Intel Computer Hardware 281786 002 User Manual

Advanced/ZP

Baby-AT Board

Technical Product Summary

Version 2

July, 1995

Order Number 281786-002

Introduction

The Intel Advanced/ZP baseboard features the Pentium^âprocessor in a Baby-AT form factor with integrated I/O.

Advanced/ZP baseboards are focused on providing the best possible performance at the lowest possible price for mainstream

desktop computers.

Advanced/ZP is a flexible baseboard which is available with the 75 MHz, 90 MHz, 100 MHz, or 120 MHz Pentium processor.

The processor is complemented by a standard 256 KB asynchronous SRAM second level write-back cache and support for up

to 128 MB of Fast Page or EDO DRAM. A Pentium OverDrive^Òsocket (Socket 5) provides access to future performance

enhancements.

The Advanced/ZP baseboard offers outstanding I/O capabilities starting with the full set of I/O, including a floppy drive

interface, dual channel PCI local bus IDE interfaces, two serial ports with FIFOs, an EPP/ECP capable parallel port, and an

infrared (IrDA) port. Two dedicated PCI local bus slots, and one shared PCI/ISA slot, provide a high bandwidth data path for

functions such as graphics that have a high data throughput requirement. The integrated Bus Mastering capable PCI IDE

controller provides two high performance IDE interfaces for hard drives and CD-ROMs. Bus mastering enhances the

performance in multi-tasking environments such as Windows* 95. The Advanced/ZP baseboard also provides three dedicated

ISA connectors and one shared PCI/ISA connector. There is one PCI full length capable slot, and three ISA full length

capable slots.

In addition to superior hardware capabilities, features like Windows 95-ready Plug and Play and Advanced Power

Management (APM) with application restart are provided by software available from Intel for the Advanced/ZP platform.

The Advanced/ZP baseboard provides the foundation for cost effective, high performance, highly expandable platforms which

deliver the latest in CPU and I/O technology.

Although the Advanced/ZP will support CGA emulation by VGA cards, it will not support CGA cards.

ADVANCED/ZP FORM FACTOR

The Advanced/ZP baseboard is designed to fit into a standard Baby-AT form factor chassis. Figure 1 illustrates the

mechanical form factor for the Advanced/ZP. The actual dimensions of the Advanced/ZP baseboard do not strictly adhere to

the standard Baby-AT guidelines, and exceptions to the standard are listed in the Baseboard Design Exceptions section.

0.70"

0.80"

3.80"

10.0"

9.60"

4.00"

0.65"

3.50"

0.20"

PIN 1

Pentium™

Processor

0.0"

8.40"

8.60"

0.20"

0.0"

5.60"

Figure 1. Advanced/ZP Baseboard dimensions.

Advanced/ZP Technical Product Summary · Page 3

BASEBOARD DESIGN EXCEPTIONS

BASEBOARD DIMENSIONS

The Advanced/ZP is 3.0" shorter than the Baby-AT standard. The shorter board length may require some chassis to be

modified to add additional mounting holes.

MOUNTING HOLE PLACEMENT

The mounting holes located in the bottom left and right corners of Figure 1 are pseudo Baby-AT standard and are

available in many, but not all, Baby-AT compatible chassis.

FRONT PANEL CONNECTORS

There is no front panel connector on the baseboard for a Turbo/Deturbo switch. The processor speed can be set either

through a parameter in the CMOS Setup Utility, or from the keyboard (<CTL><ALT><+> = Turbo, <CLT><ALT><-> =

Deturbo). Changing processor speed from the keyboard may be prohibited by the operating system, or when the processor

is in protected mode.

Setting the processor to deturbo (or slow) only slows the processor to the approximate equivalent of a 25 MHz clock rate,

not the standard 8 MHz clock rate.

JUMPERS/SWITCHES

There is no Color/Mono jumper/switch on the baseboard to specify Monochrome or Color video mode at boot, the BIOS

will automatically detect the type of video card installed.

Also, there is no Flash write protect jumper/switch, the BIOS needs to be able to write to FLASH to support the Plug and

Play features.

Advanced/ZP Technical Product Summary · Page 4

Board Level Features

A - Two PCI IDE interfaces

B - National 87306 I/O controller

C - Primary power connector

D - Four SIMM sockets (two banks)

E - 82438FX Triton Data Path (TDP)

F - Parallel port connector

G - Floppy drive connector

H - 256KB Secondary cache

I - 82437FX Triton System Controller (TSC)

J - Socket 5 Pentium processor socket

K- CPU voltage regulator

PIN 1

L - Front Panel I/O connectors

M - Configuration switch block

N - 82371FB PCI ISA/IDE Accelerator (PIIX)

O - Battery for the Real-time clock

P - Four ISA expansion connectors

Q - BIOS recovery boot jumper

R - Flash EEPROM for system BIOS

S - Three PCI expansion connectors

T - 3.3 volt power connector for PCI

U - Serial port connectors

V - AT Keyboard Connector

N M

(Optional PS/2 style Keyboard and Mouse connectors may

be available)

Figure 2. Advanced/ZP Board Level Features

CPU

The Advanced/ZP baseboard is designed to operate with 3.3 volt Pentium processors. A patented on-board voltage regulator

circuit provides the required 3.3 volts from the 5 volt tap provided by a standard PC power supply. The baseboard supports

the Pentium processors at iCOMPä index 610 \ 75 MHz, 735 \ 90 Mhz, 815 \ 100 Mhz, and 1000 \ 120 Mhz. The Pentium

processor is backward-compatible with the 8086, 80286, i386ä and i486^äCPUs. It supports both read and write burst mode

bus cycles, and includes separate 8K on-chip code and data caches which employ a write-back policy. Also integrated into

the Pentium processor is an advanced numeric coprocessor which significantly increases the speed of floating point

operations, while maintaining backward compatibility with i486DX math coprocessor and complying to ANSI/IEEE

standard 754-1985.

All Advanced/ZP baseboards support the 75 MHz and 90 MHz processors. The matrix below shows which Printed Board

Assemblies (PBA number found on the baseboard) also support the 100 MHz or 120 MHz processor.

Processor Speed

75 MHz

Supported by PBA Numbers:

All PBAs

90 MHz

All PBAs

100 MHz

PBA 638995, PBA 641525, PBA 639379

Suffixes -606, -607, -806, -807, -808 and above

Table 1. Processor support

120 MHz

PERFORMANCE UPGRADE

A 320-pin Type 5 Zero Insertion Force socket provides users with a performance upgrade path to future, higher speed,

Pentium^âprocessors. An OverDrive processor being developed for use with this socket will provide performance beyond

that delivered by the originally installed Pentium processor.

SECOND LEVEL CACHE

The Pentium processor's internal cache is complemented by 256 KB direct mapped write-back second level cache. The 256

KB cache configuration is implemented with eight 32kx8 asynchronous SRAM devices for the cache data and one 32kx8

SRAM for the cache tag. The cache size is set by three configuration jumpers located on the baseboard. This is preset by the

factory to support the onboard 256 KB configuration.

Advanced/ZP Technical Product Summary · Page 5

SYSTEM MEMORY

The Advanced/ZP baseboard provides four 72-pin SIMM sites for memory expansion. The sockets support 1M x 32 (4 MB),

2M x 32 (8 MB), 4M x 32 (16 MB), and 8M x 32 (32 MB) single-sided or double-sided SIMM modules. Minimum memory

size is 8 MB and maximum memory size, using four 8M x 32 SIMM modules, is 128 MB. For external CPU speeds of less

than 60 Mhz (used with 75, 90 and 120 Mhz processors) memory timing requires 70 ns fast page devices or, for higher

performance, 70 ns EDO DRAM. For external CPU speeds of 66 Mhz (used with 100 Mhz processors) you must use 60 nS

EDO DRAM, but 70 nS fast page DRAM may still be used. Parity generation and checking is not supported by the chip set.

The four sockets are arranged as Bank 0 and Bank 1, with each bank consisting of two sockets and providing a 64-bit wide

data path. Both SIMMs in a bank must be of the same memory size and type, however Banks 0 and 1 may have different

types of memory installed. It is even possible to have 70 ns Fast Page DRAM in one bank and 60 ns EDO DRAM in the

other, in which case each bank is independently optimized for maximum performance. Bank 0 only, Bank 1 only, or both

banks may be populated. There are no jumper settings required for the memory size or type, which is automatically detected

by the system BIOS. Tin lead SIMMs are required to be used when adding Fast Page or EDO DRAM.

EDO DRAM

Extended Data Out (or Hyper Page Mode) DRAM is designed to improve the DRAM read performance. EDO DRAM

holds the memory data valid until the next CAS# falling edge, unlike standard fast page mode DRAM which tri-states

the memory data when CAS# negates to precharge for the next cycle. With EDO, the CAS# precharge overlaps the data

valid time, allowing CAS# to negate earlier while still satisfying the memory data valid window time.

EXPANSION SLOTS

Up to six expansion slots may be populated on the Advanced/ZP baseboard. There are four ISA bus expansion conectors and

three PCI expansion connectors. One slot is shared by connectors that will accommodate either an ISA or a PCI expansion

card, but not both at the same time. This accounts for the disparity between the number of slots and connectors. All three

PCI expansion slots accept PCI bus mastering cards, and fully comply with the PCI 2.10 specification. Three of the ISA

slots and one PCI slot can accommodate full length add-in cards. Interference with the processor heat sink and CPU voltage

regulator support circuitry limits the rest of the ISA and PCI slots to being able to support only half-length add-in cards.

PCI 3.3 VOLT CAPABILITIES

To maintain strict compliance with the PCI specification, the baseboard provides a connector which can be used to route

3.3 volt power to the PCI slots. The connector may be used with a separate 3.3 volt power supply or with a custom

designed voltage converter. Note: The on-board 3.3 volt regulator provides power for the CPU, PCIset and L2 cache

only, not the PCI slots.

