IBM 500 User Manual

SurePOS 500 4846-XX5 Technical Reference
SurePOS 500 4846-545/565 Technical Reference
Version: 1.1
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SurePOS 500 4846-XX5 Technical Reference
Change History
1.0 2/16/07 Initial Release
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SurePOS 500 4846-XX5 Technical Reference
Table of Contents
1.0 Introduction....................................................................................................................................................5
1.1 Highlights.......................................................................................................................................................5
1.2 Models...........................................................................................................................................................5
1.3 Specifications ................................................................................................................................................5
1.4 Related Publications......................................................................................................................................6
2.0 Product Structure..........................................................................................................................................8
2.1 Factory Select Feature..................................................................................................................................8
2.2 Key optional features.....................................................................................................................................8
2.3 Ship Group ....................................................................................................................................................8
2.4 Supported Devices........................................................................................................................................9
2.5 Operating System/POS Driver Support.........................................................................................................9
2.6 System management.....................................................................................................................................9
2.6.1 System management programs............................................................................................................9
2.6.2 Remote management.........................................................................................................................10
2.7 System Diagnostics.....................................................................................................................................10
2.7.1 Supported memory keys.....................................................................................................................10
2.8 Physical Characteristics ..............................................................................................................................10
2.8.1 Dimensions and weights.....................................................................................................................10
2.8.1.1 System .......................................................................................................................................10
2.8.1.2 Weights of features....................................................................................................................11
2.8.1.3 Dimensions with Trays...............................................................................................................11
2.8.2 Controls...............................................................................................................................................12
2.8.3 Visual Indicators..................................................................................................................................12
2.8.4 Connector/Controls Identifier..............................................................................................................13
2.9 Product Description.....................................................................................................................................15
2.9.1 Block Diagram.....................................................................................................................................15
2.10 Logic ............................................................................................................................................................16
2.11 Component specifications ...........................................................................................................................17
2.11.1 4GB Modular Flash Drive ...................................................................................................................17
2.11.2 Hard Disk Drive...................................................................................................................................17
2.11.3 LCD.....................................................................................................................................................18
2.11.4 Magnetic Stripe Reader......................................................................................................................18
2.11.5 Integrated and Distributed 2x20..........................................................................................................18
2.11.6 All Points Addressable (APA) Display ................................................................................................19
2.11.7 Built-in speakers (XX5 models only)...................................................................................................20
3.0 BIOS and software description..................................................................................................................21
3.1 Setup ...........................................................................................................................................................21
3.2 Functional Standards...................................................................................................................................21
3.3 Standard BIOS Features.............................................................................................................................21
3.4 BIOS Interrupts............................................................................................................................................22
3.5 Fixed BIOS Entry Points..............................................................................................................................23
3.6 BDA Memory Addresses.............................................................................................................................24
3.7 EBDA Memory Addresses...........................................................................................................................26
3.8 Memory Map................................................................................................................................................26
3.9 COM Port Setup..........................................................................................................................................27
3.10 Video Modes................................................................................................................................................27
3.10.1 Display mode and operating system restrictions................................................................................30
3.11 Power Management ....................................................................................................................................31
3.11.1 APM....................................................................................................................................................31
3.11.2 ACPI....................................................................................................................................................32
3.12 System Information Data.............................................................................................................................33
3.12.1 SMBIOS..............................................................................................................................................33
3.12.2 Cumulative Structure List....................................................................................................................33
3.13 Vital Product Data........................................................................................................................................34
3.13.1 VPD Layout in SMBIOS......................................................................................................................34
3.13.2 SMBIOS Type 11 Structure Layout ....................................................................................................34
4.0 Reliability and Serviceability......................................................................................................................34
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SurePOS 500 4846-XX5 Technical Reference
4.1 Usage ........................................................................................................... Error! Bookmark not defined.
5.0 Environmental Specifications....................................................................................................................35
5.1 Temperature/Humidity Limits.......................................................................................................................35
5.2 Altitude Limits..............................................................................................................................................35
5.3 Power...........................................................................................................................................................35
5.4 Acoustics .....................................................................................................................................................35
5.5 Standards Compliance................................................................................................................................35
5.5.1 Product Certifications..........................................................................................................................35
5.5.2 Ergonomics and accessibility..............................................................................................................36
6.0 External Ports ..............................................................................................................................................37
6.1 Port Listing...................................................................................................................................................37
6.2 Port Power Ratings......................................................................................................................................37
6.3 Connector Pinouts.......................................................................................................................................38
6.3.1 Customer Display Connector..............................................................................................................38
6.3.2 MSR connector...................................................................................................................................38
6.3.3 USB Plus Power (2x)..........................................................................................................................39
6.3.4 USB port connector (7x).....................................................................................................................39
6.3.5 Keyboard, Mouse connector (2x)........................................................................................................39
6.3.6 Microphone connector........................................................................................................................40
6.3.7 Headphone Connector........................................................................................................................40
6.4 Serial Connector (x3)...................................................................................................................................40
6.4.1 Ethernet connector..............................................................................................................................41
6.4.2 External video connector ....................................................................................................................41
6.4.3 Cash Drawer (x2)................................................................................................................................42
6.4.4 Internal Customer Display ..................................................................................................................42
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SurePOS 500 4846-XX5 Technical Reference
1.0 Introduction
1.1 Highlights
The SurePOS 500 system units with integrated touch screens will help you easily create the right solutio n for your business.
The SurePOS 500 Series models offer:
An Intel Celeron D 326 (2.53 GHz) processor
512MB of DDR2 memory standard, upgradeable to 1 GB, 1.5GB, or 2GB.
8 to 128 MB UMA video memory
A 80 GB SATA II HDD or greater
15" (12.1" and 17” optional) Infrared (IR) touch
Enhanced wireless integration kit providing coverage and flexibility to meet most country-specific wireless
requirements by utilizing USB technology (USB wireless Dongle not included). Th e Performance multimedia models also offer the capability to add wireless support via PC card slot
Enhanced systems management
Port enhancements, including powered 12V and 24V USB 2.0 ports, standard
A wide range of optional features including receipt printers, displays, and trays to keep the counter neat.
1.2 Models
Model Base/Admin Model WEPOS
545 Base No No No Depot 565 Base No No Yes Depot E45 Base Yes No No Depot E65 Base Yes No Yes Depot 54Z Admin of 545 No No No IOR 24x7 56Z Admin of 565 No No Yes IOR 24x7 E4Z Admin of E45 Yes No No IOR 24x7 E6Z Admin of E65 Yes No Yes IOR 24x7 P45 Admin of 545 No Yes No IOR 24x7 P65 Admin of 565 No Yes Yes IOR 24x7
Bundled Printer
Audio/PC Card function
Warranty
1.3 Specifications
4846 Model 545 4846 Model 565
Processor 2.53Ghz Intel 326 Celeron D FSB Speed 533/800 Mhz Celeron/Pentium4 Chipset Intel 915GV / ICH6 BIOS Award Main Memory 512MB – 1GB DDR2 DIMM, 2 slots, (2 GB max)
Video Secondary Video Adapter ATI Radeon 7000
LCD
Integrated 2D/3D Intel graphics controller
(simultaneous support only for CRT output)
One of the following:
800x600 12.1-in TFT (2 bulb)
1024x768 15-in TFT (2 bulb)
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1280x1024 17-in TFT (4 bulb)
Touch IBM enhanced ELO Infra-red Audio None
Mass Storage LAN 10BaseT/100BaseTx Ethernet
Expansion N/A Type II PC-Card Slot
7 Standard USB (3 display tablet, 4 tower rear)
1 12V Powered USB 2.0 (rear)
I/O Ports and Connectors
1 Powered RS232 (External Customer Display)
Headphone/Microphone – on 565 Model
I/O Devices
Indicators
Controls
OS PC DOS 2000, Windows (2000, XP, WEPOS) Ruggedization Power Supply 155 W Continuous Duty / 225W Maximum Internal Switching Supply Mounting
Security
80GB SATA II
4GB Modular Flash Drive
Mouse, Keyboard (rear)
1 24V Powered USB (rear)
2 Cash Drawer
3 Unpowered RS232
RJ45 Ethernet LAN
External CRT
External Floppy (USB)
MSR (3-Track/JUCC)
Integrated 2x20
Distributed 2x20
Distributed APA
Power
HDD activity
Power
LCD Brightness
Volume (with speaker kit)
Spill resistant (NEMA/IEC)
Retail Hardened (ESD)
Free Standing
Integration Trays
Power On Password
Bolt down/Tray Mounting
AC97 compliant codec;
Amplified stereo speakers
1.4 Related Publications
SurePOS 500 Series Planning, Installation, and Operation Guide for Models 545 and 565, GA27-4365
This guide provides information necessary to install and set up the IBM SurePOS® 500 Series Models 545 and
565. This document is intended for the person who will install, set up, and manage the 4846-xx5 systems
IBM SurePOS 500 Series Hardware Service Guide for Models 545 and 565, SY27-0417
This document provides information on repairing and maintaining the system unit device, including parts listings, troubleshooting, and removal and replacement procedures.
IBM SurePOS 500 Series Operating System Installation Guide for Models 545 and 565, GA30-4132
This guide provides step-by-step information on installing the operating software for the product.
IBM Point of Sale Options and I/O Devices Service Guide, GC30-9737
This guide describes the problem-determination and repair proced ures for cash drawers, displays, keyboards, and options that are attached to IBM(R) SurePOS(TM) systems.
To access these publications:
Go to www.ibm.com/solutions/retail/store/ Page 6 of 63
SurePOS 500 4846-XX5 Technical Reference
Select Support, then select Publications.
