virgo boards/virgo...iii thank you for selecting and purchasing the virgo serverboard. this...

UM_Virgo_v3.1_102218

VirgoServer Motherboard

User's Manual

Contents

Table of ContentsPreface �� i

Safety Instructions �� ii

About This Manual �� iii

Chapter 1� Product Features ��11�1 Componenets ��11.2 Specifications ��21�3 Feature ��3

Chapter 2� Hardware Setup ��42�1 Central Processiong Unit Setup ��4

2.1.1 Processor Support ..............................................................................................4

2.1.2 Processor Heat Sink Module and Processor Socket Assembly .......................5

2.1.3 Processor Heat Sink Module ..............................................................................6

2�2 System Memory ��82.2.1 Populate DIMMs in the following order: ............................................................9

2.2.2 DIMM Installation Procedure .......................................................................... 11

Chapter 3� Motherboard Settings �� 123�1 Motherboard Block Diagram ��123�2 Motherboard Layout ��133�3 Motherboard Content List ��143�4 Internal Connectors/Jumpers ��153�5 LEDs ��28

3.5.1 Front Panel LED Definition .............................................................................. 28

3.5.2 Rear chassis LEDs ........................................................................................... 28

3.5.3 Internal LEDs Definition ................................................................................... 29

Chapter 4. BIOS Configuration Settings �� 304�1 Navigation Keys ��304�2 BIOS Setup ��31

4.2.1 Menu ................................................................................................................. 31

4.2.2 Startup .............................................................................................................. 31

4.2.3 Update .............................................................................................................. 34

4�3 Main ��36

4.3.1 Main .................................................................................................................. 36

4�4 Advanced ��374.4.1 Peripheral Configuration ................................................................................. 37

4.4.2 Video Configuration ......................................................................................... 37

4.4.3 Socket Configuration ....................................................................................... 37

4.4.4 PCH Configuration ........................................................................................... 41

4.4.5 H2o IPMI Configuration ................................................................................... 45

4.4.6 H2o Event Log Config Manager ...................................................................... 46

4�5 Security ��474.5.1 Security ............................................................................................................ 47

4�6 Power ��484.6.1 Power ............................................................................................................... 48

4�7 Boot ��494.7.1 Boot .................................................................................................................. 49

4�8 Exit ��504.8.1 Exit .................................................................................................................... 50

Chapter 5. BMC Configuration Settings �� 515�1 Method 1 (Use the BIOS Setup) ��515�2 Method 2 (Use a Dos Tool - Syscheck) ��545�3 Connect to BMC ��565�4 Updating BMC Firmware ��60

Chapter 6� Technical Support �� 61

Copyright © 2017 AIC, Inc. All Rights Reserved.

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

March2017 1 User's Manual release to public.

July2017 2 1. Gramnatical Error

2. Connector and Jumper

September 2018 3 1. BIOS update

2. New Cover

October2018 3.1 Specification update

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 or its affiliates, subcontractors or suppliers will be 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.

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 Virgo 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 Virgo motherboard. For the latest version of this user's manual, please refer to the AIC website: http://www.aicipc.com/en/productdetail/20855.

Chapter 1 Product FeaturesThis chapter delivers the overall layout of the product, including the fundamental components on the motherboard, design specifications, and noteworthy features. Virgo 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 and Socket P0 (LGA-3647) with a memory support 12 DDR4 2400/2666 MHz accross 6 channels per CPU.

Chapter 2 Hardware SetupThis chapter displays an easy installation guide for assembling the CPU(Central Processing Unit) and memory chip. 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 SettingsThis 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 SettingsThis 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 SettingsThis 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 (Aspeed2500) User's Manual for a more detailed description.

Chapter 6 Technical SupportFor more information or suggestion, please contact the nearest AIC corporation representative in your district or visit the AIC website: http://www.aicipc.com/tw/index. It is our greatest honor to provide the best service for our customers.

About This Manual

http://www.aicipc.com/tw/index

1

Chapter 1. Product FeaturesVirgo User Manual

VIRGO

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

Serial Port

VGA Port

2 x USB 3.0 + RJ45dedicated NIC for BMC

Intel PCH Integrated10G (Dual SFP+)

Aspeed AST2500BMC + Video (IPMI 2.0)

6 x SFF-8643 Connectors (Supports 6 x PCIe x4 for NVMe SSD)

2 x 10G SFI by SFF-8612 (Oculink)

NGFF (M.2) / SATA, PCIe Co-lay

3 x PCIe Gen3 x8 Slot

2 x PCIe Gen3 x16 Slot

Total 10 x SATA 6Gb/s(8 Ports by 2 x Mini-SAS + 2 Ports by 7-pin SATA)

2 x Mini-SAS HD Supports 8 x SAS 12G

Broadcom SAS3008 IOC Controller (Optional)

(Lewisburg)

6 x DDR4 DIMM Slots6 Channel (from CPU0)

LGA3647 Socket P0 for

Skylake-SP (CPU0)6 x DDR4 DIMM Slots6 Channel (from CPU1)

LGA3647 Socket P0 for

Skylake-SP (CPU1)

Spica User Manual Chapter 1. Product FeaturesChapter 1� Product Features

1�1 Componenets

2


1.2 Specifications

System

Processor Support

Intel® Xeon® Scalable Processors (Platinum, Gold, Silver, Bronze)

UPI Speeds 9.6 GT/s, 10.4 GT/s

Socket Type Socket P0 (LGA-3647 Socket)

System Memory

A) 6 x memory channels per CPU, 1 x DIMM per channel

B) 12 x DIMM slots support: DDR4 2666/2400 RDIMM/LRDIMM - up to 192GB RDIMM SRx4 - up to 384GB RDIMM DRx4 - up to 1536GB RDIMM 3DS 8Rx4 - up to 768GB LRDIMM QRx4 - up to 1536GB LRDIMM 3DS 8Rx4

ExpansionSlots

• 2 x PCIe Gen3 x16 slots • 3 x PCIe Gen3 x8 slots• 6 x SFF-8643 each supports PCIe Gen3 x4• 1 x NGFF (M.2) supports PCIe Gen3 x4 / SATA

System BIOS

BIOS Type Insyde UEFI BIOS

BIOS Features

• ACPI• PXE• WOL• AC loss recovery• IPMI KCS interface• SMBIOS• Serial console redirection

• BIOS Recovery Mode• SRIOV

On-board Devices

SATA

Intel® Lewisburg PCH on-chip solution• 8 x SATA 6.0 Gb/s (by 2 x mini-SAS) • 2 x SATA 6.0 Gb/s (by 2 x SATA 7 pin)• Broadcom SAS IOC SAS3008 supports up to 8 ports 12G SAS via 2 x mini-SAS HD (optional)

IPMI

Aspeed AST2500 Advanced PCIe Graphics & Remote Management Processor• Baseboard Management Controller• Intelligent Platform Interface 2.0 (IPMI 2.0)• iKVM, Media Redirection, IPMI over LAN, Serial over LAN• SMASH Support• HTML5

On-board Devices

Network Controller

• Intel® PCH (Lewisburg) Integrated 10GbE LAN Controller with dual SFP+ rear connectors

(KR/SFI/XFI) or 1GbE (KX) by onboard header (optional by PCH C624 SKU)• Realtek RTL8201E GbE Ethernet for BMC dedicated management port

Graphics

Aspeed AST2500 Advanced PCIe Graphics & Remote Management Processor• PCIe VGA/2D Controller• 1920x1200@60Hz 32bpp

