AIC FB201-LX User manual

UM_FB201-LX_v1.5_110819

FB201-LX

Server Barebone

User's Manual

Content

Table of Contents

Preface �� i

Safety Instructions �� ii

About This Manual �� iv

Chapter 1� Product Features ��1

1�1 Box Contents ��1

1.2 Specications �� 2

1�3 Feature ��3

Chapter 2� Hardware Setup ��8

2�1 Central Processing Unit ��8

2.1.1 Processor Installation ........................................................................................8

2�2 System Memory �� 11

2.2.1 Placement ........................................................................................................ 11

2.2.2 DIMM Population ............................................................................................. 12

2.2.3 Installation ....................................................................................................... 15

2�3 Top Cover ��16

2�4 Power Supply Unit Module ��17

2�5 Fan Module �� 18

2�6 Hard Disk Drive ��19

2�7 HDD Backplane ��20

2�8 Bridge Board ��21

2�9 Riser Card ��22

2�10 Tool-less Slide Blade Installation ��23

Chapter 3� Hardware Settings �� 27

3�1 Motherboard ��27

3.1.1 Block Diagram.................................................................................................. 27

3.1.2 Content List ...................................................................................................... 28

3.1.3 Placement ........................................................................................................ 30

3.1.4 Connector ........................................................................................................ 31

3.1.5 Jumper ............................................................................................................. 38

3�2 System LED Indicator ��39

3.2.1 Front Panel LED ............................................................................................... 39

3.2.2 Internal LED ...................................................................................................... 40

3�3 HDD Backplane ��41

3.3.1 Placement ........................................................................................................ 41

3.3.2 Connector and Jumper .................................................................................... 42

3.3.3 LED Indicator.................................................................................................... 42

Chapter 4. BIOS Conguration Settings �� 43

4�1 Navigation Keys �� 43

4�2 BIOS Menu ��44

4�3 Main ��45

4.3.1 Main .................................................................................................................. 45

4�4 Advanced ��46

 ................................................................................. 46

 ......................................................................................... 46

4.4.3 OEMBoard Function ......................................................................................... 46

4.4.4 SIO AST2500 .................................................................................................... 47

 ....................................................................................... 47

 ............................................................................................. 53

 ........................................................................................... 54

 .................................................................................. 55

........................................................................................... 55

4.4.10 Console Redirection ...................................................................................... 55

 .................................................................... 56

 ................................................................................... 56

4�5 Security ��57

4.5.1 Security ............................................................................................................ 57

4�6 Power ��58

4.6.1 Power ............................................................................................................... 58

4�7 Boot ��59

4.7.1 Boot .................................................................................................................. 59

4�8 Exit ��60

4.8.1 Exit .................................................................................................................... 60

Chapter 5. BMC Conguration Settings �� 61

5�1 Login ��61

5�2 Web GUI ��62

5.2.1 Menu Bar .......................................................................................................... 62

5.2.2 User Information and Quick Button ............................................................... 63

5.2.3 Dashboard ........................................................................................................ 64

5.2.4 Sensor .............................................................................................................. 64

5.2.5 FRU Information ............................................................................................... 65

5.2.6 Logs and Reports ............................................................................................ 65

5.2.7 Settings ............................................................................................................ 66

5.2.8 Remote Control ................................................................................................ 67

5.2.9 Power Control .................................................................................................. 71

5.2.10 Maintenance .................................................................................................. 72

5.2.11 Sign out .......................................................................................................... 73

Chapter 6� Technical Support �� 74

Content

Document Release History

Release Date Version Update Content

January

2019

1 User's Manual release to public.

Febuary

2019

1.1 Safety information update.

March

2019

1.2 Content update.

April

2019

1.3 LED Status update.

September

2019

1.4 MB settings update.

November

2019

1.5



2. SW update

Content

This document contains proprietary information about

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

accordance with applicable agreements.

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



liable for incidental, special or consequential damages including downtime cost; lost

profits; 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 harware 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

i

ii

Safety Instructions

Before getting started, please read the following important cautions:

• All cautions and warnings on the equipment or in the manuals should be noted.

• Most electronic components are sensitive to electrical static discharge. Therefore, be

sure to ground yourself at all times when installing the internal components.