1.5 Comparison with predecessor products
Feature 4846-XX5 4840-XX3/XX4 4851-514
Processor
Processor, max clock speed
North Bridge/GMCH
South Bridge/ICH ICH6 ICH4 VT8237R System Memory 2.0GB Max. 2.0GB Max. 2.0GB Max. System Memory
Technology Integrated Video
Controller
Video Memory
Multi Monitor Touch Screen
Technology Keyboard ports Rear PS/2 KB Parallel Port None One None 10/100Mbit
Ethernet
USB Specification
Flash Storage Powered USB
Ports Standard USB
Ports Operating System
Pentium 4/Celeron (Prescott)
Celeron D 326 (2.53GHZ ) upgradable to Prescott 551 (3.4Ghz)
Intel 82915GV (Lakeport)
DDR2 533Mhz maximum Intel Graphics Media
Accelerator 900 integrated into chipset
Up to 128 MB,shared with system memory
True multi monitor with dual video adapter
IBM enhanced ELO IR ELO IR (Carroll Touch)
ICH6 integrated MAC, External Intel 82562GT PHY
All Ports Low, Full, and High Speed
Internal M-Systems USB flash card, mb mount
One 12v and One 24v Power Ports
7 Standard (9 total ports) 6 Standard ports (8 total ports) 4 Standard (5 total ports) Supported: Windows
2000, XP, WEPOS, DOS
Pentium 4/Celeron (Northwood) Via C3
Celeron 2.0GHz upgradable to
2.8Ghz Intel 82845GV (Brookdale)
GMCH
Double Data Rate (DDR) SDRAM, 266Mhz *
Intel Extreme Graphics, 2D/3D 128b BLT/256b Fill engine
Up to 64MB UMA with Windows Driver, 8MB DOS legacy mode
True multi monitor w/ Cedar adapter
Side and Rear (exclusive) PS/2 KB
ICH4 integrated MAC, External Intel 82562ET PHY
Tower - Low, Full, High Speed (480Mb/s) Ports Tablet – Low, Full Speed
Compact Flash card and adapter, replaces HDD
One 12v and One 24v Powered Ports
Supported: Win 2000, Win XP, DOS, IBM IRES (XX3 only)
1.2Ghz
CLE266
DDR 266Mhz *
S3 Graphics, 2D/3D 128b engine
Up to 32MB UMA
No 2nd display option ELO 5 Wire-Resistive
(Accutouch) Rear PS/2 KB
VT8237 integrated MAC, Via External PHY
All Ports Low, Full, and High Speed
RPQ required
One 24V Power Port
Supported: Windows 2000, XP, WEPOS, DOS
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SurePOS 500 4846-XX5 Technical Reference
2.0 Product Structure
For detailed product offering information:
Go to www-306.ibm.com/common/ssi/OIX.wss
Select HW and SW desc (sales ma nual)
Enter 4846-545 as keyword
2.1 Factory Select Feature
Feature Description
Memory 512 MB, 1 GB, 2 GB DDR2 533MHz (2 x 1GB) LCD Size 12-inch, 15-inch, 17-inch Dual Video Dual Video adapter card Modular Flash Drive 4GB Modular Flash Drive
2.2 Key optional features
Feature Comments
Integrated 2x20 Customer Display New P/N to 4846 Distributed 2x20 Customer Display Common with 4840 Distributed APA Customer Display Common with 4840 3-Track MSR New P/N to 4846 JUCC MSR New P/N to 4846 Counter Integration Tray (SST) New P/N – new fillers added Standard CD Integration Tray (4610/kybd) New P/N – new fillers added Compact CD Integration Tray (keyboard only) Not offered Cash Drawer (standard, compact) Existing P/N Compact A/N POS Keyboard Existing P/N Serial Cable, RJ45 to DB9, 0.7m Existing P/N Serial Cable, RJ45 to DB9, 2.0m Existing P/N 4610-TF6/7 Power Cable, 0.7m Existing P/N 4610-TF6/7 Power Cable, 2.0m Existing P/N
2.3 Ship Group
The following items are included with the unit:
Cat 5 Ethernet Cable (4.3m), P/N 41A3 531
Serial Cable, RJ45 to DB9 (0.7m), P/N 40N5341
The following items are picked packed per order at fulfillment center:
Warranty Sheet
Regulatory and Safety Message s Booklet (GA27-4004)
Hazardous Substance Table (China)
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Power cord selected by country code
2.4 Supported Devices
The following industry standard devices have been tested for use subject to restrictions defined in the Operating System support section. Other industry devices may be supported using standard interfaces; however, no testing has been done to insure functionality in all aspects.
Device Comments
4610 Printers (RS232 or USB interfaces)
4820 Surepoint Display (RS232 or USB interface) Compact Retail A/N Keyboard Keyboard MSR not supported if system MSR installed PC Cards
All models. RS232 models can powered via USB Plus power port using 4810 Power cable (feature code 3912 or 3913)
All Models. Touch models provide dual touch in addition to dual display.
Refer to IBM RSS Knowledgebase for latest listing of tested devices
2.5 Operating System/POS Driver Support
SurePOS 500 Models 545 and 565 supported operating systems
Support for Point of Sale application drivers
Operating system
PC DOS 2000 Hardware direct interface only Windows 2000, XP
Windows Embedded Point of Service (WEPOS) Power management via ACPI Notes:
Only DOS full screen mode supported due to touch screen alignment requirements.
Windows DB CS versions supported.
Linux Via RPQ only IBM Retail Environment for SUSE
Linux
Note:
1
The standby and hibernation modes are not supported with WEPOS.
(MSRs, customer displays, cash drawers, tone)
IBM UPOS Drivers for Windows, Version
1.9.2 or later. (Includes JavaPOS drivers for Windows and OPOS drivers.)
Ask IBM sales representative regarding availability
Application Driver Notes
Driver updates are required from previous SurePOS 500 models. MSR and Scanner in Wedge mode is not supported.
2.6 System management
This section describes the types of system management available with the SurePOS 500.
2.6.1 System management programs
The SurePOS 500 Series supports the following system and power management programs:
Desktop Management Interface
The SurePOS 500 Series supports System Management BIOS (SMBIOS) v2.4, supporting a DMI-compliant agent such as Tivoli BIOS level, processor type, speed, manufacturer, system-board information, and detailed memory information.
(R)
. This allows access to low-level information. Examples of information that can be accessed are the
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RDM (Remote Deployment Manager) and IBM Director.
RDM can install an OS and update BIOS remotely and probe machines for low-level information. IBM Director can remotely configure applications and operating systems, transfer files, and inventory workstations on a network.
APM
APM consists of several layers of software that allow the operating system, applications, and BIOS to work together to reduce power consumption. APM is supported on DOS and Linux platforms.
Advanced Configuration and Power Interface
Advanced Configuration and Power Interface (ACPI) V1.0 defines a hardware and software interface and tables by which the operating system can alter the characteristics of the hardwa re-specific devices. ACPI is supported on Windows 2000 and Windows XP.
Power up on LAN
This feature enables the system to power on when it receives a specific frame over the local area network (LAN) through the 10/100-Mbps Ethernet feature. You can enable power up (wake) on LAN by enabling Wake on LAN in the CMOS Setup Utility program.
Power up (wake) on daily alarm
This feature enables the system to turn on at the same time every day. You can enable power up (wake) on daily alarm by enabling Wake on Alarm in the CMOS Setup Utility program.
RMA
IBM Remote Management Agent is a component of IBM Store Integration Framework that simplifies the delivery of new consumer-facing devices in stores to support the delivery of superior service. For more informatio n, see the Retail Store Solutions web site.
2.6.2 Remote management
The SurePOS 500 Models 545 and 565 supports remote system management o v er the network. The following functions are supported:
Selectable startup sequence
Update POST/BIOS from the network
Ethernet
Power up (wake) o n LAN
2.7 System Diagnostics
Diagnostics for the SurePOS 500 Models 545 and 565 are available on the IBM Diagnostics for POS Systems and Peripherals package. This package installs to a memory key.
2.7.1 Supported memory keys
The following memory keys are supported by the SurePOS 500 Models 545 and 565:
IBM USB 2.0 (1 GB), FRU: 41D9746 Go to www.ibm.com
PNY USB 2.0 (1 GB), PNY P-FD01GU20-RF Go to http://www2.pny.com for details on this USB key.
for details on this USB key
2.8 Physical Characteristics
2.8.1 Dimensions and weights
2.8.1.1 System
4846 Weight Height: Height Depth: Depth: Width
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Tower and 12-in. tablet
Tower and 15-in. tablet
Tower and 17-in. tablet
11.3 kg (25 lbs)
12.2 kg (27 lbs)
14.51 kg (32 lbs)
Tablet at 15 degrees
357.9 mm (14.0 in.)
381.8 mm (15.0 in.)
404.5 mm (15.93 in.)
maximum Tablet at 15
degrees
374.1 mm (14.7 in.)
393.6 mm (15.5 in.)
414.6 mm (16.32 in.)
316.8 mm (12.5 in.)
324.4 mm (12.8 in.)
335.2 mm (13.2 in.)
Tablet at 60 degrees
385.8 mm (15.2 in.)
405.8 mm (15.9 in.)
423.9 mm (16.7 in.)
307.9 mm (12.12 in.)
369 mm (14.5 in.)
402.3 mm (15.83 in.)
2.8.1.2 Weights of features
Component Weight
Integrated 2x20 display 0.2 kg (0.38 lbs) Distributed 2x20 display 0.5 kg (1.2 lbs) Distributed APA display 0.7 kg (1.6 lbs) MSR (three-track or JUCC) 0.16 kg (0.41 lbs)
2.8.1.3 Dimensions with Trays
Product with 12 in. tablet and the following: Counter top tray 382.4 mm (15.1 in.) 478.6 mm (18.8 in.) Cash drawer tray 493.5 mm (19.4 in.) 480.9 mm (18.9 in.) Retail tray 527.4 mm (20.8 in.) 489.2 mm (19.2 in.) Product with 15 in. tablet and the following: Counter top tray 406.2 mm (15.9 in. ) 509.2 mm (20.0 in.) Cash drawer tray 517.3 mm (20.4 in.) 511.4 mm (20.1 in) Retail tray 551.1 mm (21.7 in.) 519.7 mm (20.5 in.) Product with 17 in. tablet and the following: Counter top try 428.9 mm (16.9 in.) 525.9 mm (20.7 in.) Cash drawer 540 mm (21.3 in.) 528.1 mm (20.8 in.) Retail tray 573.8 mm (22.6 in.) 536.4 mm (21.1 in.)
