IBM 500 manual Vital Product Data, VPD Layout in Smbios, Smbios Type 11 Structure Layout

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SurePOS 500 4846-XX5 Technical Reference

3.13 Vital Product Data

Vital Product Data (VPD) is the IBM-specific information about a system. The data includes values such as machine type, model, serial number, BIOS/Flash revision, system board unique ID, etc. VPD is accessed through SMBIOS, as defined in the SMBIOS specification.

3.13.1 VPD Layout in SMBIOS

This section describes the traditional VPD. Refer to the SMBIOS specification for methods of accessing these fields.

Data field

SMBIOS record Type and Field

Data type

Field length

 

Type 0 “BIOS Version”

ASCII

7

BIOS level

string

 

 

 

Example: X6KT100

 

 

 

Type 1 “Product name” and “Version”

ASCII

7

Machine

string

 

 

type/model

 

 

 

Example: 4846545

 

 

 

The machine type/model does not have dashes or spaces in SMBIOS

 

System serial

Type 1 “Serial Number”

ASCII

7

number

string

 

 

Product Family

Type 1 “Family”, Type 11

ASCII

11

string

 

 

 

 

Type 1 “UUID”, offset 0Ah

hex

6

 

 

LAN MAC

 

 

 

Usage: The LAN MAC address can be parsed from the Type 01 “UUID” field, offset 10 (0Ah).

Address

For example, if the UUID is 40 3E 4C 58 76 7B DA 11 A4 29 00 14 5E 14 00 15, the MAC

 

address is 00 14 5E 14 00 15.

 

 

 

 

 

 

3.13.2 SMBIOS Type 11 Structure Layout

The format of the SMBIOS Type 11 Structure for OEM strings is as follows:

Offset

Name

Length

Value

Description

00h

Type

1 byte

0Bh

OEM strings structure indicator

01h

Length

1 byte

05h

Length of structure

02h

Handle

2 bytes

varies

 

04h

Count

1 byte

varies

Number of strings in this structure

05h

Product Family

11 bytes

ASCII

“SurePOS 500”

String

string

 

 

 

3.13.3 VPD using Int 15h

;Get pointer to VPD block

mov ax, 0d207h

int 15h

;ES:DI now points to the following structure:

vpdDataStruc

STRUC

 

 

 

header

 

DW

55aah

vpdSignature

DB

'VPD'

vpdLength

DB

48

 

reserved

DB

7

dup(20h)

buildID

DB

9

dup(20h)

boxSerial

DB

7

dup(20h)

uniqueID

DB

11

dup(20H)

machineType

DB

7

dup(20h)

vpdChecksum

DB

?

 

vpdDataStruc

ENDS

 

 

 