Input/Output

Serial ATA10 x SATA 6.0 Gb/s ports• 8 x SATA 6.0 Gb/s (by 2 x mini-SAS)• 2 x SATA 6.0 Gb/s (by 2 x SATA 7 pin)

LAN

• 2 x 10GbE SFP+• 1 x internal SFF-8612 (Oculink) supports dual ports: 10G KR/SFI/XFI or 1G KX (optional by PCH C624 SKU)• 1 x GbE RJ45 dedicated to BMC management

USB• 2 x USB3.0 double-stack Type-A connectors• 1 x USB internal pin-header to support 2 x USB3.0/USB2.0

VGA• 1 x external VGA port• 1 x internal VGA pin-header (share with external VGA port)

Serial Port• 1 x external DB-9 COM port• 2 x internal COM pin-headers

Other• 1 x NGFF (M.2) supports PCIe Gen3 x4 / SATA• 1 x TPM 2.0 onboard

Additional Information

SAS (Optional)• 2 x mini-SAS HD (SFF-8643) support up to 8 ports SAS 12 Gb/s

3


The Virgo server board integrates two Intel® Xeon® Scalable Processors and 12 DDR4 DIMM to offer support for greater capacity, durability, and efficiency for our customers. Featuring the Intel® Xeon® Scalable Processors, which is emphasized for its compelling orchestration, security, and productivity, this product enhances these advantages by im-plementing with AIC-patented Max I/O and Quick Path extension(QPX) to provide greater bandwidth and utilization.

In addition to integrating more memory capacity and system expansion to the server board, Libra provides immediate and efficient management with Onboard Baseboard Man-agement 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, key-board controller style, IPMI over LAN, and Serial over LAN.

• Supports two Intel® Xeon® Scalable Processors for highest server performance and improved power efficiency

• Supports 2 x PCIe Gen3 x16 slots+ 3 x PCIe Gen3 x8 slots + 6 x SFF-8643 each sup-ports PCIe Gen3 x4.

• Supports one NGFF(M.2) with PCIe Gen3 x4/SATA co-design

• Broadcom SAS3008 SAS/SATA/I/O Controller for 12Gb/s SAS

• Onboard dual ports 10GbE SFP+ and optional two configurable ports support 10GbE (KR/SFI/XFI) or 1Gb/E (KX) by internal connector supported by Intel®Lewisburg PCH

• Onboard Baseboard Management Controller fro system management and IPMI control

• Embedded components for 5+ year long life

1�3 Feature

4

Chapter 2. Hardware SetupVirgo User Manual

2�1�1 Processor Support

The server board includes two processor sockets (LGA3647) that provides one or two processors of the Intel® Xeon® Processor Scalable Family and supports a Thermal Design Power (TDP) of up to 165W on selected models.

2�1 Central Processiong Unit Setup

Spica User ManualChapter 2� Hardware Setup

5


2�1�2 Processor Heat Sink Module and Processor Socket Assembly

Each processor socket on the server board is pre-assembled with a loading mechanism that is designed to secure the Processor Heat Sink Module (PHM) to the server board as shown below.

WARNINGPrevious generations of the Intel Xeon Processors and heatsinks are not compatible with the Intel Server Board S2600BP Product Family. Processor installation requires that the proces-sor be attached to the installation onto the server board.

6


2�1�3 Processor Heat Sink Module

The PHM refers to the sub-assembly where the heat sink and processor are clipped together onto the server board prior to installation. The PHM consists of the components shown below.

Processor Heat Sink Module (PHM) Sub-Assembly

Processor Heatsink Module (PHM)

7


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

NOTEFailure 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.

8


This server board supports up to twelve DDR4 2400 and 2666 Registered ECC DRAM/ Load-Reduced DIMM (LRDIMM).

CPU 0CPU 1CPU 1

CPU 0

JDIMME0JDIMME0JDIMMF0JDIMMF0

JDIMMD0

JDIMMC0JDIMMB0JDIMMA0

JDIMMC0JDIMMB0JDIMMA0

JDIMML0JDIMMK0JDIMMJ0

JDIMML0JDIMMK0JDIMMJ0

JDIMMG0JDIMMH0JDIMMI0

JDIMMG0JDIMMH0JDIMMI0

SFF-8643 � SFF-8643 �

PCIE5

PCIE4

PCIE3

PCIE2

PCIE1

2�2 System Memory

NOTE-In Virgo case, the lanes from CPU#0 are routed to PCIe slots 1 & 5 and onboard SFF-

8643.-The lanes from CPU#1 are routed to PCIe slots 2/3/4 and the onboard SFF-8643.

9


2�2�1 Populate DIMMs in the following order:

DIMM Numbers DIMM ARRANGMENT

2 DIMMs CPU1 CPU0

JDIMM_L0 JDIMM_C0

JDIMML0 JDIMMC0JDIMMK0 JDIMMB0JDIMMJ0 JDIMMA0

JDIMMG0 JDIMMD0JDIMMH0 JDIMME0JDIMMI0 JDIMMF0

CPU 1CPU 1 CPU 0CPU 0



CPU 1CPU 1 CPU 0CPU 04 DIMMs

CPU1 CPU0

JDIMM_L0 JDIMM_C0

JDIMM_J0 JDIMM_A0




CPU1 CPU0

JDIMM_L0 JDIMM_C0

JDIMM_J0 JDIMM_A0

JDIMM_I0 JDIMM_F0




CPU1 CPU0

JDIMM_L0 JDIMM_C0

JDIMM_J0 JDIMM_A0

JDIMM_G0 JDIMM_D0

JDIMM_I0 JDIMM_F0

10




CPU 1CPU 1 CPU 0CPU 0CPU1 CPU0

JDIMM_L0 JDIMM_C0JDIMM_K0 JDIMM_B0JDIMM_J0 JDIMM_A0JDIMM_G0 JDIMM_D0JDIMM_I0 JDIMM_F0

10 DIMMs



CPU 1CPU 1 CPU 0CPU 0

CPU1 CPU0JDIMM_L0 JDIMM_C0JDIMM_K0 JDIMM_B0JDIMM_J0 JDIMM_A0JDIMM_G0 JDIMM_D0JDIMM_H0 JDIMM_E0JDIMM_I0 JDIMM_F0

12 DIMMs

11


2�2�2 DIMM Installation Procedure

This server board supports 12 DIMM memory slots with 6 channel per CPU.

2�2�1 DIMM Installation

Step 1 Unlock the dimm socket by pressing the retaining clips outward.

Step 2 Insert the memory module into the slot. Make sure that the dimm notch is

accurately positioned.

Step 3 Close the retaining clips to complete installation.

DIMM notch

12

Chapter 3. Motherboard SettingsVirgo User Manual

This section describes the jumpers, internal connectors and internal LEDs setting on Virgo motherboard. The motherboard layout and important jumper settings are listed below.