• Use a grounding wrist strap and place all electronic components in static-shielded

devices. Grounding wrist straps can be purchased in any electronic supply store.

• Be sure to turn off the power and then disconnect the power cords from your system

before performing any installation or servicing. A sudden surge of power could damage

sensitive electronic components.

• Do not open the system’s top cover. If opening the cover for maintenance is a must, only

a trained technician should do so. Integrated circuits on computer boards are sensitive

to static electricity. Before handling a board or integrated circuit, touch an unpainted

portion of the system unit chassis for a few seconds. This will help to discharge any

static electricity on your body.

• Place this equipment on a stable surface when install. A drop or fall could cause injury.

• Please keep this equipment away from humidity.

• Carefully mount the equipment into the rack, in such manner, that it won’t be hazardous

due to uneven mechanical loading.

• This equipment is to be installed for operation in an environment with maximum

ambient temperature below 35°C.

• The openings on the enclosure are for air convection to protect the equipment from

overheating. DO NOT COVER THE OPENINGS.

• Never pour any liquid into ventilation openings. This could cause fire or electrical shock.

• Make sure the voltage of the power source is within the specification on the label when

connecting the equipment to the power outlet. The current load and output power of

loads shall be within the specification.

• This equipment must be connected to reliable grounding before using. Pay special

attention to power supplied other than direct connections, e.g. using of power strips.

• Place the power cord out of the way of foot traffic. Do not place anything over the

power cord. The power cord must be rated for the product, voltage and current marked

on the product’s electrical ratings label. The voltage and current rating of the cord

should be greater than the voltage and current rating marked on the product.

• If the equipment is not used for a long time, disconnect the equipment from mains to

avoid being damaged by transient over-voltage.

• Never open the equipment. For safety reasons, only qualified service personnel should

open the equipment.

• If one of the following situations arise, the equipment should be checked by service

personnel:

1. The power cord or plug is damaged.

2. Liquid has penetrated the equipment.

3. The equipment has been exposed to moisture.

4. The equipment does not work well or will not work according to its user manual.

5. The equipment has been dropped and/or damaged.

6. The equipment has obvious signs of breakage.

7. Please disconnect this equipment from the AC outlet before cleaning. Do not

use liquid or detergent for cleaning. The use of a moisture sheet or cloth is

recommended for cleaning.

• Module and drive bays must not be empty! They must have a dummy cover.

• The Equipment intended for installation should be placed in Restricted Access

Location.

CAUTION

The equipment intended for installation should be placed in Restricted Access

Location.

CAUTION

There will be a risk of explosion if battery is replaced by an incorrect type. Dispose

of used batteries according to the instructions. After performing any installation or

servicing, make sure the enclosure is correct in position before turning on the power.

CAUTION

This unit may have more than one power supply. Disconnect all power sources before

maintenance to avoid electric shock.

iii

About This Manual

Thank you for selecting and purchasing the FB201-LX.

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 FB201-LX. For the latest version of this user's manual, please refer to the AIC website:

https://www.aicipc.com/en/productdetail/51011.

Chapter 1 Product Features

FB201-LX is a flexible storage server barebone that is specifically designed to

accommodate diverse corporations and enterprises for managing heavy workloads and

multiple applications.

Chapter 2 Hardware Setup

This chapter displays an easy installation guide for assembling the hardware in this

product. Utmost caution for proceeding to set up the hardware is highly advised. Most of

the components are highly fragile and vulnerable to exterior influence. Do not endanger the

device by placing the device in an unstable environment.

Chapter 3 Hardware Settings

This chapter provides information for 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 IPMI 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: http://www.aicipc.com/en. It is our

greatest honor to provide the best service for our customers.

iv

Chapter 1. Product FeaturesFB201-LX User Manual

1

Spica User Manual Chapter 1. Product Features

Chapter 1� Product Features

FB201-LX is a high density storage server that includes mother board, chassis,

redundant power supplies, HDD backplane, and hotswapple fans. For more information

about our product, please visit our website at http://www.aicipc.com/en.

Before removing the subsystem from the shipping carton, visually inspect the physical

condition of the shipping carton. Exterior damage to the shipping carton may indicate

that the contents of the carton are damaged. If any damage is found, do not remove

the components; contact the dealer where the subsystem was purchased for further

instructions. Before continuing, first unpack the subsystem and verify that the number of

components in the shipping carton is accurate and

1�1 Box Contents

This product contains the components listed below.