Advanced/ZP Technical Product Summary · Page 6

PERIPHERAL COMPONENT INTERCONNECT (PCI) PCISET

The Intel Triton 82430FX PCIset consists of the 82437FX Triton System Controller (TSC), two 82438FX Triton Data Path

(TDP) devices, and one 82371FB PCI ISA/IDE Accelerator (PIIX) bridge chip. The Triton PCIset provides the following

functions:

CPU interface control

Interface between the PCI bus and ISA bus

Integrated fast IDE interface

– Support for up to 4 devices

– PIO Mode 4 transfers up to 16MB/sec

– Integrated 8 x 32-bit buffer for PCI IDE burst

transfers

Enhanced Fast DMA controller

Interrupt controller and steering

Counters/Timers

Integrated L2 write-back cache controller

– Pipelined Burst or standard SRAM

– 256kB or 512kB Direct Mapped

– Integrated Tag Status Bits

Integrated DRAM controller

– 64-bit path to Memory

– Support for EDO and Fast Page DRAM

– 4 MB to 128 MB main memory

Fully synchronous PCI bus interface

– 25/30/33 MHz

SMI interrupt logic and timer with Fast On/Off mode

– PCI to DRAM > 100 Mbytes/sec

– PCI to DRAM posting of 12 Dwords

– 5 Dword buffers for CPU-PCI write posting

– 4 Dword buffers for PCI to Memory bus master

cycles

– Support for up to 5 PCI masters

82437FX TRITON SYSTEM CONTROLLER (TSC)

The 82437FX provides all control signals necessary to drive a second level cache and the DRAM array, including

multiplexed address signals. It also controls system access to memory and generates snoop controls to maintain cache

coherency. The TSC comes in a 208 pin QFP package.

82438FX TRITON DATA PATH (TDP)

There are two 82438FX components which provide data bus buffering and dual port buffering to the memory array.

Controlled by the 82437FX, the 82438FX devices add one load each to the PCI bus and perform all the necessary byte

and word swapping required. Memory and I/O write buffers are included in these devices. The TDP devices are 100 pin

QFP packages.

82371FB PCI ISA/IDE ACCELERATOR (PIIX)

The 82371FB provides the interface between the PCI and ISA buses and integrates a dual channel fast IDE interface

capable of supporting up to 4 devices, seven 32-bit DMA channels, five 16-bit timer/counters, two eight-channel interrupt

controllers, PCI-to-AT interrupt mapping circuitry, NMI logic, ISA refresh address generation, and PCI/ISA bus

arbitration circuitry. The PIIX comes in a 208-pin QFP package.

TRITON DESIGN CONSIDERATIONS

Triton Memory Hole Limitation

Due the design of the Triton chipset, only one memory hole can be active at a time. The user can not set the Base

Memory size to 512 KB and enable the ISA LFB at the same time.

Triton PCI Hold Time Requirement

The Triton chipset provides less hold time than the earlier Neptune and Mercury chipsets on the PCI address and data

lines, but still is within the PCI specification. (The PCI specification calls out a 0 ns minimum hold time.) Some PCI

expansion cards do not meet this requirement, and in fact require more hold time than the Triton chipset provides.

Disabling PCI write bursting will sometimes enable these cards to function.

Advanced/ZP Technical Product Summary · Page 7

IDE SUPPORT

The Advanced/ZP baseboard provides two independent high performance bus-mastering PCI IDE interfaces capable of

supporting PIO Mode 3 and Mode 4 devices for up to 16 MB/sec transfers. Support for ATAPI devices is provided in the

system BIOS. The system BIOS also supports Logical Block Addressing (LBA) and ECHS on both IDE interfaces. When

used in conjunction with a special driver the IDE interface operates as a PCI bus master for optimum performance in a

multi-tasking environment. One such driver is provided by Intel for the Windows 95 environment.

NATIONAL SEMICONDUCTOR 87306 SUPER I/O CONTROLLER

Control for the integrated serial ports, parallel port, floppy drive, RTC and keyboard controller is incorporated into a single

component, the National Semiconductor 87306. This component provides:

· Two NS16C550-compatible UARTs with send/receive 16 byte FIFO

- Support for an IrDA compliant Infra Red interface

· Multi-mode bi-directional parallel port

- Standard mode; IBM and Centronics compatible

- Enhanced Parallel Port (EPP) with BIOS/Driver support

- High Speed mode; Enhanced Capabilities Port (ECP) compatible

· Industry standard floppy controller with 16 byte data FIFO (2.88 MB floppy support)

· Integrated Real Time Clock accurate within +/- 13 minutes/yr

· Integrated 8042 compatible keyboard controller

Configuration of these interfaces is possible via the CMOS Setup program that can be invoked during boot-up. The serial

ports can be enabled as COM1, COM2 or disabled. COM2 can alternately be configured as an IRDA port. The parallel port

can be configured as normal, extended , or disabled. The floppy interface can be configured for 720 KB, 1.2 MB, 1.44 MB,

or 2.88 MB media. Header pins located near the back of the board allow cabling to use these interfaces.

KEYBOARD INTERFACE

The AT keyboard connector is located on the back panel side of the baseboard. The 5V lines to this connector is protected

with a PolySwitch* circuit which acts much like a self-healing fuse, re-establishing the connection after an over-current

condition is removed. While this device eliminates the possibility of having to replace a fuse, care should be taken to turn

off the system power before installing or removing a keyboard.

The integrated 8042 microcontroller contains the AMI Megakey keyboard controller code which, besides providing

traditional keyboard control functions, supports Power-On/Reset (POR) password protection. The POR password can be

defined by the user via the Setup program. The keyboard controller also provides for the following "hot key" sequences:

· CTRL-ALT-DEL: System software reset. This sequence performs a software reset of the system by jumping to the

beginning of the BIOS code and running the POST operation.

· CTRL-ALT+ and CTRL-ALT-: Turbo mode selection. CTRL-ALT- sets the system for de-turbo mode, emulating a 25

MHz AT, and CTRL-ALT+ sets the system for turbo mode. Changing the Turbo mode may be prohibited by an operating

system, or when the CPU is in Protected mode or virtual 86 mode under DOS.

· CTRL-ALT-<defined in setup>: Power down and coffee-break key sequences take advantage of the SMM features of

the Pentium processor to greatly reduce the system’s power consumption while maintaining the responsiveness necessary

to service external interrupts.

REAL TIME CLOCK, CMOS RAM AND BATTERY

The integrated Real Time Clock, RTC, is accurate to within 13 minutes/year. The RTC can be set via the BIOS SETUP

Program. CMOS memory supports the standard 128-byte battery-backed RAM, fourteen bytes for clock and control

registers, and 114 bytes of general purpose non-volatile CMOS RAM. All CMOS RAM is reserved for BIOS use. The

CMOS RAM can be set to specific values or cleared to the system default values using the BIOS SETUP program. Also,

Advanced/ZP Technical Product Summary · Page 8

the CMOS RAM values can be cleared to the system defaults by using a configuration switch on the baseboard. Appendix

B lists switch and jumper configurations.

An external coin-cell style battery provides power to the RTC and CMOS memory. The battery has an estimated lifetime

of seven years and is socketed for easy replacement. Refer to Appendix A for battery replacement details.

IRDA (INFRARED) SUPPORT

Serial port 2 can be configured to support an IrDA module via a 5 pin header connector. Once configured for IrDA, the

user can transfer files to/from portable devices such as laptops, PDA’s and printers using application software such as

LapLink. The IrDA specification provides for data transfers at up to 115kbps from a distance of 1 meter.

A 5-pin header is provided to allow connection to a Hewlett Packard HSDSL-1000 compatible Infra-red

transmitter/receiver.

SYSTEM BIOS

The Advanced/ZP baseboard uses an American Megatrends Incorporated (AMI) Pentium Processor ROM BIOS, which is

stored in Flash EEPROM and easily upgraded using a floppy disk-based program. In addition to the AMIBIOS, the Flash

EEPROM also contains the Setup utility, Power-On Self Tests (POST), update recovery code, and the PCI auto-

configuration utility. This baseboard supports system BIOS shadowing, allowing the BIOS to execute from 32-bit on-

board write-protected DRAM.

The BIOS displays a sign-on message during POST identifying the type of BIOS and a five-digit revision code. As an

example the BIOS for the Advanced/ZE will be 1.00.02.BS0. As BIOS updates occur the revision number will increase to

1.00.03.BS0, and so on.

Information on BIOS functions can be found in the IBM PS/2 and Personal Computer BIOS Technical Reference

published by IBM, and the ISA and EISA Hi-Flex AMIBIOS Technical Reference published by AMI. Both manuals are

available at most technical bookstores.

FLASH IMPLEMENTATION

The Intel 28F001BXT 1 Mb FLASH component is organized as 128K x 8 (128 KB). The Flash device is divided into five

areas, as described in Table 1.

System Address

FLASH Memory Area

64 KB Main BIOS

F0000H

FFFFFH

EFFFFH

EDFFFH

ECFFFH

EBFFFH

EE000H

ED000H

EC000H

E0000H

8 KB Boot Block (Not FLASH erasable)

4 KB Plug and Play ESCD Storage Area

4 KB OEM LOGO Area

48 KB System BIOS Reserved

Table 2. Flash Memory Organization

The FLASH device resides in system memory in two 64 KB segments starting at E0000H, and can be mapped two

different ways, depending on the mode of operation. In Normal Mode, address line A16 is inverted, setting the E000H

and F000H segments so that the BIOS is organized as shown in the system address column above. Recovery mode

removes the inversion on address line A16, swapping the E000H and F000H segments so that the 8 KB boot block resides

at FE000H where the CPU expects the bootstrap loader to exist. This mode is only necessary in the unlikely event that a

BIOS upgrade procedure is interrupted, causing the BIOS area to be left in an unusable state. For information on

recovering the BIOS in the event of a catastrophic failure, refer to the appendix.

BIOS UPGRADES

FLASH memory makes distributing BIOS upgrades easy. A new version of the BIOS can be installed from a diskette.

BIOS upgrades will be available as downloadable files on the Intel bulletin board.

