picmg 1.3 to enhance data/image processing … 1.3 to enhance data/image processing performance -...

Filename© 2006 Advantech

PICMG 1.3 to enhance data/image processing performance

- take Medical Imaging processing as an example

PICMG 1.3 to enhance data/image processing performance

- take Medical Imaging processing as an example


AgendaAgenda

•• PICMG 1.3 IntroductionPICMG 1.3 Introduction–– PICMG 1.3 ArchitecturePICMG 1.3 Architecture–– PICMG 1.3 V.S. PICMG 1.0 PICMG 1.3 V.S. PICMG 1.0 –– Architecture comparisonArchitecture comparison–– PICMG 1.3 V.S. PICMG 1.0 PICMG 1.3 V.S. PICMG 1.0 –– Performance comparisonPerformance comparison

•• Medical Imaging Processing IntroductionMedical Imaging Processing Introduction–– Marketing TrendMarketing Trend–– Potential OpportunityPotential Opportunity–– Application StoryApplication Story

•• Advantech PICMG 1.3 total solutionAdvantech PICMG 1.3 total solution

•• SummarySummary


PICMG 1.3 IntroductionPICMG 1.3 Introduction

•• The limitations of PICMG 1.0The limitations of PICMG 1.0–– Bandwidth bottleneck at ISA and shared PCI busBandwidth bottleneck at ISA and shared PCI bus–– No graphic port for highNo graphic port for high--end video applicationend video application–– It can not support PCI ExpressIt can not support PCI Express–– Insufficient power pins to support high speed CPUsInsufficient power pins to support high speed CPUs–– Lot of cables required for power and I/O (power/reset Lot of cables required for power and I/O (power/reset

buttons, USB, IDE, SATA) buttons, USB, IDE, SATA) –– blocking airflow and poor blocking airflow and poor serviceability serviceability

•• PICMG 1.3 architecture is introduced to eliminate PICMG 1.3 architecture is introduced to eliminate the limitationsthe limitations

•• PICMG 1.3 also known as PICMG 1.3 also known as ““System Host Board PCI System Host Board PCI ExpressExpress”” or or ““SHB ExpressSHB Express””


PICMG 1.3 ArchitecturePICMG 1.3 Architecture

PCIe to PCI-XBridge

PCIe to PCIeSwitch

20 PCIeLanes

USB, SATA, LANIPMB & Power via C

PCI bus via D

PCIe X4 via A

PCIe X8 via A

PCIe X8 via BSHB

A

B

C

D

PCI-X slots

PCIe slots

PCIe slots

PCI slots


PICMG 1.3 vs PICMG 1.0: SpecificationPICMG 1.3 vs PICMG 1.0: Specification

PICMG 1.3 PICMG 1.0 Benefit

I/O Interface PCIe x4PCIe x8PCIe x8

PCI 32bit

ISA PCI (32 or 64-bit)

538 MB/s

No (all connectors on

SBC only)

20 Pins50W

Bandwidth 10,132 MB/s

High speed and new generation I/O

interface

20 times of I/O bandwidth between

SHB and BPEasy for system

integration and cable routing

Support new generation of

processor

I/O connector on BP (optional)

2 x LAN2 x USB

2 x SATAIPMB

Power Pins(From BP to SHB)

45 Pins553WTo Be Updated


PICMG 1.3 vs PICMG 1.0: PerformancePICMG 1.3 vs PICMG 1.0: Performance

I/O add-on #1SATA II RAID 0

I/O add-on #2SATA I RAID 0 I/O add-on #3

Gigabit LANPCI 32/33

PICMG 1.0 System Configuration- Advantech PCA-6190+PCA-6113P4R- P-4 3.06GHz / 1GB DDRII



I/O add-on #1SATA II RAID 0

I/O add-on #2SATA I RAID 0

I/O add-on #3Gigabit LAN

PCI 32/33

PCI-X 64/66

PCI-X 64/100

PICMG 1.3 System Configuration- Advantech PCE-5120+PCE-5B12- P-4 3.06GHz / 1GB DDRII



PICMG 1.3Max. Performance

455 MB/Sec

PICMG 1.0Max. Performance

135 MB/Sec



PICMG 1.3 PICMG 1.0

CPU card PCE-5120 PCA-6190

Back plane board PCE-5B12 PCA-6113P4R

CPU/Memory P-4 3.06GHz/1GB DDR2 P-4 3.06GHz/1GB DDR2

I/O add-on #1:

