AIC LYNX User manual

UM_Lynx_v2_112423

Lynx

Server Motherboard

User's Manual

Content

Table of Contents �� III

Preface �� i

Safety Instructions �� ii

About This Manual �� iii

Chapter 1� Product Features �� 1

1�1 Components ��1

1�2 Specifications ��2

1�3 Feature ��3

Chapter 2� Hardware Setup �� 4

2�1 Central Processing Unit Setup ��4

2.1.1 Processor Installation ..........................................................................................4

2�2 HFI Carrier Card for Host Fabric Interface (HFI) Supported �� 7

2�3 System Memory ��8

2.3.1 Placement ............................................................................................................. 8

2.3.2 DIMM Population .................................................................................................9

2.3.3 DCPMM DIMM Population ................................................................................12

2.3.4 Installation ..........................................................................................................13

Chapter 3� Motherboard Settings �� 14

3�1 Block Diagram ��14

3�2 Content List ��15

3.2.1 Connector and Header ....................................................................................... 15

3.2.2 Jumper ................................................................................................................16

3�3 Placement ��17

3�4 Pin Definition �� 18

3.4.1 Connector ...........................................................................................................18

3.4.2 Jumper ................................................................................................................25

3�5 System LED Indicator ��27

3.5.1 Internal LED ........................................................................................................27

Chapter 4� BIOS Configuration Settings �� 28

4�1 Navigation Keys �� 28

4�2 BIOS Setup ��29

4.2.1 Menu ...................................................................................................................29

4.2.2 Startup ................................................................................................................29

4.2.3 Update .................................................................................................................31

4.2.4 DCPMM Setup ....................................................................................................32

4�3 Main ��35

4.3.1 Main ....................................................................................................................35

4�4 Advanced��36

Table of Contents

4.4.1 Peripheral Configuration .................................................................................... 36

4.4.2 Video Configuration ...........................................................................................36

4.4.3 OEMBoard Function ...........................................................................................36

4.4.4 SIO AST2500 ......................................................................................................37

4.4.5 Socket Configuration .........................................................................................37

4.4.6 ME Configuration ...............................................................................................43

4.4.7 PCH Configuration .............................................................................................44

4.4.8 H2O IPMI Configuration .....................................................................................45

4.4.9 APEI Configuration .............................................................................................45

4.4.10 Console Redirection .........................................................................................45

4.4.11 H2O Event Log Config Manager ......................................................................46

4.4.12 H2oUve Configuration .....................................................................................46

4�5 Security ��47

4.5.1 Security ...............................................................................................................47

4�6 Power ��48

4.6.1 Power ..................................................................................................................48

4�7 Boot ��49

4.7.1 Boot .....................................................................................................................49

4�8 Exit ��50

4.8.1 Exit.......................................................................................................................50

4�9 BIOS Post Code �� 51

Chapter 5� BMC Configuration Settings �� 56

5�1 Login ��56

5�2 Web GUI �� 57

5.2.1 Menu Bar .............................................................................................................57

5.2.2 User Information and Quick Button ..................................................................58

5.2.3 Dashboard ..........................................................................................................59

5.2.4 Sensor ................................................................................................................. 59

5.2.5 FRU Information .................................................................................................60

5.2.6 Logs and Reports ...............................................................................................60

5.2.7 Settings ............................................................................................................... 61

5.2.8 Remote Control ..................................................................................................62

5.2.9 Power Control ..................................................................................................... 66

5.2.10 Maintenance .....................................................................................................67

5.2.11 Sign out .............................................................................................................68

5�3 Firmware Update �� 69

Chapter 6� Technical Support �� 70

Content

This document contains proprietary information about

AIC® products and is not to be disclosed or used except in

accordance with applicable agreements.

Document Release History

Release Date Version Update Content

March, 2018 1 User's Manual release to public

January, 2019 1.1

1. Datasheet

2. Hardware Settings update

3. SW update

April, 2019 1.2 BIOS update.

August, 2019 1.3 BIOS update.

DIMM Population update.

October, 2019 1.4 Pin Definition update.

November, 2019 1.5 BIOS update.

December, 2019 1.6 SW update.

October, 2020 1.7 Connector update.

January, 2021 1.8 Manual cover update

September,

2021 1.9 BMC update.