Measurement A (see figure below)
Measurement B (see figure below)
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2.8.2 Controls
Function Actuation Location Operation
Power Toggles state between OFF and ON Brightness up Increases brightness by 1 step Brightness down
Momentary contact button
Under LCD chin
Decreases brightness by 1 step
2.8.3 Visual Indicators
Function Color Location State
Off - System Off
Power Green Front bezel
HDD Yellow Front bezel
Wired LAN Green Tailgate (RJ45 connector)
Blinking - Standby/during POST On – Operational
Off - No activity Blinking - HDD activity
Left LED States – Off - 10 Mb mode – On - 100 Mb mode Right LED States – Off - No link – On - Good Link – Blinking - Network activity
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2.8.4 Connector/Controls Identifier
Identifier Function
A MSR B, C USB 2.0 D Tablet attachment E Touch Ring F USB 2.0 G/H Brightness up/down buttons
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I Power control J RS232 K External Display / RS232 L Analog Video M Keyboard N Mouse O/P Cash Drawer Q Ethernet R 24V USB 2.0 Plus Power S 12V USB 2.0 Plus Power T USB 2.0 (4x)
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2.9 Product Description
2.9.1 Block Diagram
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2.10 Logic
Processor: Intel Celeron D 326 2.53Ghz
LGA775 Socket
16K Level 1 cache / 256KB Level 2 cache
533Mhz Front Side Bus
Streaming SIMD Extensions 3
Execute Disable Bit
Hyperthreading is not supported by Celeron
Support Extended Memory 64 Technology (EM64T)
To inquire about P4 support, contact an IBM sales representative North Bridge: Intel 82915GV
Processor Interface
533Mhz front side bus (800Mhz capable)
System Memory
Supports up to 2GB DDR2 533Mhz DRAM (PC2-4200 DDR2): 512 GB, 512GB, 1GB DIMM’s supported
One or two 64-bit wide DDR2 SDRAM data channels
Bandwidth up to 8.5 GB/s in dual-channel interleaved mode
Non-ECC memory only
Intel GMA 900 2D/3D
133 Mhz Core
Direct 9x Support
Dynamic Memory Video Technology V3.0 using up to 128MB video memory
2.0 GB/s Link to South Bridge
Digital Display Support
SDVO output
200Mhz dot clock
Scaling using Chrontel 7308 LVDS scaler
Analog Displ ay Support
400Mhz Integrated 24-bit RAMDAC
Up to 2047x1536@85Hz refresh
Note:
Dual channel mode requires two matching size DIMM’s installed. When a si ngle DIMM is installed or two dissimilar size DIMM’s are installed, the memory operates in single channel mode.
South Bridge: Intel ICH6
PCI Bus support, Rev 2.3, 33 Mhz
Serial ATA II support, 150 Mbps
Support for up to 8 USB 2.0/USB 1.1 ports
Support for wake up from sleeping states
Supports legacy keyboard/mouse software
Power Management Support
ACPI 2.0 compliant
APM-based legacy power management
Integrated LAN co ntroller
Wake on LAN with Magic Packet
10/100 Mb/s Ethernet
Support for AC-’97 2.3 audio codec
SMBus 2.0/I²C support
I/O Subsystem: SMSC SC3106 Super I/O Controller
RS232 support
Keyboard/Mouse support
Power Control
Temperature monitoring and fan control
Audio Subsystem: Realtek ALC202 codec (X6X models only)
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AC ’97 compliant audio
Supports 44.1K/48K/96K/192KHz DAC Independent Sample Rate
All ADCs Support 48K/192 K Hz Independent Sample Rate
1W + 1W amplifier
PC Card Support (TI PCI140A) (X6X models only)
Support for 1 Type II 5V/3.3V PC Card or 3.3V CardBus Cards
Hot insertion/removal support
Register-compatible with the Intel⎢ 82365SL-DF and 82365SL ExCA controllers
Secondary Video Adapter - ATI Radeon 7000 graphics processor
2D/3D capability, supports 3D resolutions (32-bit color) up to 2048x1536
32MB DDR onboard memory
Better 3D performance (than base video)
PCI 2.2 compliant : PCI-33
Touch
ELO-based Infra-redesign
RS232 interface to touch, mouse emulation
Flashable firmware via USB
Touch Specifications
Attribute Specification
Technology Modified ELO Infra-red Calibration Not required Input Method Finger, stylus (8mm diameter min.) Controller Resolution 1024x1024 Accuracy (std dev) 0.080-in.
Accuracy (max err) Drift None
Glass Finish Anti-glare Transmissiveness 92% Travel N/A Touch Activation Force None
0.047-in. (96%)
0.222-in (4%)
2.11 Component specifications
2.11.1 4GB Modular Flash Drive
Characteristic Specification
Interface USB 2.0 Data Reliability < 1 non-recoverable error in 1014 bits read Performance 20Mbps read / 10Mps write
2.11.2 Hard Disk Drive
Characteristics Specification
Form Factor 3.5-in Formatted Capacity (GB) 80GB or greater Interface SATA II, up to 3.0Gb/s Rotational Speed 7200 rpm
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Access Time – Read (inc. overhead) 13 ms typ Access Time – Write (inc. overhead) 15 ms typ
2.11.3 LCD
12-inch TFT 15-inch TFT 17-inch TFT
Interface Single Channel LVDS Single Channel LVDS Dual Channel LVDS Minimum Brightness (cd/m2)
(without front glass) Number of CCFL bulbs 2 2 4 Active Area (mm) 246.0H x 184.5 V 304.128H x 228.096 V 337.92H × 270.34 V Resolution (pixels) 800 x 600 1024 x 768 1280 x 1024 Color 24 bit 24 bit 24 bit Contrast Ratio (typ) 300:1 500:1 500:1 Minimum Backlight Life
(half brightness)
450 230 300
30,000 hrs 30,000 hrs 40,000 hrs
2.11.4 Magnetic Stripe Reader
Characteristic Specification
ISO 7811 Tracks 1,2,3 capability
Enable/Disable Carriage Return
Enable/Disable Sentinels
Programmable Sentinels
Features
Card Support
Coercivity of Magnetic Stripe 300 to 4000 Oe Read Direction Bi-directional Swipe Speed 5 to 60 inches per second Maximum Jitter 12% Error Rate Less than 0.5% Electrical Interface Serial Rated Life 500,000 swipes
Individually selectable Tracks
Flashable firmware
For details on configuring the MSR, go to the www.ibm.com/solutions/retail/store/support and search for knowledge base entry number R1001036
Standard
Mini-cards
Foil laminated cards
2.11.5 Integrated and Distributed 2x20
Integrated 2x20 Distributed 2x20
Technology Vacuum Fluorescent Format 2 rows, 20 characters Brightness (w/o lens) 300 cd/m2 300 cd/m2 Display Color (w/o
lens) Adjustment n/a Multi-position detent Character Box 5 x 7 5 x 7 Character Height (mm) 7.74 x 4.15 9.5 x 4.45
Green
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Emulations Logic Controls Emulation or IBM Multi-Mode
Code Page 437 (US/Euro) Code Page 897 (Katakana) Code Page 858 (Int'l) Code Page 852 (Central Europe)
Code Page 855 (Cyrillic) Character Sets (IBM Multi-mode)
User Defined Characters
Electrical Interface TTL Serial RS232 Power 5V 12V Power Consumption
(all pixels energized) Attachment Cable Pigtail 3.8 m (12 ft)
Code Page 857 (Turkey)
Code Page 862 (Israel)
Code Page 863 (Can Fr)
Code Page 864 (Arabic)
Code Page 865 (Nordic)
Code Page 808 (Cyrillic Russian)
Code Page 869 (Greece)
Logic Controls Mode: 1
IBM Mode: 8
6W 7.2 W
2.11.6 All Points Addressable (APA) Display
An external all points addressable customer display is supported. This is intended to meet DBCS language requirements. It attaches to the 15-Pin Powered serial port which provides power and signaling.
Attribute Specification
Technology Vacuum Fluorescent Brightness 300 cd/m2 Format (dot) 160 x 40 Active Area (mm) 132.55 x 32.95 Dot Size (mm) 0.58 (W) x 0.58 (H) Dot Pitch (mm) 0.83 (W) x 0.83 (H)
Display Color
Modes Built in Font Code Pages for Character Mode
5x7 A/N (4 and 5 line mode) 8x16 A/N English (2 line mode) 8x16 A/N Katakana (2 line mode) 16x16 Kanji (2 line mode) 16x16 Hanguel (2 line mode) 16x16 Simplified Chinese (2 line mode) 16x16 Traditional Chinese (2 line mode)
Character Box Height (mm) 5x7 8x16 16x16
Electrical Interface RS232 with 12 V power Power Consumption Adjustment Multi-position
Attachment Cable 3.8m
Green (peak wavelength 505 nm)
All Points Addressable (160x40) Character Mode
Futaba Standard IBM Code Page 437 modified Futaba Standard JIS X 208-1990 KS C 5601-1992 GB-2321-80 BIG5
3.90 (H) x 5.56 (W)
6.39 (H) x 13.03 (W)
13.03 (H) x 13.03 (W)
6W (typ)
8.4 (max)
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2.11.7 Built-in speakers (X6X models only)
Attribute Specification
Drivers 2 element, 1 way, sealed design Type 7 x 4 (28 mm x 40 mm x 15 mm deep) Impedance 12 ohm impedance Magnetic Shielding Yes Frequency Response 160Hz - 11 kHz (+/- 3 dB) Output
(rms EIAJ 10% THD 1kHz) Loudness 82 dB +/- 3 dB (1 Watt/ch @ 1 m) S/N Ratio 65 dB (IEC A weighted, ref 1 W) Volume Adjustment Knob Easily accessible on front of speaker unit Channel Separation 40 dB Total Harmonic Distortion 10% Input Voltage 10.8V V DC +/- 10% Input Sensitivity 1 V (1 W, 1kHz) Input Impedance 12 ohm (1 kHz) Power Consumption 4 W at maximum volume setting Input Terminal Molex 70555-0038 (power + signal)
1W + 1 W
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3.0 BIOS and software description
This section provides an overview of BIOS, SETUP, and system software.
3.1 Setup
The POST CMOS Setup Utility program provides menus for querying and configuration the system. The menus can be navigated using touch OR a keyboard attached to a USB or PS/2 port.
The CMOS Setup Configuration Utility has optional password protection. The password can be entered through on screen keypad or keyboard, and can only be numerical. If the password is forgotten, it can be cleared using the CMOS Clear Jumper located on the main card.
3.2 Functional Standards
BIOS Boot Specification, v1.01, January 11, 1996
Plug and Play BIOS Specification, v1.0A, May 5, 1994
Plug and Play BIOS MODIFICATION P aper for Plug and Play BIOS Specification, v1.0A, October 4, 1994
ATAPI Removable Media Device BIOS Specification, v1.0, January 30, 1997
PCI Local Bus Specificatio n, Revision 2.1, June 1, 1995
PCI BIOS Specification, Revision 2.3, March 29, 2002
El Torito Bootable CD-ROM Format Specification, v1.0, Janua ry 25, 1995
Preboot Execution Environment (PXE) Specification, Version 2.1.