3�1 Motherboard Block Diagram

DMI GEN3@8GT/s

LGA3647-0 Socket

SPI FlashW25Q64BVSSIG

CPU TDP 145W

Platform Environment Control Interface(PECI)

DMI3 x 4

S25FL256SAGMFI001Flash

Debug port

USB#3USB#2

ECC DDR4 (1866/2133/2400/2667)

CPU0

MUX

USB#0USB#1

DIMM #A0DIMM #B0

DIMM #C0DIMM #D0

DIMM #E0

CPU0_VRD VR13

XDP

Skylake-SP(Cannonlake-SP)

CPU1

LGA3647-0 Socket

DIMM #G0

CPU TDP 145W

DIMM #I0 DIMM #K0DIMM #L0

ECC DDR4 (1866/2133/2400/2667)

TDP 19W

Lewisburg-4 PCH

SATAPort #0~9

SATA#0SATA#1

SATA#2SATA#3

PCIe slot X8 (Support NTB)

PCIe slot X16

Port3(IOU2)

PCI-E GEN3 @8GT/s X8

Port2(IOU1)


Port3(IOU2) Port1(IOU0)

LPC/eSPI

Platform Environment Control Interface(PECI)

@6Gb/s

PCIe5

PCIe4(NTB)

PCIe1(NTB)

PCIe2

P1 CH3/DIMM0/A0

P1 CH5/DIMM0/A8

P1 CH4/DIMM0/A4

P1 CH0/DIMM0/A0

P1 CH1/DIMM0/A4

P0 CH0/DIMM0/A0

P0 CH1/DIMM0/A4

P0 CH2/DIMM0/A8

P0 CH3/DIMM0/A0

P0 CH4/DIMM0/A4

CPU0

CPU1

Placement

SATA#6SATA#7

USB2.0 Port #0~3@5Gb/s

USB3.0 Port #0~3

DIMM #F0DIMM #H0 DIMM #J0

CPU1_VRD VR13

PCIe slot2

PCIe slot3

PCIe slot4

PCIe slot5

Port2(IOU1)

NGFF M.2 2242/2280

MUX x1

PCIE x4 or SATA x1

PCI-E GEN3 @8GT/s X4 & SATA @6Gb/s

SATAPort #10@6Gb/s

SATA#8SATA#9

P0 CH5/DIMM0/A8

P1 CH2/DIMM0/A8P

CIe3

PCI Express x 4

PCI Express x 16

PCIe slot X16


LSISAS3008

SASPort x4

@12Gb/sSASPort x4

@12Gb/s

PCI Express x 16

S25FL256SAGMFI001

NVSRAMCY14V101LA-BA25

FlashUART0

Debug portICE0

Debug port

PCIe slot X8


Port1(IOU0)

LSISAS3008

NGFF M.2 2242/2280

PCIE x 8PCI-E GEN3@8GT/s

SFF-8643

SFF-8643PCI Express x 4

Port1a(IOU0)

Port1c(IOU0)

Port1d(IOU0)

PCI Express x 8Port3c(IOU2)

Port2a(IOU1)

Port2a(IOU1)

Skylake-SP(Cannonlake-SP)

Port3a(IOU2)

SFF-8643

SFF-8643

SFF-8643

SFF-8643

PCI Express x 4

SATA#4

SPI

NUVOTONNPCT650

SPI FlashW25Q128V

TPM 2.0

(Internal Box Header )

Edge Connector

RJ45 x1

SPI

SPI2

USB(X2)RMII

Aspeed AST2500

VGA CONN

VGA Pin Header

PCI Express x 1

COM1(DB-9 CONN)

Pin HeaderBMC Debug

Box Header

COM2

(1x3 pin)

JCOM4(2x5 pin)

USB(X2)

ADM213

ADM213

COM5

USB2.0 Port #4~5

Box Header(2x5 pin)

SFP x2

NCSI

ADM213

COM1

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

EDY4016AABG-DR-F-DDDR4 x16

COM4LCMPin Header(1x5 pin)

Secure boot key

PCI Express x 8

Port3c(IOU2)PCI Express x 8

UPIUPI @10.4GT/s

UPI1

UPI0

UPI0

UPI1 UPI

UPI @10.4GT/s

SFF-8643

SFF-8643

PCIe slot X8 (Support NTB)

PCIe slot1

PCI Express x 8Port3a(IOU2)


SFF-8643

SFF-8643

SFF-8643

SFF-8643

SFF-8643

SFF-8643

SFF-8643

SFF-8643Port1a(IOU0)PCI Express x 4

Port1b(IOU0)PCI Express x 4

Port1c(IOU0)PCI Express x 4

Port1d(IOU0)PCI Express x 4

10/100Mbps dedicatemanagement port

RTL8201EL

SFIx2

SFIx2

I2C4

LM95241CIMM

LM95241CIMM-1

LM95241CIMM-2

PCH

SFP

SFF-8612

SFF-8612(SFP)

SATA#5

Chapter 3� Motherboard Settings

13


CPU 0CPU 1CPU 1

CPU 0

1 2

4

45

6

10

11

1213

18

19

20

21 3

25

24

26

27

282932

4045 a

45 c

47

51

55

56

57

58 59 60

62

63

64

65 66

675253

54

42 41 7

14a

50 a

61

1736

31

3046 38 23 33

22

34

39

3437

35

4849 b

8

9b

9a

b45 b

a8a

15

12 Dimm Sockets

43

1 2 3 4

43

5 6

44

3�2 Motherboard Layout

14


Connectors Location Connectors Location1 Power Supply JPWR1 34 Speaker JSPKR

2 Power Supply JPWR2 35 BIOS Recovery Mode J9

3 Power Supply JPWR3 36 ME Force Recovery Mode J3

4 Power Supply JPWR4 37 Flash Descriptor Security override J8

5 Power Supply JPWR5 38 No Reboot(Watch Dog) J26

6 SATA-DOM Power JDOM_PWR 39NTB(Non-Transparent Bridge)

JNTB

7 Front Panel JFRNT_SSI 40 PCH GPIO JPCH_GPIO8a8b Serial ATA SATA4、SATA5 41 NGFF JNGFF

9a9b MINISAS SATA0_3、SATA6_9 42 Internal

10GbE(Reserved) J7

10 VGA JVGA_INT 43 PCIE3.0 CN1~CN611 COM1 JCOM1 44 SAS3.0 CN7、CN8

12 COM4 JCOM445a45b45c

External Thermal Sensor J2、J13、J24

13 LCM JLCM(COM3) 46 BMC Debug Port Select J27

14 Front USB JUSB_INT 47 VROC Key JRAID_KEY

15 XDP CONN JCPU_XDP 48 SATA4 PIN-7 Power J10

16 DIMM Sockets JEDEC Specified DDR4 Connector 49 SATA5 PIN-7 Power J11

17 Debug Port JLPC_DP 50 PCIE Hot-Plug SMB JPCIE_HP18 ESPI Port JESPI 51 VRM SMB JSMB_VR

19 BMC Debug Port JBMC_DP 52 PCIE Hot-Plug Front Panel J4(CN5&CN6)

20 BMC GPIO JBMC_GPIO 53 PCIE Hot-Plug Front Panel J5(CN3&CN4)

21 SGPIO JSGPIO 54 PCIE Hot-Plug Front Panel J6(CN1&CN2)

22 SSGPIO JSSGPIO 55 CPU1 FAN CONN J123 Clear CMOS JCMOS 56 CPU0 FAN CONN J2224 BMC I2C10 JBMC_I2C10 57 PCH FAN CONN J2125 BMC IPMI JBMC_I2C1 58 FAN1A CONN J1826 Battery Socket JBAT 59 FAN1B CONN J2327 Intruder JINTRUDER 60 FAN2A CONN J1728 PMBUS JPMBUS 61 FAN2B CONN J1629 SPI ROM Socket JSPI_BIOS 62 FAN3A CONN J1530 BMC Reset JBMC_RST 63 FAN3B CONN J1431 BMC Disable JBMC_DIS 64 SAS IOC UART J20

