Sugon I840-G25 Server Post-sale training v1.0

Product Center

2014.10

Computing creates future

2Contents

1 Introduction of product specifications

2 Introduction of product technology architecture

3 Introduction of product external interface

4 Fault information capture judgment

Introduction of product specifications

Processor Intel E7-4800V2/8800V2 Series of processor

Number of processor 2 or 4

Chipset Intel C602J

Buffer memory

controllerIntel Jordan Creek C104

Memory8 memory boards, supporting 96 memories(max)

Maximum 6TB DDR3-1600/1333/1066 RDIMM/LRDIMM

Network controller Integrated 2 10-Gigabit Ethernet interfaces RJ-45 (Intel X540)

PCI I/O expansion slot

Maximum supporting 11 PCI-E slots4 PCI-E3.0 x16 slots7 PCI-E3.0 x8 slotsWhen configuring 4 CPUs and installing 1 to 4 memory boards, it can support 11 PCI-E devices(max).When configuring 4 CPUs and installing 8 memory boards, it can support 8 PCI-E devices(max).When configuring 2 CPUs, it can support 5 PCI-E devices(max).For more detailed configuration, please refer to appendix A.

Storage Support at most 24 2.5’’ hot-plug SATA/SAS/SSD disks

Backboard SAS 12G backboards, supporting 2G/6Gprotocol

Other ports

1 x VGA interface (ASPEED 2400)

2 x USB2.0 interface (rear) + 1 x USB2.0 interface (inside)

2 x 10-Gigabit interface RJ-45

1 x COM port (rear)

1 x SFP IPMI Management interface

Continued the table above

GPU computer card

Maximum supporting 4 full-high double wide GPU card (Only the GPU with power can be open in the back.)

(NVidia Tesla/ Intel Phi)

Note ： When configuring GPU, additional cooling fan will be used.

For the detailed configuration condition, please refer to appendix A.

VGA TV coderSupporting 1 VGA TV coder (Only the GPU with power can be open in the back.)

RAID supporting RAID 0/1/5/6/10/50/60 ( supporting configuration super capacitor)

CD-ROM deviceNo supporting  embedded CD-ROM device and configuring USB drive can be used.

Power Supply

Maximum supporting 4 power modules with 1620W/920W

Supporting N + N or N + 1 redundancy according to diverse load.

Platinum level power supply, 94% conversion efficiency.

Note ： The current module can only support AC input.

BMC management

Supporting iKVM /IPMI protocol

Supporting SNMP V2/SMTP

Supporting critical parts such as Processor/Memory/Fan/Mainboard/Power Supply etc.

Supporting chassis intrusion alarm.

Supporting upgrading BIOS through BMC.

For the monitoring contents, please refer to appendix B.

HDD Expender nonsupport

Monitoring screen nonsupport

Others Support TPM

Introduction of product specifications

Continued table

L,W & H 795mm x 437mm x 178 mm

Net weight 68kg

Operating

temperature10°C to 35°C

Non-operating

environment

temperature

-40°C to 70°C

5Contents

1 Introduction of product specifications

2 Introduction of product technology architecture

3 Introduction of product external interface

4 Fault information capture judgment

Introduction of product technology framework ---Main Board architecture

Bus name Parameters

QPI Up to 8.0 GT/s

SMI2 Up to 2.66GT/s

PCIE Gen3 8.0 GT/s

USB 2.0 480Mbps

Introduction of product technology architecture-- Processor number and interconnection

• Each CPU has 3 QPIs with CPUs connected with

each other .

• The fastest connection speed for each QPI is 8.0

GT/s.

• Each CPU has 4 SMI2 for connecting Jordan

Creek.

