

NOTE: This server does not support mixing RDIMMs and UDIMMs. Attempting to mixthese two types causes the server to halt during BIOS initialization.

The memory subsystem in this server can support RDIMMs or UDIMMs. Both types are referred to asDIMMs when the information applies to both types. When specified as RDIMM or UDIMM, theinformation applies to that type only. All memory installed in the server must be the same type.

The server supports the following DIMM speeds:

  • Single- and dual-rank PC3-10600 (DDR-1333) DIMMs operating at 1333 and 1066 MHz

  • Quad-rank PC3-8500 (DDR-1067) DIMMs operating at 1066 MHz

Depending on the processor model, the number of DIMMs installed, and whether UDIMMs or RDIMMsare installed, the memory clock speed may be reduced to 1066 or 800 MHz.

Following are memory options available from HPE:

Option Part #
HPE 2 GB 2Rx8 PC3-10600R-9 Kit
HPE 4 GB 2Rx4 PC3-10600R-9 Kit
HPE 4 GB 4Rx8 PC3-8500R-7 LP Kit
HPE 8 GB 2Rx4 PC3-8500R-7 Kit
HPE 8 GB 2Rx4 PC3-10600R-9 Kit
Unbuffered with ECC DIMMs (UDIMMs)
500668-B21
500670-B21
NOTE: All DDR3 memory option kits consist of one DIMM per kit. Click here to access the Online DDR3 Memory .

Memory subsystem architecture

The memory subsystem in this server is divided into channels. Each processor supports three channels,and each channel supports three DIMM slots, as shown in the following table.

This multi-channel architecture provides enhanced performance in Advanced ECC mode. This architecturealso enables the Mirrored Memory and Lockstep memory modes. This server supports both RegisteredPC3 DIMMSs (RDIMMs) and Unbuffered DIMMs (UDIMMs).

DIMM slots in this server are identified by number and by letter. Letters identify the slots to populate forspecific AMP modes. Slot numbers are reported by ROM messages during boot and for error reporting.

Single, dual, and quad-rank DIMMs

To understand and configure memory protection modes properly, an understanding of single-, dual-, andquad-rank DIMMs is helpful. Some DIMM configuration requirements are based on these classifications.

A single-rank DIMM has one set of memory chips that is accessed while writing to or reading from thememory. A dual-rank DIMM is similar to having two single-rank DIMMs on the same module, with onlyone rank accessible at a time. A quad-rank DIMM is, effectively, two dual-rank DIMMs on the samemodule. Only one rank is accessible at a time. The server memory control subsystem selects the properrank within the DIMM when writing to or reading from the DIMM.

Dual- and quad-rank DIMMs provide the greatest capacity with the existing memory technology. Forexample, if current DRAM technology supports 2 GB single-rank DIMMs, a dual-rank DIMM would be 4 GB, and a quad-rank DIMM would be 8 GB.

DIMM identification

NOTE: This server does not support mixing RDIMMs and UDIMMs. Attempting to mixthese two types causes the server to halt during BIOS initialization.

The memory subsystem may be populated with either RDIMMs or UDIMMs, but mixing the two types is notsupported. To determine DIMM characteristics, use the label attached to the DIMM and the followingillustration and table.

Description
1
Rank
2R = Dual-rank
3
x4 = 4-bit
4
10600 = 1333 MHz
5
R = RDIMM (registered)

Memory configurations

To optimize server blade availability, the server blade supports the following AMP modes:

  • Advanced ECC - Provides the greatest memory capacity for a given DIMM size, while providing upto 8-bit error correction, depending on the specific DIMM type. This mode is the default option forthis server.

  • Mirrored Memory - Provides maximum protection against failed DIMMs. Uncorrectable errors in onechannel are corrected by the mirror channel.

  • Lockstep - Provides enhanced protection while making all installed memory available to theoperating system. The server can continue to function if a single- or mulit-bit memory failurewithin a single DRAM device occurs.

Advanced Memory Protection options are configured in RBSU. If the requested AMP mode is notsupported by the installed DIMM configuration, the server boots in Advanced ECC mode.