Advanced Power M anagement Specification, v1.2
Advanced Configuratio n and Power Interface Specification, Revision 1.0b, February 2, 1999
DMI Specifications, v2.0
SMBIOS Specification, v2.4
Simple Boot Flag Specification, Version 2.1
PC 2001 System De sign Guide
Wired for Management Baseline 2.0 Review Request 77 Remote Lockout API
3.3 Standard BIOS Features
BIOS supports the following features:
Display checkpoints during POST on top-right corner
WfM Remote Lockout
Power-On Se lf Test (POST)
Warm Boot support
Memory Auto-detection
Hard Disk Auto-detection
Fast A20 Interface
Advanced Storage Featu res
SATA support
48-bit LBA (Logical Block Addressing) support with Int 13h extensions for drives >528MB
UDMA (Ultra DMA)
Storage Auto-detection
Self Monitoring Analysis and Reporting Technology (S.M.A.R.T.) Support
USB Legacy Support
USB 2.0 support
USB Keyboard/mouse for non-USB enabled OS’s
USB Keyboard support in Setup
Simple Boot Flag support
APM 1.2 Support
ACPI 1.0b Support
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Thermal management
3.4 BIOS Interrupts
This section lists the supported interrupt in DOS. Refer to the IBM Personal System/2 and Personal Computer BIOS Interface Technical Reference for additional information.
Int 02h – NMI
Int 05h - Print Scree n
Memory Location 50:00h.
This is a byte memory location. A value of 00h indicates that the print screen successfully completed or was not invoked. A value of 01h indicates that a print screen is in progress and subsequent print screens are ignored. A value of FFh indicates that the print screen terminated due to an error.
Int 08h - System Timer This interrupt modifies memory locations 40:6Ch, 40:70h, 40:40h, and 40:3Fh. It also invokes interrupt 1Ch.
Memory Location 40:6Ch This dword is incremented every Int 08h tick or 18.2 times per second. The memory location is reset to 00000000h when a 24-hour duration has elapsed.
Memory Location 40:70h This byte has a value of 00h until a 24 hour duration has elapsed. It is then set to 01h. The byte must be manually reset back to 00h.
Memory Location 40:40h This byte is decremented every interrupt 08h tick or 18.2 times per second. If the timer goes to 00h, the floppy motor is turned off and resets the floppy flags in memory location 40:3Fh.
Int 09h – Keyboard Called on every make or break keystroke. The 32-byte buffer starting at 40:1Eh is updated at the address pointed by the keyboard buffer tail pointer. The keyboard buffer tail pointer at memory location 40:1Ch is incremented by 2 unless it extends past the keyboard buffer, in which case it wraps. When a key is read, the keyboard buffer head pointer at memory location 40:1Ah is incremented by 2 unless it extends pass the keyboard buffe r, in which case it wraps. Special keys such as CTRL, ALT, or Shift update the status at memory location 40:17h, 40:18h and 40:96h. A CTRL-ALT-DELETE key sequence sets the reset flag at memory location 40:72h to 1234h and jumps to the reset vector.
Pressing the Pause key causes the interrupt handler to loop until a valid ASCII keystroke occurs. Pressing the Print Screen key causes an Interrupt 05h to be issued. A CTRL-BREAK sequence causes Interrupt 1Bh to be issued. Pressing the SysReq key causes Interrupt 15h Function 85h (System Request Key Pressed) to be issued. Any make keystroke causes Interrupt 15h Function 91h, Subfunction 02h (Interrupt complete from Keyboard) to be
issued. After any scan code is read from I/O port 60h and Int 15h, Function 4Fh (Keyboard Intercept) is issued. An EOI is
issued upon returning from the Keyboard Intercept.
Memory Location 40:1Eh This location is the start of a 32-byte keyboard buffer.
Memory Location 40:1Ah This word points to the next character in the keyboard buffer.
Memory Location 40:1Ch This word points to the last character in the keyboard buffer. If the value equals the value in memory location 40:1Ah, the keyboard buffer is empty. If the value is two bytes from the contents of memory location 40:1Ah, the keyboard buffer is full.
Memory Location 40:17h This byte contains the keyboard status byte.
Memory Location 40:18h This byte contains the extended keyboard status byte.
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Memory Location 40:96h This word contains the extended keyboard status.
Memory Location 40:72h This word contains the soft reset flag.
Int 10h – Video This interrupt is supported by the video ROM. Int 11h - Equipment Determination
Returns the data at memory location 40:10h.
Memory Location 40:10h This word contains the equipment list.
Int 12h - Base Memory Size Returns the value at memory location 40:13h.
Memory Location 40:13h This word contains the amount of memory up to 640 KB. This count will often be less than 640 KB due to NIC ROM bootloaders.
Int 13h - HDD and Floppy Diskette Serv ices
Int 14h - Serial Communication Services
Int 15h - System Services
Sub functions are those defined by the IBM Personal System/2 and Personal Computer BIOS Interface Technical Reference manual. Additional sub function support is OEM dependent.
Int 16h - Keyboard Services
Int 1Ah - System-Timer Services, PCI BIOS
Int 1Bh – CTRL+Break Handler
Int 1Ch - Periodic Tim er Interrupt
Int 1Dh - Video Parameter Table
Set by the video BIOS
Int 1Eh - Floppy Diskette Drive Parameters Points to an 11-byte data structure
Int 1Fh - Video Graphics Characters Set by the video BIOS
Int 23h - CTRL+C, CTRL+Break Handler
Int 41h - HDD C: Drive Parameters
Points to a 16-byte data structure for drive C:
Int 46h - HDD D: Drive Parameters Points to a 16-byte data structure for drive D:
3.5 Fixed BIOS Entry Points
The fixed entry points in F000:xxxx must be supported for traditional reasons. The table below lists the fixed BIOS entry points.
Location Description
F000:E05Bh POST Entry Point F000:E2C3h NMI Entry Point F000:E6F2h Int 19h Entry Point F000:E6F5h Configuration Data Table F000:E729h Baud Rate Generator Table F000:E739h Int 14h Entry Point F000:E82Eh Int 16h Entry Point F000:E987h Int 09h Entry Point F000:EC59h Int 13h Floppy Entry Point F000:EF57h Int 0Eh Entry Point F000:EFC7h Floppy Disk Controller Parameter Table F000:EFD2h Compatibility for printer Int 17h
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F000:F065h Compatibility for Video interrupt F000:F0A4h MDA and CGA Video Parameter Table Int 1Dh F000:F841h Int 12h Entry Point F000:F84Dh Int 11h Entry Point F000:F859h Int 15h Entry Point F000:FA6Eh Low 128 character of graphic video font F000:FE6Eh Int 1Ah Entry Point F000:FEA5h Int 08h Entry Point F000:FF53h Dummy Interrupt Handler F000:FF54h Int 05h Print Screen Entry Point F000:FFF0h Power-On Entry Point F000:FFF5h 8 character ROM Date in ASCII “MM/DD/YY” F000:FFFEh System Model (FCh) (outdated – use SMBIOS)
3.6 BDA Memory Addresses
The BIOS Data Area (BDA) starts at 40:0 and should be populated as follows.
Start Location
00h 2 COM1 base address 14h motherboard UART1 I/O address 02h 2 COM2 base address 14h motherboard UART2 I/O address 04h 2 COM3 base address 14h motherboard UART5 I/O address 06h 2 COM4 base address 14h motherboard UART4 I/O address 08h 2 LPT1 base address 17h Should be 0000h 0Ah 2 LPT2 base address 17h Should be 0000h 0Ch 2 LPT3 base address 17h Should be 0000h 0Eh 2 EBDA segment 10h 2 Installed hardware 11h 12h 1 Reserved 13h 2 Base memory size 12h 15h 2 Reserved 17h 1 Keyboard control 1 16h 18h 1 Keyboard control 2 16h 19h 1 Work area for ALT key 16h 1Ah 2 Keyboard-buffer Head 16h 1Ch 2 Keyboard-buffer Tail 16h 1Eh 32 Keyboard Buffer 16h 3Eh 1 Floppy recalibrate status 13h 3Fh 1 Floppy motor status 13h 40h 1 Floppy motor timeout 13h 41h 1 Floppy operation status 13h 42h 7 Floppy controller status 13h 49h 30 Video info 10h 67h 4 POST callback address
6Bh 1
Length in bytes
Description
Last Unexpected interrupt
Interrupt Using It
Comments
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6Ch 4 Timer Counter 1Ah 70h 1 Timer Overflow 1Ah 71h 1 Break key state 16h 72h 2 Reset Flag 74h 1 HDD operation status 13h
75h 1
Number of HDDs attached
13h
76h 2 Reserved 13h 78h 1 LPT1 time-out 14h 79h 1 LPT2 time-out 14h 7Ah 1 LPT3 time-out 14h 7Bh 1 Reserved 7Ch 1 COM1 time-out 7Dh 1 COM2 time-out 7Eh 1 COM3 time-out 7Fh 1 COM4 time-out 80h 2 Keyboard buffer start ptr 16h 82h 2 Keyboard buffer end ptr 16h 84h 7 Video info 10h 89h 2 Reserved 8Bh 1 Floppy media control 13h 8Ch 1 HDD Controller status 13h
8Dh 1
HDD Controller error status
13h
8Eh 1 HDD Interrupt control 13h 8Fh 1 Reserved 90h 1 Floppy 0 media status 13h 91h 1 Floppy 1 media status 13h 92h 1 Floppy 2 media status 13h 93h 1 Floppy 3 media status 13h 94h 1 Drive 0 current cylinder 13h 95h 1 Drive 1 current cylinder 13h
96h 1
Keyboard mode state & flags
16h
97h 1 Keyboard LED flags 16h 98h 2 User Wait flag offset 15h 9Ah 2 User wait flag segment 15h
9Ch 2
9Eh 2
Low word of user wait count
High word of user wait count
15h
15h
A0h 1 Wait active flag 15h A1h 7 Reserved A8h 4 Video info 10h ACh 54h Reserved 100h 1 Print Screen status 05h
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3.7 EBDA Memory Addresses
The Extended BIOS Data Area (EBDA) starts at the segment pointed to by the contents of 40:0Eh.
Start Location Length in bytes Description Comments
00h 1 Length of EBDA in KB 01h 32 Reserved 17h 1 Number of POST errors not required 18h 5 POST error log not required 22h 4 Mouse Driver Ptr Int 74h 26h 1 Mouse flag byte 1 Int 74h 27h 1 Mouse flag byte 2 Int 74h 28h 8 Mouse data Int 74h 30h 3d0h Reserved Reserved
3.8 Memory Map
This section documents the default memory map. Note that add-in cards or changing CMOS Setup items may alter the memory map, particularly below 1 MB.