32 BMC Buzzer JBUZZER 65 SAS IOC ACTIVITY LED J19

33 System PG Lock JPG_LOCK 66 SAS IOC ERROR LED J25

67 SAS IOC ICE J12

3�3 Motherboard Content List

15


Connectors Location12 COM4 JCOM413 LCM JLCM(COM3)19 BMC Debug Port JBMC_DP20 BMC GPIO JBMC_GPIO21 SGPIO JSGPIO24 BMC I2C10 JBMC_I2C1025 BMC IPMI JBMC_I2C127 Intruder JINTRUDER30 BMC Reset JBMC_RST32 BMC Buzzer JBUZZER

45a45b45c


47 VROC Key JRAID_KEY

121319

20

21

25

24

27

32

45 a

47

301 2

3�4 Internal Connectors/Jumpers

16


DSR

RTSC

TSRIN

C

DC

DRXDTXDD

TRG

ND

JCOM412

SW_PW

R_BTN#

SW_RST_BTN

#TXD

CRXD

CG

ND

JLCM13

BMC

_UART_TXD

5BM

C_UA

RT_RXD5

GN

D

JBMC_DP19

BMC_GPY0BMC_GPY1EXTRST#

I2C9SCLI2C9SDA

GND

JBMC_GPIO20

PCH_SCLOCKPCH_SLOADPCH_SDATAOUT0

+3.3VPCH_SDATAOUT1

GND

JSGPIO21

GNDI2C10SDAI2C10SCL

JBMC_I2C1024

I2C1SDAGNDI2C1SCLNC

JBMC_I2C125 27

BMC_BUZZER+5V

JBUZZER32

GN

D+3.3V

_DUA

LG

ND

PCH_G

PP_C10

JRAID_KEY47

HM_TD

5-HM

_TD5+

J245 a

17


Connectors Location6 SATA-DOM Power JDOM_PWR

17 Debug Port JLPC_DP18 ESPI Port JESPI22 SSGPIO JSSGPIO40 PCH GPIO JPCH_GPIO51 VRM SMB JSMB_VR57 PCH FAN CONN J2167 SAS IOC ICE J12

6

18

40

51

57

67

17

22

18


GN

D+5V

JDOM_PWR6

PCH_LPC

_LAD

0+3.3VPC

H_LPC_LA

D3

RST_PLTRST_NPC

H_LFRAM

E_NC

LK_24M_D

P80

GN

DPC

H_LPC_LA

D1

PCH_LPC

_LAD

2A

ST_SERIRQPC

H_LDRQ

0_NG

ND

11

JLPC_DP17

PCH_ESPI_A

LENT1_N

PCH_ESPI_RST_N

SMB_HO

ST_3V3_C

LKSM

B_HOST_3V

3_DA

TPG

PPA_PC

H

GN

DPC

H_PME_N

PCH_LPC

_CLKRUN

_NPC

H_SMI_N

+5V_A

UX

10

JESPI18

GN

DPC

H_SSDA

TAO

UT1+3.3V

PCH_SSD

ATA

OUT0

PCH_SSLO

AD

PCH_SSC

LOC

KJSSGPIO22

PCH_G

PP_C16

PCH_G

PP_C17

GN

D

JPCH_GPIO40

SMB_VR_CLKGNDSMB_VR_DAT

JSMB_VR51

GND+12VTACHPWM

J2157

ICE0_TM

SIC

E0_TDO

ICE0_TD

IN

.C.

SYS_HALT_L0

ICE0_TRST_LIC

E0_TCK

SAS3008_1V

8G

ND

N.C

.

J1267

19


Connectors Location7 Front Panel JFRNT_SSI

14 Front USB JUSB_INT41 NGFF JNGFF

42 Internal 10GbE(Reserved) J7

45a45b45c


50 PCIE Hot-Plug SMB JPCIE_HP

52 PCIE Hot-Plug Front Panel J4(CN5&CN6)



5253

54

42 41 7

14a

50 a

b45 b

20


+3.3V_D

UAL

+5V_A

UXUID

LED_O

UT#SYS_HEA

LTH#2

SYS_HEALTH#

1LA

N1_LIN

K_UPLA

N1_TRA

FFICI2C

8SDA

I2C8SC

LIN

TRUDER#

LAN

2_LINK_UP

LAN

2_TRAFFIC

PWR_LED

KEY (no pin)PW

R_LED#

+3.3VHD

_LED#

SW_PW

R_BTN#

GN

DSW

_RST_BTN#

GN

DUID

_SW_IN

#+3.3V

_DUA

LFP_N

MI_BTN

7 JFRNT_SS1

+5V_USB23

PCH_FP_USB3_RX_N

2PC

H_FP_USB3_RX_P2G

ND

PCH_FP_USB3_TX_N

2PC

H_FP_USB3_TX_P2G

ND

PCH_FP_USB2_N

2PC

H_FP_USB2_P2PC

H_USB_OC

#23

KEY (no pin)+5V

_USB23PC

H_FP_USB3_RX_N3

PCH_FP_USB3_RX_P3

GN

DPC

H_FP_USB3_TX_N3

PCH_FP_USB3_TX_P3

GN

DPC

H_FP_USB2_N3

PCH_FP_USB2_P3

JUSB_INT14

3V3GND

SFI_L2_RX_DPSFI_L2_RX_DN

GNDSFI_L3_RX_DPSFI_L3_RX_DN

GNDLAN_TX_FAULT3

LAN_TX_DISABLE3GND

LAN_SDA3LAN_SCL3

GNDLAN_MOD_ABS3RS0/RS1_SENSE3

GNDLAN_RX_LOS3

RS0/RS1_DRIVE3GND

RSVD_1

RSVD_2GNDSFI_L2_TX_DPSFI_L2_TX_DNGNDSFI_L3_TX_DPSFI_L3_TX_DNGNDLAN_TX_FAULT2LAN_TX_DISABLE2GNDLAN_SDA2LAN_SCL2GNDLAN_MOD_ABS2RS0/RS1_SENSE2GNDLAN_RX_LOS2RS0/RS1_DRIVE2GND3V3

J742

HM_TD6-HM_TD6+

45 b J13

CPU0_HP_I2C

_CLK

CPU0_HP_I2C

_DA

+3.3V

CPU1_HP_I2C

_CLK

CPU1_HP_I2C

_DA

TG

ND

JPCIE_HP50

21


JNGFF

GN

DG

ND

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

DG

ND

GN

D

NC

NG

FF_PEDET

PERn1

PETn1

PERp1

PETp1

PERn0_SATA

-B+PERp0_SA

TA-B-

PETn0_SATA

-A-

PETp0_SATA

-A+

REFCLK_N

REFCLK_P

PERn3

PETn3PETp3

PERn2PERp2

PETn2PETp2

PERp3

VC

C3_3_2

VC

C3_3_4

DA

S_DSS#

(O)(O

D)

VC

C3_3_16

NC

NC

NC

NC

NC

PERST#(I)(0_3V

3)

Reserved_M

FG D

ataReserved

_MFG

Clock

NC

NC

NC

DEV

SLP(I)(0_3V3)

NC

NC

NC

CLKREQ

#(IO

)(0_3V3)

PEWake#

(IO)(0_3V

3)

SUSCLK(32kHz)(I)(0_3V

3)