The disk-based Flash upgrade utility, FMUP.EXE, has three options for BIOS upgrades:

Advanced/ZP Technical Product Summary · Page 9

· The Flash BIOS can be updated from a file on a disk;

· The current BIOS code can be copied from the Flash EEPROM to a disk file as a backup in the event that an

upgrade cannot be successfully completed; or

· The BIOS in the Flash device can be compared with a disk file to ensure the system has the correct BIOS version.

The upgrade utility ensures the upgrade BIOS extension matches the target system to prevent accidentally installing a

BIOS for a different type of system. A recovery jumper is provided to allow recovery in the unlikely event of an

unsuccessful BIOS upgrade. The jumper forces the ROM decode to access a 8 KB block of write protected recovery code

in the Flash device.

SETUP UTILITY

The ROM-based Setup utility allows the configuration to be modified without opening the system for most basic changes.

The Setup utility is accessible only during the Power-On Self Test, POST, by pressing the <F1> key after the POST

memory test has begun and before boot begins. A prompt may be enabled that informs the user to press the <F1> key to

access Setup. A switch on the baseboard can be set to prevent user access to Setup for security purposes. Setup options are

detailed in the BIOS appendix.

PCI AUTO-CONFIGURATION

The PCI auto-configuration utility operates in conjunction with the system Setup utility to allow the insertion and

removal of PCI cards to the system without user intervention. When the system is turned on after adding a PCI add-in

card, the BIOS automatically configures interrupts, DMA channels, I/O space, and other parameters. The user does not

have to configure jumpers or worry about potential resource conflicts. Because PCI cards use the same interrupt resources

as ISA cards, the user must specify the interrupts used by ISA add-in cards in the Setup utility. The PCI Auto-

Configuration function complies with version 2.10 of the PCI BIOS specification.

ISA PLUG & PLAY

The BIOS incorporates ISA Plug and Play capabilities conforming to version 1.0a of the Plug-n-Play specification. This

will allow auto-configuration of Plug and Play ISA cards, and resource management for legacy ISA cards, when used in

conjunction with the ISA Configuration Utility (ICU).

SHADOW MEMORY

Memory from C8000-DFFFF is not shadowed. This is a change from previous Intel products using AMI BIOS. This may

have a slight adverse affect on the performance of some non-Plug and Play ISA cards. All or part of this area may be used

as shared ISA memory if needed. Video BIOS located from C0000-C7FFF is shadowed to boost performance.

POWER MANAGEMENT

The Advanced/ZP will enable you to have an Energy Star compliant system through its Advanced Power Management

resources. The Advanced/ZP BIOS supports power management via System Management Mode (SMM) interrupts to the

CPU and Advanced Power Management (APM v1.1). In general, power management capabilities will allow the system to

be put into a power managed Stand By state. This can be accomplished by pressing the sleep/resume button on the front

of the chassis, entering an user configured hot-key sequence on the keyboard, or by the expiration of a hardware timer

which detects system inactivity for a user-configurable length of time. While in the Stand By state, the Advanced/ZP

baseboard reduces the system power consumption to Energy Star levels by utilizing the power saving capabilities of the

Pentium Processor, spinning down the IDE hard drive, and turning off an Energy Star rated monitor. Add-in cards

supplied with APM-aware drivers can also be put into a power managed state for further energy savings. The ability to

respond to external interrupts is fully maintained while in Stand By mode allowing the system to service requests such as

in-coming FAX’s or network messages while unattended.

FLASH LOGO AREA

Advanced/ZP supports a 4 KB programmable FLASH user area located at EC000-ECFFF. An OEM may use this area to

display a custom logo. The BIOS accesses the user area at several points during the boot up sequence.

Advanced/ZP Technical Product Summary · Page 10

SECURITY FEATURES

ADMINISTRATIVE PASSWORD

The administrative password protects several sensitive Setup options from being viewable to a user unless the password

is entered. These sensitive fields are viewable unless the administrative password is set.

BIOS PASSWORD

A BIOS password feature provides security during the boot process. A password can be entered using the Setup utility,

and will be required on boot up before normal operation of the system can commence. To enable, disable, or change the

password, refer to the Setup program options in the appendix.

If the password is forgotten, it can be cleared by turning off the system and setting the "password clear" jumper to the

clear position.

SETUP ENABLE SWITCH

A baseboard configuration switch controls access to the BIOS Setup utility. By setting switch SW5 to the ON position,

the user is prevented from accessing the Setup utility during the Power-On Self Test or at any other time. The message

prompting the user to press <F1> to enter setup is also disabled

CONNECTORS

FRONT PANEL CONNECTIONS

The Advanced/ZP baseboard provides header connectors to support functions typically located on the chassis bezel:

System Reset

System Speaker

Power LED

Secondary CPU Fan

Infra-Red (IrDA) port

Sleep/Resume

Keyboard Lock

Hard Drive activity LED

Turbo LED

Sleep/Resume

Infra-Red

+12v Fan

Speaker

Reset Keylock/

Power LED

Turbo LED

HDD LED

Advanced/ZP Technical Product Summary · Page 11

Figure 3. Front Panel Connectors

Sleep/Resume

This two pin header, when connected to a momentary switch, can be used to put the system into a power managed

state (standby) that will reduce the system’s power consumption. If the system is in Stand By mode and the switch is

pressed, the system will instantly “wake up” or Resume full system activity. When used with a power supply with a

high efficiency rating, the Advanced/ZE is easily capable of reducing the system power to below EPA Energy Star

requirements. The function of the Sleep/Resume button can also be achieved via the keyboard with a hot key sequence

programmable in setup.

Infra-Red (IrDA) connector

Serial port 2 can be configured to support an IrDA module via a 5 pin header connector. Once configured for IrDA,

the user can transfer files to/from portable devices such as laptops, PDA’s and printers using application software such

as LapLink. The IrDA specification provides for data transfers at up to 115kbps from a distance of 1 meter.

Speaker

The external speaker provides error beep code information during the Power-On Self Test if the system cannot use the

video interface. See the appendix for more information about error beep codes.

BACK PANEL CONNECTIONS

The back panel provides external access to an AT style keyboard connector integrated on the Advanced/ZP baseboard.

Figure 4 shows the general location of the AT style keyboard connector.

Keyboard

Connector

Figure 4. Advanced/ZP AT Style Back panel

I/O CONNECTIONS

The baseboard contains shroudless stake pin header connections for cabling the serial, parallel, floppy, and IDE

interfaces. Figure 5 shows the locations of these connectors and the orientation of pin 1 on each.

Primary IDE

Floppy

Parallel Port

Secondary IDE

COM 1

COM 2

Denotes Pin 1

Figure 5. I/O Connections

POWER CONSUMPTION

Table 2 lists the current used by system resources in a configuration which includes 8 MB of DRAM. Table 3 lists the

typical power consumed by the same configuration. Note that the 3.3 volts used to drive the CPU and core logic is derived

Advanced/ZP Technical Product Summary · Page 12

from an on-board voltage regulator from the +5 volt source. This information is provided only as a guide for calculating

approximate total system power usage with additional resources added.

CURRENT

DC Voltage

+5V

75 MHz Typical Current*

3.3 amps

90 MHz Typical Current*

3.45 amps

-5V

20 milliamps

+12V

-12V

75 milliamps

10 milliamps

75 milliamps

10 milliamps

Table 3. Advanced/ZP Current Requirements

*(measured with 8 MB DRAM, VGA controller and Floppy Drive while sitting at DOS prompt)

WATTS

Resource

Typical

Power*

Standby

Power*

Advanced/ZP baseboard, 8 MB, 256 KB

cache, 3½” floppy drive, 540 MB hard drive

32 Watts

21 Watts

Table 4. Power used by System Resources

*(true power measured from the wall with a 65% efficient power supply)

Advanced/ZP Technical Product Summary · Page 13

Appendix A - User-Installable Upgrades

SYSTEM MEMORY

Table A-1 shows the possible memory combinations. The Advanced/ZP will support both Fast Page DRAM or EDO

DRAM SIMMs, but they cannot be mixed within the same memory bank. If Fast Page DRAM and EDO DRAM SIMMs

are installed in separate banks, each bank will be optimized for maximum performance. Parity generation and detection is

NOT supported. SIMM requirements are Fast Page Mode or EDO DRAM, 60 nS or 70 nS, with tin-lead connectors.

SIMM 1,2 (Bank 0)

SIMM Type (Size)

SIMM 3,4 (Bank 1)

SIMM Type (Size)

Total System Memory

Empty

1M X 32 (4 MB)

2M X 32 (8 MB)

4M X 32 (16 MB)

8M X 32 (32 MB)

Empty

8 MB

16 MB

32 MB

64 MB

8 MB

1M X 32 (4 MB)

2M X 32 (8 MB)

4M X 32 (16 MB)

8M X 32 (32 MB)

1M X 32 (4 MB)

2M X 32 (8 MB)

4M X 32 (16 MB)

8M X 32 (32 MB)

Empty

1M X 32 (4 MB)

2M X 32 (8 MB)

4M X 32 (16 MB)

8M X 32 (32 MB)

Empty

1M X 32 (4 MB)

2M X 32 (8 MB)

4M X 32 (16 MB)

8M X 32 (32 MB)

Empty

1M X 32 (4 MB)

2M X 32 (8 MB)

4M X 32 (16 MB)

8M X 32 (32 MB)

16 MB

24 MB

40 MB

72 MB

16 MB

24 MB

32 MB

48 MB

80 MB

32 MB

40 MB

48 MB

64 MB

96 MB

64 MB

72 MB

80 MB

96 MB

128 MB

Table A-1. Possible SIMM Memory Combinations

RTC BATTERY

The battery can be replaced with either of the following batteries:

Sony CR2032 3V Lithium cell

Panasonic CR2032 3V Lithium cell

Advanced/ZP Technical Product Summary · Page 14

Appendix B - Jumpers and Switches

Figure B-1. Jumper locations and settings (default settings shown)

EXTERNAL CPU CLOCK SPEED (50/60/66 MHZ) - SWITCHES 7 & 8

This jumper sets the CPU's external operating frequency at 50, 60, and 66 MHz.. Default setting is 50 MHz.