Memory Map with USB Legacy Support enabled (default)
Physical Address Range (Dec)
0-639 KB 00000-9FC00 512 KB
639 KB 9FC00-9FFFF 1 KB 640-767 KB A0000-BFFFF 128 KB Legacy Video Buffer
768-831 KB C0000-CFFFF 64 KB Video BIOS ROM (shadowed ) 832-863 KB D0000-D7FFF 32 KB USB Legacy Support 864-867 KB D8000-D8FFF 4 KB Network ROM boot loader 868-895 KB D9000-DFFFF 28 KB Free for EMM386 896 KB-959KB E0000-EFFFF 64 KB Free for EMM386 960KB – 1MB F00000-FFFFFF 64KB System ROM BIOS 1- 16 MB 100000-FFFFFF 15 MB PCI/ISA Space 16 MB – 4095.5
MB
4095.5 MB - 4096 MB
Memory Map with USB Legacy support disabled:
Physical Address Range (Dec)
0-639 KB 00000-9FC00 512 KB
639 KB 9FC00-9FFFF 1 KB 640-767 KB A0000-BFFFF 128 KB Legacy Video Buffer
Physical Address Range (Hex)
1000000-FFF7FFFF
FFF80000-FFFFFFF 512 KB System ROM BIOS (ISA Bus)
Physical Address Range (Hex)
Size Description
Conventional DOS memory (size may decrease if booted via LAN)
EBDA (Extended BIOS Data) moveable by Himem, memory managers
4079.5 MB
Size Description
OS, PCI adapter memory decode, etc.
Conventional DOS memory (size may decrease if booted via LAN)
EBDA (Extended BIOS Data) moveable by Himem, memory managers
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768-831 KB C0000-CFFFF 64 KB Video BIOS ROM (shadowed) 832-835 KB D0000-D0FFF 4 K Network ROM boot loader 836-895 KB D0FFF-EFFFF 124 KB Free for EMM386 896 – 959KB E0000-EFFFF 64KB Free for EMM386 960 KB - 1MB F0000-FFFFF 64 KB System ROM BIOS 1- 16 MB 100000-FFFFFF 15 MB PCI/ISA Space 16 MB – 4095.5
GB
4095.5 MB ­4096 MB
1000000-FFF7FFFF 4079.5 MB OS, PCI adapter memory decode, etc.
FFF80000-FFFFFFF 512 KB System ROM BIOS (ISA Bus)
3.9 COM Port Setup
Physical UART
UART1 COM1
UART2 COM2
UART3 COM3
Tailgate Port Name
Function
Available to user
Available to user
Available to user
Distributed VFD connection
Connector Type
RJ45
RJ45
RJ45
DB15 F
Location Notes
Rear Tailgate
Rear Tailgate
Rear Tailgate
Rear Tailgate
Integrated
UART4 Dist-VFD
VFD
Custom Tower Top
connection
8051 1 Internal Internal
UART5 n/a
MSR connection
RJ45 Tablet Side BDA COM3 3E8/5
UART6 n/a Touch Internal Internal
Default I/O and IRQ
BDA COM1 3F8/4
BDA COM2 2F8/3
COM6 2E0/11 BDA COM4
Only one of integrated or distributed VFD may be enabled at the same time. CMOS Setup allows
2E8/6
selection. Communications with 8051
for EEPROM, cash drawer, and LCD control.
COM5 Resources hardcoded to
2D8/7
2F0h/IRQ 7
3.10 Video Modes
Supported VGA Video Display Modes
Dot
Video Mode
1
Information for communicating with the 8051 can be found in the Bryce I/O Subsystem Microcontroller Firmware
Pixel Resolution
Color Depth (bpp)
Mode Type
Display Adapter
Font Size
Character Resolution
Cloc k (MHz )
Horiz. Freq. (KHz)
Vert Freq(Hz)
Specification.
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Video Memory (KBytes)
SurePOS 500 4846-XX5 Technical Reference
16
320 x 200
00h
01h
02h
03h
04h 320 x 200 4 Graph All 8 x 8 40 x 25 25 31.5 70 256
05h
320 x 350
360 x 400
320 x 200
320 x 350
360 x 400
640 x 200
640 x 350
720 x 400
640 x 200
640 x 350
720 x 400
320 x 200
320 x 200 320 x 200 4 VGA 8 x 8 40 x 25 25 31.5 70 256
(gray) (4 bpp)
16 (gray) (4 bpp)
16 (4 bpp)
16 (4 bpp)
16 (4 bpp)
16 (4 bpp)
16 (gray) (4 bpp)
16 (gray) (4 bpp)
16 (4 bpp)
16 (4 bpp)
16 (4 bpp)
16 (4 bpp)
4 (gray)
4 (gray)
Text CGA 8 x 8 40 x 25 25 31.5 70 256
EGA 8 x 14 40 x 25 25 31.5 70 256
VGA 9 x 16 40 x 25 28 31.5 70 256
Text CGA 8 x 8 40 x 25 25 31.5 70 256
EGA 8 x 14 40 x 25 25 31.5 70 256
VGA 9 x 16 40 x 25 28 31.5 70 256
Text CGA 8 x 8 80 x 25 25 31.5 70 256
EGA 8 x 14 80 x 25 25 31.5 70 256
VGA 9 x 16 80 x 25 28 31.5 70 256
Text CGA 8 x 8 80 x 25 25 31.5 70 256
EGA 8 x 14 80 x 25 25 31.5 70 256
VGA 9 x 16 80 x 25 28 31.5 70 256
Graph CGA 8 x 8 40 x 25 25 31.5 70 256
EGA 8 x 8 40 x 25 25 31.5 70 256
06h 640 x 200 2 Graph All 8 x 8 80 x 25 25 31.5 70 256
720 x 350 Mono Text MDA 9 x 14 80 x 25 28 31.5 70 256
07h
08h-0Ch Reserved - - 0Dh 320 x 200
0Eh 640 x 200 0Fh 640 x 350 Mono Graph E/VGA 8 x 14 80 x 25 25 31.5 70 256 10h 640 x 350
11h 640 x 480
12h 640 x 480
13h 320 x 200
720 x 350 Mono EGA 9 x 14 80 x 25 28 31.5 70 256 720 x 400 Mono VGA 9 x 16 80 x 25 28 31.5 70 256
16 (4 bpp)
16 (4 bpp)
16 (4 bpp)
2 (4 bpp)
16 (4 bpp)
256 (8 bpp)
Graph E/VGA 8 x 8 40 x 25 25 31.5 70 256
Graph E/VGA 8 x 8 80 x 25 25 31.5 70 256
Graph E/VGA 8 x 14 80 x 25 25 31.5 70 256
Graph VGA 8 x 16 80 x 30 25 31.5 60 256
Graph VGA 8 x 16 80 x 30 25 31.5 60 256
Graph VGA 8 x 8 40 x 25 25 31.5 70 256
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VESA Modes Supported by Video BIOS
Video Mode
101h
103h
105h
107h
111h
114h
117h
11Ah
Pixel Resolution
640 x 480
640 x 480
640 x 480
800 x 600
800 x 600
800 x 600
1024 x 768
1024 x 768
1024 x 768 1280 x
1024 1280 x
1024 1280 x
1024 640 x 480
640 x 480
640 x 480
800 x 600
800 x 600
800 x 600
1024 x 768
1024 x 768
1024 x 768 1280 x
1024
Colors (bpp) Mode Type Display Adapter
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
256 (8 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
64K (16 bpp)
Graph VGA 60 0.5
Graph VGA 75 0.5
Graph VGA 85 0.5
Graph SVGA 60 1
Graph SVGA 75 1
Graph SVGA 85 1
Graph XVGA 60 1
Graph XVGA 75 1
Graph XVGA 85 1
Graph SXGA 60 2
Graph SXGA 75 2
Graph SXGA 85 2
Graph VGA 60 1
Graph VGA 75 1
Graph VGA 85 1
Graph SVGA 60 2
Graph SVGA 75 2
Graph SVGA 85 2
Graph XVGA 60 2
Graph XVGA 75 2
Graph XVGA 85 2
Graph SXGA 60 4
Vertical Frequency (Hz)
Video Memory (MB)
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112
115
118
1280 x 1024
1280 x 1024
640 x 480
640 x 480
640 x 480
800 x 600
800 x 600
800 x 600
1024 x 768
1024 x 768
1024 x 768
64K (16 bpp)
64K (16 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
16M (32 bpp)
Graph SXGA 75 4
Graph SXGA 85 4
Graph VGA 60 2
Graph VGA 75 2
Graph VGA 85 2
Graph SVGA 60 4
Graph SVGA 75 4
Graph SVGA 85 4
Graph XVGA 60 4
Graph XVGA 75 4
Graph XVGA 85 4
3.10.1 Display mode and operating system restrictions
The operating system, the display size, and any attached CRTs can affect the display resolution. The following definitions describe the terms and various display configurations:
Display Configuration Definition
Single A type of display configuration that supports only one display device. Twin
Clone Dual Independent Head
(DIH)
The onboard LCD supports the following modes when using the indicated operating system:
DOS: Single
Windows 2000 and Windows XP: Clone (default), twin
WEPOS: Clone (default), twin
The onboard LCD and one extra attached LCD:
DOS: Single; the onboard LCD is primary
Windows 2000 and Windows XP: Clone (default), twin, DIH
WEPOS: Clone (default), twin, DIH
A type of display configuration that supports two display devices, each of which has the same content, resolution, and timings. Also referred to as Simultaneous mode.
A type of display configuration that drives two display devices, each displaying the same content, but can have different resolutions and (independent) timings.
A type of display configuration that supports two displays with different content on each display device. Also referred to as an Extended Desktop.
Operating system with display combinations and restrictions
Display DOS Windows Onboard LCD only
Image Single1 Single Restrictions None
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Image Single Dual-same
Onboard LCD + external display
Onboard LCD + Add-in video card
General Restrictions
1. Dual -same: same data on both displays; simultaneous mode
2. Dual -independent; different/independent data on both displays; extended desktop
Supported video resolutions in Windows operating system
LCD size Available video resolutions for onboard LCD 12 in. 640 x 480, 720 x 480, 800 x 600
15 in.
17 in.
