Advantech Server-grade IPCs Roadmap Advantech Server-grade IPCs Roadmap

Server-Grade IPC Embedded Systems Group

03/22/2013

Why Advantech “Server-Grade IPC”? (I)Why Advantech “Server-Grade IPC”? (I)

How Advantech Offerings benefit customer’s

requirement?

Server-grade Computing Power

1.Dual/Single Xeon2.Support GPU Computing3.High Cap. ECC/REG Memory4.Server OS

High Storage, I/O Capability

1.8 Hot Swap SAS HDDs2.On-board or Certified RAID Cards3.More PCIex8/164.Quad LANs

Industrial Reliability & Manageability1.0~40°C Operation temperature2.1G Operation Vibration3.Resume From AC Loss4.Remote Management

Rich Portfolio of Off-The-Shelf Products

Experienced Support Team

Customization Flexibility

Global Configuration To Order Service

Global Technical & RMA Services

Long Product Life with Revision Control

Meet Advanced CPU/GPU

Computing Demand

Stably Work In Industrial Environment

Shorten Your Development

Time

Capable Of Transmitting and Storing Large Data

Lower Total Cost Of

Owner Ship

Why Advantech “Server-grade IPC”? (II)Why Advantech “Server-grade IPC”? (II)

Rich Portfolio of Off-The-Shelf Products

Consultant for Optimizing Configuration

System Integration(H/W, Add-on Cards & OS)

Customization Service

Experienced Support Team

Industrial Reliability(Temp., Vibration, AC On/Off)

Certification Service

Long Product Life & Revision Control

Global Technical & Repair Service

Leading Technology

Continual Roadmap

How Advantech Offerings benefit the SI value chain?

High End MA• High CPU Computing• Multiple Expansion• Legacy Device Support• Long Product Life

High End MA• High CPU Computing• Multiple Expansion• Legacy Device Support• Long Product Life

Focus ApplicationFocus Application

Control Room• Multiple PCIe x 16 Slots• Support Multiple GPUs• Critical Thermal

Condition• Remote Management• Long Product Life

Control Room• Multiple PCIe x 16 Slots• Support Multiple GPUs• Critical Thermal

Condition• Remote Management• Long Product Life

Medical Image• High CPU Computing• High GPU Computing• Reliable Network

Connection• Long Product Life• Strict Revision Control

Medical Image• High CPU Computing• High GPU Computing• Reliable Network

Connection• Long Product Life• Strict Revision Control

Surveillance• High Storage Capacity• High CPU Computing• Reliable Network

Connection

Surveillance• High Storage Capacity• High CPU Computing• Reliable Network

Connection

Advantech Server-grade IPCs 3-5-7Advantech Server-grade IPCs 3-5-7

3 Three levels Service! 1st level: Dedicated profession AE for trouble shooting at the first time.

2nd level: Strictly Revision control, key parts fixed, EC announcement 3rd level: Design Customization (BIOS logo, PCBA change, BIOS Boot priority, Bezel Customization for customer’s ID)

5Five Years Extended Warranty!

7Seven years product supply!

(Embedded Application) Advantech vs. Supermicro(Embedded Application) Advantech vs. Supermicro

Item Embedded Focus Supermicro Advantech

Embedded Experience Intel Embedded Group Partner No Yes

Intel Embedded Premier Partner

Revision Control Items

Key Chip onboard Intel chip only

1. Intel Key chips2. Storage Controller3. BMC Chip4. Power Solution5. SuperIO chip6. LAN Chip

Peripheral 1. CPU only1. CPU (Embedded roadmap)2. Memory (Fixed Chip)3. HDD (Fixed F/W)

Parts in System No

1. Power supply2. Riser card3. Backplane4. Fan

Long Life Support Supply & Warranty 1~2 yrs Supply1~3 yrs Warranty

1. 5~7 yrs Product Supply2. 2~5 yrs Product Warranty

Additional OfferRMALogisticCustomization

No1. Local Purchasing, Global Service2. QNX real-time OS support3. BIOS/Mechanical Customization