Frequency

50 MHz

60 Mhz

Switch 7

OFF

Switch 8

OFF

66 MHz

OFF

Table B-1. External CPU Speed Switches

INTERNAL CPU BUS CLOCK SPEED - SWITCH 6

Sets the internal processor speed to either 3/2 or 2 times the external CPU clock speed. Switch 6=OFF for 3/2, Switch

6=ON for 2 times. The 3/2 setting is used for 75 MHz, 90 MHz, and 100 MHz processors. The 2 times setting is used for

120 MHz processors. The default setting is 3/2, (Switch 6 = OFF).

SETUP DISABLE - SWITCH 5

Allows access to CMOS Setup Utility to be disabled by setting switch 5 to the ON position. Default is for access to setup to

be enabled (switch 5 = OFF).

CLEAR CMOS - SWITCH 4

Allows CMOS settings to be reset to default values by moving switch 4 to the ON position and turning the system on. The

system should then be turned off and switch 4 should be returned to the OFF position to restore normal operation. This

procedure should be done whenever the system BIOS is updated. Default setting is SW4=OFF.

PASSWORD CLEAR - SWITCH 3

Allows system password to be cleared by moving switch 3 to the ON position and turning the system on. The system

should then be turned off and switch 3 should be returned to the OFF position to restore normal operation. This procedure

should only be done if the user password has been forgotten. Default setting is SW3=OFF.

Advanced/ZP Technical Product Summary · Page 15

PROCESSOR VOLTAGE REGULATION - SWITCH 2

Sets the output of the on-board voltage regulator. The switch settings are OFF = VR, and ON = VRE. The VR voltage

specification requires a voltage range of 3.3-3.465 Volts DC, while the VRE specification requires a voltage range of 3.45-

3.6V. Pentium processors currently available that do not require the VRE voltage specification should use the VR setting.

When upgrading your CPU be sure to consult the documentation for the processor voltage requirements before setting this

switch, as an incorrect setting may damage the processor. The default position is with the switch set for VR (off).

ISA BUS SPEED - SWITCH 1

Sets the ISA bus speed to either 1/4 or 1/3 of the PCI bus speed to best maximize system performance for 75, 90, 100 or

120 MHz processor speeds. When SW1=ON the ISA bus speed will be 1/4 of the PCI bus speed and when SW1=OFF the

ISA bus speed will be 1/3 the PCI bus speed. The ISA bus speed is derived from the PCI bus speed which is derived from

the external processor clock frequency. The position of SW1 will set the ISA bus speed to either Compatible or Enhanced

for 90 MHz, 100 MHz, and 120 MHz processors and will leave the ISA bus speed Compatible for 75 MHz processor speed.

For 90 MHz, 100 MHz, and 120 MHz processor speeds, if SW1 is set to Compatible (SW1=ON), the speed will fall within

the limits defined by the IBM AT Technical Reference (6-8.33 MHz). If set to Enhanced (SW1=OFF), the speed will be

greater than the maximum defined by the IBM AT Technical Reference manual. SW1 can be set to either position when a

75 MHz processor speed is used for maximum ISA bus performance. Modern ISA cards can operate with the enhanced

speeds, however some older cards can experience difficulties. The actual value of the Bus Clock when set to Compatible or

Enhanced is dependent upon the setting of the external processor frequency. The following table describes the ISA bus

speeds for the 75 MHz, 90 MHz, 100 MHz, and 120 MHz processor speeds.

Internal Processor Frequency

PCI bus Frequency

25 MHz

SW1=OFF (1/3)

8.33 MHz

SW1=ON (1/4)

8.33 MHz

75 MHz

90 MHz

100 MHz

120 MHz

30 MHz

10.0 MHz

7.50 MHz

33 MHz

11.0 MHz

8.33 MHz

30 MHz

10.0 MHz

7.50 MHz

Table B-2. ISA Bus Speed Switch Settings

RECOVERY BOOT ENABLE - J1K1

This switch allows the system to boot in the event the system BIOS has been corrupted by moving the jumper from the

default position of 1-2 to the 2-3 position. A recovery disk must be in drive A while booting up with this jumper set to 2-3.

Once the recovery is complete the jumper should be move back to pins 1-2, and the system rebooted.

Advanced/ZP Technical Product Summary · Page 16

Appendix C - I/O Map

Address (hex)

0000 - 000F

0020 - 0021

0040 - 0043

0048 - 004B

0060

Size

16 bytes

2 bytes

4 bytes

1 byte

1 bit

Description

Address (hex)

01F0 - 01F7

0278 - 027B

02F8 - 02FF

0376

Size

Description

Primary IDE Channel

Parallel Port 2

PIIX - DMA 1

8 bytes

4 bytes

8 bytes

1 byte

8 bytes

4 bytes

8 bytes

6 bytes

1 bytes

1 byte

1 bit

PIIX - Interrupt Controller 1

PIIX - Timer 1

On-Board Serial Port 2

Sec IDE Chan Cmd Port

Sec IDE Chan Stat Port

Parallel Port 1

PIIX - Timer 2

Keyboard Controller Data Byte

PIIX - NMI, speaker control

Kbd Controller, CMD/STAT

PIIX - Enable NMI

0377

0061

0378 - 037F

03BC - 03BF

03E8 - 03EF

03F0 - 03F5

03F6

0064

Parallel Port x

0070, bit 7

0070, bits 6:0

0071

Serial Port 3

7 bits

PIIX - Real Time Clock, Address

PIIX - Real Time Clock, Data

Reserved - Brd. Config.

Reserved - Brd. Config. RD Only

PIIX - DMA Page Register

PIIX - Interrupt Controller 2

PIIX - DMA 2

Floppy Channel 1

1 byte

16 bytes

2 bytes

31 bytes

1 byte

8 bytes

Pri IDE Channel Cmnd Port

Floppy Channel 1 Command

Floppy Disk Change Channel 1

Pri IDE Channel Status Port

On-Board Serial Port 1

ECP port, LPT + 400h

PCI Config Addr Reg Enable

PCI Config Data Reg

IDE Bus Master Reg.

0078

03F7 (Write)

03F7, bit 7

03F7, bits 6:0

03F8 - 03FF

LPT + 400h

0CF8-0CFB*

0CFC-0CFF*

FF00-FF07

0079

0080 - 008F

00A0 - 00A1

00C0 - 00DE

00F0

7 bits

8 bytes

4 bytes

8 bytes

Reset Numeric Error

0170 - 0177

Secondary IDE Channel

Table C-1 and C-2. Advanced/ZP I/O Address Map

* Only accessible after PCI configuration space is enabled.

I/O Port 78 is reserved for BIOS use. I/O Port 79 is a read only port, the bit definitions are shown below.

Bit #

Description

Bit = 1

Bit = 0

Internal CPU Clock Freq. (Switch 6)

No Connect

3/2x

No Connect

External CPU clock (Switch 7)

External CPU clock (Switch 8)

Setup Disable (Switch 5)

Clear CMOS (Switch 4)

Password Clear (Switch 3)

Enable access

Keep values

Disable access

Clear values

Keep password

Clear password

Figure C-3. I/O Port For Board Configuration

PCI CONFIGURATION SPACE MAP

The Triton chipset uses Configuration Mechanism 1 to access PCI configuration space. The PCI Configuration Address

register is a 32-bit register located at CF8h, the PCI Configuration Data register is a 32-bit register located at CFCh. These

registers are only accessable by full DWORD accesses. The table below lists the PCI bus and device numbers used by the

baseboard.

Bus Number (hex)

Dev Number (hex)

Func. Number (hex)

Description

Intel 82437FX (TSC)

Intel 82371FB (PIIX) PCI/ISA bridge

Intel 82371FB (PIIX) IDE Bus Master

PCI Expansion Slot 1

PCI Expansion Slot 2

PCI Expansion Slot 3

PCI Expansion Slot 4

Table C-4. Advanced/ZP PCI Config. Space Map

Advanced/ZP Technical Product Summary · Page 17

Appendix D - Memory Map

Address Range (Decimal)

1024K-131072K

960K-1023K

952K-959K

948K-951K

944K-947K

896K-943K

800K-895K

640K-799K

639K

Address Range (hex)

100000-8000000

F0000-FFFFF

EE000-EFFFF

ED000-EDFFF

EC000-ECFFF

E0000-EBFFF

C8000-DFFFF

A0000-C7FFF

9FC00-9FFFF

80000-9FBFF

00000-7FFFF

Size

127M

64K

Description

Extended Memory

AMI System BIOS

FLASH Boot Block (Available as UMB)

ESCD (Plug and 'Play configuration area)

OEM LOGO (available as UMB)

48K

96K

160K

BIOS RESERVED (Currently available as UMB)

Available HI DOS memory (open to ISA and PCI bus)

Extended BIOS Data (moveable by QEMM, 386MAX)

Extended conventional

512K-638K

0K-511K

127K

512K

Conventional

Table D-1. Advanced/ZP Memory Map

The table above details the Advanced/ZE memory map. The ESCD area from ED000-EDFFF is not available for use as an

Upper Memory Block (UMB) by memory managers. The area from E0000-EBFFF is currently not used by the BIOS and is

available for use as UMB by memory managers. Parts of this area may be used by future versions of the BIOS to add

increased functionality.