• The fastest transmission speed for each SMI2 is

2.66 GT/s.

Processor Number

E7-4890V2 E7-4880V2 E7-4870V2 E7-4860V2 E7-4850V2 E7-4830V2 E7-4820V2 E7-4809V2

# of Cores 15 15 15 12 12 10 8 6

Clock Speed 2.8 GHz 2.5 GHz 2.3 GHz 2.6 GHz 2.3 GHz 2.2 GHz 2 GHz 1.9 GHz

Cache 37.5 MB 37.5 MB 30 MB 30 MB 24 MB 20 MB 16 MB 12 MB

System Bus 8 GT/s 7.2 GT/s 6.4 GT/s

Memory Types DDR3-1066/1333/1600DDR3-1066/1333

Introduction of product technology architecture —memory control unit

• Each CPU supports 8 DDR3 channels

• Each CPU maximum supports 24 DDR3

LR-DIMMs.

• Intel SMI Gen2 maximum broadband 2.66

GT/s

• Memory controller supports two modes ：• Performance Mode (High I/O, B/W)

• Lockstep Mode (Highest DDR3 Speed)

Introduction of product technology architecture ---- memory configuration and working frequency

• Terms explanation：• SR ： Single Rank• DR ： Dual Rank• QR ： Quad Rank• SG ： Stretch Goals

DDR3 RDIMM Support on Ivy Bridge-EX/Jordan Creek - 3SPC (Performance Mode)

Slot0 Slot1 Slot2 Frequency @1.5V drams (MT/s) Frequency @1.35V drams (MT/s)

SR empty empty 1333 1333

DR empty empty 1333 1333

QR empty empty 1066 1066

SR SR empty 1333 1066

DR DR empty 1333 1066

SR SR SR 1066 1066

DR DR DR 1066 1066

DDR3 RDIMM Support on Ivy Bridge-EX/Jordan Creek - 3SPC (Lockstep Mode)

Slot0 Slot1 Slot2 Frequency @1.5V drams (MT/s) Frequency @1.35V drams (MT/s)

SR empty empty 1333 1333

DR empty empty 1333 1333

QR empty empty 1066 1066

SR SR empty 1333 1066

DR DR empty 1333 1066

SR SR SR 1066 1066

DR DR DR 1066 1066

• The actual memory working frequency is related with parameters below.• Memory Rank quantity• Memory working voltage• Memory location on the memory board

Note ： The memory working voltage of current mainstream is 1.35 V.

Introduction of product technology architecture --- The installation of the memory board and memory.

• The system can maximum support 8 memory boards and 96 DDR3 DIMMs.

• Memory board specifications：• Including 2 Jordan Creek

C104 chips• Maximum supporting 12

DIMMs• 4  memory channels• Memory installation order ：

Blue slot is priority (DIMMA1DIMMB1DIMMC1DIMMD1)

Introduction of product technology architecture --- The corresponding relation of memory and CPU

CPU# Corresponding DIMM Modules

No. of card(s) for Each CPU

One(1) Memory Card for each CPU Installed on the baseboard

Two(2) Memory Cards for each CPU Installed on the baseboard

CPU1 SMI Slot P1M2 SMI Slot P1M1 + SMI Slot P1M2CPU2 SMI Slot P2M1 SMI Slot P2M1 + SMI Slot P2M2CPU3 SMI Slot P3M2 SMI Slot P3M1 + SMI Slot P3M2CPU4 SMI Slot P4M1 SMI Slot P4M1 + SMI Slot P4M2

When configuring 4 CPUs and 4 memory boards ， recommend using P1M2/P2M1/P3M2/P4M1 (Maximum IO utilization) (supporting 11 PCIe Slots)

• Each CPU supports 2 memory boards ， 4 Jordan Creek, 8 Channel and 24 DDR3 DIMMs.

Introduction of product technology architecture - -- The corresponding relation of PCIE Slot and CPU

PCI-E Expansion SlotsCPU1 supports Slot1 PCI-E 3.0x8, and

Slot2 PCI-E 3.0x16CPU2 supports Slot3 PCI-E 3.0 x8, Slot4

PCI-E 3.0 x16, and Slot5 PCI-E 3.0 x8CPU3 supports Slot6 PCI-E 3.0 x8, Slot7

PCI-E 3.0 x8, and Slot9 PCI-E 3.0 x16CPU4 supports Slot8 PCI-E 3.0 x8, Slot10

PCI-E 3.0 x8, and Slot11 PCI-E 3.0 x16

Note ： Please pay special attention to SLot5, Slot6 and Slot7. Because the three slots have relations with the memory board quantity. For the detailed configuration, please refer to appendix A.