November

2023 2 Add new section: 4.9 BIOS Post Code.

i

Copyright

No part of this publication may be reproduced, stored in a retrieval system, or

transmitted in any form or by any means, electronic, mechanical, photo-static, recording

or otherwise, without the prior written consent of the manufacturer.

Trademarks

All products and trade names used in this document are trademarks or registered

trademarks of their respective holders.

Changes

The material in this document is for information purposes only and is subject to change

without notice.

Warning

1. A shielded-type power cord is required in order to meet FCC emission limits and also

to prevent interference to the nearby radio and television reception. It is essential

that only the supplied power cord be used.

2. Use only shielded cables to connect I/O devices to this equipment.

3. You are cautioned that changes or modifications not expressly approved by the

party responsible for compliance could void your authority to operate the equipment.

Disclaimer

AIC® shall not be liable for technical or editorial errors or omissions contained herein.

The information provided is provided "as is" without warranty of any kind. To the extent

permitted by law, neither AIC®



damages relating to the procurement of substitute products or services; or damages

for loss of data, or software restoration. The information in this document is subject to

change without notice.

Instruction Symbols

Special attention should be given to the instruction symbols below.

NOTE This symbol indicates that there is an explanatory or

supplementary instruction.

CAUTION

This symbol denotes possible hardware impairment. Upmost

precaution must be taken to prevent serious hardware damage.

WARNING

This symbol serves as a warning alert for potential body

injury. The user may suffer possible injury from disregard or

lack of attention.

Preface

ii

When installing, operating, or performing maintenance on this equipment, the following

safety precautions should always be observed in order to reduce the risk of fire, electric

shock, and personal injury.

Read and understand all instructions.

Observe warnings and instructions marked on the product.

• For proper mounting instructions, please consult the User’s Manual provided with this

product.

• Do NOT place this product on an unstable cart, stand, table or uneven surface that

might cause the product to fall and sustain serious damage.

• Only install the equipment identified in the User’s Manual. Use of other equipment could

cause improper connection of circuitry and may result in fire or personal injury.

• This product should only be operated with the type of power source indicated on the

marked label. If you are uncertain about which type of power supply is used in your

area, consult your dealer or local Power Company.

• Disconnect the power supply module before removing power from the system. Unplug

this product from the wall outlet before cleaning. Use a damp cloth for cleaning. Do not

use liquid cleaners or aerosol cleaners.

• Do not use this product near a water source, such as a faucet.

• Never spill liquids of any kind on this product.

• Never shove objects of any kind into this product’s open slots, as they may touch

dangerous voltage points or short out parts and could result in fire or electric shock.

• Do not block or cover slots and openings in this unit, as they were made for ventilation

and prevent this unit from overheating. Do not place this product in a built-in installation

unless proper ventilation is available.

• Do not disassemble this product. This product should only be taken apart by trained

personnel. Opening or removing covers and circuit boards may expose you to electric

shock or other risks. Incorrect reassembly can also cause electric shock when the unit

is subsequently used.

• Risk of explosion is possible if battery is replaced with an incompatible type. Dispose

of used batteries accordingly.

• This product is equipped with a three-wire grounding type plug, a plug with a third

(grounding) pin. As a safety feature, this plug is intended to fit only into a grounding

type power outlet. If you are unable to insert the plug into the outlet, contact your

electrician to replace the outlet. Do not remove the grounding type plug or use a 3-Prong

To 2-Prong Adapter to circumvent the safety feature; doing so may result in electric

shock and/or damage to this product.

Safety Instructions

iii

Thank you for selecting and purchasing the Lynx Serverboard.

This user's manual is provided for professional technicians to perform easy hardware

setup, basic system configurations, and quick software startup. This document pellucidly

presents a brief overview of the product design, device installation, and firmware settings

for the Lynx motherboard. For the latest version of this user's manual, please refer to the

AIC® website: https://www.aicipc.com/en/productdetail/20870.

Chapter 1 Product Features

This chapter delivers the overall layout of the product, including the fundamental

components on the motherboard, design specifications, and noteworthy features. Lynx is

an ideal server grade motherboard that is specifically designed to accommodate diverse

enterprises for managing heavy workloads, databases, nearline applications, and cloud

deployments. This product supports the Intel® Xeon® Scalable Processors (Skylake and

Cascade Lake) with Socket P0 (LGA-3647) and a memory support 24 DDR4 2933/2666

MHz DIMM across 6 channels per CPU.