Please confirm the number and the condition of the components before

installation.

• System barebone

(includes power supply, fan

& hard disk drive tray)

• Power cord (vary per region)

• 28" Slide rail x 1 set (optional)

2

Chapter 1. Product FeaturesFB201-LX User Manual

1.2 Specications

Dimensions

(W x D x H)

mm : 438 x 800 x 88

inches : 17.2 x 31.5 x 3.5

Motherboard

AIC Server Board Lynx

Processor

Support

(Skylake and next gen. CPU)

Fabric Interface, Skylake-F SKU CPU

UPI Speeds 10.4 GT/s, 9.6 GT/s

Socket Type Socket P0 (LGA-3647 Socket)

Chipset Support

Intel® C620 PCH

System Memory

2 x DIMM per channel

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

next gen. Purley Refresh CPU

Front Panel

System power on/off, System ID, System reset, 1x USB 3.0 Type A

LEDs

Power status, System alert, LAN activity, Drive activity, System ID

Drive Bays

External 2.5" hot swap

24 (U.2 NVMe)

2 (15mm, rear)

Backplanes 2 x dual Broadcom/LSI PEX9765 PCIe switch backplanes

Expansion Slots

PCIe 3.0

2 x16 slots (FH)

2 x16 slots (LP) + 2 x OCP Mezzanine card

v2.0 (Optional)

Riser Card

(included)

RC-PE2U09-TY

2 x16 PCIe slots

System BIOS

BIOS Type

FLASH Interface

BIOS

Features

interface

redirection

Mode

On-board

Devices

SATA

Intel® Lewisburg PCH on-chip solution

BMC

Aspeed AST2500 Advanced PCIe Graphics &

Remote Management Processor

Serial over LAN

Network

Controllers

Intel® I210 Ethernet Controller support

dual port GbE RJ45 connectors

Mezzanine extension

for BMC dedicated management port

Graphics

Aspeed AST2500 Advanced PCIe Graphics &

Remote Management Processor

Rear I/O

LAN

management

USB

2 x USB 3.0 Type A

VGA

1 x external DB-15 VGA port

Serial Port

1 x micro USB

Power Supply

1600W 1+1 redundant power supply 80+ Platinum

AC INPUT : 200~240V,50/60Hz,12A

AC INPUT : 200-240V,50/60Hz,10A

System Cooling

4 x 60x56mm hot swap fans

System

Management

Environmental

Gross Weight

(w/ PSU & Rail)

kgs : 30.5

lbs : 67.24

Packaging

Dimensions

(W x D x H)

mm : 600 x 1060 x 320

inches : 23.4 x 41.3 x 12.5

Mounting

Standard 28" tool-less slide rail

3

Chapter 1. Product FeaturesFB201-LX User Manual

1�3 Feature

FB201-LX is a reliable 2U storage server barebone with 24 hotswap drives bays at the

front and 2 hotswap drive bays at the rear. This product is designed to accommodate the

AIC-patented serverboard, Lynx, which supports two Intel® Xeon® Scalable Processors

and 24 DDR4 DIMM to offer greater perfomance, efficiency, and utility for our customers.

Featuring Xeon® Scalable Processor, which is emphasized for its accelerated speed and

maximized I/O expansion, this product enhances these advantages by integrating flexible

IO usage and system expansion into to provide greater bandwidth and utilization.

In addition to the noteworthy features of the barebone, FB201-LX provides immediate and

efficient management with Onboard Baseboard Management Controller and greater I/O

extension. Featuring IPMI 2.0 and Aspeed AST2500 Advanced PCIe Graphics, the server

board offers support for iKVM, Media Redirection, Smash Support, IPMI over LAN, and

Serial over LAN.