Introduction of product technology architecture - IO module backplane specifications

Location Connector DescriptionA JVGA1 VGA Port1B JLAN2 LAN Port2C JLAN1 LAN Port1D JLAN3 (BMC) IPMI_LANE SW1 UID SwitchF JVGA2 VGA Port2G JCOM1 Debug

14Contents

1 Introduction of product specifications

2 Introduction of product technology architecture

3 Introduction of product external interface

4 Fault information capture judgment

Introduction of product external interface-----  Front panel functions

24 x 2.5” SAS/SATA HDDsFront panel

Front panel icons Introductions

Power button

Reset button

Power LED

Onboard HDDs Activity LED

LAN1 status LED

LAN2 status LED

Power/Fan/temperature Fault

LED

HDD Stents icons

Introductions

HDD Fault LED

Location/Activity LED

Introduction of product external interface----Back panel functions

4 PSU modules ,available 920W/1620Wpower supply, supporting 2+2 redundancy

2 x USB Port + 1 x COM port

1 x VGA+ 2 x 10G RJ-45 NIC Port + 1 x IPMI LAN + 1 x UID

Installation position of GPU cooling fan. When configuring GPU, it can make additional cooling fans.

11 x PCI-E Slot, 3 external fan modules can be removed.

The internal structure of the chassis

CPU and Heatsink

Front Panel

HDDs

System Fans

Primary Air Shroud

Memory Board

Connection

UIO slots: IO board is used to connect devices (VGA * 1 / 10Gb LAN * 2 / IPMI LAN * 1)

Onboard SATA connector: SATA0 ~ 5

Connection

1.Motherboard power connector ： JPW1/JPW2/JPW3/ JPW4/JPW5/JPW6/JPW7

I840-G25 structure declaration – Removing Chassis cover

1. Depress the two release buttons on both sides of the cover.

2. Slide the cover toward the rear of the chassis.

3. Lift the cover off the chassis.

I840-G25 structure declaration—Removing the Air Shroud

Removing Primary Air Shroud1 Removing the Secondary Air Shroud2

I840-G25 structure declaration—Replace the system fan

As shown in the picture, lift the fan housing up and out of the chassis and gently push the fan upwards from underneath the fan housing to remove it.

I840-G25 structure declaration—Replace the rear system fan

As shown on the right picture, press the rear fan at the upper end of the buckle and remove the fan.

I840-G25 structure declaration—Replace system power supply module

As shown on the right, push and hold the release tab on the back of the power supply, grasp the handle and pull the power supply out of its bay.

Handle

Release Tab

I840-G25 structure declaration—Memory Board installation

1. As shown on the right, install the memory board into guide groove.

2. And then locking the memory board on the Main Board.

Fixed lock Fixed lock

26Contents

1 Introduction of product specifications

2 Introduction of product technology architecture

3 Introduction of product external interface

4 Fault information capture judgment

Fault information retrieve ----BMC Event Log

Event log order

Log record time

Alarm device name

Alarm equipment category

Log detailed information description

BMC Event Log Information format decomposition

Component monitoring status information ----BMC Sensor Reading

Health status for devices

Devices name

Monitoring equipment failure description

monitored equipment operation data

Intrusion alarm reset button

BMC Sensor Reading Information format decomposition

Monitoring of power source status ----BMC Power Consumption

Power consumption monitoring ， collecting power consumption status under three conditions.

last hour

Last week

Last day

Monitoring of power source status ----BMC Power Supplies

Monitoring parameters of power supplies

parameter name of power supply status

Power Supply working status overviewAC input voltage/current

DC output voltage/current

Power Supply module temperature monitoring

Power Supply fan speed

DC output power consumption

AC output power consumption

Power supply SN No.