Restrictions
Image Single, on board LCD Dual-independent2
Restrictions None
640 x 480, 720 x 480, 800 x 600, 960 x 540, 1024 x 768
640 x 480, 720 x 480, 800 x 600, 960 x 540, 1024 x 768, 1152 x 864, 1280 x 720, 1280 x 768, 1280 x 960, 1280 x 1024
External display not supported
Touch on primary display only
Media clips show on onboard LCD only; External display must be the same resolution as onboard LCD
Onboard LCD becomes secondary display when installing Windows
None
3.11 Power Management
3.11.1 APM
Function Supported From State Comments
Global Standby Yes
Wake on LAN Yes Standby,Off
Wake on Alarm Yes Standby,Off
Wake on Ring Yes Standby/Off
Power off Yes power button, APM call Power button default = Instant Off
Wake on Touch Yes Standby
power button, inactivity timer
Default=disable, configurable in Setup
Default=disable, configurable in Setup
Serial D only Default=disable, configurable in
Setup
Default=enable, configurable in Setup
CPU Idle calls from OS Yes On
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OS must have APM engaged/connected (i.e. DOS
SurePOS 500 4846-XX5 Technical Reference
power.exe loaded)
Wake from PS/2 keyboard/mouse
Wake from USB keyboard/mouse
Standby Timer Yes On
Hard Disk Standby Yes On
Video Standby Yes On
Clock Throttling Yes On
Wake on Presence Sensor No no presence sensor
PCMCIA ring No
Global Suspend (Save to disk or RAM) State
Power on by keyboard No
Yes Standby Always enabled
Yes Standby Always enabled
Default=disabled, configurable in Setup
No
Battery support No
3.11.2 ACPI
Function Supported From State Comments
Global Standby Yes power button, inactivity timer Wake on LAN Yes S1/S5 Wake on Alarm Yes S1/S5 Power off Yes All Wake on Touch Yes S1 Wake on Ring Yes S1/S5 Serial D only
Wake from PS/2 keyboard/mouse
Wake from USB keyboard/mouse
Clock Throttling Yes S0 Wake on Presence
Sensor PCMCIA ring No Global Suspend
(Save to disk or RAM) State
Yes S1
Yes S1
No no presence sensor
No
Provide support, enabled/disabled through Device Manager
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Power on by keyboard No Battery support No
3.12 System Information Data
3.12.1 SMBIOS
System Management BIOS (SMBIOS) is a standard interface to provide information configured by the manufacturer about the PC hardware. BIOS complies with the minimum specifications in the SMBIOS v2.4 specification Appendix Section 4.
Note: According to the SMBIOS spec (section 2.1: Table Convention), SMBIOS provides static information only, gathered each POST or before booting. SMBIOS cannot provide run-time, dynamic information to software.
3.12.2 Cumulative Structure List
BIOS Information (Type 0)
Vendor
BIOS Version
BIOS Characteristics Extension Byte 1
BIOS Characteristics Extension Byte 2
System Information (Type 1)
Manufacturer = “IBM CORPORATION”
Product Name
Version
Serial number
Wake up Type
Base Board (or Module) Information (Type 2)
System Enclosure (Type 3)
Processor information (Type 4)
Cache Information (Type 7)
On Board Devices Information (Type 10)
Physical Memory Array (Type 16)
Memory Device (Type 17)
Built-in Pointing Device (Type 21)
For built-in Touch Screen
Hardware security (Type 24)
Power-on Password Status
Administrator Password Status
Voltage Probe (Type 26)
One structure for each voltage probe
Cooling Device (Type 27)
One structure for each of CPU, chassis, and power supply fan
Temperature Probe (Type 28)
One structure for each of CPU and motherboard (ambient)
System boot information (Type 32)
Boot status
Management Device (Type 34)
Management Device Component (Type 35)
One for each type26-28 management device, except power supply fan
Each type35 "Threshold Handle" points to respective type 36
Management Device Threshold Data (Type 36)
One for each type 35 device
Each type35 "Threshold Handle" points to respective type 36
System Power Supply (Type 39)
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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
BIOS level
Type 0 “BIOS Version” Example: X6KT100
Machine type/model
Type 1 “Product name” and “Version” Example: 4846545
The machine type/model does not have dashes or spaces in SMBIOS
System serial number
Type 1 “Serial Number”
Product Family Type 1 “Family”, Type 11
Type 1 “UUID”, offset 0Ah
LAN MAC Address
Usage: The LAN MAC address can be parsed from the Type 01 “UUID” field, offset 10 (0Ah). 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.
ASCII string
ASCII string
ASCII string
ASCII string
7
7
7
11
hex 6
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 String
11 bytes
ASCII string
“SurePOS 500”
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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SurePOS 500 4846-XX5 Technical Reference
4.0 Environmental Specifications
4.1 Temperature/Humidity Limits
Condition Temp Limits (Dry Bulb) Relative Humidity Max. Wet Bulb Temp
Operating / Standby 5 to 40° 8 to 80 % 27°C Storage (packaged) 0 to 60°C 5 to 80 % 29°C Shipment (packaged) -40 to 60°C 5 to 100 % 29°C
4.2 Altitude Limits
The product is designed to operate up to 3050 meters (10,000 feet).
4.3 Power
Off (attached to mains) 4W
Power Consumption (system)
Input Voltage kVA 0.3
AC Input Connector/Cable IEC 320 C14, unshielded right angle type Leakage current 3.5 mA maximum Inrush < 30 A (peak, first cycle)
Suspend Not supported Standby 80W On (idle) 120W On (max) 170W 100 - 127, 200 - 240 VAC (nominal), 50 or 60 Hz (+/- 3 Hz)
Sinusoidal, trapezoidal, or square wave inputs
4.4 Acoustics
Measurement Operator -Idle
LwAu (bels) 5.0 All measurements made in accordance with ISO 7779 and reported in conformance with ISO 9296.
4.5 Standards Compliance
4.5.1 Product Certifications
Category Standard
st
IEC 60950-1 1
UL 60950-1 1
CAN/CSA C22.2 No. 609 50-1 3
CCC (China)
External Safety
Electrostatic Discharge (ESD) EN 55024:1998 (EN 61000-4-2:1995)
IRAM (Argentina)
PSE (Japan)
GOST (Russia)
BSMI (Taiwan)
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Edition with all national deviations
st
Edition
rd
Edition
SurePOS 500 4846-XX5 Technical Reference
Susceptibility Air: Level 3 (8KV)
Contact: Level 2 (4KV) Performance Criterion: B
FCC Part 15 Class A Canada EMI Class A (ICES-003) CISPR 22 Radiated Class A, Conducted Class B (EN55022): 1998
Electromagnetic Interference (EMI)
Radiated Electromagnetic Susceptibility (RES)
Electrical Fast Transient/Power Line Transient (EFT/PLT)
Near Field Phenomena MPRII Power Line Disturbance/Ring
Lightning Surge Susceptibility
Immunity to conducted disturbances
Power Frequency Magnetic Field Immunity
Power Line Harmonics (Power Correction Factor)
VCCI Class A Taiwan EMI CNS-13438 Class A Korea EMI MIC Notice No. 1996-78 Class A New Zealand EMI Class A Australia EMI Class A
EN 50024: 1998 (EN61000-4-3) Criteria A EN 50024: 1998 (EN61000-4-4) Criteria B
EN50024: 1998 (EN 61000-4-11)
EN50024: 1998 (EN61000-4-5, Criteria B)
EN55024:1998 EN61000-4-6 Criteria A
EN55024:1998 EN61000-4-8 Criteria A
EN 61000-3-2
4.5.2 Ergonomics and accessibility
Category Standard
Flat Panel ISO/FDIS 13406-2, Flat Panel Standards Accessibility Section 508 of U.S. Rehabilitation Act
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5.0 External Ports
5.1 Port Listing
Port Electrical Interface Connector Type Location
Keyboard, Mouse IBM PS/2 PS/2 mini-DIN Tower Rear Headphone Audio Output Microphone Audio Input 3.5 mm mini plug Tower Side
External Speaker Audio Output + power Custom Not accessible MSR Integrated Customer
Display Distributed Customer
Display (Serial D) Serial A RS232 RJ45 Rear Tailgate Serial B RS232 RJ45 Rear Tailgate Serial F RS232 RJ45 Rear Tailgate Cash Drawer A IBM 24v CD Interface 4-pin AMP SDL Rear Tailgate Cash Drawer B IBM 24v CD Interface 4-pin AMP SDL Rear Tailgate USB 1 USB 2.0 USB Type A Rear Tailgate USB 2 USB 2.0 USB Type A Rear Tailgate USB 3 USB 2.0 USB Type A Rear Tailgate USB 4 USB 2.0 USB Type A Rear Tailgate USB 5 USB 2.0 USB Type A Tablet USB 6 USB 2.0 USB Type A Tablet USB 7 USB 2.0 USB Type A Tablet Chin – near brightness buttons USB 12V USB 2.0 + 12V USB Plus Power Rear Tailgate USB 24V USB 2.0 + 24V USB Plus Power Rear Tailgate External Video Analog CRT VGA (DB15F) Rear Tailgate
RS232/Keyboard Wedge
RS232, +5V Custom Tower Top RS232, +5V, +12v
power
3.5 mm stereo mini plug
RJ45 Tablet side
DB15F Rear Tailgate
Tower Side
5.2 Port Power Ratings
Each port has a maximum continuous rating. There is also a total maximum rating from a combination of all ports.
Total 12V current available for all external loads is 5A max. Total 5V current available for all external loads is 5A
max.
Only one cash drawer may be activated at any instan ce in time.
Hot plugging of powered USB devices, especially printers, is not supported. Some powered USB devices create
surge currents that may cause the system power supply to initiate over-current shut down.