• 2U-24 Bay storage server supports 24 x U.2 NVMe drives to provide a highly dense,

all Flash storage array

• Supports two Intel® Xeon® Scalable Processors, 24 x DDR4 2666 RDIMM

• With Intel® C620 Series Chipset to provide 5+ years product life cycle

• Flexible IO usage with Max IO™ to support 4 x PCIe Gen3 x16 slot (or optional OCP

Mezzanine card)

• Onboard Baseboard Management Controller for system management and IPMI

control

• Front-to-back airflow and hot swap redundant fans to provide optimal thermal

conditions

• Customizable to meet OEM/ODM requirements

4

Chapter 1. Product FeaturesFB201-LX User Manual

Front Panel

2.5" HDD hotwap drive (U.2 NVMe)

Power On/Off Button

System HDD Activity LED

System Power LED

LAN LED

System ID LED

System Alert LED

System ID Button

System Reset Button

5

Chapter 1. Product FeaturesFB201-LX User Manual

Rear Panel

Rear Panel without 2�5" Tray

NOTE

* :RJ-11 telecom type connectors are not used for telecommunication purposes.

QSFP+ port

SFF8644 port

USB 3.0

port

Micro USB port

SFF8644 port

QSFP+ port

RJ-11 port *

VGA port

RJ45

port

USB 3.0 Type A

low profile PCIe

RJ45

port

RJ45 dedicated to BMC

1600W 1+1 redundant PSU

2.5" HDD tray

6

Chapter 1. Product FeaturesFB201-LX User Manual

Top view

4 x 60 x 56mm hotswap fans

1600W 1+1

redundant

power supply 80+

Platinum

7

Chapter 1. Product FeaturesFB201-LX User Manual

System Block Diagram

DIMM #F1

Power Connector

(1x5 pin)

CPU0_port3c

AST_USB Port #0~1 to PCH Port #4~5

DS80PCI800SQ

Box Header

FB201-LX

USB(X2)

Lewisburg-4

PCH

PCIe x16

+5VSB_MB@3A

PCIe X16 Slot

RX

P44~P47

Port1a(IOU0)

Lynx-MB

SATA#6

DIMM #L1

VGA Pin Header

PCI Express x 1

CPU1

PCH_WAKE_N

Steering

Resistors

DS80PCI800SQ

Steering

Resistors

RST_PCIE2_SLOT

PWR

(1x3 pin)

Version : A

Omni-Path

Carrier

Card

ADDRESS : 0x44 (0x88 - 0x89)

P0 CH3/DIMM1/A2

PCI-Express x 8

PEX0_1V8@2A

SFF8643

DS80PCI800SQ

2U12Bay NVMe BP

CONN A

AirMax VS2 Connector *6

CONN A

P40~P43

Port3a(IOU2)

DIMM #B1

Steering

Resistors

Pin Header

PCI-Express x 16 / TX

Port3(IOU2)

SFF8643

KRx4

CPU0_port1

SFF-8643

RJ45 x1

PCIEX48 Riser Slot

ADDRESS : 0x52 (0xA4 - 0xA5)

NGFF M.2 2242/2280

ADDRESS : 0x56 (0xAC - 0xAD)

PCIE2_SMCLK/DAT

+12V_SBB_BP@15A

CLK_100M_PCIE3_P/N

PCH_GPP_B11/BMC_GPIOG6

S25FL256SAGMFI001

Port2(IOU1)

P32~P35

LCM

P0 CH5/DIMM1/AA

ADDRESS : 0x42 (0x84 - 0x85)

Aspeed AST2500

Port3aIOU2)

PCIE2_SMCLK/DAT

CPU0

RC-PE2U09-TY

P0 CH2/DIMM1/AA

PCIe gen3

repeater

USB#3

PCIe x16

Port3c(IOU2)

DIMM #A1

ADDRESS : 0x4C (0x98 - 0x99)

PCI-Express x 16 / TX

+3VSB@1A

CN1

PCIe x16

Port2a(IOU1)

SFF-8643

PCI Express x 16

2x4P

FAN CONN

PCI Express x 16

UPI @10.4GT/s

NCSI

PCI Express x 8

P1 CH3/DIMM1/A2

Version : A

COM1

PCI-Express x 8

HFI0

PCIE1

PCI Express x 16

SPI Flash

W25Q128V

ADDRESS : 0x40 (0x80 - 0x81)

PCH_WAKE_N

2*4P

+3_3V@3A

(I2C FAN OUT)

RiserCard

(12-L)

Placement

P12~15

Code Name : MB-DPSK03

i210

I2C0_SCL/SDA

Port3c(IOU2)