ASMB-781•ATX, 12”x9.6”• 1x LGA1155, 4*DIMM DDR3• C206• 1*PCI-Ex16(or 2*PCI-Ex8) + 1*PCI-Ex4+1*PCI-Ex1+ 3*PCI• 6*SATA HDD, 2*GbE LAN (Optional 4*GbE LAN)

ASMB (Server Board) RoadmapASMB (Server Board) Roadmap

Page 8

ASMB-920I•EATX, 12”x13”•2x LGA2011, 8*DIMM DDR3•Patsburg (C600)•2*PCI-Ex16 Gen3 slots+ PME Optional• 6*SATA HDD (Optional 8*SAS LSI2008E), 2*GbE LAN•IPMI 2.0 + iKVM

ASMB-310IR•CEB, 12”x10.12”•2x LGA1366, 6*DIMM DDR3•E5520 + ICH10R•4*PCI-Ex8 FH/FL(or 2*PCI-Ex16) + 2*PCI-Ex4• 6*SATA HDD (Optional 8*SAS LSI1068E), 2*GbE LAN•IPMI2.0 + iKVM ASMB-820I

•ATX, 12”x9.6”•1x LGA1356, 6*DIMM DDR3•Patsburg (C602J)•1*PCI-Ex16 +1*PCI-Ex8 + 1*PCI-Ex4 + 1*PCI-Ex1 + 2*PCI• 6*SATA, 2*GbE LAN• Optional IPMI 2.0 + iKVM

ASMB-782•ATX, 12”x9.6”• 1x LGA1155, 4*DIMM DDR3• Panther point• 1*PCI-Ex16(or 2*PCI-Ex8) + 1*PCI-Ex4+1*PCI-Ex1+ 3*PCI• 6*SATA HDD, 2*GbE LAN (Optional 4*GbE LAN)Ivy BridgeIvy Bridge

ASMB-822I

UP

En

try

UP

Valu

eD

P P

erf

orm

an

ce

Developing

Planning

Available

Conceptual

SNB/IVY-EP

SNB/IVY-EP

ASMB-784

Aug‘13Aug‘13HaswellHaswell

ASMB-584

May‘13May‘13HaswellHaswell

•uATX, 9.6”x9.6”•1x LGA1150, 4*DIMM DDR3•Lynx Point•2*PCI-Ex8 + 1*PCI-Ex4 + 1*PCI •6*SATAIII, 2*GbE LAN•4*USB3.0•IPMI + iAMT 9.0

ASMB-922I

Jul/13Jul/13IVY-EPIVY-EP

•EATX, 12”x13”•2x LGA2011, 8*DIMM DDR3•Patsburg (C602J)•3*PCI-Ex16 Gen3 slots+ 1*PCI-Ex8 + PME Optional• 6*SATA HDD, 2*GbE LAN•IPMI 2.0 + iKVM

•ATX, 12”x9.6”•1x LGA1150, 4*DIMM DDR3•Lynx Point•2*PCI-Ex8 +1*PCI-Ex4 + 1*PCI-Ex1 + 3*PCI • 6*SATAIII, 4*GbE LAN•4*USB3.0•IPMI + iAMT 9.0

•ATX, 12”x9.6”•1x LGA2011, 4*DIMM DDR3•Patsburg (C602J)•5*PCI-Ex8 +1*PCI-Ex4 + 1*PCI•PCIex16 Auto-switch support • 6*SATA, 2*GbE LAN•USB3.0 Support• Optional IPMI 2.0 + iKVM

SNB-ENSNB-EN

SNB-EPSNB-EP

Sandy BridgeSandy Bridge

Page 9

HPC (Server Chassis) RoadmapHPC (Server Chassis) Roadmap

• Tower/4U Chassis • MB size: ATX/CEB/EATX• Expansion: 7 slots• Drive bay: 8* SAS/SATA HD 3.5” bays + 3*5.25” bays• Cooling: 4* 8038 Swap Fan• PSU: 665W Single PS (Optional 760W (2+1) RPS)