Port # / name Voltage Spec. Tolerance Maximum current
Distributed VFD/Serial D USB (7x) 5V +5,-7% 0.5 A
5V +5, -7% 0.95A 12V +5, -7% 0.65A
5V +5%,-7% 0.5 A USB Plus Power 12V +5%, -10% 1.5 A
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24V +10%, -1% 3.0 A continuous, 5.0 A peak Kybd and Mouse
(combined) Cash Drawer (3A/3B) 24V 1A
5V +5, -7% 2.26A
5.3 Connector Pinouts
5.3.1 Customer Display Connector
Pin Connector Pin Connector
1 CD (carrier
detect)
2 RXD (receive
data)
3 TXD (transmit
data)
4 DTR (data
terminal ready)
5 Ground 13 RTS (request to send) 6 Ground 14 CTS (clear to send) 7 +5 V dc Main 15 RI (ring indicate) 8 +12 V dc
9 +12 V dc 10 +5 V dc Main 11 Dist_VFD present 12 DSR (data set ready)
5.3.2 MSR connector
Pin Connector
1 +5 V dc Main 2 Serial Data In (TTL Level) 3 Serial Data Out (TTL Level) 4 Ground 5 MSR Present (low indicated MSR is present) 6 MSR Mode (low indicated keyboard wedge, high indicated RS-232) 7 Keyboare Enable (low enables keyboard data to the system 8 Keyboard Data (to system shipset) 9 Keyboard Clock (to system chipset) 10 Ground
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5.3.3 USB Plus Power (2x)
Pin Signal
Shell Shield 1 VBus 5V 2 D­3 D+ 4 Ground 5 Ground 6 Vplus (12V or 24V) 7 Vplus (12 or 24V) 8 Ground
5.3.4 USB port connector (7x)
Pin Connector
1 5V VBus 2 -Data 3 +Data 4 Ground
5.3.5 Keyboard, Mouse connector (2x)
Pin Signal I/O
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SurePOS 500 4846-XX5 Technical Reference
1 Keyboard Data I/O 2 Mouse Data I/O 3 Ground 4 +5 V Main 5 Keyboard Clock I/O 6 Mouse Clock
5.3.6 Microphone connector
This connector is only present on X6X models
Pin Signal
Tip Signal Ring +5 V Base Ground
5.3.7 Headphone Connector
This connector is only present on X6X models
Pin Signal
Tip Left channel audio Ring Right channel audio Base Ground
5.4 Serial Connector (x3)
Pin Signal I/O
1 Carrier detect I 2 Receive data I 3 Transmit data O 4 Data terminal ready O 5 Signal ground 6 Data set ready I 7 Request to send O 8 Clear to send I
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5.4.1 Ethernet connector
Pin Signal I/O
1 TxD+ O 2 TxD- O 3 RxD+ I 4 Ground 5 Ground 6 RxD- I 7 Ground 8 Ground
5.4.2 External video connector
Pin Connector
1 Red 2 Green 3 Blue 4 Monitor ID2 - not used 5 Ground 6 Red ground 7 Green ground 8 Blue ground 9 no connector 10 Gound 11 No connector 12 MON ID1 13 Horizontal sync 14 Vertical Sync 15 MON ID3
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5.4.3 Cash Drawer (x2)
Pin Connector
1 Ground 2 Sense 3 Open 4 24V
5.4.4 Internal Customer Display
Pin Connector
1 +5V Main 2 Transmit Data 3 Int VFD Present 4 Ground
5.4.5 RJ45 to RS232 Cable
Signal Pin number, RJ45 End Pin number, RS232 end
DSR/RI 1 6 CD 2 1 DTR 3 4 GND 4 5 RXD 5 2 TXD 6 3 CTS 7 8 RTS 8 7
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6.0 CMOS Setup Utility
Standard CMOS Features
See section x
Advanced BIOS Features
See section x
Integrated Peripherals
See section x
Power Management Setup
See section x
PnP/PCI Configurations
See section x
PC Health Status
See section x
Load Defaults
Loads default values for all configurable items in CMOS Setup.
Set Password
Sets the numeric password used for the “Security Option” item using a keyboard or on-screen numpad. See section x. Select <Enter> at the “Enter Password:” prompt to clear the password.
Save & Exit Setup
Select “Yes” to saves any changes made in the CMOS Setup Utility and restarts the system. Select “No” to return to the CMOS Setup utility.
Exit Without Saving
Select “Yes” to restart the system without saving any changes made in the CMOS Setup utility. Select “No” to return to the CMOS Setup utility.
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6.1 Standard CMOS Features
Date
Sets the Date using a keyboard or on-screen numpad.
Time
Sets the Time using a keyboard or on-screen numpad.
Fixed Disk Drive
Select <Enter> to view the sub-menu.
BIOS Version
Shows the current BIOS revision.
BIOS Date
Shows the BIOS revision date.
LAN MAC Address
Shows the onboard NIC MAC Address.
Machine Type-Model
Shows the Machine Type and Model.
Machine Serial Number
Shows the machine Serial Number.
Base Memory
Shows the base memory amount up to 640 Kilobytes (KB).
Extended Memory
Shows the amount of memory above 1 MB in KB.
Total Memory
Shows the total memory amount in KB. This amount does not include the shared video memory.
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6.2 Fixed Disk Drive
SurePOS 500 4846-XX5 Technical Reference
Shows the Hard Disk Drive Size and parameters. Changing settings on this menu is not recommended.
6.3 Advanced BIOS Features
CPU Feature
Select <Enter> to view the sub-menu. See section
Hard Disk Boot Priority
Shows the Hard Disk devices that will be booted if “Hard Disk” is selected as one of the First through Fourth Boot Devices.
Select <Enter> to view the sub-menu and set the priority.
CD-ROM Boot Priority
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Shows the CD-ROM devices that will be booted if “CDROM” is selected as one of the First through Fourth Boot Devices.
Select <Enter> to view the sub-menu and set the priority.
Quick Power On Self Test
If enabled, allows the system to skip certain tests while booting. This will decrease the time needed to boot the system.
Default: Enabled
Options:
Disabled
Enabled
6.3.1 First Boot Device
The system will attempt to boot from the specified device category before trying other boot devices. Default: USB-FDD (USB Floppy Drive)
Options:
Hard Disk
CDROM
USB-FDD
Network
Disabled
Second Boot Device
The system will attempt to boot from the specified device category after trying the first boot device. Default: Hard Disk (see Hard Disk Boot Priority)
Options:
Hard Disk
CDROM
USB-FDD
Network
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Disabled
Third Boot Device
The system will attempt to boot from the specified device category after trying the second boot device. Default: CDROM (See CD-ROM Boot Priority)
Options:
Hard Disk
CDROM
USB-FDD
Network
Disabled
Fourth Boot Device
The system will attempt to boot from the specified device category after trying the third boot device. Default: Network
Options:
Hard Disk
CDROM
USB-FDD
Network
Disabled
Boot Other Device
If enabled, the system will try all booting all device categories if the first through fourth boot devices fail. Default: Disabled
Options:
Disabled
Enabled
Alternate Boot Sequence
Specifies whether a Magic Packet(TM) powering on the system, pressing <F12> during the POST, or both, will cause the normal boot sequence to be skipped and a Network-only boot to be attempted. If “Boot Other Device” is enabled, other boot devices are tried if the Network boot fails.
Default: Both
Options:
Disabled
Magic Packet
<F12> Key
Both
Tap 3 Times for F11 key
Enters an F11 key scan code if the onboard touchscreen is tapped three times at the prompt. Enables support for Rescue and Recovery Software.
Default: Disabled
Options:
Disabled
Enabled
Setup Touch Silent Mode
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Prevents messages prompting the user to touch the screen to enter CMOS Setup, unless an error occurs. Default: Disabled
Options:
Disabled
Enabled
No Setup Touch Entry
If enabled, prevents entering CMOS Setup using the touch screen. A keyboard can still be used to enter CMOS Setup.
Default: Disabled
Options:
Disabled
Enabled
Boot Up NumLock Status
Selects the power-on state for the keyboard NumLock. Select “Off” when using a keyboard in DOS that shares the numpad keys with letter keys.
Default: On
Options:
Off
On
Security Option
Select whether the password is required every time the system boots or only when entering CMOS Setup. Select “Setup” to require a password before entering the CMOS Setup Utility. Select “System” to require a password
before entering CMOS setup or before booting from one of the selected boot devices. Use the “Set Password” option on the main menu to set the password. If the password is blank, this option has no
affect. Default: Setup
Options:
Setup
System
APIC Mode
This item is for information only and cannot be configured. It shows whether the Advanced Programmable Interrupt Controller is enabled. Some operating systems will utilize the APIC.
HDD S.M.A.R.T. Capability
Select "Enabled" to allow detecting and reporting of some hard disk errors during the POST (Power On Self Test). The BIOS does not detect errors; it only shows errors detected and reported by the hard disk.
Default: Enabled
Options:
Disabled
Enabled
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6.3.2 Hard Disk Boot Priority
Selects the boot priority for attached fixed disk and USB mass storage devices. Hard Disk devices include USB Memory Keys, Hard Disk drives, and the Modular Flash Drive.
Select an item and use <PageUp> and <PageDown> to adjust the boot priority. Only the first item in the list is booted as a Hard Disk device. The device must be installed in the system in order to appear in the list.
6.4 CPU Feature
Thermal Management
Shows the built-in CPU thermal management method being used.
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This item is for information only and cannot be configured.
Limit CPUID MaxVal
"Enabled" sets Limit CPUID MaxVal to 3. Select "Enabled" for Windows NT 4; "Disabled" for Windows XP. Default: Disabled
Options:
Disabled
Enabled
Execute Disable Bit
When disabled, forces the XD feature flag in the CPU to always return 0. See the following article for more information: http://technet2.microsoft.com/WindowsServer/en/Library/b0de1052-4101-44c3-a294­4da1bd1ef2271033.mspx?mfr=true
Default: Enabled
Options:
Enabled
Disabled
6.5 Integrated Peripherals
On-Chip Serial ATA
Select "SATA Only" for Windows NT 4 or "Enhanced Mode" for other Operating Systems. When “SATA Only” is selected, the IDE controller is configured for Legacy IDE mode. When "Enhanced Mod e" is
selected, the IDE controller is configured as Native IDE mode capable. Default: Enhanced Mode
Options:
Disabled
Enhanced Mode
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SATA Only
Onboard Device
Select <Enter> to view the sub-menu.
Serial Port A I/O
Selects the I/O address used for Serial Port A. Using the default value is recommended. If modified, ensure the selected I/O address does not conflict with other ports as values cannot be shared.
Default: 3F8h
Options:
Disabled
2E0h
2E8h
2F8h
2D8h
3E8h
3F8h
Serial Port A IRQ
Selects the IRQ used for Serial Port A. Using the default value is recommended. If modified, ensure the selected IRQ does not conflict with other ports as values cannot be shared.
Default: 4
Options:
3
4
5
6
7
11
Serial Port B I/O
Selects the I/O address used for Serial Port B. Using the default value is recommended. If modified, ensure the selected I/O address does not conflict with other ports as values cannot be shared.
Default: 2F8h
Options:
Disabled
2E0h
2E8h
2F8h
2D8h
3E8h
3F8h
Serial Port B IRQ
Selects the IRQ used for Serial Port B. Using the default value is recommended. If modified, ensure the selected IRQ does not conflict with other ports as values cannot be shared.