PWR

XDP

PCI Express x 16

Port3a(IOU2)

DDR4 x16

PCIe gen3

repeater

Port3a(IOU2)

BRC-PE20009A

SATAPort #10

PCIe x16

SFF-8643

P1 CH0/DIMM1/A2

SATA#9

Power Connector

FAN

CPU1_port3

Power CONN /40A

From Lynx-MB

PCIe gen3

repeater

Flash

P8~11

Lynx

：

Review

UPI0

ADM213

DMI GEN3@8GT/s

P0 CH4/DIMM1/A6

DIMM #D1

CPU1

CN2

i210

SFF8643

NGFF M.2 2242/2280

SFF8643

USB#2

@6Gb/s

ADDRESS : 0x48 (0x90 - 0x11)

CPU TDP 240W

SFF8643

L1084DG

PCIe X16 Slot

RC_CPU1 BLOCK DIAGRAM

P20~23

Version : A

UPI0

LYNX MB BLOCK DIAGRAM

Hot Plug

Micro USB

RTL8201EL

COM5

Port3(IOU2)

(2x5 pin)

Lynx

P1 CH4/DIMM0/A4

CPU0_port3

UPI1

DS80PCI800SQ

USB2.0 Port #0~3

PN:

PCI Express x 8

SATAPort #11

PCIe gen3

repeater

+5V@2A

PCIe x16

GF1 x32

Bridge

Board

(16-L)

USB2.0 Port #4~5

I2C(BMC) PCIE_SMSDA/SMCLK

DIMM #A0

P24~27

DIMM #H0

PCI-E GEN3 @8GT/s X2 & SATA @6Gb/s

PCI Express x 16

SPI Flash

W25Q64BVSSIG

PCIe x16

DIMM #C0

SPI2

2*4P

Debug port

RC-PE2U09-TY

P0 CH1/DIMM1/A6

COM2

PCIe x16

2x4P (3.0mm)

12V Power input

CPU1_port2

CLK_100M_PCIE2_P/N

SFF-8643

MUX x1

CONN B

P28~31

ADM213

DMI3 x 4

(2x5 pin)

DIMM #F0

RST_PCIE0_SLOT

CPU1_VRD

VR13

Mother Board

SPI

CN1

PCI-E GEN3@8GT/s

PCI Express x 1

ADDRESS : 0x50 (0xA0 - 0xA1)

MUX

CPU1_port1

MPM3620

RX

PCI-Express x8

PCI Express x 16

CONN C

P1 CH4/DIMM1/A6

ECC DDR4 (1866/2133/2400/2667)

ADDRESS : 0x54 (0xA8 - 0xA9)

@6Gb/s

Port1(IOU0)

PCIe gen3

repeater

EDY4016AABG-DR-F-D

RX

RJ45 x1

CLK_100M_PCIE3_P/N

PL-2303HXD

CN3

DIMM #G1

DIMM #E1

ADDRESS : 0x46 (0x8C - 0x8D)

RST_PCIE2_SLOT

PEX0_0V9@30A

Mother Board

+5VSTBY_SBB

RST_PCIE1_SLOT

UPI

EEPROM

I2C4

REF_CLK

DIMM #B0

USB#0

Box Header

(COM1)

P1 CH2/DIMM0/A8

CPU0_port2

LM95241CIMM-2

SFF8643

PCI-E GEN3 @8GT/s X2 & SATA @6Gb/s

PCIe x8

TDP 19W

P0 CH2/DIMM0/A8

DS80PCI800SQ

+12V@40A

PCIe x16

PEX0_0V9A@5A

PCI-Express x 16 / RX

CPU0

P16~P19

Project Code :

PCI Express x 1

PLX

PEX9765

SPI

PWR

PCIEX48 Riser Slot

PWR

P1 CH5/DIMM0/A8

COM4

NGFF M.2 2242/2280

PCIe x16

Port2(IOU1)

PCIe X16 Slot

DIMM #L0

OCP ConnectorA (PCIe X8 gne3)

SFF-8643

DIMM #H1

SFF-8643

SATA#3

ADDRESS : 0x4E (0x9C - 0x9D)

Pin Header

0R

Lynx

+12V

PCI-Express x8

DIMM #I0

SFF-8643

CPU Footprint(LGA3647-P0 NRW-F)