SATA II RAIDAdaptec 2810SA with 2 SATA II HDD at RAID 0

Adaptec 2810SA with 2 SATA II HDD at RAID 0

I/O add-on #2:

SATA I RAIDAdaptec 2410 SA with 2 SATA II HDD at RAID 0

Adaptec 2410 SA with 2 SATA II HDD at RAID 0

I/O add-on #3:

Gigabit LAN Intel Pro/1000MT Intel Pro/1000MT

I/O Meter

Testing Result455MB/Sec 135MB/Sec

Performance Testing Configuration List


Medical Trend – eHospital & eHealthcareMedical Trend – eHospital & eHealthcare

•• Vision of an Vision of an eHospitaleHospital–– eMedicaleMedical RecordRecord

Paperless, NoPaperless, No--delaydelay

–– eOrdereOrder EntryEntryMedical error cut 55%Medical error cut 55%

–– eDigitaleDigital RadiologyRadiologyFilmlessFilmless

–– eTelemedicineeTelemedicineExpend the Hospital reachExpend the Hospital reach


Equipment of eDigital RadiologyEquipment of eDigital Radiology


PICMG 1.3 platform can be the PICMG 1.3 platform can be the computing computing engineengine of of eDigitaleDigital Radiology EquipmentsRadiology Equipments

•• Common Requirement on Common Requirement on eDigitaleDigital Radiology Radiology EquipmentEquipment

–– Computing Power for Image ProcessingComputing Power for Image Processing–– I/O bandwidth for Image capture, transfer and displayI/O bandwidth for Image capture, transfer and display–– Lots of I/O slots for different function addLots of I/O slots for different function add--on cards on cards –– Reliability, Accessibility and ServiceabilityReliability, Accessibility and Serviceability–– Long Life support and customizationLong Life support and customization

Potential Opportunity – eDigital RadiologyPotential Opportunity – eDigital Radiology


An Application Example – Vascular X-rayAn Application Example – Vascular X-ray

LateralX-ray detector

FiberChannel

FrontalX-ray detector

Videodistribution

EthernetSwitch

KeyboardMouseVideo

MiniBOX

ACP-4000PCE-5120PCE-5B12

Signal busAdvantech System Customer Device

Computing Power Part ofVascular X-ray Equipment

Reset

ControlPanel

Scanner

Hospital LAN

FiberChannel

FiberChannel

FiberChannel

2 Color Videos

4 B&W Videos

KVM

Ethernet

USB,

Res

et

Central Processor

Frontal Processor

Lateral Processor

ACP-4000PCA-6189

PCA-6114P12X

ACP-4000PCA-6189

PCA-6114P12X


Advantech PICMG 1.3 Total SolutionAdvantech PICMG 1.3 Total Solution

•• Advantech is committed to serve as PICMG Advantech is committed to serve as PICMG 1.3 Total Solution Provider1.3 Total Solution Provider

–– Server, Desktop and LowServer, Desktop and Low--power SHBpower SHB

–– FullFull--size and Halfsize and Half--sizesize–– Flexible Combination of Flexible Combination of

BackplanesBackplanes–– Chassis and accessory Chassis and accessory

solutionssolutions–– SNMP, IPMI system SNMP, IPMI system

management solutionsmanagement solutions


•12-slot bp 15 slots Chassis•One CPU card slot •PCI-E slot: Two x8•PCI-X slot: Two 64/100; Four 64/66 •PCI slot: Four 32/33

PCEPCE--5B12 5B12 FullFull--sized sized

PICM

G 1.3 B

ackplanePIC

MG

1.3 SHB

•LGA775 Pentium 4 & Cedar Mill•945G + ICH7R•DDRII 533/667 up to 4GB•PCI-E bus to BP: four x1 & one x16•Two GbE port: Intel 82573

PCEPCE--5120 5120 FullFull--sizedsized

•Dual Xeon up to 3.6GFSB 800/ 2M •E7520 (Lindenhurst) + 6300ESB •DDRII 400 up to 8GB, ECC•PCI-E bus to BP: one x4 & two x8•Two GbE port: Broadcom 5715C