RDIMM maximum memory configurations

The following table lists the maximum memory configuration possible with 8 GB RDIMMs.

Single Processor
Single-rank
144 GB
72 GB
Quad-rank
96 GB

UDIMM maximum memory configurations

The server blade supports a maximum of 12 GB with one processor and 24 GB with two processors using2 GB single- or dual-rank UDIMMs.

Advanced ECC memory configuration

Advanced ECC memory is the default memory protection mode for this server. Standard ECC cancorrect single-bit memory errors and detect multi-bit memory errors. When multi-bit errors are detectedusing Standard ECC, the error is signaled to the server and causes the server to halt.

Advanced ECC protects the server against some multi-bit memory errors. Advanced ECC cancorrect both single-bit memory errors and 4-bit memory errors if all failed bits are on the same DRAMdevice on the DIMM.

Advanced ECC provides additional protection over Standard ECC because it is possible to correct certainmemory errors that would otherwise be uncorrected and result in a server failure. The server provides notification that correctable error events have exceeded a pre-defined threshold rate.

Mirrored memory configuration

Mirroring provides protection against uncorrected memory errors that would otherwise result in serverblade downtime. Mirroring is performed at the channel level. Channels 1 and 2 are used; channel 3 isnot populated.

Data is written to both memory channels. Data is read from one of the two memory channels. If anuncorrectable error is detected in the active memory channel, data is retrieved from the mirror channel.This channel becomes the new active channel, and the system disables the channel with the failed DIMM.

Lockstep memory configuration

Lockstep mode provides protection against multi-bit memory errors that occur on the same DRAM device.Lockstep mode can correct any single DRAM device failure on x4 and x8 DIMM types. The DIMMs ineach channel must have identical HPE part numbers.

Lockstep mode uses channel 1 and channel 2. Channel 3 is not populated. Because channel 3 cannot bepopulated when using Lockstep mode, the maximum memory capacity is lower than Advanced ECCmode. Memory performance with Advanced ECC is also slightly higher.

General DIMM slot population guidelines

Observe the following guidelines for all AMP modes:

  • Populate DIMM slots for a processor only if the processor is installed.

  • To maximize performance in multi-processor configurations, distribute the total memory capacitybetween all processors as evenly as possible.

  • Do not mix Unbuffered and Registered PC3 DIMMs.

  • Each channel supports up to two Unbuffered DIMMs.

  • If quad-rank DIMMs are installed for a processor, a maximum of two DIMMs can be installed oneach channel for that processor.

  • If a channel contains quad-rank DIMMs, the quad-rank DIMM must be installed first on that channel.

DIMM speeds are supported as indicated in the following table:

Rank
1
1333, 1066
Quad-rank
2
1066
Single- or dual-rank

Advanced ECC population guidelines

For Advanced ECC mode configurations, observe the following guidelines:

  • Observe the general DIMM slot population guidelines.

  • DIMMs may be installed individually.

Single-processor Advanced ECC population order

For Advanced ECC mode configurations with a single processor, populate the DIMM slots in the followingorder:

  • RDIMM: Sequentially in alphabetical order (A through I).

  • UDIMM: A through F, sequentially in alphabetical order. Do not populate DIMM slots G through I.

Multi-processor Advanced ECC population order

For Advanced ECC mode configurations with multiple processors, populate the DIMM slots for eachprocessor in the following order:

  • RDIMM: Sequentially in alphabetical order (A through I).

  • UDIMM: A through F, sequentially in alphabetical order. Do not populate DIMM slots G through I.

Mirrored memory population guidelines

For Mirrored Memory mode configurations, observe the following guidelines:

  • Observe the general DIMM slot population guidelines.

  • Always install DIMMs in channels 1 and 2 for each installed processor.

  • Do not install DIMMs in channel 3 for any processor.

  • DIMMs installed on channel 1 and channel 2 of an installed processor must be identical.

  • In multi-processor configurations, each processor must have a valid Mirrored Memory configuration.

  • In multi-processor configurations, each processor may have a different valid Mirrored Memoryconfiguration.