Secure boot key

I2C1_SCL/SDA

Skylake-EP

(Cannonlake-EP)

P1 CH5/DIMM1/AA

VGA CONN

USB(X2)

RC_CPU0 BLOCK DIAGRAM

LGA3647-0 Socket

PCIe X16 Slot

SATA#7

PCIE2

P0 CH5/DIMM0/A8

PCI-Express x8

Edge Connector

Project Name :

Project Code :

PCI Express x 16

DIMM #D0

CN2

ISL95870B

OCP ConnectorA (PCIe X8 gne3)

PCIe x8

SFF-8643

DIMM #E0

RJ45 x1

SATA#8

Port1a(IOU0)

LGA3647-0 Socket

PCIe gen3

repeater

P0 CH3/DIMM0/A0

PCH_WAKE_N

Port1a(IOU0)

PCI-Express x 16 / RX

DIMM #K0

BRC-PE20009A

LM95241CIMM

ADDRESS : 0x4A (0x94 - 0x95)

P0 CH1/DIMM0/A4

ADDRESS : 0xE2 - 0xE3

PCIE1

MPM3620

PCIe x8

PCIE3_SMCLK/DAT

AirMax VS2 Connector *7

SATA#0

Thermal

Sensor*2

PCI Express x 8

SATA#5

ECC DDR4 (1866/2133/2400/2667)

LM95241CIMM-1

RiserCard

(12-L)

PCI Express x 8

GF2 x16

@5Gb/s

RST_PCIE1_SLOT

RMII

P1 CH1/DIMM0/A4

MAX7311ATG

Port1(IOU0)

PCIe gen3

repeater

+12V

CN3

CN4

10/100Mbps dedicate

management port

P0~P3

(Internal Box Header )

Port2a(IOU1)

P0 CH0/DIMM1/A2

PCIE x2 or SATA x1

PCI Express x 2

PCIe x16

HFI0

CPU0_HP_I2C_CLK/DAT

PCIE x2 or SATA x1

PCI-Express x8

CPU TDP 240W

PN:

TPM 2.0

CKK BUF

9DB1233AGLFT

Port3a(IOU2)

SFF8643

+12V@40A

PCIe gen3

repeater

CPU0_HP_I2C_CLK/DAT

BMC Debug

USB3.0 Port #0~3

Port 48~63

P1 CH1/DIMM1/A6

UPI1

DIMM #I1

CONN B

PCH_GPP_B11/BMC_GPIOG6

LPC/eSPI

CN4

P0 CH4/DIMM0/A4

FB201-LX

Skylake-EP

(Cannonlake-EP)

Project Name :

Project Code :

Platform Environment Control Interface(PECI)

SATA#1

DS80PCI800SQ

ADM1278

RST_PCIE0_SLOT

MPQ8633

GF2 x16

P1 CH3/DIMM0/A0

+12V

Port1a(IOU0)

P36~P39

@6Gb/s

SATA#2

MUX x1

DIMM #J1

USB#1

CLK_100M_PCIE2_P/N

Port2a(IOU1)

DS80PCI800SQ

DIMM #G0

PCIE3_SMCLK/DAT

SATAPort #0~9

P1 CH2/DIMM1/AA

MAX7311ATG

CPU1_port3c

Reserved for HA system

DS80PCI800SQ

2x7P + 2x4P

Power Connector

(For HA system)

PCH_WAKE_N

JCOM4

B48-DTIET02G00A000

Platform Environment Control Interface(PECI)

2x7P + 2x4P

Power Connector

(For HA system)

PCI Express x 2

DIMM #C1

PCH

DIMM #K1

DIMM #J0

GF1 x32

NUVOTON

NPCT650

RX

P0 CH0/DIMM0/A0

PCIe x8

UPI

SFF-8643

CPU0_VRD

VR13

UPI @10.4GT/s

MPQ8633

SFF8643

TPS29251

PCIE2

RC_CPU1 BLOCK DIAGRAM

SFF-8643

Project Name : Lynx

ADM213

LYNX MB BLOCK DIAGRAM

P4~P7

HFI1

P1 CH0/DIMM0/A0

HFI1

SATA#4

RC_CPU0 BLOCK DIAGRAM

Revision A01

Project Code :BBP -HD20000A_A01

Product Name : B P-HD2H13-TY

Support NVMe SSD *12

FB201-LX

DB-PEG310-TY Version :