Chapter 2 Hardware Setup

This chapter displays an easy installation guide for assembling the CPU (Central

Processing Unit) and memory module. Utmost caution for proceeding to set up the

hardware is highly advised. The components on the motherboard are highly fragile and

vulnerable to exterior influence. Do not attempt to endanger the device by placing the

device in a potentially unstable or hazardous surroundings, including positioning the device

on an uneven grounds or humid environments.

Chapter 3 Motherboard Settings

This chapter elaborates the overall layout of the server motherboard, including multifarious

connectors, jumpers, and LED descriptions. These descriptions assist users to configure

different settings and functions of the motherboard, as well as to confirm the location of

each connector and jumper.

Chapter 4 BIOS Configuration Settings

This chapter introduces the key features of BIOS, including the descriptions and option

keys for diverse functions. These details provide users to effortlessly navigate and

configure the input/output devices.

Chapter 5 BMC Configuration Settings

This chapter illustrates the diverse functions of IPMI BMC, including the details on logging

into the web page and assorted definitions. These descriptions are helpful in configuring

various functions through Web GUI without entering the BIOS setup. For more information

of BMC configurations, please refer to BMC (Aspeed AST2500) User's Manual for a more

detailed description.

Chapter 6 Technical Support

For more information or suggestion, please contact the nearest AIC® corporation

representative in your district or visit the AIC® website: https://www.aicipc.com/en/index.

It is our greatest honor to provide the best service for our customers.

About This Manual

1

Lynx

Product specifications and features are subject to change without prior notice�

Chapter 1� Product Features

1�1 Components

Dimensions

mm : 424.18 x 431.8

inches : 16.7 x 17

VGA Port

Serial Console

by MicroUSB

2 x RJ45

2 x USB 3.0 + RJ45

Dedicated NIC for BMC

2 x NGFF(M.2) M-Key

(2280, 2242 by additional

bracket) support SATA/

PCIe x2

OCP Mezzanine V2.0 (A+B)

Support PCIe Gen3 x16

(Share with Max I/O® #2)

OCP Mezzanine V2.0 (A+B+C)

Support PCIe Gen3 x16

(Share with Max I/O® #1)

AIC Max I/O® #1; (CPU0)

PCIe Gen3 Supports 48 Lanes

(Share with OCP Mezzanine)

12 x DDR4 DIMM Slots

6 Channels (for CPU0)

12 x DDR4 DIMM Slots

6 Channels (for CPU1)

LGA3647 Socket P0 for Intel®

Xeon® Processor Skylake-SP

(CPU0)

LGA3647 Socket P0 for Intel®

Xeon® Processor Skylake-SP

(CPU1)

AIC Max I/O® #2; (CPU1)

PCIe Gen3 Supports 48 Lanes

(Share with OCP Mezzanine)

12V Single Power-in

Interface Supports CRPS

10 x SATA 3.0

Connectors

Intel® Storm Lake 100Gbps

Host Fabric Interface

Intel® Storm Lake 100Gbps

Host Fabric Interface

4 x 12V AUX Power Output

2

Chapter 1. Product Features

1�2 Specifications

System

Processor

Support

(Skylake/Cascade Lake/Cascade Lake Refresh)

Fabric Interface, Skylake-F SKU CPU

CPU TDP 205W

UPI Speeds10.4 GT/s, 9.6 GT/s

Socket Type Socket P0 (LGA-3647 Socket)

System

Memory

6 x memory channels per CPU,

2 x DIMM per channel

24 x DIMM slots support:

DDR4 2400/2666MHz RDIMM/LRDIMM

(feature supports up to DDR4 2933MHz

by next gen. process upgrade)

- up to 384GB RDIMM SRx4

- up to 768GB RDIMM DRx4

- up to 3072GB RDIMM 3DS 8Rx4/QRx4

- up to 1536GB LRDIMM QRx4

- up to 3072GB LRDIMM 3DS 8Rx4//QRx4

(Apache Pass) support

Expansion

Slots

2 x AIC Max I/O® support:

PCIe Gen3 total 96 lanes;