Default: 3
Options:
3
4
5
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6
7
11
MSR Communication Mode
This option should be set to the same mode as the switch on the MSR. Default: RS-232
Options:
Keyboard Wedge
RS-232
MSR I/O
Selects the I/O address used for the MSR if “MSR Communication Mode” is set to “RS-232”. If the MSR is configured for Keyboard Wedge mode, this item may be set to Disabled.
Using the default value is recommended. If modified, ensure the selected address does not conflict with other ports as values cannot be shared.
Default: 3E8h
Options:
Disabled
2E0h
2E8h
2F8h
2D8h
3E8h
3F8h
MSR IRQ
Selects the IRQ used for the MSR if “MSR Communication Mode” is set to “RS-232”. If the MSR is configured for Keyboard Wedge mode, the selected IRQ is not used by the MSR but is not available for other use.
Using the default value is recommended. If modified, ensure the selected IRQ does not conflict with other ports as values cannot be shared. This item cannot be disabled.
Default: 5
Options:
3
4
5
6
7
11
Serial Port D I/O
Selects the I/O address used for Serial Port D. Using the default value is recommended. If modified, ensure the selected I/O address does not conflict with other ports as values cannot be shared.
Default: 2E8h
Options:
Disabled
2E0h
2E8h
2F8h
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2D8h
3E8h
3F8h
Serial Port D IRQ
Selects the IRQ used for Serial Port D. Using the default value is recommended. If modified, ensure the selected IRQ does not conflict with other ports as values cannot be shared.
Default: 6
Options:
3
4
5
6
7
11
Serial Port D Function
This option controls the Serial Port D operation. The IBM Character Display (both integrated and distributed) and the IBM cash drawers share serial Port D. If you do
not use either type of these types of I/O devices, then serial port D is available as a fourth standard serial port. Port D is a 15-pin D-shell connector that includes power as well as the serial port signals. The system communicates with the displays in a unidirectional mode. The cash drawer operates in bi-directional mode. The cash drawer must be disabled when Serial D is used as a bi-directional COM port.
If you have at least one IBM cash drawer attached, you must specify the Cash Drawer setting as Enabled. The Disabled setting allows you to connect an OEM device to the Serial D port when a cash drawer is not present. If you use an IBM cash drawer, you can only attach an IBM character display (integrated or distributed) to the system.
Default: VFD/CD Enabled
Options:
VFD/CD Enabled
VFD/RS-232 Enabled
Cash Drawe r Enabled
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Touch Screen I/O
Shows the I/O address used by the touchscreen controller. This item is for information only and cannot be configured.
Touch Screen IRQ
Shows the IRQ used by the touchscreen controller. This item is for information only and cannot be config ured.
Serial Port C I/O
Selects the I/O address used for Serial Port C. Using the default value is recommended. If modified, ensure the selected I/O address does not conflict with other ports as values cannot be shared.
Default: 2E0h
Options:
Disabled
2E0h
2E8h
2F8h
2D8h
3E8h
3F8h
Serial Port C IRQ
Selects the IRQ used for Serial Port C. Using the default value is recommended. If modified, ensure the selected IRQ does not conflict with other ports as values cannot be shared.
Default: 11
Options:
3
4
5
6
7
11
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6.6 On Board Device
SurePOS 500 4846-XX5 Technical Reference
USB Controller
Enables or disables the onboard USB controller. USB devices will not function if the controller is disabled. An additional 32 KB of UMB space can be made available
for DOS by disabling the USB Controller. Default: Enabled
Options:
Enabled
Disabled
USB 2.0 Controller
Enables or disables the EHCI USB 2.0 controller. If disabled, the USB ports will operate as 1.X ports only. Default: Enabled
Options:
Enabled
Disabled
USB Keyboard Support
Enables or disables USB keyboard support in non-USB aware environments such as DOS. If ‘Auto’ is selected, BIOS will enable USB keyboard support if a USB keyboard is detected the POST or disable support if a USB keyboard is not detected.
Default: Auto
Options:
Disabled
Enabled
Auto
USB Mouse Support
Enables or disables USB mouse support in non-USB aware environments such as DOS. A mouse driver is still required if support is enabled.
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Default: Disabled
Options
Disabled
Enabled
Audio Support
Enables or disables the onboard AC’97 audio controller. These should be set to disabled on all 545 models. Default: AC97 Audio only
Options:
AC97 Audio only
All Disabled
PC-Beep from Speaker
Enables or disables PC beeps from the integrated speakers, if present. PC beeps are alway s enabled from the motherboard beeper.
Default: Enabled
Options:
Disabled
Enabled
Typematic Rate Setting
If disabled, keystrokes repeat at a rate determined by the keyboard controller. If enabled, “Typematic Rate” and “Typematic Delay” can be selected.
Default: Disabled
Options:
Disabled
Enabled
Typematic Rate (Chars/Sec)
Sets the chars/sec rate at which a character repeats when you hold down a key. Default: 6
Options:
6
8
10
12
15
20
24
30
Typematic Delay (Msec)
Sets the delay before key strokes begin to repeat when a key is depressed. Default: 250
Options:
250
500
750
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1000
PCMCIA
Enables or disables PCMCIA support if your system has the PCMCIA controller option. Default: Enabled
Options:
Enabled
Disabled
6.7 Power Management Setup
Power Management
Selects the power management profile used for Advanced Power Management (APM) environments su ch as DOS. “Min Saving” and “Max Saving” are pre-defined profiles for the Suspend Mode and HDD Power Down timeout value s.
“User Define” allows selection of the Suspend Mode and HDD Power Down timeouts. This item does not apply to ACPI environments such as Windows. Default: User Define
Options:
User Define
Min Saving
Max Saving
Suspend Mode
Selects the timeout for entering the suspend state in APM environments. After the selected amount of inactivity time, the system will enter the APM suspend state.
The power LED blinks when the system in suspended. Pressing the power button will resume the system from Suspend.
This option is only available if “Power Management” is set to “User Define”.
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This item does not apply to ACPI environments such as Windows. Default: Disabled Options: Disabled
1 Min
2 Min
4 Min
8 Min
12 Min
20 Min
30 Min
40 Min
1 Hour
HDD Power Down
Selects the timeout for powering down the hard disk in APM environments. After the selected amount of inactivity time, the hard disk will spin down. Hard disk activity will cause the hard disk to spin back up.
This option is only available if “Power Management” is set to “User Define”. This item does not apply to ACPI environments such as Windows. Default: Disabled
Options:
Disabled
1 Min
2 Min
3 Min
4 Min
5 Min
6 Min
7 Min
8 Min
9 Min
10 Min
11 Min
12 Min
13 Min
14 Min
15 Min
Power Button Mode
Selects the power button behavior for non-ACPI environments such as DOS. Default: Instant-Off
Options:
Instant-Off
Suspend/Disabled
State After Power Failure
Specifies the power state of the system after power is lost and then restored. Default: Last State
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Options:
Last State
Turn On
Stay Off
Wake on LAN
If enabled, allows a Magic Packet(TM) sent to the onboard LAN adapter to wake the system from a suspend or off state.
Default: Enabled
Options:
Disabled
Enabled
Wake on Touch
If enabled, allows a touch on the onboard LCD to wake the system from a suspend state. Default: Enabled
Options:
Disabled
Enabled
Wake on Ring
If enabled, allows a modem attached to Serial Port D to wake the system via Ring Indicate. Ports A-C can be jumpered to tie DSR (pin1) to Ring Indicate if required.
Default: Disabled
Options:
Disabled
Enabled
Wake on Alarm
If enabled, the allows the system to wake up at the specified time and date. Default: Disabled
Options:
Disabled
Enabled
Date (of Month) Alarm
If “Wake on Alarm” is enabled, sets the Alarm date using a keyboard or on-screen numpad. Setting the date to zero specifies that all days are alarm days.
This item is not available if “Wake on Alarm” is disabled.
Time (hh:mm:ss) Alarm
If “Wake on Alarm” is enabled, sets the Alarm time using a keyboard or on-screen numpad. This item is not available if “Wake on Alarm” is disabled.
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6.8 PnP/PCI Configurations
PNP OS Installed
Selects whether the BIOS or the operating system configures certain onboard devices. Select “No” for Windows NT or “Yes” for all other operating systems.
Default: Yes
Options:
No
Yes
Reset Configuration Data
This item is for diagnostic purposes only. Select Enabled to reset the Extended System Configuration Data (ESCD) if the operating system cannot boot. The option automatically returns to Disabled on the next boot.
Default: Disabled
Options:
Disabled
Enabled
Resources Controlled By
BIOS can automatically configure the boot and Plug and Play compatible devices. Select “Auto (ESCD)” to have BIOS automatically assign the IRQ resources to PCI devices. Select “Manual” to select which IRQs are not available for PCI device use.
Changing this item is not recommended. Default: Auto(ESCD)
Options:
Auto(ESCD)
Manual
IRQ Resources
Select <Enter> to view the sub-menu.
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When the selected IRQ is set to “Reserved”, PCI devices will not use that IRQ. This item is only available when “Resources Controlled By” is set to “Auto (ESCD)”. Default: PCI Device
Options:
PCI Device
Reserved
PCI/VGA Palette Snoop
This item is for diagnostic purposes only.
Maximum Payload Size
Shows the maximum TLP payload size for PCI Express devices in bytes. This item is for information only and cannot be configured.
6.9 PC Health Status
Primary BIOS Status
Shows the status of the primary (boot) flash ROM. If the primary BIOS becomes corrupted due to power loss during a BIOS update, the status may show “Bad” indicating that the BIOS update should be re-applied.
This item is for information only and cannot be configured.
Current CPU Temperature
Shows the current CPU temperature. This item is for information only and cannot be configured.
Current System Temp
Shows the ambient temperature inside the system chassis. This item is for information only and cannot be configured.
VCC, 5 VTR, 5 V, 12 V
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Shows the current voltages for the associated voltage sensors. This item is for information only and cannot be configured.
CPU Fan Speed
Shows the current CPU fan speed in RPMs. This item is for information only and cannot be configured.
6.9.1 Thermal Profile
Thermal Profile
Selects the thermal management profile best suited to your environment. "Quiet" allows less fan noise by first reducing CPU performance to lower temperature. "Performance" allows more fan noise by first increasing fan speed to lower temperature. "Default" balances between the two.
Default: Default
Options:
Default
Quiet
Performance
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END OF DOCUMENT
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