A

BDB-PEG0000A

Project Name :

Project Code :

PN:

A

B

AN1 AN2JA6JA5JA4JA3JA2JA1

CN2011

CN2010

CN2009

CN2008

CN2007

CN2006

CN2005

CN2004

CN2003

CN2002

CN2001

CN2000

Serial Hot Plug Port ID : PORT0

Serial Hot Plug Port ID : PORT1

Serial Hot Plug Port ID : PORT2

Serial Hot Plug Port ID : PORT3

Serial Hot Plug Port ID : PORT4

Serial Hot Plug Port ID : PORT5

Serial Hot Plug Port ID : PORT6

Serial Hot Plug Port ID : PORT7

Serial Hot Plug Port ID : PORT8

Serial Hot Plug Port ID : PORT9

Serial Hot Plug Port ID : PORT10

Serial Hot Plug Port ID : PORT11

CLK_100M_PCIE2

MAX7311ATG

U2

U3

U14

U19

U20

U21

U22

U23

U24

U25

U26

U28

U13

BP_SCL/SDA

PCIE_M1_SMCLK/SMSDA

U6

TCA9548APWR

U9

TCA9548APWR

ADDRESS : 0xE0 - 0xE1

J9J28J3 J2 J1 J7 J6 J5J8

+12V_SBB_BP@15A

+5VSTBY_SBB

J31

CLK_100M_PC

IE2 (PCIE_SMSDA/CLK)

CLK_100M_PCIE1

NCT7802Y

HW monitoring

I2C address

=0X52 (0101 001X)

0X56 (0101 011X)

MCU

MB9AF111MAPMC

PCA9554

Address:0100000xb

(For HA system)

ADM1278-1ACPZ

Hot Swap Controller

I2C Addrss: 01000010

(For HA system)

J24

J26

J25

33J22J

CPU_HP_I2C_SCL/SDA

PCIE_SMSDA/CLK

CLK_100M_PCIE1_P/N

CLK_100M_PCIE2_P/N

CPU_HP_I2C_SCL/SDA

J22

EEPROM

BP_SCL/SDA

PCIE_M1_SMCLK/SMSDA

Bridge

Board

(16-L)

JA1

J33

(I2C FAN OUT)

6J1J 7J2J 9J82J3J J5

U25

PWR

NCT7802Y

HW monitoring

I2C address

=0X52 (0101 001X)

U13

CLK_100M_PCIE1_P/N

CLK_100M_PCIE2_P/N

AirMax VS2 Connector *7

AirMax VS2 Co

nnector *6

ADM1278-1ACPZ

Hot Swap Controller

I2C Addrss: 01000010

(For HA system)

U2

MCU

MB9AF111MAPMC

U21

MAX7311ATG

PCA9554

Address:0100000xb

(For HA system)

CKK BUF

9DB1233AGLFT

CPU_HP_I2C_SCL/SDA

PCIE_SMSDA/CLK

MAX7311ATG

CLK_100M_PCIE1

CLK_100M_PCIE2

U26

MAX7311ATG

Support NVMe SSD *12

Revision A01

MAX7311ATG

Product Name : B P-HD2H13-TY

2U12Bay NVMe BP

Project Code :BBP -HD20000A_A01

ADDRESS : 0xE0 - 0xE1

Reserved for HA system

Serial Hot Plug Port ID : PORT3

Serial Hot Plug Port ID : PORT8

ADDRESS : 0x42 (0x84 - 0x85)

ADDRESS : 0x44 (0x88 - 0x89)

Serial Hot Plug Port ID : PORT4

Serial Hot Plug Port ID : PORT9

ADDRESS : 0x48 (0x90 - 0x11)

ADDRESS : 0x4E (0x9C - 0x9D)

ADDRESS : 0x54 (0xA8 - 0xA9)

ADDRESS : 0x52 (0xA4 -

0xA5)

Serial Hot Plug Port ID : PORT0

Serial Hot Plug Port ID : PORT5

Serial Hot Plug Port ID : PORT10

ADDRESS : 0x40 (0x80 - 0x81)