Appendix E - Interrupts & DMA Channels

IRQ

NMI

System Resource

Unused

Reserved, Interval Timer

Reserved, Keyboard buffer full

Reserved, Cascade interrupt from slave PIC

Serial Port 2

DMA

Data Width

8- or 16-bits

System Resource

Open

Open - Normally used for LAN

Serial Port 1

Floppy

Parallel Port

Reserved - Cascade channel

Open

Parallel Port 2

Floppy

Parallel Port 1

16-bits

Real Time Clock

Open

User available

ISA IDE

User available

Table E-2. Advanced/ZP DMA Map

User available

Reserved, Math coprocessor

Primary IDE if enabled, else available to user

Secondary IDE if enabled, else available to user

Table E-1.Advanced/ZP Interrupts

Advanced/ZP Technical Product Summary · Page 18

Appendix F - Connectors

POWER SUPPLY CONNECTORS

PRIMARY POWER (J9J1)

AUXILIARY (3.3V) PCI POWER (J6G1)

Name

PWRGD

+5 V

Function

Power Good

+ 5 volts Vcc

+ 12 volts

- 12 volts

Name

Function

GND

Ground

GND

Ground

+12 V

-12 V

GND

-5 V

GND

Ground

+3.3 V

+3.3V

+3.3 V

+ 3.3 volts

Ground

-5 volts

+5 V

+ 5 volts Vcc

+5 V

Tables F-1 and F-2. Power Connectors

FRONT PANEL CONNECTORS -(J2A1, J1B1)

sleep/resume

Turbo LED

Signal Name

+5 V

PULL_UP_330

LED_TURBO-

Sleep

Table F-3. Sleep/Resume Connector

Table F-4. Turbo LED Connector

Infra-red

Hard Drive LED (Disk)

Signal Name

+5 V

Signal Name

PULL_UP_330

Key

IR_RX

Ground

IR_TX

HD ACTIVE

PULL_UP_330

Table F-6. HDD LED

Table F-5. IRDA Connector

Key lock/Power LED

Auxiliary 12V CPU Fan Power

Signal Name

LED_PWR

Key

Signal Name

Ground

+12 V (fused)

Ground

KEY LOCK

Ground

Table F-7. CPU Fan Connector

Table F-8. Key Lock/Power LED Connector

Speaker Connector

Reset Connector

Signal Name

SPKR_DAT

Key

Signal Name

Ground

SPKR_DAT onnect

Ground

RESET

Table F-10. Reset connector

Table F-9. Speaker Connector

I/O CONNECTORS

IDE Connectors (j6h1, j6h2)

AT Keyboard Connector (J8k1)

Signal Name

Reset IDE

Host Data 7

Host Data 6

Host Data 5

Host Data 4

Host Data 3

Host Data 2

Host Data 1

Host Data 0

Ground

Signal Name

Ground

Signal Name

Clock

Host Data 8

Host Data 9

Host Data 10

Host Data 11

Host Data 12

Host Data 13

Host Data 14

Host Data 15

Key

Data

No Connect

Ground

Vcc (fused)

Table F-11. Keyboard Connector

Serial Ports (j7k1, j7k2)

Signal Name

DCD

DRQ3

Ground

DSR

I/O Write-

I/O Read-

IOCHRDY

DACK3-

Ground

Serial In - (SIN)

Ground

RTS

BALE

Serial Out - (SOUT)

Ground

CTS

DTR

IRQ14

IOCS16-

Addr 1

Ground

Addr 0

Addr 2

GND

N.C.

Chip Select 0-

Activity

Chip Select 1-

Ground

Figure F-9. Serial Connectorr

Figure F-10 IDE Connectors

Parallel Port (j9e1)

FLoppy Connector (j9c1)

Signal Name

STROBE-

Data Bit 0

Data Bit 1

Data Bit 2

Data Bit 3

Data Bit 4

Data Bit 5

Data Bit 6

Data Bit 7

ACJ-

Signal Name

AUTO FEED-

ERROR-

INIT-

Signal Name

Ground

Key

Signal Name

FDHDIN

Reserved

FDEDIN

SLCT IN-

Ground

Index-

Motor Enable A-

Drive Select B-

Drive Select A-

Motor Enable B-

DIR-

Ground

STEP-

BUSY

Ground

Write Data-

Write Gate-

Track 00-

PE (Paper End)

SLCT

Ground

N.C.

Table F-11 Parallel Ports

Write Protect-

Read Data-

Side 1 Select-

Diskette

Table F-12. Floppy Connector

Advanced/ZP Technical Product Summary · Page 20

ISA CONNECTORS (J1G1, J2G1, J2G2, J3G1)

Signal Name

GND

RSTDRV

Vcc

IOCHK-

SD7

SD6

IRQ9

SD5

-5V

SD4

DRQ2

-12V

SD3

SD2

0WS-

+12V

SD1

SD0

GND

IOCHRDY

AEN

SA19

SA18

SA17

SA16

SA15

SA14

SA13

SA12

SA11

SA10

SA9

SMEMW-

SMEMR-

IOW-

IOR-

DACK3-

DRQ3

DACK1-

DRQ1

REFRESH-

SYSCLK

IRQ7

IRQ6

IRQ5

SA8

IRQ4

SA7

IRQ3

SA6

DACK2-

SA5

SA4

BALE

Vcc

SA3

SA2

OSC

SA1

GND

SA0

MEMCS16-

IOCS16-

IRQ10

IRQ11

IRQ12

IRQ15

IRQ14

DACK0-

DRQ0

SBHE-

LA23

LA22

LA21

LA20

LA19

LA18

LA17

MEMR-

MEMW-

SD8

DACK5-

DRQ5

DACK6-

DRQ6

SD9

SD10

SD11

SD12

SD13

SD14

SD15

DACK7-

DRQ7

Vcc

Master-

GND

Table F-13. ISA Connector

Advanced/ZP Technical Product Summary · Page 21

PCI CONNECTORS (J4G1, J5G1, J5G2)

Signal Name

GND

+12V

-12V

No Connect

GND

AD16

3.3V

A32

A33

A34

A35

A32

A37

A38

A39

A40

A41

A42

A43

A44

A45

A46

A47

A48

A49

A50

A51

A52

A53

A54

A55

A56

A57

A58

A59

A60

A61

A62

B32

B33

B34

B35

B32

B37

B38

B39

B40

B41

B42

B43

B44

B45

B46

B47

B48

B49

B50

B51

B52

B53

B54

B55

B56

B57

B58

B59

B60

B61

B62

AD17

CBE2-

GND

IRDY-

3.3V

No Connect

Vcc

FRAME-

GND

TRDY-

GND

STOP-

3.3V

No Connect

Vcc

PCIINT3-

PCIINT1-

Vcc

DEVSEL-

GND

PLOCK-

PERR-

3.3V

PCIINT2-

PCIINT4-

No Connect

Reserved

No Connect

GND

Reserved

Vcc

SDONE

SBO-

GND

PAR

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

A25

A26

A27

A28

A29

A30

A31

B10

B11

B12

B13

B14

B15

B16

B17

B18

B19

B20

B21

B22

B23

B24

B25

B26

B27

B28

B29

B30

B31

Reserved

GND

SERR-

3.3V

GND

AD15

3.3V

CBE1-

AD14

GND

AD12

AD10

GND

KEY

Reserved

SPCIRST-

Vcc

Reserved

GND

AD13

AD11

GND

AD9

PCLKE

GND

AGNT-

GND

REQA-

Vcc

Reserved

AD30

KEY

AD31

KEY

3.3V

AD29

CBEO-

3.3V

AD8

AD28

GND

AD7

AD26

AD27

AD6

3.3V

GND

AD25

AD4

AD5

AD24

3.3V

GND

AD2

AD3

AD22 (IDSEL)

3.3V

CBE3-

AD23

GND

AD1

AD0

AD22

GND

Vcc

AD20

AD21

SREQ64-

Vcc

SACK64-

Vcc

GND

AD19

AD18

3.3V

Vcc

Table F-14. PCI Connectors

Advanced/ZP Technical Product Summary · Page 22

Appendix G - BIOS Setup

OVERVIEW OF THE SETUP MENU SCREENS

The Setup program initially displays the Main menu screen. In each screen there are options for modifying the system

configuration. Select a menu screen by pressing the left <¬ > or right <®> arrow keys. Use the up <• > or down <¯ > keys

to select items in a screen. Use <Enter> to select an item for modification. For certain items, pressing <Enter> will bring up

a submenu. After you have selected an item, use the arrow keys to modify the setting.

Setup Menu Screen

Description

Main

For setting up and modifying some of the basic options of a PC, such as time, date, diskette

drives, hard drives.

Advanced

For modifying the more advanced features of a PC, such as peripheral configuration and

advanced chipset configuration.

Security

Exit

For specifying passwords that can be used to limit access to the system.

For saving or discarding changes.

Setup Submenu

Description

Hard Disk Configuration

Boot Options

Peripheral Configuration

For configuring your hard drives.

For modifying options that affect the system boot up, such as the boot sequence.

For modifying options that affect the serial ports, the parallel port, and the disk drive

interfaces.

Advanced Chipset Configuration

Power Management

For modifying options that affect memory and system busses.

For accessing and modifying Advanced Power Management (APM) options.

Configuration

Plug and Play Configuration

For modifying options that affect the system’s plug and play capabilities.

Table G-1. Set Up Screen For BIOS

OVERVIEW OF THE SETUP KEYS

Setup Key

<F1>

<Esc>

Description

Pressing the <F1> key brings up a help screen for the currently selected item if available.

Pressing the <Esc> key takes you back to the previous screen. Pressing <esc> in the Main,

Advanced, Security, or Exit screen allows you to Exit Discarding Changes (see later in this

chapter).

<Enter>

<• >

<¯ >

Pressing the <Enter> key selects the current item or option.

Pressing the up <• > key changes the selection to the previous item or option.

Pressing the down <¯ > key changes the selection the to the next item or option.

Pressing the left <¬ > or right <®> keys in the Main, Advanced, Security, or Exit menu

screens changes the menu selection. Pressing either key in a submenu does nothing.

Pressing the <F5> key allows you to Load Setup Defaults (see later in this chapter).

Pressing the <F6> key allows you to Discard Changes (see later in this chapter).

Pressing the <F10> key allows you to Exit Saving Changes (see later in this chapter).

<¬ > <®>

<F5>

<F6>

<F10>

Table G-2. Overview of Special Purpose Keys For Setup

MAIN SCREEN

This section describes the Setup options found on the main menu screen. If you select certain options from the main screen

(e.g, Hard Disk), the Setup program will switch to a submenu for the selected option. Submenus are described in the

sections following the description of the main screen options.

System Date

When selected, this brings up a dialog box that allows you to specify the current date.