VC

C3_3_74

VC

C3_3_70

VC

C3_3_72

NC

VC

C3_3_12

VC

C3_3_14

VC

C3_3_18

NC

NC

NC

NC

57

58

1

2

75

74

67

68

41

22


+3.3VPRSN

T-2PW

R FAULT-2

PWR EN

ABLE-2

ATTEN

BUTTON

-2M

RL/EMIS-2

EMIL-2

ATTEN

LED-2

PWR LED

-2G

ND

+3.3VPRSN

T-1PW

R FAULT-1

PWR EN

ABLE-1

ATTEN

BUTTON

-1M

RL/EMIS-1

EMIL-1

ATTEN

LED-1

PWR LED

-1G

ND

J452

+3.3VPRSN

T-4PW

R FAULT-4

PWR EN

ABLE-4

ATTEN

BUTTON

-4M

RL/EMIS-4

EMIL-4

ATTEN

LED-4

PWR LED

-4G

ND

+3.3VPRSN

T-3PW

R FAULT-3

PWR EN

ABLE-3

ATTEN

BUTTON

-3M

RL/EMIS-3

EMIL-3

ATTEN

LED-3

PWR LED

-3G

ND

J553

+3.3VPRSN

T-6PW

R FAULT-6

PWR EN

ABLE-6

ATTEN

BUTTON

-6M

RL/EMIS-6

EMIL-6

ATTEN

LED-6

PWR LED

-6G

ND

+3.3VPRSN

T-5PW

R FAULT-5

PWR EN

ABLE-5

ATTEN

BUTTON

-5M

RL/EMIS-5

EMIL-5

ATTEN

LED-5

PWR LED

-5G

ND

J654

23


Connectors Location3 Power Supply JPWR34 Power Supply JPWR4

28 PMBUS JPMBUS56 CPU0 FAN CONN J2258 FAN1A CONN J1859 FAN1B CONN J2360 FAN2A CONN J1761 FAN2B CONN J1662 FAN3A CONN J1563 FAN3B CONN J1464 SAS IOC UART J20

65 SAS IOC ACTIVITY LED J19

66 SAS IOC ERROR LED J2543

28

56

58 59 60

62

63

64

65 66

61

24


SAS3008_1V8UART0_RXGNDUART0_TX

J20

+12V+12V+12V+12V

GNDGNDGNDGND

JPWR4

GND+12VTACHPWM

J22

+3.3VSAS_PHY4 Error LEDSAS_PHY5 Error LEDSAS_PHY6 Error LEDSAS_PHY7 Error LED

GNDSAS_PHY0 Error LEDSAS_PHY1 Error LEDSAS_PHY2 Error LEDSAS_PHY3 Error LED

J19

+3.3VSAS_PHY4 Active LEDSAS_PHY5 Active LEDSAS_PHY6 Active LEDSAS_PHY7 Active LED

GNDSAS_PHY0 Active LEDSAS_PHY1 Active LEDSAS_PHY2 Active LEDSAS_PHY3 Active LED

J25

J23

GN

D+12VTA

CH

PWM

PRSNT_N

FAULT

J23

GN

D+12VTA

CH

PWM

PRSNT_N

FAULT

J17

GN

D+12VTA

CH

PWM

PRSNT_N

FAULT

J16

GN

D+12VTA

CH

PWM

PRSNT_N

FAULT

J15

GND+12VTACHPWMPRSNT_NFAULT

J14

59 60 61

62 64

66

4

63

56

65

+12V+12V+12V+12V

GNDGNDGNDGND

JPWR33

+3.3VGNDPMBUS_ALERT_NSMB_PMBUS_DATASMB_PMBUS_CLK

JPMBUS28

GN

D+12VTA

CH

PWM

PRSNT_N

FAULT

J18

J1858

25


Connectors Location1 Power Supply JPWR12 Power Supply JPWR25 Power Supply JPWR5

10 VGA JVGA_INT11 COM1 JCOM1

45a45b45c


55 CPU1 FAN CONN J1

CPU 1CPU 1

1 2

5

10

11

45 c

55

HM_TD3+HM_TD3-

J24

GND+12VTACHPWM

J1

DSR

RTSC

TSRIN

C

DC

DRXDTXDD

TRG

ND

JCOM111 5545 c

+12V+12V+12V+12V

GN

DG

ND

GN

DG

ND

JPWR1

GN

D+5V+5V+5VN

CG

ND

GN

DG

ND

PS_ON

#G

ND

-12V+3.3V

+3.3V+12V+12V

+5V_A

UXPO

WER O

KG

ND

+5VG

ND

+5VG

ND

+3.3V+3.3V

JPWR21 2

GND+12V

GND+12V

JPWR55

DVO_5VGNDDDC_DATAOAVSYNCOAHSYNCODDC_CLKO

GNDDACROA

GNDDACGOA

GNDDACBOA

JVGA_INT10

26


Connectors Location23 Clear CMOS JCMOS30 BMC Reset JBMC_RST31 BMC Disable JBMC_DIS33 System PG Lock JPG_LOCK34 Speaker JSPKR

35 BIOS Recovery Mode J9

36 ME Force Recovery Mode J3

37 Flash Descriptor Security override J8

38 No Reboot(Watch Dog) J26

39NTB(Non-Transparent Bridge)

JNTB

46 BMC Debug Port Select J27

48 SATA4 PIN-7 Power J10

49 SATA5 PIN-7 Power J11

a

31

3046 38 23 33

39

3437

35

4849

36

27


CMos SettingPin1-2 Normal DefaultPin3-4 Clear CMOS

23

JBMC_RST SettingShort Reset BMCOpen Normal Defualt

JBMC_RST30

JBMC_DIS SettingShort DisableOpen Normal Defualt

JBMC_DIS31

JPG_LOCK SettingShort LockOpen Normal Defualt

JPG_LOCK33 JSPKR34 J935

J9 Setting

Short BIOS Recovery mode

Open Normal Defualt

J336

J3 SettingShort ME Recovery ModeOpen Normal Defualt

J837

J8 SettingShort Flash Security overrideOpen Normal Defualt

J26

(No reboot)

Setting

Short Enable DefaultOpen Disable

J2638

39 JNTB

J8 SettingShort Downstream portOpen Upstream port Defualt

J2746

J27

(BMC Debug Port)Setting

Short JCOMOpen JBMC_DP Defualt

J1048

J10 SettingShort SATA 4 PIN-7 PowerOpen Normal Defualt

J1149

J11 SettingShort SATA 5 PIN-7 PowerOpen Normal Defualt

28


3.5.1 Front Panel LED Definition

Power

Yellow The system is On.

Blinking The system is in Standby; System is off, but has AC power.

Off System has no AC power

UIDBlue UID activity detected.Off No UID activity detected.

System Fault-1Red

Critical system failure detected (processors, memory, voltage regulators, thermal events,fan failures, NMI, etc).

Off No critical failures detected.

System Fault-2Red

Critical system failure detected (processors, memory, voltage regulators, thermal events,fan failures, NMI, etc).

Off No critical failures detected.

Hard DiskGreen (Blinking) Disk activity detected.Off No disk activity detected.

NIC 1Green (Blinking) NIC1 activity detected.Off NIC is not active.

NIC 2Green (Blinking) NIC2 activity detected.Off NIC is not active.

3�5�2 Rear chassis LEDs

NIC 1 (Right Upward Triangle)

Yellow (Blinking) 1G link detected, activity detected.

NIC 1 (Left Upward Triangle)

Green (Blinking) 10G link detected, activity detected.

NIC 2 (Right Downward Triangle)

Yellow (Blinking) 1G link detected, activity detected.

NIC 2 (Left Downward Triangle)

Green (Blinking) 10G link detected, activity detected.