Single-processor Mirrored Memory population order

For Mirrored Memory mode configurations with a single processor, populate the DIMM slots in thefollowing order:

  • RDIMM

    • First: A and B

    • Next: D and E

    • Last: G and H

    • Do not populate slots C, F, or I.

  • UDIMM

    • First: A and B

    • Last: D and E

    • Do not populate slots C, F, G, H, or I.

After installing the DIMMs, use RBSU to configure the system for Mirrored Memory support.

Multi-processor Mirrored Memory population order

For Mirrored Memory mode configurations with multiple processors, populate the DIMM slots for eachprocessor in the following order:

  • RDIMM

    • First: A and B

    • Next: D and E

    • Last: G and H

    • Do not populate slots C, F, or I.

  • UDIMM

    • First: A and B

    • Last: D and E

    • Do not populate slots C, F, G, H, or I.

After installing the DIMMs, use RBSU to configure the system for mirrored memory support.

Lockstep Memory population guidelines

For Lockstep memory mode configurations, observe the following guidelines:

  • Observe the general DIMM slot population guidelines.

  • Always install DIMMs in channels 1 and 2 for each installed processor.

  • Do not install DIMMs in channel 3 for any processor.

  • DIMM configuration on channel 1 and channel 2 of a processor must be identical.

  • In multi-processor configurations, each processor must have a valid Lockstep Memory configuration.

  • In multi-processor configurations, each processor may have a different valid Lockstep Memoryconfiguration.

Single-processor Lockstep population order

For Lockstep memory mode configurations with a single processor, populate the DIMM slots in thefollowing order:

  • RDIMM

    • First: A and B

    • Next: D and E

    • Last: G and H

    • Do not populate slots C, F, or I.

  • UDIMM

    • First: A and B

    • Last: D and E

    • Do not populate slots C, F, G, H, or I.

After installing the DIMMs, use RBSU to configure the system for Lockstep memory support.

Multi-processor Lockstep population order

For Lockstep memory mode configurations with multiple processors, populate the DIMM slots for eachprocessor in the following order:

  • RDIMM

    • First: A and B

    • Next: D and E

    • Last: G and H

    • Do not populate slots C, F, or I.

  • UDIMM

    • First: A and B

    • Last: D and E

    • Do not populate slots C, F, G, H, or I.

After installing the DIMMs, use RBSU to configure the system for Lockstep memory support.

Link to the list of available documents

Click here to view a list of documents available for the HPE ProLiant DL360 G6 Server .

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Legal Disclaimer: Products sold prior to the November 1, 2015 separation of Hewlett-Packard Company into Hewlett Packard Enterprise Company and HP Inc. may have older product names and model numbers that differ from current models.

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Memory population guidelines

General memory population rules and guidelines

  • White DIMM slots denote the first slot of a channel. For 1 DPC (DIMM per channel) populate white slotsonly.

  • A minimum of one DIMM is required per server.

  • Install DIMMs only if the corresponding processor is installed.

  • If only one processor is installed in a two processor system, only half of the DIMM slots are available.

  • To maximize performance, it is recommended to balance the total memory capacity between allinstalled processors and to load the channels similarly whenever possible.

  • When two processors are installed, balance the DIMMs across the two processors.

  • Populate DIMMs from heaviest load (quad-rank) to lightest load (single-rank) within a channel.Heaviest load (DIMM with most ranks) within a channel goes furthest from the processor.

  • Do not mix RDIMMs or LRDIMMs.

  • LRDIMMs are supported up to 3 DIMMs per channel.

  • DIMMs of different speeds may be mixed in any order, the server will select a common optimal speed.

  • The maximum memory speed is a function of the memory type, memory configuration, and processormodel.

  • The maximum memory capacity is a function of the memory type and number of installed processors.

  • HPE memory from previous generation servers is not compatible with the DL380 Gen9 Server. CertainHPE SmartMemory features such as memory authentication and enhanced performance may not besupported.

  • To realize the performance memory capabilities listed in this document, HPE SmartMemory is required

  • For memory population rules and additional memory guidelines, Click here to access DL380 Gen9 user guide .

  • There are four (4) memory channels per processor, eight (8) channels per 2 processor server.