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Contents SurePOS 500 4846-545/565 Technical Reference SurePOS 500 4846-XX5 Technical ReferenceChange History Version Date Change Description 16/07 Initial ReleaseTable of Contents Error! Bookmark not defined Environmental SpecificationsHighlights SpecificationsIntroduction Models80GB Sata Related PublicationsLAN Feature 4846-XX5 4840-XX3/XX4 4851-514 Comparison with predecessor productsProduct Structure Factory Select FeatureKey optional features Ship GroupSystem management Supported DevicesOperating System/POS Driver Support System management programsRemote management System DiagnosticsPhysical Characteristics Dimensions and weights Supported memory keysComponent Weight Measurement a Measurement B See figure belowVisual Indicators ControlsIdentifier Function Connector/Controls IdentifierMSR SurePOS 500 4846-XX5 Technical Reference Product Description Block Diagram South Bridge Intel ICH6 LogicProcessor Intel Celeron D 326 2.53Ghz Subsystem Smsc SC3106 Super I/O ControllerHard Disk Drive Integrated and Distributed 11.3 LCDMagnetic Stripe Reader Inch TFTAll Points Addressable APA Display Attribute SpecificationBIG5 Built-in speakers X6X models only Standard Bios Features Bios and software descriptionSetup Functional StandardsBios Interrupts Fixed Bios Entry Points BDA Memory Addresses SurePOS 500 4846-XX5 Technical Reference Memory Map Ebda Memory AddressesStart Location Length in bytes Description Comments Video Modes COM Port SetupPhysical Tailgate Function Connector Location Default Port TypeCGA Xvga VGASvga SxgaOnboard LCD and one extra attached LCD Display mode and operating system restrictionsDisplay Configuration Definition Operating system with display combinations and restrictionsSupported video resolutions in Windows operating system Power Management 3.11.1 APMFunction Supported From State Acpi System Information Data Smbios Cumulative Structure ListVPD using Int 15h VPD Layout in SmbiosSmbios Type 11 Structure Layout Vital Product DataEnvironmental Specifications Ergonomics and accessibility MpriiExternal Ports Port Power RatingsPort Electrical Interface Connector Type Port ListingMSR connector Connector Pinouts Customer Display ConnectorPin Connector Keyboard, Mouse connector USB Plus PowerUSB port connector Pin Signal Shell ShieldHeadphone Connector Microphone connectorSerial Connector MON ID1 Ethernet connectorExternal video connector MON ID3Internal Customer Display Signal Pin number, RJ45 End Pin number, RS232 endCash Drawer 5 RJ45 to RS232 CableCmos Setup Utility Standard Cmos Features Hard Disk Boot Priority Advanced Bios FeaturesCPU Feature CD-ROM Boot PrioritySecond Boot Device First Boot DeviceQuick Power On Self Test OptionsBoot Other Device Third Boot DeviceFourth Boot Device Alternate Boot SequenceSecurity Option No Setup Touch EntryBoot Up NumLock Status HDD S.M.A.R.T. CapabilityCPU Feature Hard Disk Boot PriorityThermal Management Limit Cpuid MaxVal Execute Disable BitIntegrated Peripherals On-Chip Serial ATASerial Port a IRQ Onboard DeviceSerial Port a I/O Options Serial Port B I/OMSR I/O Options Serial Port D I/OSerial Port D IRQ Options Serial Port D FunctionSerial Port C I/O SurePOS 500 4846-XX5 Technical Reference Touch Screen I/OTouch Screen IRQ Serial Port C IRQUSB 2.0 Controller On Board DeviceUSB Controller USB Keyboard SupportAudio Support Typematic Rate SettingOptions Typematic Delay Msec PC-Beep from SpeakerPower Management Power Management SetupSuspend Mode Power Button Mode HDD Power DownState After Power Failure Time hhmmss Alarm Wake on AlarmDate of Month Alarm SurePOS 500 4846-XX5 Technical Reference OptionsReset Configuration Data PnP/PCI ConfigurationsPNP OS Installed Resources Controlled ByPC Health Status CPU Fan Speed Thermal ProfileThermal Profile END of Document

500 specifications

The IBM 500 is a significant player in the world of enterprise solutions, particularly known for its robust capabilities in data processing and analytics. Designed to meet the evolving needs of businesses, the IBM 500 stands out due to its outstanding features that enhance performance, reliability, and scalability, making it a preferred choice for organizations of various sizes.

At the heart of the IBM 500 lies its powerful processing unit, which leverages IBM’s latest Power architecture. This architecture is renowned for its high throughput and efficient energy consumption, allowing businesses to run complex applications seamlessly. With multiple cores and threads, the IBM 500 can handle large volumes of data and execute extensive workloads concurrently, making it ideal for data-intensive operations.

One of the key features of the IBM 500 is its advanced analytics capability. It incorporates IBM Watson technology, which enables organizations to utilize artificial intelligence and machine learning to derive actionable insights from their data. This functionality is crucial for businesses looking to enhance decision-making processes and remain competitive in the market.

The IBM 500 also boasts robust security features. With built-in encryption, compliance monitoring, and advanced user access controls, organizations can safeguard their sensitive data against unauthorized access and potential breaches. This is increasingly important in today’s landscape, where data privacy regulations are becoming more stringent.

In terms of connectivity, the IBM 500 supports a wide range of connectivity options, including high-speed networking and integration with cloud services. This flexibility allows businesses to link their on-premise environments with cloud infrastructures, facilitating hybrid cloud strategies.

Additionally, the IBM 500 is designed with high availability in mind. It includes redundant components and support for failover systems, ensuring that businesses can maintain operations without interruption. This reliability is critical for organizations that cannot afford downtime, such as those in finance, healthcare, or e-commerce.

IBM’s commitment to sustainability is also reflected in the design of the IBM 500. The system is optimized for lower energy consumption, contributing to organizations’ goals for reducing their carbon footprint while maintaining high performance.

Overall, the IBM 500 combines powerful processing, advanced analytics, robust security, and reliable performance in a single solution. It is a testament to IBM’s dedication to providing cutting-edge technology that meets the needs of modern enterprises, while also allowing them to leverage innovation for sustainable growth. As businesses continue to adapt to digital transformations, the IBM 500 serves as a critical ally in navigating these changes effectively.