PHY 1 (Right) Yellow (Blinking) 100M: Yellow 10M/No connect: Off.

PHY 1 (Left)Green PHY1 activity detected.Off PHY1 is not active, LAN cable no connect.

3�5 LEDs

29


3.5.3 Internal LEDs Definition

HEART BIT Green (Blinking) BMC activity detected.OFF BMC is not active.

SYS PG LED Green System power ready.OFF System power is not ready.

RSMRST PG LED Yellow Resume Well Reset ready.OFF Resume Well Reset is not ready.

SAS IOC STATUS LEDGreen(Blinking) PHY0-7 activity detected.OFF PHY0-7 no activity detected.

SAS IOC HEART BIT LEDGreen(Blinking) SAS IOC activity detected.OFF SAS IOC no activity detected.

SAS IOC ERROR LEDYellow SAS IOC failure detected.OFF SAS IOC no failure detected.

NIC 3 10G LED Yellow (Blinking) 10G link detected, activity detected.

NIC 3 1G LED Green (Blinking) 1G link detected, activity detected.

NIC 4 10G LED Green (Blinking) 10G link detected, activity detected.

NIC 4 1G LED Yellow (Blinking) 1G link detected, activity detected.

NGFF ACTIVITY LEDBlue(Blinking) NGFF activity detected.OFF NGFF not activity detected.

NVME Hot-Plug LED NGFF ACTIVITY LED

RSMRST PG LEDSYSTEM PG LED

UID LED

SAS IOC STATUS LED(PHY0~PHY7)

SAS IOC HEART BIT LED

SAS IOC ERROR LED

BMC Heart Bit LED

LAN3 10G/1G LEDLAN4 10G/1G LED

LAN2 1G LEDLAN1 1G LED

LAN2 10G LEDLAN1 10G LED

CPU 0CPU 1CPU 1

CPU 0

30


This chapter demonstrates how to configure the UEFI BIOS settings in your system device. You can enter the BIOS screen during system startup.

To enter BIOS configuration settings,• Press Esc key during the Power-On-Self-Test (POST)

To enter BIOS after POST, you have to restart the system by using one of the three methods:• Press Ctrl + Alt + Delete�• Press the reset button on the system chassis. • Turn the system off and on.

NOTE The following pages provide the details of BIOS menu. Please be noticed that the BIOS menu are continually changing due to the BIOS updating. The BIOS menu provided are the most updated ones when this manual is written.

4�1 Navigation KeysThe navigation keys are listed below.

Function Key Description< >

< > < >< >

Select item.

< Enter > Select and enter sub-screen.

< + > < - > Modify selected option.

< F1 > General help.

< F2 > Previous Value.

< F3 > Optimized defaults.

< F4 > Save & Exit.

< F5> < F6 > Change values.

< F7 > Discard Change and Exit.

< F9 > Load Optimal Default for all values.

< F10 > Save changes and exit.

< F12 > Print Screen.

< Esc > Exit the current menu screen.

Chapter 4. BIOS Configuration Settings

31


4�2�1 Menu

Press and to select the options of the menu bar. Press Enter to access the option screen.

Menu Description

Main Displays basic system information and date & time.

Advanced Allows configuration of advanced system settings.

Security Sets passwords and security functions.

Power Sets the power management parameters.

Boot Sets boot options, such as Quick Boot or USB Boot.

4�2�2 Startup

Step 1 Press ESC to run the BIOS setup procedure.

CAUTIONWhen Quiet Boot is enables, OEM logo will be displayed instead of post messages.

4�2 BIOS Setup

32

Chapter 4. BIOS Configuration SettingsVirgo User Manual

Step 2 There will be a message “Entering SETUP” displayed on the diagnostics screen.

Step 3 Identify the BIOS version.

CAUTIONFor the official released version, the last digit of the BIOS version must end in a “0.“

33


Step 4 Load Optimal Default Setting.

Step 5 Save the setting and exit the BIOS setup utility.

34


4�2�3 UpdateTo identify the latest BIOS version, please check the BIOS setup.

35


Update BIOS by INSYDE H2OFFT-D utility under DOS environmentIf you need to update Flash in the DOS environment, please use H2OFFT-D utility. To use this utility, you must include the flash.bat , H2OFFT-D.exe, and bin file in the same folder. Please follow the instructions to update flash:

Step 1 Execute flash.bat to update Flash in the DOS environment.

Step 2 Reboot the system.

36


Main Option Key:

4�3�1 Main

Option Key DescriptionSystem time Configures the current time.System date Configures the current date.

4�3 Main

37


Advanced Option Key:

4.4.1 Peripheral Configuration

Peripheral Configuration

PCIe SR-IOV Enable Disable

PCIe ARI Enable DisableARI Forward Enable DisableSpread Spectrum Enable Disable

Redfish On/Off Enable Disable

4.4.2 Video Configuration

Video Configuration

Display Mode Plug In First On Board First

4.4.3 Socket Configuration

Socket Configuration

Processor Configuration

Hyper-Threading [ALL] Enable Disable

VMX Enable DisableEnable SMX Enable Disable

4�4 Advanced

38


Processor Configuration

MSR Lock Control Enable Disable

Extended APIC Enable Disable

Common RefCode Configuration

MMCFG Size64M 128M 256M

512M 1G 2G

MMIO High Base56T 40T 24T16T 4T 1T

MMIO High Granularity Size

1G 4G 16G64G 256G 1024G

Serial Debug Message Level

Disable MinimumNormal Maximum

UPI Configuration UPI Status

Link Speed Mode Slow Fast

Link Frequency Select

9.6Gb/s 10.4Gb/s

Auto Use Per Link Setting

Link L0p EnableAutoEnableDisable

Link L1 EnableAutoEnableDisable

Legacy VGA Socket Min=0, Max=3Legacy VGA Stack Min=0, Max=6

Memory Configuration

Enforce POR Auto POR Disable

Memory Frequency Selections in MHzIMC BCLK Auto 100 MHz 133 MHzMRC Promote Warnings Enable Disable

Promote Warnings Enable DisableHalt on mem Training Error Enable Disable

Write Preamble TCLK Auto 1TCLK 2TCLKRead Preamble TCLK Auto 1TCLK 2TCLKEnable ADR Enable DisableLegacy ADR Mode Enable Disable

ADR Data Save Mode Disable Batterybacked DIMMs NVDIMMs

Check PCH_PM_STS Enable Disable

39


Memory Configuration

Check Platform Detect ADR Enable Disable

Erase-Arm NVDIMMs Enable Disable

Restore NVDIMMs Enable Disable

Interleave NVDIMMs Enable Disable

Custom Refresh Rate Min=0, Max=40

SMB Clock FrequencyAuto 100 KHz400 KHz 1 MHz

IIO Configuration

PCI 64-Bit Resource Allocation Enable Disable

PCIe Train by BIOS No Yes

PCIe Hot PlugAuto ManualEnable Disable

PCIe ACPI Hot Plug Enable Disable Per-PortMC BaseAddress Range Auto Below 4G

MC Index Position 12 20MC Num Group 1 8 32 64PCI-E Completion Timeout (Global) Disable