System Time

When selected, this brings up a dialog box that allows you to specify the current time.

Floppy Options

Advanced/ZP Technical Product Summary · Page 23

When selected, this brings up the Floppy Options submenu.

Hard Disk 0:, 1:, 2:, 3:

This reports if a hard disk is connected to the system. When selected, this brings up the Hard Disk Configuration

submenu.

Language

When selected, this brings up a dialog box that allows you to specify the language of the text strings used in the Setup

program and the BIOS. The options are any installed languages. If no additional languages have been installed, this

item will not appear.

Boot Options

When selected, this brings up the Boot Options screen.

Video Mode

This reports the video mode. This is informational only, and there are no options.

Mouse

This reports if a mouse is installed or not. This is informational only, and there are no options.

Base Memory

This reports the amount of base memory. This is informational only, and there are no options.

Extended Memory

This reports the amount of extended memory. This is informational only, and there are no options.

FLOPPY OPTIONS SUBMENU

Floppy A: Type

When selected, this brings up a dialog box that allows you to specify the physical size and capacity of the diskette drive.

The options are Disabled, 360 KB, 5.25-inch; 1.2 MB, 5.25-inch; 720 KB, 3.5-inch; 1.44 MB, 3.5-inch; 2.88 MB, 3.5-

inch. The default is 1.44 MB, 3.5-inch.

Floppy B: Type

When selected, this brings up a dialog box that allows you to specify the physical size and capacity of the diskette drive.

The options are Disabled, 360 KB, 5.25-inch; 1.2 MB, 5.25-inch; 720 KB, 3.5-inch; 1.44 MB, 3.5-inch; 2.88 MB, 3.5-

inch. The default is Disabled.

HARD DISK CONFIGURATION SUBMENU

Hard Disk Type

When selected, this brings up a dialog box that allows you to manually configure your hard drive or have the system

auto configure it. The options are Auto Configured and User Definable. The default is Auto Configured. If you select

User Definable then the Number of Cylinders, Number of Heads, and Number of Sectors items can be modified.

Advanced/ZP Technical Product Summary · Page 24

Number of Cylinders

If Hard Disk Type is set to User Definable, you must type the correct number of cylinders for your hard disk. If Hard

Disk Type is set to Auto Configured, this reports the number of cylinders for your hard disk and cannot be modified.

Number of Heads

If Hard Disk Type is set to User Definable, you must type the correct number of heads for your hard disk. If Hard Disk

Type is set to Auto Configured, this reports the number of heads for your hard disk and cannot be modified.

Number of Sectors

If Hard Disk Type is set to User Definable, you must type the correct number of sectors for your hard disk. If Hard Disk

Type is set to Auto Configured, this reports the number of sectors for your hard disk and cannot be modified.

Maximum Capacity

This reports the maximum capacity of your hard disk. It is calculated from the number of cylinders, heads, and sectors.

This is informational only, and there are no options here.

Initialization Timeout

When selected, this brings up a dialog box that allows you to specify the amount of time the system allows for auto-

configuring an IDE drive before reporting that a drive is not present. The options are Disabled, 5, 10, or 31 seconds.

The default setting for drive C: is 5 seconds, and the default for drives D:, E:, and F: is Disabled. To decrease boot-up

time, you can set the time-out specification to Disabled for any drive not in the system. Furthermore, many hard drives

do not require 5 seconds for auto-configuration. You may try setting the time-out to Disabled for a hard drive in your

system. When set to Disabled, the system will try to auto-configure your drive once. If you set the time-out to Disabled

and the drive is not detected, reset the time-out to a higher setting.

IDE Translation Mode

When selected, this brings up a dialog box that allows you to specify the IDE translation mode. The options are

Standard CHS (standard cylinder head sector — less than 1024 cylinders), Logical Block Addressing (LBA), Extended

CHS (extended cylinder head sector — greater than 1024 cylinders), and Auto Detected (BIOS detects IDE drive

support for LBA). The default is Auto-detected.

Do not change this from the option selected when the hard drive was formatted. Changing the option may result in

corrupted data or drive not properly recognized.

Multiple Sector Setting

When selected, this brings up a dialog box that allows you to set the IDE programmed I/O cycles so that multiple

sectors are transferred in a single block. This only affects drives connected to the ISA/IDE connector. The options are

Disabled, 4 Sectors/Block, 8 Sectors/Block, or Auto Detected. The default is Auto Detected. Check the specifications

for your hard disk drive to determine which setting will provide the optimum performance for your drive.

Fast Programmed I/O Modes

When selected, this brings up a dialog box that allows you to set how fast transfers on the PCI IDE interface occur. The

options are Disabled or Auto Detected. The default is Auto Detected. If set to Disabled, transfers occur at an un-

optimized speed. If set to Auto Detected, transfers occur at the drive’s maximum speed.

Advanced/ZP Technical Product Summary · Page 25

BOOT OPTIONS SUBMENU

Boot Sequence

When selected, this brings up a dialog box that allows you to set the order of drives the system uses to find an operating

system to boot from. The following options are available:

C: First, Then A:

A: First, Then C:

The system checks drive C first, followed by drive A.

The system checks drive A first, followed by drive C.

(The above selection allows you to boot from a diskette when necessary.)

The system checks drive C and no other drives.

C: Only

A: Only

The system checks drive A and no other drives.

The default is A: First, Then C:

System Cache

When selected, this brings up a dialog box that allows you to enable or disable both the primary and secondary cache

memory. The options are Enabled or Disabled. The default is Enabled.

Boot Speed

When selected, this brings up a dialog box that allows you to set the system’s boot speed. The options are Deturbo and

Turbo. The default is Turbo. If Turbo is selected, boot-up occurs at full speed. If Deturbo is selected, the board operates

at a slower speed (similar to a 25 MHz AT).

Num Lock

When selected, this brings up a dialog box that allows you to set the beginning state of the Num Lock feature on your

keyboard. The options are On and Off. The default is Off.

Setup Prompt

When selected, this brings up a dialog box that allows you to turn on the “Press <F1> Key if you want to run Setup”

prompt during the power-up sequence. The options are Enabled and Disabled. The default is Enabled.

Hard Disk Pre-Delay

When selected, this brings up a dialog box that allows you to set the hard disk drive pre-delay. The options are

Disabled, 1, 2, 3, 4, 5, 6, or 7 seconds. The default is 3 seconds. When enabled, this option causes the BIOS to wait the

specified time before it first accesses the hard drive. If your system contains a hard drive, and you don’t see the drive

type displayed during boot-up, the hard drive may need more time before it is able to communicate with the controller.

Setting a pre-delay will provide additional time for the hard drive to initialize.

Typematic Rate Programming

When selected, this brings up a dialog box that allows you to set the typematic rates. The options are Default and

Override. The default is Default. Choosing Override enables Typematic Rate Delay and Typematic Rate.

Typematic Rate Delay

When selected, this brings up a dialog box that allows you to set how long it takes for the key-repeat function to start

when you hold down a key on the keyboard. The options are 250, 500, 750, and 1000 millisecond delays. The default is

250. If Typematic Rate Programming is set to Default, this option will not be visible.

Advanced/ZP Technical Product Summary · Page 26

Typematic Rate

When selected, this brings up a dialog box that allows you to set the speed at which characters repeat when you hold

down a key on the keyboard. The higher the number, the faster the characters repeat. The options are 6, 8, 10, 12, 15,

20, 24, and 30 characters per second. The default is 6. If Typematic Rate Programming is set to Default, this option

will not be visible.

ADVANCED SCREEN

This section describes the Setup options found on the Advanced menu screen. If you select certain options from the

Advanced screen (e.g, Peripheral Configuration), the Setup program will switch to a submenu for the selected option.

Submenus are described in the sections following the description of the Advanced screen options.

Processor Type

This reports the CPU type. This is informational only, and there are no options.

Processor Speed

This reports the clock speed of the CPU. This is informational only, and there are no options.

Cache Size

This reports the size of the secondary cache. This is informational only, and there are no options. If no secondary cache

is installed, this field will not be displayed.

Peripheral Configuration

When selected, this brings up the Peripheral Configuration submenu.

Advanced Chipset Configuration

When selected, this brings up the Advanced Chipset Configuration submenu.

Power Management Configuration

When selected and enabled, this brings up the Advanced Power Management (APM) submenu.

Plug and Play Configuration

When selected, this brings up the Plug and Play Configuration submenu.

PERIPHERAL CONFIGURATION SUBMENU

Configuration Mode

When selected, this brings up a dialog box that allows you to set the peripheral configuration yourself, or have the

system do it. The options are Auto and Manual. The default is Auto.

When Auto is selected, the system peripherals are automatically configured during power up. The options below for the

PCI/IDE Interfaces, Floppy Interface, Serial Port 1 and Serial Port 2 Addresses, and the Parallel Port Address can not

be modified. The settings displayed for those options reflect the current state of the hardware, and not necessarily the

state after reboot.

If Manual is selected, the options for the PCI IDE Interfaces, Floppy Interface, Serial Port 1 and Serial Port 2

Addresses, and Parallel Port Address can be explicitly configured.

Advanced/ZP Technical Product Summary · Page 27

PCI IDE Interface

When selected, this brings up a dialog box that allows you to enable the PCI IDE hard disk interface. The options are

Enabled and Disabled. The default is Enabled. (If Configuration Mode is set to Auto, this option cannot be modified.)

Floppy Interface

When selected, this brings up a dialog box that allows you to enable the diskette drive interface. The options are

Enabled and Disabled. The default is Enabled. (If Configuration Mode is set to Auto, this option cannot be modified.)

Serial Port 1 Address

When selected, this brings up a dialog box that allows you to select the address of the serial port. The options are

Disabled; COM1, 3F8h; COM2, 2F8h; COM3, 3E8h; and COM4, 2E8h. The default is COM1, 3F8h. If the

Configuration Mode is set to Auto, the Setup program assigns the first free COM port (normally COM1, 3F8h) as the

serial port 1 address, regardless of what is selected under the Serial Port 1 Address option. (If Configuration Mode is

set to Auto, this option cannot be modified.)