(each 48 lanes from CPU0 & CPU1)

x16 (share with Max I/O®)

(optional by PCH C624/C622 SKUs), as 10GbE

(KR/SFI/XFI) or 1GbE (KX)

bracket) support SATA/PCIe x2

System BIOS

BIOS Type Insyde UEFI BIOS

BIOS

Features

redirection

Mode

On-board

Devices

SATAIntel® Lewisburg PCH on-chip solution

10 x SATA 6.0 Gb/s

BMC

Aspeed AST2500 Advanced PCIe Graphics &

Remote Management Processor

Serial over LAN

Network

Controller

port GbE RJ45 connectors

Mezzanine extension

for BMC dedicated management port

Graphics

Aspeed AST2500 Advanced PCIe Graphics &

Remote Management Processor

Input/Output

Serial ATA10 x SATA 6.0 Gb/s ports

LAN

management

USB

2 x USB 3.0 Type-A connectors

2 x USB internal pin-header to support total

4 x USB3.0/USB2.0

1 x USB internal pin-header to support 2 x

USB 2.0

VGA

1 x external VGA port

1 x internal VGA pin-header

(share with external VGA port)

Serial Port 1 x external Micro-USB type B for COM port

2 x internal COM pin-headers

Others 1 x TPM 2.0 onboard

3

Chapter 1. Product Features

The Lynx server board offers the latest Intel® Xeon® Scalable Processors technology

solutions with compelling performance and provides premium power and communications

infrastructure).

By implementing Intel® Xeon® Scalable Processors, fully integrated microarchitecture

with AIC® MAX I/O® 2.0 which support up to 96 lanes of PCIe Gen3, Lynx server board can

maximize your I/O intensive application demand, providing six channels per CPU with total

twenty-four DIMM slots deployment which can support up to DDR4 2933/2666MHz.

Featured with ground breaking technologies including Intel® Next Generation

Microarchitecture and Instruction Set (AVX-512, VMD, QAT - optional by PCH SKU), Speed

Shift Technology, UPI link speeds up to 10.4GT/s, the Lynx server board enables next

generation server solutions with an incredible leap in performance.

• Supports Intel® Xeon® Scalable Processors for highest server performance and

improved power efficiency

• Supports 24 DDR4 DIMM slots for maximum memory performance

• AIC® Max I/O® supports up to 96 PCIe Gen3 lanes (48 lanes from CPU0 + 48 lanes

from CPU1); both 16 lanes will be shared with OCP Mezzanine V2.0

• Supports two OCP Mezzanine V2.0 up to PCIe Gen3 x16 extension (Shared from Max I/

O®)

• Onboard dual GbE ports come from 2 x Intel® Ethernet Controller I210

• Supports two CRPS PSU direct connection for power input

• Onboard Baseboard Management Controller for system management and IPMI control

• Embedded components for 5+year long life

1�3 Feature

4

Chapter 2� Hardware Setup

This chapter provides the graphic detail and basic instruction for hardware installation.

Turn off the system and unplug all peripheral devices before proceeding.

2�1 Central Processing Unit Setup

The serverboard supports dual Xeon scalable processors and Socket P0 (LGA-3647).

2�1�1 Processor Installation

To ensure a safe and easy setup, you need to prepare before installation:

 a T20 Torx screwdriver

 ESD wrist strap/mat and conductive foam pad

 Safe and stable environment

CAUTION

The pins of the processor socket are vulnerable and easily susceptible to damage if fingers

or any foreign objects are pressed against them. Please keep the socket protective cover on

when the processor is not installed.

CAUTION

When unpacking a processor, hold the processor only by its edges to avoid touching the

contacts.

Standard Processor Assembly:

A standard processor assembly is comprised of PHM(Processor Heatsink Module)

components and processor socket assembly.

This information is provided for professional technicians only.

Heat sink

Standard

Processor Clip

Standard

Processor

Bolster Plate

Precsessor

Socket

PHM Components

Processor

Socket Assembly

o

5

Chapter 2. Hardware Setup

Processor Socket Assembly:

The server board includes two processor sockets (LGA-3647), supports one or two of the

Intel® Xeon® Processor Scalable Family and has a Thermal Design Power (TDP) of up to

165W on selected models.