No Yes Per-Port

PCI-E Global Timeout Value

Program the Completion Timeout Value (D:x F:0 O:B8h B:3-0) where x is 0-3

PCI-E ASPM Support (Global) L1 Only Disable Per-Port

Advanced Power Configuration

CPU State Control

WFR Uncore GV Rate Reduction

AutoEnableDisable

Uncore Freq Scaling (UFS) Enable Disable

SpeedStep (Pstates) Enable Disable

Config TDPNominalLevel 1Level 2

P State Domain All One

EIST PSD Function

HW_ALLSW_ALLSW_ANY

SINGLE_PCTL Enable Disable

40


Advanced Power Management Configuration

CPU P State Control

Single Power Domain (SPD) Enable Disable

Boot performance mode

Max Performance

Max EfficientSet by Intel Node Manager

Energy Efficient Turbo Enable Disable

Turbo Mode Enable DisableCPU Flex Ratio Override Enable Disable

Hardware PM State Control

Hardware P-States

Disable Native Mode

Out of Band Mode

Native Mode with No Legacy Support

HardwarePM Interrupt Enable Disable

EPP Enable Enable Disable

EPP profilePerformance Balanced

PerformanceBalanced Power Power

APS rocketing Enable DisableScalability Enable DisablePPO-Budget Enable Disable

Package C State Control

Package C State

C0/C1 state, state C2 state

C6(non Retention)

C6(Retention) state

No Limit AutoC2C3TT Min=0, Max=255PKG C-state Lat. Neg. Enable Disable

LTR IIO Input Take IIO LTR input.

Ignore IIO LTR input.

41


4.4.4 PCH Configuration

PCH Configuration

PCH Devices PCH state after G3 S0 S5 Last State

PCH SATA Configuration

SATA ControllerConfigure SATA as AHCI RAIDSupport Aggressive Link Power Management

Enable Disable

Alternate Device ID on RAID Enable Disable

Load EFI Driver for RAID Enable Disable

Port 0 Enable Disable

SATA Port 0 DevSlp Enable Disable

Hot Plug Enable Disable

Configure as eSATA Enable DisableMechanical Presence Switch Enable Disable

Spin Up Device Enable Disable

SATA Device Type Hard Disk Drive Sata State Drive

SATA TopologyUnknown ISATA Direct Connect

Flex M.2

Port 1 Enable Disable

SATA Port 1 DevSlp Enable Disable

Hot Plug Enable Disable

Configure as eSATA Enable Disable

SATA HDD Unlock Enable Disable

SATA Led locate Enable Disable

RAID 0 Enable Disable



RAID 5 Enable DisableIntel Rapid Recovery Technology Enable Disable

RAID Option ROM UI banner Enable Disable

IRRT Only on ESATA Enable Disable

42


PCH SATA Configuration

Smart Response Technology Enable Disable

RAID OROM prompt delay

2 Seconds 4 Seconds6 Seconds 8 Seconds

PCH sSATA Configuration

sSATA Controller Enable DisableConfigure sSATA as AHCI RAIDSupport Aggressive Link Power Management

Enable Disable

Alternate Device ID on RAID Enable Disable

Load EFI Driver for RAID Enable Disable

Port 0 Enable DisableHot Plug Enable DisableConfigure as eSATA Enable DisableSpin Up Device Enable DisablesSATA Device Type Hard Disk Drive Sata State Drive

SATA TopologyUnknown ISATA Direct ConnectFlex M.2

Port 1 Enable DisableHot Plug Enable DisableConfigure as eSATA Enable DisableSATA HDD Unlock Enable DisableSATA Led locate Enable DisableRAID 0 Enable DisableRAID 1 Enable DisableRAID 10 Enable DisableRAID 5 Enable DisableIntel Rapid Recovery Technology Enable Disable

RAID Option ROM UI banner Enable Disable

IRRT Only on ESATA Enable DisableSmart Response Technology Enable Disable

RAID OROM prompt delay

2 Seconds 4 Seconds6 Seconds 8 Seconds

PCH Internal LAN Enable DisableWake on LAN Enable Disable

43



SLP_LAN# Low on DC Power Enable Disable

K1 off Enable DisableFPK Port 1-4 Enable Management DisablePCI Delay Optimization Enable Disable

Compliance Test Mode Enable Disable

PCI-E ASPM Support (Global) Per individual port L1 Only

CTO for Uplink x16CTO for Uplink x8

40-50ms(spec 50us-50ms)

40-50ms(spec 16ms-55ms)

160-170ms(spec 65ms-210ms)

400-500ms(spec 260ms-900ms)

1.6-1.7s(spec 1s-3.5s) Disable

MPL for Uplink x16MPL for Uplink x8 MPL 128B MPL 256B MPL 512B

PCIE Clock Gating Enable DisablePCH DMI ASPM Platform-POR ASPM L DisableDMI Link Extended Synch Control Enable Disable

Stop and Scream Enable DisableExpanded SPI TPM Transaction Length Enable

Enable Disable

Subtractive Decode Enable DisableSubtractive Decode Port# Min=0, Max=7

PCIe Root Port Function Swapping Enable Disable

Max Read Request Size

MRRS 128B MRRS 256B MRRS 512BMRRS1024B MRRS2048 MRRS4096

PCI Express Root Port 1-20

PCIE ASPMDisable ASPMASPM L1ASPM Auto

L1 SubstatesDisable L1.1

L1.2 L1.1 & L1.2

Gen 3 Eq Phase3 Method

HardwareStatic CoeffSoftware Search

44



PCI Express Root Port 1-20

ACS Enable DisableURR Enable DisableFER Enable DisableNFER Enable DisableCER Enable DisableSEFE Enable DisableSENFE Enable DisableSECE Enable DisablePME SCI Enable DisableHot Plug Enable DisableAdvanced Error Reporting

Enable Disable

PCIe SpeedAuto Gen 1Gen 2 Gen 3

MSI Enable Disable

PCIE Lane Topology

Unknown x1x4 Sata ExpressM.2

Max Payload Size

MPLMPL 128BMPL 256B

Compl. Timeout

40-50ms(spec 50us-50ms)

40-50ms(spec 16ms-55ms)

160-170ms(spec 65ms-210ms)

400-500ms(spec 260ms-900ms)

1.6-1.7s(spec 1s-3.5s) Disable

PCH PCIe LTR Configuration

PCH PCIE1 LTR Enable Disable

Snoop Latency Override

AutoManualDisable

Snoop Latency Value Min=0, Max=1023

Snoop Latency Multiplier

1 ns 32 ns1024 ns 32768 ns1048576 ns 33554432 ns

45



PCH PCIe LTR Configuration

Non Snoop Latency Override

AutoManualDisable

Non Snoop Latency Value Min=0, Max=102

Non Snoop Latency Multiplier

1 ns 32 ns1024 ns 32768 ns1048576 ns 33554432 ns

PCIE1 LTR Lock Enable Disable

4.4.5 H2o IPMI Configuration

H2o IPMI Configuration

IPMI Support Enable Disable

BMC Warmup Time Min=0, Max=240

ACPI SPMI Table Enable Disable

Boot Option Support Enable Disable

Set BIOS version to BMC

Enable Disable

BMC Configuration

Watchdog Timer Support Enable Disable

Not disable in OS Enable DisableWatchdog Timer Timeout Min=2, Max=8

Watchdog Timer Action

No Action Hard ResetPower Down Power Cycle

Power Cycle Time Support Enable Disable

Power Cycle Time Min=0, Max=255Power Button Enable DisableReset Button Enable DisableNMI Button Enable DisableLAN Channel Number Min=0, Max=15IPv4 Source Static DHCPIPv6 Mode Enable DisableIPv6 Prefix Length Min=0, Max=15