If either serial port address is set, the address it is set to will not appear in the options of the other serial port.

Serial Port 2 Address

When selected, this brings up a dialog box that allows you to select the address of the serial port. The options are

Disabled; COM1, 3F8h; COM2, 2F8h; COM3, 3E8h; and COM4, 2E8h. The default is COM2, 2F8h. If the

Configuration Mode is set to Auto, the Setup program assigns the first free COM port (normally COM2, 2F8h) as the

serial port 2 address, regardless of what is selected under the Serial Port 2 Address option. (If Configuration Mode is

set to Auto, this option cannot be modified.)

If either serial port address is set, the address it is set to will not appear in the options of the other serial port.

Serial Port 2 IR Mode

When selected, this dedicates Serial Port 2 for infrared applications. Serial Port 2 also can be enabled with software

from application programs. This option is only available when the Configuration Mode is set to Manual.

Parallel Port Address

When selected, this brings up a dialog box that allows you to select the address of the parallel port. The options are

Disabled; LPT3, 3bch, IRQ7; LPT1, 378h, IRQ7; LPT1, 378h, IRQ5, and LPT2, 278h, IRQ5. The default is

LPT1, 378h. If the Configuration Mode is set to Auto, the setup program assigns LPT1, 378h, IRQ7 as the parallel port

address, regardless of what is selected under the Parallel Port Address option. (If Configuration Mode is set to Auto,

this option cannot be modified.)

Parallel Port Mode

When selected, this brings up a dialog box that allows you to select the mode for the parallel port. The options are

Compatible, Bi-directional, ECP or EPP. The default is Compatible. Compatible means the parallel port will operate in

AT-compatible output mode. Bi-directional means the parallel port will operate in bi-directional PS/2-compatible

mode. EPP/ECP means the parallel port will operate in either ECP or EPP compatible mode, which is the most

advanced mode at which the chipset will operate.

Serial Port 1 IRQ

This reports the IRQ number for serial port 1. This is informational only, and there are no options. If the Serial Port 1

Address field is set to Disabled, this field will not be visible.

Advanced/ZP Technical Product Summary · Page 28

Serial Port 2 IRQ

This reports the IRQ number for serial port 2. This is informational only, and there are no options. If the Serial Port 2

Address field is set to Disabled, this field will not be visible.

Parallel Port IRQ

This reports the IRQ number for the parallel port. This is informational only, and there are no options. If the Parallel

Port Address field is set to Disabled, this field will not be visible.

ADVANCED CHIPSET CONFIGURATION SUBMENU

Base Memory Size

When selected, this brings up a dialog box that allows you to set the size of the base memory. The options are 512 KB

and 640 KB. The default is 640 KB.

ISA LFB Size

When selected, this brings up a dialog box that allows you to set the size of the video linear frame buffer. The options

are Disabled or 1 MB. The default is Disabled. If this is not set to Disabled, then the ISA LFB Base Address field will

appear.

ISA LFB Base Address

This reports the base address of the LFB. This is informational only, and there are no options. This field will not appear

if the ISA LFB Size is set to Disabled.

Video Palette Snoop

When selected, this brings up a dialog box that allows you to control the ability of a PCI graphics card to “snoop” write

cycles to an ISA graphics card’s color pallet registers. The options are Enabled and Disabled. The default is Disabled.

Note: Some video capture or TV tuner add-in boards may require this feature to be enabled. Depending on hardware

limitations, this item may not appear.

Latency Timer (PCI Clocks)

When selected, this brings up a dialog box that allows you to control the time and agent on the PCI bus can hold the

bus when another agent has requested the bus. The valid numbers are between 0 and 256. The default is 66.

PCI Burst

This enables or disables support for PCI/memory burst mode data transfers. The options are Enabled or Disabled. The

default is Enabled. PCI burst mode allows higher throughput of data between the PCI bus and memory. Not all cards

are capable of utilizing this enhanced data transfer mode. Some cards may act unpredictably with PCI burst mode

enabled. If you are having problems with a PCI add in card, PCI Burst mode should be disabled.

SIMM Type Detection

This reports the type of DRAM installed in each of the two memory banks: Fast Page Mode, Extended Data Out Mode,

or None. This is informational only, and there are no options.

POWER MANAGEMENT CONFIGURATION

Power Management Configuration enables or disables the Advanced Power Management (APM) support in your

system’s BIOS. Power Management will only work with APM-capable operating systems to manage power

consumption in your system. If Advanced Power Management is set to Disabled, none of the fields in the Advanced

Power Management submenu will be visible.

Advanced/ZP Technical Product Summary · Page 29

IDE Drive Power Down

When selected, this brings up a dialog box that allows you to set any IDE drives to spin down when the system goes

into power managed mode. The options are Enabled and Disabled. The default is Enabled.

VESA Video Power Down

When selected, this brings up a dialog box that allows you to set the command issued to your graphics card when the

system goes into power managed mode. The command options are Disabled, Standby, Suspend, and Sleep. The default

is Sleep.

Inactivity Timer

This allows you to set how many minutes the system must be inactive before it enters power managed mode. The range

is 0 to 255 minutes. The default is 10 minutes.

Hot Key

This allows you to enter a hot key that, when pressed while holding down the <Ctrl> and <Alt> keys, will cause the

system to enter power managed mode. All alphanumeric keys, punctuation, and spaces are valid.

PLUG AND PLAY CONFIGURATION SUBMENU

Configuration Mode

When selected, this brings up a dialog box that allows you to set how the BIOS gets information about ISA cards that

do not have plug and play capabilities. The options are Use Setup Utility and Use ICU (ISA Configuration Utility). The

default is Use Setup Utility.

If Use ICU is selected, the BIOS will depend on run-time software to ensure that there are no conflicts between ISA

boards with plug and play capabilities and those without. None of the rest of the items in this submenu will be visible.

If Use Setup Utility is selected, the BIOS will depend on the following items to avoid conflicts.

ISA Shared Memory Size

When selected, this brings up a dialog box that allows you to set the size of ISA shared memory. The options are

Disabled, 16 KB, 32 KB, 48 KB, 64 KB, 80KB, and 96 KB. The default is Disabled. If this is set to Disabled, ISA

Shared Memory Base Address, below, will not be visible.

ISA Shared Memory Base Address

When selected, this brings up a dialog box that allows you to set the base address for the ISA Shared Memory. The

options are C8000h, CC000h, D0000h, D4000h, D8000h, and DC000h. The default is C8000h. This setting may affect

the ISA Shared Memory Size item. The value entered in the ISA Shared Memory Size item cannot extend into the

E0000h address. For example, if a size of 64K was selected, options D4000h, D8000h, and DC000h will not be

available.

Boot With PnP OS

When Enabled is selected, the BIOS will activate only those Plug and Play add-in cards needed to boot the system, then

pass control to the operating system to configure any remaining Plug and Play add-in cards. The default is Disabled,

but this feature should be set to Enabled for use with Windows 95..

IRQ 3, 4, 5, 7, 9, 10, 11, 12

When selected, this brings up a dialog box that allows you to set the status of the IRQ. The options are Available and

Used By ISA Card. The default is Available. The PCI auto-configuration code looks here to see if these interrupts are

Advanced/ZP Technical Product Summary · Page 30

available. If an interrupt is available, the PCI auto-configuration code can assign the interrupt to be used by the system.

If your system contains an ISA agent that uses one of these interrupts, select Used By ISA Card for that interrupt.

Some of these interrupts may not be displayed if they already have been assigned to other peripherals, such as IRQ 3

and IRQ 4, which are normally used by the serial ports, and IRQ 7 for the parallel port, and IRQ12 for the mouse port.

Note: One IRQ is required for PCI devices. When selecting IRQs for use by ISA the BIOS will not allow you to select

all IRQs as used by ISA.

Note: IRQ 14 and IRQ 15 will not show up on the list of available IRQs, even when the on board IDE controllers are

disabled. If the on board IDE controllers are not used, these IRQs may be used for ISA cards, even though they do not

show up on the menu. These interrupts will not be used by PCI devices other than the IDE controllers, as they must

remain available for bootable devices.

SECURITY SCREEN

This section describes the two access modes that can be set using the options found on the Security screen, and then

describes the Security screen options themselves.

ADMINISTRATIVE AND USER ACCESS MODES

The options on the Security screen menu make it possible to restrict access to the Setup program by allowing you to set

passwords for two different access modes: Administrative mode and User mode.

In general, Administrative mode has full access to the Setup options, whereas User mode has restricted access to the

options. Thus, by setting separate Administrative and User passwords, a system administrator can limit who can change

critical Setup values. The actual limitations depend on whether either the Administrative or User passwords or both are

set.

If you want to limit access to who can boot the system, you must set the User password. This is the password that the

system will ask for before booting. If only the Administrative password is set, the system will boot up without asking for

a password. If both passwords are set, you can enter either password to boot the system.

This table shows the effects of setting the Administrative and User passwords. (The table is for reference only, and is

not shown on the Security screen.) In the table, the statement “Can change a limited number of options” means you can

change the system date and time, the User password, and the security hot key.

Password Set

Neither

Administrative only

User only

Administrative mode can:

Change all options*

Change all options

N/A

User mode can:

Change all options*

Change a limited number of options

Change all options

Pswd Required at Boot

None

User

Both

Change all options

Change a limited number of options

Administrative or User

Table G-1. Password Settings

* If no password is set, any user can change all Setup options.

SECURITY SCREEN OPTIONS

User Password is

This reports if there is a User password set. This is informational only, and there are no options.

Administrative Password is

This reports if there is an Administrative password set. This is informational only, and there are no options.

Set User Password

When selected, this brings up a dialog box that allows you to set the User password.

Advanced/ZP Technical Product Summary · Page 31

Set Administrative Password

When selected, this brings up a dialog box that allows you to set the Administrative password.

Unattended Start

When selected, this brings up a dialog box that allows you to control when the security password is requested. The

options are Enabled and Disabled. The default is Disabled. The User password must be enabled before you can enable

this option. If Enabled is selected, the system will boot, but the keyboard will be locked until the User password is

entered.