ADDRESS : 0x4C (0x98 - 0x99)

Serial Hot Plug Port ID : PORT1

Serial Hot Plug Port ID : PORT6

Serial Hot Plug Port ID : PORT11

AN1

ADDRESS : 0x4A (0x94 - 0x95)

ADDRESS : 0x56 (0xAC - 0xAD)

ADDRESS : 0x46 (0x8C - 0x8D)

Serial Hot Plug Port ID : PORT2

Serial Hot Plug Port ID : PORT7

ADDRESS : 0x50 (0xA0 - 0xA1)

I2C(BMC) PCIE_SMSDA/SMCLK

U9

ADDRESS : 0xE2 - 0xE3

+12V_SBB_BP@15A

CN2011

FB201-LX

DB-PEG310-TY Version : A

PN: BDB -PEG0000A

Project Name :

Project Code :

REF_CLK

J31

2x4P (3.0mm)

12V Power input

MPM3620

SFF-8643

FAN

P40~P43

PWR

TPS29251

+5V@2A

PWR

MPQ8633

PLX

PEX9765

2x4P

FAN CONN

P28~31

MPM3620

P0~P3

P16~P19

2x7P + 2x4P

Power Co

nnector

(For HA system)

Thermal

Sensor*2

P44~P47

PEX0_0V9A@5A

P24~27

+5VSB_MB@3A

+12V@40A

I2C0_SCL/SDA

P12~15

Hot Plug

I2C1_SCL/SDA

2x7P + 2x4P

Power Connector

(For HA system)

SFF-8643

+12V

Lynx-MB

0R

+12V

+3VSB@1A

P4~P7

PWR

MPQ8633

SFF-8643

+5VSTBY_SBB

Port 48~63

ADM1278

+12V_SBB_BP@15A

A03@9V0_0XEPB07859LSI

+12V@40A

+3_3V@3A

P20~23

PEX0_1V8@2A

SFF-8643

L1084DG

P36~P39

P8~11

P32~P35

Power CONN /40A

From Lynx-MB

CLK_100M_PCIE2 (PCIE_SMSDA/CLK)

J25

J26

J24

CPU_HP_I2C_SCL/SDA

+5VSTBY_SBB

0X56 (0101 011X)

J8

2NA6AJ5AJ4AJ3AJ2AJ

TCA9548APWR

U6

TCA9548APWR

CN2010

CN2009

CN2008

CN2006

CN

2004

CN2007

CN2005

CN2000

CN2003

CN2001

CN2002

MAX7311ATG

U28

U24

U23

U22

MAX7311ATG

U20

U19

MAX7311ATG

U14

U3

Bridge Board BLOCK D

IAGRAM

Bridge Board BLOCK D

IAGRAM

NVMe BP BLOCK DIAGRAMNVMe BP BLOCK DIAGRAM

Support NVMe SSD *12

8

Chapter 2. Hardware Setup

FB201-LX User Manual

Chapter 2� Hardware Setup

This section describes a simple instruction guide for installing the hardware components

on the serverboard system. Turn off and unplug all system and peripheral devices before

proceeding.

2.1 Central Processing Unit

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

CAUTION

The pins of the processor socket are vulerable 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.

9

Chapter 2. Hardware SetupFB201-LX User Manual

Processor Socker Assembly:

The server board includes two processor sockets (LGA-3647), supports two Intel®

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

165W on selected models.

PHM (Processor Heatsink Module) Component:

10

Chapter 2. Hardware Setup

FB201-LX User Manual

PHM Screw Installation Order:

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

secured in the following order as shown below.

Processor Heat Sink – Top View with Screw Tightening Order

NOTE

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 ndicated order on the top of the heatsink label.





 

11

Chapter 2. Hardware SetupFB201-LX User Manual

2�2�1 Placement

2�2 System Memory

JDIMMJ1

JDIMMJ0

JDIMMK1

JDIMMK0

JDIMML1

JDIMML0

JDIMMC0

JDIMMC1

JDIMMB0

JDIMMB1

JDIMMA0

JDIMMA1

JDIMMD1

JDIMMD0

JDIMME1

JDIMME0

JDIMMF1

JDIMMF0

CPU1

CPU0

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AIC FB201-LX User manual

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