HPC-7480

• 2U Chassis •MB size: ATX/CEB/EATX• Expansion: 3 FH slots with Riser card • Drive bay: 8* SAS/SATA HD 3.5” bays + 1*Slim Type ODD bay• Cooling: 3* 8038 Swap Fan• PSU: 800W PRS

HPC-7280

Developing

Planning

Available

Conceptual

•Tower/4U Chassis•MB size: ATX/CEB/EATX•Expansion: 7 slots• Drive bay: 8* SAS/SATA HD 3.5” bays + 1*Slim ODD• Cooling: 1* 120mm Swap SysFan + 1*60mm HDD Fan

HPC-7442

HPC-7242•2U Chassis •MB size: ATX• Expansion: 6 LF or 3 FH slots with Riser card • Drive bay: 4* SAS/SATA HD 3.5” bays + 1*Slim Type ODD bay• Cooling: 1* 80mm Swap Fan +1*60mm HDD FAN

May‘13

Jun‘13

AVS (Video Wall Controller) Roadmap

•4U System•Supported 2 Mura MPX-4/X, 1 Mura MPX-V8/V16/SDI•Outputs 8 Digital/Analog + 2 SDI• Inputs: 8 Digital/Analog + 16 Analog or 2 SDI• Intel® Xeon® E5-2400 series•3*External 5.25” HDD + 1* External 3.5” HDD

AVS-240AVS-240

Developing PlanningAvailable Conceptual

8-Output

20-Output

40-Output

8-Output

•Wallmount/Desktop System•Supported 2 Mura MPX-4/X •Outputs: 8 Analog/Digital•Inputs: 8 Analog/Digital•Intel® Xeon® E3-1200 series•1*External 5.25” HDD + 2* hot-swap 3.5” HDD, 1 internal 3.5” HDD

AVS-290AVS-290

•4U System•Supported 5 + 11 Mura MPX-V8/V16•Outputs:20 Digital/Analog + 22 SDI• Inputs: 20 Digital/Analog + 176 Analog or 22 SDI•Intel® Xeon® E3-1200V2 series•3*External 5.25” HDD + 1 external 3.5” HDD, 1 internal 3.5” HDD

AVS-541AVS-541

•4U System•Supported 5 Mura MPX-4/X•Outputs:20 Digital/Analog• Inputs: 20 Digital/Analog•Intel® Xeon® E5 2600 series•3*External 5.25” HDD + 1* External 3.5” HDD

AVS-540AVS-540

Mar‘13 Jun‘13

•4U System•Supported 10 Mura MPX-4/X•Outputs:40 Digital/Analog• Inputs: 40 Digital/Analog•Intel® Xeon E3 series•3*External 5.25” HDD + 1 external 3.5” HDD, 1 internal 3.5” HDD

AVS-840AVS-840

Sep‘13

AGS (GPU Server) RoadmapAGS (GPU Server) Roadmap

Page 11

Developing

Planning

Available

Conceptual

8-cu

bes

2U

Serve

r4U

Serve

r1U

Serve

r

•1U•Xeon E5-2600 Series•128GB DDR3 Reg-DIMM•3*Double-Deck GPU Card Support•1000W Single Power Supply

AGS-910AGS-910

Mar’14

•2U•Xeon E5-2600 Series•128GB DDR3 Reg-DIMM•4*Double-Deck GPU Card Support•1600W Single Power Supply

AGS-920AGS-920

•4U•Xeon E5-2600 Series•128GB DDR3 Reg-DIMM•4*Double-Deck GPU Card Support•2*PCIex8 Expansion Slots•1600W Single Power Supply