SDR List SDR List Support Enable Disable

46


4.4.6 H2o Event Log Config Manager

H2o Event Log Config Manager

ConfigurationsPage

Console Serial Redirect Enable Disable

Terminal TypeVT_100 VT_100+VT_UTF8 PC_ANSI

Baud Rate

1200 24004800 960019200 3840057600 115200

Data Bits 7 Bits 8 BitsParity None Even OddStop Bits 1 Bits 2 BitsFlow Control None RTS/CTS XON/XOFF

Information Wait Time0 Second 2 Seconds 5 Seconds10 Seconds 30 Seconds

C.R. After Legacy Boot No Yes

Text Mode ResolutionAUTO

Force 80x25,Force 80x24 (DEL FIRST ROW)

Force 80x24 (DEL LAST ROW) Limit 128x40

Auto Refresh Enable DisableAuto adjust Terminal resolution Enable Disable

47


Security Option Key:

4�5�1 Security

SecurityCurrent TPM Device Not Detected TPM 1.2 TPM 2.0

TrEE Protocol Version 1.0 1.1

TPM Availability Available Hidden

TPM Operation No operation Disable and Deactivate Enable and Activate

4�5 Security

48


Power Option Key:

4�6�1 Power

PowerWake on PME Enable Disable

4�6 Power

49


Boot Option Key:

4�7�1 Boot

BootBoot Type Dual Boot Type Legacy Boot Type UEFI Boot TypeQuick Boot Enable DisableQuiet Boot Enable DisableNetwork Stack Enable DisablePXE Boot to LAN Enable Disable

PXE Boot capability

Disable UEFI:IPv4 UEFI:IPv6UEFI:IPv4/UEFI:IPv6 Legacy

Add Boot Options First Last Auto

ACPI Selection

Acpi1.0B Acpi3.0 Acpi4.0Acpi5.0 Acpi6.0 Acpi6.1

USB Boot Enable DisableEFI Device First Enable Disable

Timeout Min=0, Max=10Automatic Failover Enable Disable

4�7 Boot

50


Exit Option Key:

4�8�1 Exit

Save and ExitExit Saving Changes Exit system setup and save your changes.Save Change Without Exit Save your changes without exiting the system.

Exit Discarding Changes Discard your changes when existing the system.

Load Optimal Defaults Load optimal default items.

Load Custom Defaults

Resets the BIOS settings to the default values and overwrites any previously customized settings.

Save Custom Defaults Saves the cumostomized defaults in BIOS settings.

Discard Changes Discard your changes.

4�8 Exit

51

Chapter 5. BMC Configuration SettingsVirgo User Manual

Insert Ethernet LAN cable into the BMC LAN port. There are two methods to setup BMC IP:

5�1 Method 1 (Use the BIOS Setup)Step 1 BIOS SETUP Advanced H2O IPMI configuration BMC Configuration

IPv4 source Static

BMC management port(Dedicated NIC channel 1 )

Spica User ManualChapter 5. BMC Configuration Settings

52


Step 2 Input the IP address. Set static IP.

53


Step 3 Input the subnet mask address.

54


Step 1 Type in "sc –lanset."

Step 2 Modify the IP setting.

NOTEType 1 for selecting static IP Mode or Type 2 for selecting DHCP Mode.

Step 3 Input the IP address.

5�2 Method 2 (Use a Dos Tool - Syscheck)

55


NOTEType sc.exe─ langet command to obtain BMC IP and Mac address.

Step 4 Input the submask address. The IP address below is an example using the default IP setting. The IP address is configurable.

Step 5 Complete the BMC IP configuration.

56


NOTEThis feature works with JAVA 6 Runtime installed Console Environment.

The IP address below is an example using the default IP setting. The IP address is configurable.

Step 1 Open the browser then type default BMC IP address: 192.168.22.22

Step 2 Use the default user name and password for first-time login to BMC WEB GUI.

Field: Default UserName: admin Password: admin

NOTEThe default user name and password are in lower-case characters.

NOTEUsers who login with the root user name and password will have full administrative power. The root password can be changed after login.

5�3 Connect to BMC

57


Dashboard: The Dashboard page gives the overall information about thestatus of a device.

Server Health - Sensor Readings: Then Sensors Readings page displays all the sensor related information.

Settings: The Settings page allows you to access various configuration settings.

58


KVM Mouse Setting: The KVM Mouse Setting page displays the setting for mouse emulation from local window to remote screen.

• For Windows OS environment, set mode to absolute.• For Linux OS environment, set mode to relative.• For SLES-11 OS environment, set mode to other mode.

Remote Control: The Remote Control page allow you to access any of the managed devices within your system.

59


Environmental setting:

60


5�4 Updating BMC Firmware

Step 1 Boot to the DOS (MS-DOS or Free DOS is workable).Step 2 Enter BMC firmware directory [XXXXXZYY]; XXXXX: project name ; YY: firmware version; Z: Identify character, C for official, B for Beta.Step 3 Execute a�bat batch file to update the BMC firmware Example: A:>cd SB301C01 A:\ SB301C01>a.bat This is just an example. The latest BMC firmware version is available from the FAE or AIC website.Step 4 After updating the BMC firmware, please turn off and restart the Example: system.

NOTE1. Do not use EMM386 in Dos environment when updating the firmware or you will

receive a system failure.2. In some critical conditions, after updating the BMC firmware or config file, you might

need to unplug the AC power cord for 5 seconds and then plug in the AC power cord to reset the BMC for the updated new function to work properly.

Chapter 6� Technical Support

Taiwain, Global HeadquartersAddress: No� 152, Section 4, Linghang N� Rd, Dayuan District, Taoyuan City 337, TaiwanTel: +886-3-433-9188Fax: +886-3-287-1818Sales Email: sales@aicipc�com�twSupport Email: support@aicipc�com

Shanghai, ChinaAddress: Room 1009, No� 777, Zhaojia Bang Rd, Shanghai 200032,Shanghai, ChinaTel: +86-21-54961421Fax +86-21-54961422 #608Sales Email: csales@aicipc�com�twSupport Email: support@aicipc�com

Tokyo, JapanAddress: Level 21 Shiodome Shibarikyu Building 1-2-3 Kaigan Minato-ku Tokyo 105-0022 JapanTel: +81-3-5403-6325Sales Email: [email protected] Email: support@aicipc�com

Moscow, RussiaAddress: Khoroshevskoye Shosse, 32A, Office 403 (2nd Entrance, 4th Floor), Moscow 123007, RussiaTel: +7-4997019998Sales Email: support-ru@aicipc�com�twSupport Email: support-ru@aicipc�com�tw

North California, United StatesAddress: 48531 Warm SpringsBoulvard Suite 404 Fremont, CA 94539, United StatesTel: +1-510-573-6730Fax: +1-510-573-6729Sales Email: sales@aicipc�comSupport Email: support@aicipc�com

South California, United StatesAddress: 21808 Garcia LaneCity of Industry, CA 91789, United StatesToll free: +7-4997019998Tel: +1-909-895-8989Fax: +1-909-895-8989#157Sales Email: sales@aicipc�comSupport Email: support@aicipc�com

New Jersey, United StatesAddress: 11 Melanie Lane Unit #20 & 21 East Hanover, NJ 07936, United StatesTel: +1-973-884-8886Fax: +1-973-884-4794Sales Email: sales@aicipc�comSupport Email: support@aicipc�com

Houten, The NetherlandsAddress: Peppelkade 58, 3992AK, Houten, The NetherlandsTel: +31-30-6386789Fax: +31-30-6360638Sales Email: sales@aicipc�nlSupport Email: support@aicipc�com

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