Security Hot Key (CTRL-ALT-)

This allows you to set a hot key that, when pressed, will lock the keyboard until the User password is entered.

EXIT SCREEN

Exit Saving Changes

When selected, this allows you to save the change to CMOS and exit the Setup program. You can also press the <F10>

key anywhere in the Setup program to do this.

Exit Discarding Changes

When selected, this allows you to exit the Setup program without saving any changes. This means that any changes

made while in the Setup program will be discarded and NOT SAVED. Pressing the <Esc> key in any of the four main

screens will do this.

Load Setup Defaults

When selected, this allows you to reset all of the setup options to their defaults. You can also press the <F5> key

anywhere in the Setup program to do this. This selection loads the default values from the ROM table.

Discard Changes

When selected, this allows you to discard any changes you made during the current Setup session without exiting the

program. You can also press the <F6> key anywhere in the Setup program to do this. This selection loads the CMOS

values that were present when the system was turned on.

Advanced/ZP Technical Product Summary · Page 32

Appendix H - BIOS Recovery

The Advanced/ZE incorporates the AMIBIOS in a Flash memory component. Flash BIOS allows easy upgrades without the

need to replace an EPROM. The upgrade utility fits on a floppy diskette and provides the capability to save, verify, and update

the system BIOS. The upgrade utility also provides the capability to install alternate languages for BIOS messages and the

SETUP utility. The upgrade utility can be run from a hard drive or a network drive, but no memory managers can be installed

during upgrades.

USING THE UPGRADE UTILITY

If the utility is obtained from the bulletin board, UNZIP the archive and copy the files to a bootable MS-DOS 3.3, 4.01, 5.0,

or 6.x diskette. Reboot the system with the upgrade diskette in the bootable floppy drive and follow the directions in the easy

to use menu-driven program.

RECOVERY MODE

In the unlikely event that a FLASH upgrade is interrupted catastrophically, it is possible the BIOS may be left in an

unusable state. Recovering from this condition requires the following steps (be sure a power supply and speaker have been

attached to the board, and a floppy drive is connected as drive A:):

1. Change Flash Recovery jumper to the recovery mode position.

2. Install the bootable upgrade diskette into drive A:

3. Reboot the system.

4. Because of the small amount of code available in the non-erasable boot block area, no video is available to direct the

procedure. The procedure can be monitored by listening to the speaker and looking at the floppy drive LED. When

the system beeps and the floppy drive LED is lit, the system is copying the recovery code into the FLASH device. As

soon as the drive LED goes off, the recovery is complete.

5. Turn the system off.

6. Change the Flash Recovery jumper back to the default position.

7. Leave the upgrade floppy in drive A: and turn the system on.

8. Continue with the original upgrade.

Advanced/ZP Technical Product Summary · Page 33

Appendix I - Error messages and Beep Codes

Errors can occur during POST (Power On Self Test) which is performed every time the system is powered on. Fatal errors,

which prevent the system to continue the boot process, are communicated through a series of audible beeps. Other errors are

displayed in the following format:

ERROR Message Line 1

ERROR Message Line 2

For most displayed error messages, there is only one message. If a second message appears, it is "RUN SETUP". If this

message occurs, press <F1> to run AMIBIOS Setup.

BEEP CODES

Beeps

Error Message

Refresh Failure

Description

The memory refresh circuitry on the baseboard is faulty.

Parity is not supported on this product, will not occur.

Memory failure in the first 64 KB.

Parity Error

Base 64 KB Memory Failure

Timer Not Operational

Memory failure in the first 64 KB of memory, or Timer 1 on the baseboard is

not functioning.

Processor Error

The CPU on the baseboard generated an error.

The keyboard controller (8042) may be bad. The BIOS cannot switch to

protected mode.

8042 - Gate A20 Failure

Processor Exception Interrupt Error

Display Memory Read/Write Error

The CPU generated an exception interrupt.

The system video adapter is either missing or its memory is faulty. This is

not a fatal error.

ROM Checksum Error

ROM checksum value does not match the value encoded in BIOS.

The shutdown register for CMOS RAM failed.

The external cache is faulty.

CMOS Shutdown Register Rd/Wrt Error

Cache Error / External Cache Bad

Table I-1. Beep Codes

ERROR MESSAGES

Error Message

Explanation

8042 Gate - A20 Error

Gate A20 on the keyboard controller (8042) is not working. Replace the 8042.

Error in the address decoding circuitry on the baseboard.

Cache memory is defective. Replace it.

Address Line Short!

Cache Memory Bad, Do Not Enable Cache!

CH-2 Timer Error

Most AT systems include two timers. There is an error in timer 2.

CMOS RAM is powered by a battery. The battery power is low. Replace the

battery.

CMOS Battery State Low

CMOS Checksum Failure

After CMOS RAM values are saved, a checksum value is generated for error

checking. The previous value is different from the current value. Run AMIBIOS

Setup.

CMOS System Options Not Set

CMOS Display Type Mismatch

The values stored in CMOS RAM are either corrupt or nonexistent. Run Setup.

The video type in CMOS RAM does not match the type detected by the BIOS.

Run AMIBIOS Setup.

CMOS Memory Size Mismatch

The amount of memory on the baseboard is different than the amount in CMOS

RAM. Run AMIBIOS Setup.

CMOS Time and Date Not Set

Diskette Boot Failure

Run Standard CMOS Setup to set the date and time in CMOS RAM.

The boot disk in floppy drive A: is corrupt. It cannot be used to boot the system.

Use another boot disk and follow the screen instructions.

Some systems require a video switch on the baseboard be set to either color or

monochrome. Turn the system off, set the switch, then power on.

Error in the DMA controller.

Display Switch Not Proper

DMA Error

DMA #1 Error

DMA #2 Error

Error in the first DMA channel.

Error in the second DMA channel.

Table I-2. Error Messages

Advanced/ZP Technical Product Summary · Page 34

ERROR MESSAGES (CONT.)

FDD Controller Failure

The BIOS cannot communicate with the floppy disk drive controller. Check all appropriate connections

after the system is powered down.

HDD Controller Failure

The BIOS cannot communicate with the hard disk drive controller. Check all appropriate connections

after the system is powered down.

INTR #1 Error

INTR #2 Error

Interrupt channel 1 failed POST.

Interrupt channel 2 failed POST.

Invalid Boot Diskette

Keyboard Is Locked...Unlock It

Keyboard Error

The BIOS can read the disk in floppy drive A:, but cannot boot the system. Use another boot disk.

The keyboard lock on the system is engaged. The system must be unlocked to continue.

There is a timing problem with the keyboard. Set the Keyboard option in Standard CMOS Setup to

Not Installed to skip the keyboard POST routines.

KB/Interface Error

There is an error in the keyboard connector.

Off Board Parity Error

Parity error in memory installed in an expansion slot. The format is:

OFF BOARD PARITY ERROR ADDR (HEX) = (XXXX)

XXXX is the hex address where the error occurred.

On Board Parity Error

Parity Error ????

Parity is not supported on this product, this error will not occur.

Parity error in system memory at an unknown address.

PLUG AND PLAY ERROR MESSAGES

Bad PNP Serial ID Checksum

Floppy Disk Controller Resource

Conflict

The serial ID checksum of a Plug and Play card was invalid.

The floppy disk controller has requested a resource that is already in use.

NVRAM Checksum Error, NVRAM

Cleared

The ESCD data was reinitialized because of an NVRAM checksum error. Try rerunning the ICU.

NVRAM Cleared by Jumper

NVRAM Data Invalid, NVRAM

Cleared

The "Clear CMOS" switch has been moved to the ON position and CMOS RAM has been cleared.

Invalid entry in the ESCD area.

Parallel Port Resource Conflict

PCI Error Log is Full

The parallel port has requested a resource that is already in use.

This message is displayed when more than 15 PCI conflict errors are detected. No additional PCI

errors can be logged.

PCI I/O Port Conflict

PCI IRQ Conflict

Two devices requested the same resource, resulting in a conflict.

The designated primary boot device (hard disk drive, diskette drive, etc.) could not be found.

The primary IDE controller has requested a resource that is already in use.

Primary Memory Conflict

Primary Boot Device Not Found

Primary IDE Controller Resource

Conflict

Primary Input Device not Found

The designated primary input device (keyboard, mouse, or other, if input is redirected) could not be

found.

Secondary IDE Controller Resource

Conflict

The secondary IDE controller has requested a resource that is already in use.

Serial Port 1 Resource Conflict

Serial Port 2 Resource Conflict

Static Device Resource Conflict

System Board Device Resource

Conflict

Serial port 1 has requested a resource that is already in use.

Serial port 2 has requested a resource that is already in use.

A non-Plug and Play ISA card has requested a resource that is already in use.

A non Plug and Play system resource has requested a resource that is already in use.

Table I-3. Plug and Play Error Messages

ISA NMI MESSAGES

ISA NMI Message

Explanation

Memory Parity Error at xxxxx

Memory failed. If the memory location can be determined, it is displayed as xxxxx. If not, the message

is Memory Parity Error ????.

I/O Card Parity Error at xxxxx

An expansion card failed. If the address can be determined, it is displayed as xxxxx. If not, the

message is I/O Card Parity Error ????.

DMA Bus Time-out

A device has driven the bus signal for more than 7.8 microseconds.

Table I-4. ISA NMI Messages

Advanced/ZP Technical Product Summary · Page 35

Appendix J - Environmental Standards

Parameter

Condition

Specification

Temperature

Non-Operating

Operating

-40 C to +70 C

+0 C to +55 C

Humidity

Shock

Non-Operating

Operating

92% Relative Humidity max. @ 36 C

80% Relative Humidity max. @ 36°C

30.0G, 11ms, 1/2 sine

Non-Operating

Table J-1. Environmental standards

Appendix K - Reliability Data

The Mean-Time-Between-Failures (MTBF) data is calculated from predicted data @ 55°

Advanced/ZP baseboard

105053

Advanced/ZP Technical Product Summary · Page 36

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