PHM (Processor Heatsink Module) Component:

This information is provided for professional technicians only.

Non Frabic

Processor

Non Frabic

Processor Clip

Heat sink

Fabric

6

Chapter 2. Hardware Setup

The PHM sits level with the processor socket assembly. The PHM is NOT installed properly

if it does not sit level with the processor socket assembly. Once the PHM is seated over the

processor socket assembly, the four heat sink torque screws must be tightened in order as

shown below.

Processor Heat Sink – Top View with Screw Tightening Order

CAUTION

Failure to tighten the heatsink screws in the specified order may cause damage to the

processor socket assembly. Heat sink screws should be tighted to 12 in-lbs torque

according to the indicated order on the top of the heatsink label.









7

Chapter 2. Hardware Setup

The Intel® Fabric Passive (IFP) Internal Cable Assembly enables high speed, low loss data

connections between the Intel® Xeon™ Phi™ processor (KNL-F) and chassis connections to

an external network interface via QSFP +28 style connectors. IFP internal cable assembly

enables a direct connection from an Intel processor to an Intel Fabric network.

Installation Instructions

1. Locate the CPU Socket on the motherboard. Install an Fabric processor on this socket

as shown below (marked 1) if you have not done so.

2. Locate the PCI-E slots the motherboard. Install an Host Fabric Interface (HFI) card on

an appropriate PCI-E slot of your choice.

3. Connect the HFI connector on the HFI cable to the JHFI1 header as show below (marked

3).

4. Connect the other end of the HFI cable to the connector (marked A) on the HFI card as

shown below. (Marked 4 ).

5. Connect the plug (marked 5) on one end of the Internal_Faceplate_to_the_Processor

(IFP) cable to the connector (marked B ) on the HFI card as shown below.

6. Connect the other end of IFP cable (marked 6) to the Fabric processor installed in CPU

Socket as shown below.

• HFI Drawing example�

• Cards & Cables are not included in the range of supply�

Fabric Processor

HFI

(Host Fabric Interface)

Sideband Cable

H

FI

Carr

i

e

r Card

3. Connect the HFI connector

on the HFI cable to the onboard

JHFI1 header.

Install an Fabric Processo

r

2. Install an HFI card to a PCI-E slot

4. Connect another end of

the HFI cable to the

connector(A)

of the HFI card.

5. Connect one end of the

IFP cable to the connector(B)

of the HFI card.

6. Connect the other end of the

IFP cable to the Fabric Processor.