data of power supply status

ADDRESS：Sugon Building, No. 36 Zhongguancun Software Park,

No.8 Dongbeiwang West Road

Haidian District, 100094, Beijing, P.R.China

TELEPHONE ： 86-10-56308000 Weibo ： http://weibo.com/zksugon

WWW ： http://www.sugon.com

谢谢！

Appendix A:

Memory board/maximum memory number

GPU Number Surplus available PCIe Slot specification (2 CPUs)

Surplus available PCIe Slot specification (4 CPUs)

1/12 0 2 PCIe x16 + 3 PCIe x8 4 PCIe x16 + 7 PCIe x8

1 1 PCIe x16 + 2 PCIe x8 3 PCIe x16 + 6 PCIe x8

2 0 PCIe x16 + 1 PCIe x8 2 PCIe x16 + 5 PCIe x8

3 NA 1 PCIe x16 + 4 PCIe x8

4 NA 0 PCIe x16 + 3 PCIe x8

2/24 0 2 PCIe x16 + 3 PCIe x8 4 PCIe x16 + 7 PCIe x8

1 1 PCIe x16 + 2 PCIe x8 3 PCIe x16 + 6 PCIe x8

2 0 PCIe x16 + 1 PCIe x8 2 PCIe x16 + 5 PCIe x8

3 NA 1 PCIe x16 + 4 PCIe x8

4 NA 0 PCIe x16 + 3 PCIe x8

3/36 0 2 PCIe x16 + 3 PCIe x8 4 PCIe x16 + 7 PCIe x8

1 1 PCIe x16 + 2 PCIe x8 3 PCIe x16 + 6 PCIe x8

2 NA(no supporting 2 GPU configuration )

2 PCIe x16 + 5 PCIe x8

3 NA 1 PCIe x16 + 4 PCIe x8

4 NA 0 PCIe x16 + 3 PCIe x8

谢谢！

Continued table:

Memory board/maximum memory number

GPU Number Surplus available PCIe Slot specification (2 CPUs)

Surplus available PCIe Slot specification (4 CPUs)

4/48 0 2 PCIe x16 + 3 PCIe x8 4 PCIe x16 + 7 PCIe x8

1 NA(no supporting 1 GPU configuration )

3 PCIe x16 + 6 PCIe x8

2 NA(no supporting 2 GPU configuration )

2 PCIe x16 + 5 PCIe x8

3 NA 1 PCIe x16 + 4 PCIe x8

4 NA 0 PCIe x16 + 3 PCIe x8

5/60 0 NA 4 PCIe x16 + 7 PCIe x8

1 NA 3 PCIe x16 + 6 PCIe x8

2 NA 2 PCIe x16 + 5 PCIe x8

3 NA 1 PCIe x16 + 4 PCIe x8

4 NA 0 PCIe x16 + 2 PCIe x8

6/72 0 NA 4 PCIe x16 + 7 PCIe x8

1 NA 3 PCIe x16 + 6 PCIe x8

2 NA 2 PCIe x16 + 5 PCIe x8

3 NA 1 PCIe x16 + 3 PCIe x8

4 NA 0 PCIe x16 + 0 PCIe x8

谢谢！

Continued table:

Memory board/maximum memory number

GPU Number Surplus available PCIe Slot specification (2 CPUs)

Surplus available PCIe Slot specification (4 CPUs)

7/84 0 NA 4 PCIe x16 + 6 PCIe x8

1 NA 3 PCIe x16 + 5 PCIe x8

2 NA 2 PCIe x16 + 4 PCIe x8

3 NA 1 PCIe x16 + 1 PCIe x8

4 NA NA(no supporting 4GPU configuration )

8/96 0 NA 4 PCIe x16 + 4 PCIe x8

1 NA 3 PCIe x16 + 3 PCIe x8

2 NA 2 PCIe x16 + 2 PCIe x8

3 NA NA(no supporting 3GPU configuration )

4 NA NA(no supporting 4 GPU configuration )

Appendix B

Memory Installed ① The main board has 8 memory board.

② Each memory board supports 12 DIMMs.

③ DIMM specific installation following the right table

LED light

Memory work frequency corresponding table 1

Memory work frequency corresponding table 2

I840-G25 Analysis of FAQ