  • There are three (3) DIMM slots for each memory channel, twenty four (24) total slots for 2 processorserver.

  • Memory channels1 and 3 consists of the three (3) DIMMs that are furthest from the processor.

  • Memory channel 2 and 4 consists of the three (3) DIMMs that are closest to the processor.

  • Click here to view the Quickspecs of the HPE ProLiant DL380 Gen9 Server for additional information.

Intel Gen9 supported memory bandwidth for HPE ProLiant Gen9 Intel Xeon E5-2600v3 series processor family

[DIMM Type]
Load Reduced (LRDIMMs)
P00423-B21
726724-B21
Dual Rank
Quad Rank
16GB
64GB
Std Voltage 1.2V
Std Voltage 1.2V
1G
2G
x8
x4
8Gb
8Gb
17-17-17
15-15-15
2400
2133
24 slot servers
24
Maximum capacity (GB)
384
1536
1 DIMM Per Channel
2133
2 DIMM Per Channel
2133
3 DIMM Per Channel
1600

Intel Gen9 supported memory bandwidth for HPE ProLiant Gen9 Intel Xeon E5-2600v4 series processor family

[DIMM Type]
Load Reduced (LRDIMMs)
805347-B21
836220-B21
805353-B21
809208-B21
Single rank
Dual rank
Dual rank
Quad rank
8GB
16GB
32GB
128GB
Standard voltage 1.2 V
Standard voltage 1.2 V
Standard voltage 1.2 V
Standard voltage 1.2 V
1G
1G
2G
2G
x8
x4
x4
x4
8Gb
4Gb
8Gb
8Gb
17-17-17
17-17-17
17-17-17
20-18-18
2400
2400
2400
2400
24 slot servers
24
24
24
Maximum capacity (GB)
384
768
1536
Populated DIMM speed (MT/s)
2400
2400
2400
2400
2133
2400
2400
2400
1866
1866
2400
2400
NOTE: Mixing the 128GB LRDIMM with other capacities is not supported.

Memory speed by processor model

Supported Memory Speeds
1600 MT/s
E5-2630Lv3, E5-2640v3, E5-2630v3, E5-2623v3, E5-2620v3
E5-2637v3, E5-2687Wv3, E5-2699v3, E5-2698v3, E5-2697v3, E5-2695v3, E5-2690v3, E5-2683v3, E5- 2680v3, E5-2670v3, E5-2660v3, E5-2650Lv3, E5- 2650v3, E5-2667v3, E5-2643v3
E5-2609v4, E5-2603v4
E5-2630Lv4, E5-2623v4, E5-2620v4, E5-2640v4, E5-2630v4
E5-2650Lv4, E5-2643v4, E5-2637v4, E5-2687Wv4, E5-2699v4, E5-2698v4, E5-2697v4, E5-2697Av4, E5-2695v4, E5-2690v4, E5-2683v4, E5-2680v4, E5- 2660v4, E5-2650v4, E5-2667v4

Standard and maximum memory capacity (Pre-configured models)

Standard Memory
Standard Memory Replaced with Optional Memory
32GB (2 x 16GB)
1536GB (24 x 64GB)
64GB (4 x 16GB)
3072GB (24 x 128GB)
32GB (2 x 16GB)
3072GB (24 x 128GB)
16GB (1 x 16GB)
3072GB (24 x 128GB)
16GB (1 x 16GB)
1536GB (24 x 64GB)
8GB (1 x 8GB)
3072GB (24 x 128GB)
8GB (1 x 8GB)
1536GB (24 x 64GB)
NOTE: Capacity references are rounded to the common gigabyte (GB) values.
  • 4GB = 4,096MB
  • 8GB = 8,192MB
  • 16GB = 16,384MB
  • 32GB = 32,768MB
  • 64GB = 65,536MB
  • 128GB = 131,072MB

Link to product related documents

Click here to view the product related documents .

Legal Disclaimer: Products sold prior to the November 1, 2015 separation of Hewlett-Packard Company into Hewlett Packard Enterprise Company and HP Inc. may have older product names and model numbers that differ from current models.

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