JHFI1

HFI Carrier Card

2�2 HFI Carrier Card for Host Fabric Interface (HFI) Supported

8

Chapter 2. Hardware Setup

2�3�1 Placement

2�3 System Memory

CPU1

CPU0

CPU1

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

9

Chapter 2. Hardware Setup

DIMM

Numbers DIMM Numbers Placement

2 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

4 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_H0 JDIMM_B0

6 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_H0 JDIMM_B0

JDIMM_G0 JDIMM_A0

8 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_H0 JDIMM_B0

JDIMM_G0 JDIMM_A0

JDIMM_L0 JDIMM_F0

CPU0CPU0CPU0CPU0

CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0

CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0

CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

2�3�2 DIMM Population

10

Chapter 2. Hardware Setup

10 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_H0 JDIMM_B0

JDIMM_G0 JDIMM_A0

JDIMM_K0 JDIMM_E0

JDIMM_L0 JDIMM_F0

12 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_H0 JDIMM_B0

JDIMM_G0 JDIMM_A0

JDIMM_J0 JDIMM_D0

JDIMM_K0 JDIMM_E0

JDIMM_L0 JDIMM_F0

14 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_I1 JDIMM_C1

JDIMM_H0 JDIMM_B0

JDIMM_G0 JDIMM_A0

JDIMM_J0 JDIMM_D0

JDIMM_K0 JDIMM_E0

JDIMM_L0 JDIMM_F0

16 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_I1 JDIMM_C1

JDIMM_H0 JDIMM_B0

JDIMM_H1 JDIMM_B1

JDIMM_G0 JDIMM_A0

JDIMM_J0 JDIMM_D0

JDIMM_K0 JDIMM_E0

JDIMM_L0 JDIMM_F0

18 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_I1 JDIMM_C1

JDIMM_H0 JDIMM_B0

JDIMM_H1 JDIMM_B1

JDIMM_G0 JDIMM_A0

JDIMM_G1 JDIMM_A1

JDIMM_J0 JDIMM_D0

JDIMM_K0 JDIMM_E0

JDIMM_L0 JDIMM_F0

CPU0CPU0CPU0CPU0

CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

11

Chapter 2. Hardware Setup

20 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_I1 JDIMM_C1

JDIMM_H0 JDIMM_B0

JDIMM_H1 JDIMM_B1

JDIMM_G0 JDIMM_A0

JDIMM_G1 JDIMM_A1

JDIMM_J0 JDIMM_D0

JDIMM_K0 JDIMM_E0

JDIMM_L1 JDIMM_F1

JDIMM_L0 JDIMM_F0

22 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_I1 JDIMM_C1

JDIMM_H0 JDIMM_B0

JDIMM_H1 JDIMM_B1

JDIMM_G0 JDIMM_A0

JDIMM_G1 JDIMM_A1

JDIMM_J0 JDIMM_D0

JDIMM_K1 JDIMM_E1

JDIMM_K0 JDIMM_E0

JDIMM_L1 JDIMM_F1

JDIMM_L0 JDIMM_F0

24 DIMMs

CPU1 CPU0

JDIMM_I0 JDIMM_C0

JDIMM_I1 JDIMM_C1

JDIMM_H0 JDIMM_B0

JDIMM_H1 JDIMM_B1

JDIMM_G0 JDIMM_A0

JDIMM_G1 JDIMM_A1

JDIMM_J1 JDIMM_D1

JDIMM_J0 JDIMM_D0

JDIMM_K1 JDIMM_E1

JDIMM_K0 JDIMM_E0

JDIMM_L1 JDIMM_F1

JDIMM_L0 JDIMM_F0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

CPU0CPU0CPU0CPU0CPU1CPU1CPU1CPU1

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

JDIMMI0

JDIMMI1

JDIMMH0

JDIMMH1

JDIMMG0

JDIMMG1

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

12

Chapter 2. Hardware Setup

2�3�3 DCPMM DIMM Population

Asymetric population

CPU0

DIMM JDIMMF0 JDIMMF1 JDIMME0 JDIMME1 JDIMMD0 JDIMMD1 JDIMMC0 JDIMMC1 JDIMMB0 JDIMMB1 JDIMMA0 JDIMMA1

App

Direct

Mode

DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DCPMM DRAM1

App

Direct

Mode *

DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DRAM1 DCPMM DRAM1

NOTE

App Direct* : App Direct Mode with no DCPMM DIMM in second socket.

Symetric population

CPU0

DIMM JDIMMF0 JDIMMF1 JDIMME0 JDIMME1 JDIMMD0 JDIMMD1 JDIMMC0 JDIMMC1 JDIMMB0 JDIMMB1 JDIMMA0 JDIMMA1

App

Direct

Mode DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1

Memory

Mode DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2

Mixed

Memory

Mode DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4

App

Direct

Mode DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1

Memory

Mode DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2

Mixed

Memory

Mode DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4

CPU1

DIMM JDIMML0 JDIMML1 JDIMMK0 JDIMMK1 JDIMMJ0 JDIMMJ1 JDIMMI0 JDIMMI1 JDIMMH0 JDIMMH1 JDIMMG0 JDIMMG1

App

Direct

Mode - - - - - - - - - - - -

Memory

Mode - - - - - - - - - - - -

Mixed

Memory

Mode - - - - - - - - - - - -

App

Direct

Mode DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1 DCPMM DRAM1

Memory

Mode DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2 DCPMM DRAM2

Mixed

Memory

Mode DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4 DCPMM DRAM4

NOTE

DIMM Type RDIMM 3DS RDIMM LRDIMM 3DS LRDIMM Capacity

DRAM1 Any Capacity

DRAM2 

DRAM3  Any Capacity

DCPMM Any Capacity (Uniformly for all channels for system configuration)

NOTE

Please abide to the DCPMM population rules listed below for your system to function accordingly.

• There is only a maximum of 1 DCPMM in each channel.

• Populate DCPMM DIMM on DIMM0 first.

Page is loading ...

AIC LYNX User manual

AIC LYNX User manual

Related papers