PCEPCE--7210 7210 FullFull--sizedsized

Q2’06

Advantech PICMG 1.3 SHB & BP Roadmap Advantech PICMG 1.3 SHB & BP Roadmap

Q2’06

•13-slot backplane for 15 slots Chassis•One CPU card slot •PCI-E slot: Two x8•PCI-X slot: Two 64/100; Four 64/66 •PCI slot: Four 32/33

PCEPCE--7B13 7B13 FullFull--sized sized

Q2’06 •7-slot BP for 8 slots chassis•One CPU card slot•PCI-E slot: One x16•PCI-E slot: One x4•PCI slot: Four 32/33

PCEPCE--5B085B08

Q2’06

•6-slot BP for 6 slots chassis•One CPU card slot•PCI-E slot: One x16•PCI slot: Four 32/33

PCEPCE--5B06 5B06 PCI x 4PCI x 4Q2’06

•6-slot BP for 6 slots chassis•One CPU card slot•PCI-E slot: One x16•PCIe slot: Four x1

PCEPCE--5B06 5B06 PCIePCIe x 4x 4

•479pin Pentium M•945GM + ICH7DH•DDRII 533 up to 2GB•PCI-E bus to BP: four x1 & one x16•Two GbE port: Intel 82573

PCEPCE--3130 3130 HalfHalf--sizedsized

Q4’06

•6-slot BP for 6 slots chassis•One CPU card slot•PCI-E slot: One x16•PCI-X slot: •PCI slot: Four 32/33 via bridge

PCEPCE--3B06 3B06 HalfHalf--sizedsized

Q4’06

•6-slot BP for 2U chassis•One CPU card slot•PCI-E slot: One x15•PCI slot: Four 32/33

PCEPCE--DT 2U BPDT 2U BP

Q2’06

Q2’06

Q2’06

Server Desktop Low Power


New Products: PCE-7210 (preliminary)New Products: PCE-7210 (preliminary)Q2, 06

•• PICMG 1.3 SHB support Intel Xeon / LV Xeon 604 800 FSB CPU PICMG 1.3 SHB support Intel Xeon / LV Xeon 604 800 FSB CPU up to up to 3.8 GHz3.8 GHz

•• Intel 7520 + 6300ESB solutionIntel 7520 + 6300ESB solution•• Dual Channel Dual Channel DDRIIDDRII 400 ECC memory up to 8 GB400 ECC memory up to 8 GB•• ATI RAEDOM 7000ATI RAEDOM 7000--M VGA, Dual Giga LAN, USB 2.0, M VGA, Dual Giga LAN, USB 2.0, SATASATA, , DVIDVI•• 2 2 PCIePCIe x8 and 1 x8 and 1 PCIePCIe x4 down to back planex4 down to back plane


New Products: PCE-5120 (preliminary)New Products: PCE-5120 (preliminary)Q2, 06

•• PICMG 1.3 SHB support Intel P4 PICMG 1.3 SHB support Intel P4 LGA775LGA775 533/800 CPU 533/800 CPU up to 3.8 GHzup to 3.8 GHz•• Intel 945G + ICH7R solutionIntel 945G + ICH7R solution•• Dual Channel Dual Channel DDRIIDDRII 400/533 up to 4 GB400/533 up to 4 GB•• Embedded VGA, Dual Giga LAN, USB 2.0, Embedded VGA, Dual Giga LAN, USB 2.0, •• 4 SATA (SW RAID 0, 1, 10)4 SATA (SW RAID 0, 1, 10)•• 1 1 PCIePCIe x16 and 4 x16 and 4 PCIePCIe x1 down to backplanex1 down to backplane


SummarySummary

•• PICMG 1.3 platform is the ideal solution as the PICMG 1.3 platform is the ideal solution as the computing power of Medical Radiology Equipmentcomputing power of Medical Radiology Equipment

•• Wide application field for I/O intensive applicationsWide application field for I/O intensive applications–– 3D Graphic/Image Processing3D Graphic/Image Processing–– Digital Audio ProcessingDigital Audio Processing–– SimulationSimulation–– Digital Video Surveillance (DVS)Digital Video Surveillance (DVS)

•• Advantech commits to be the PICMG 1.3 total solution Advantech commits to be the PICMG 1.3 total solution providerprovider


Thank YouThank YouSystem Component instead of Component System

picmg 1.3 to enhance data/image processing … 1.3 to enhance data/image processing performance -...

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