AGS-940AGS-940

Jun‘14

Q4‘14

End Of Life Information

2013 201520142012 20162011

ASMB-310ASMB-310

ASMB-781ASMB-781

ASMB-782ASMB-782

ASMB-920ASMB-920

ASMB-820ASMB-820

ASMB-822ASMB-822

ASMB (Server Boards) Life CycleASMB (Server Boards) Life Cycle

2013 201520142012 20162011

HPC-7480HPC-7480

HPC-7280HPC-7280

HPC-7242HPC-7242

HPC-7442HPC-7442

HPC-7482HPC-7482

HPC (Server Chassis) Life CycleHPC (Server Chassis) Life Cycle

2014 201620152013 20172012

AVS-290AVS-290

AVS-240AVS-240

AVS-540AVS-540

AVS-541AVS-541

AVS (Video Wall Controller) Life CycleAVS (Video Wall Controller) Life Cycle

Naming Rule for ASMBNaming Rule for ASMB

ASMB-abcde-00A1E– ASMB: Prefix for Advantech Industrial Serverboard

a: Segmentation– 7: Entry line– 8: Value line– 9: Performance

b: Processor Type– 2: Intel Socket LGA 2011/1356– 8: Intel Socket LGA 1156

c: Sequential Number– 0,1,2….9

de: BOM sku– G2: Dual GbE– G4: Quad GbE– I: IPMI onboard– IR: IPMI + SAS RAID onboard

00: for ODM or onboard processor or other sku A1: for revision E: for RoHS compliant

•ASMB-781G2-00A1E

Naming Rule for HPCNaming Rule for HPC

HPC-abcd-dfA1E– HPC: Prefix for High Performance Computer Chassis

a: Segmentation– 7: Standard Server Chassis – 8: TBD

b: Formfactor– 1: 1U Chassis – 2: 2U Chassis– 3: 3U Chassis– 4: 4U Chassis– 5: 5U Chassis

c: # of Hot Swappable HDD cages d: Sequential Number

– 0,1,2….9

ef: Type of Power Supply– 00: no power supply– R8: 800W Redundant Power Supply– 56: 560W Single Power Supply

A1: for revision E: for RoHS compliant

•HPC-7280-R8A1E

Naming Rule for Riser/FED CardNaming Rule for Riser/FED Card

•ASMB-RF3X8-21A1EASMB-abcde-fgA1E     - AIMB: Prefix for industrial motherboard      - a: Form factor

- R: Riser Card; F: FED    - b: Interface to motherboard

- P: PCI interface to motherboard - 1: PCIe x 1 interface to motherboard

- 4: PCIe x 4 interface to motherboard- 8: PCIe x 8 interface to motherboard- F: PCIe x 16 interface to motherboard- X: PCI-X interface to motherboard

- c: Total expansion slot- 1, 2, 3

- de: Expansion Type (mix up to two types of expansions with combine of PCI, PCI-X, and PCIe- P: PCI interface to motherboard

- 1: PCIe x 1 interface to motherboard- 4: PCIe x 4 interface to motherboard- 8: PCIe x 8 interface to motherboard- F: PCIe x 16 interface to motherboard- X: PCI-X interface to motherboard -

      - f: the slot count of expansion “d” - g: the slot count of expansion “e” - A1: for revision - E: for RoHS compliant

Naming Rule for AVS Series ProductsNaming Rule for AVS Series Products

• AVS-540-00A1EAVS-abc-deA1E     - AVS: Prefix for Advantech Video Wall Controllers      - a: Video wall size, 2 for less than 8 cubes, 5 for 9~20 cubes, 8 for more than 21 cubes.    - b: Chassis form factor, 2 for 2U, 4 for 4U, 5 for 5 U, 9 for wall mount. - c: Serial number, 0~9. - de: Reserved, default is 00. - A1: for revision. - E: for RoHS compliant.

If you have further question, please kindly contact server PM, Ken.Lin.

Contact information is as bellow,Ken.Lin (林群復 )Email: kencf.lin@advantech.com.twServer-Grade IPCEmbedded System GroupAdvantech ComputerTel: +886 2 2792 7818 (ext 1138)No.33, Lane 365, Yang Guang St., Neihu, Taipei, Taiwan 11468.

MarcomGinger.Chin (金汝謙 )Email: ginger.chin@advantech.com.tw