Acer V70LA Manuel utilisateur

A26361-K522-Z120-2-7419 English - 1

Introduction

This manual describes the features of the system board as well as the setting options and the

extensions that you can make to the system board.

You can find more detailed information in the Operating Manual of the device or in the manual

"Terminal Setup".

Further information to drivers is provided in the readme files on hard disk or on the supplied drivers

diskettes or on the "Drivers & Utility" CD.

Notational conventions

The meanings of the symbols and fonts used in this manual are as follows:

!Pay particular attention to texts marked with this symbol. Failure to observe this warning

endangers your life, destroys the system, or may lead to loss of data.

iThis symbol is followed by supplementary information, remarks and tips.



Texts which follow this symbol describe activities that must be performed in the order shown.



This symbol means that you must press the Enter key.

Texts in this typeface are screen outputs.

Texts in italics indicate commands or menu items.

"Quotation marks" indicate names of chapters and terms that are being emphasized.

Important notes

2 - English A26361-K522-Z120-2-7419

Important notes

Store this manual close to the device. If you pass on the device to third parties, you should also

pass on this manual.

!Be sure to read this page carefully and note the information before you open the device.

You cannot access the components of the system board without first opening the device.

How to dismantle and reassemble the device is described in the Operating Manual

accompanying the device.

Please note the information provided in the chapter "Safety" in the Operating Manual of

the device.

Before disconnecting cables from the system board remember how the connectors are

plugged in. Some connectors may not be coded.

Incorrect replacement of the lithium battery may lead to a risk of explosion. It is therefore

essential to observe the instructions in the section „Replacing the lithium battery“.

The lithium battery must be replaced with an identical battery or a battery type

recommended by the manufacturer (CR2032).

Do not throw lithium batteries into the trashcan. It must be disposed of in accordance with

local regulations concerning special waste.

The shipped version of this board complies with the requirements of the EEC

directive 89/336/EEC "Electromagnetic compatibility".

Compliance was tested in a typical PC configuration.

When installing the board, refer to the specific installation information in the

Operating Manual or Technical Manual of the receiving device.

Data cables for peripherals must be adequately insulated to avoid interference.

!Components can become very hot during operation. Make sure you do not touch

components when making extensions to the system board. There is a danger of burns!

iThe warranty expires if the device is damaged during the installation or replacement of

system expansions. Information on which system expansions you can use is available

from your sales office or the customer service.

Important notes

A26361-K522-Z120-2-7419 English - 3

Boards with electrostatic sensitive devices (ESD) may be identified by labels.

When you handle boards fitted with ESDs, you must observe the following points under all

circumstances:

• You must always discharge yourself (e.g. by touching a grounded object) before working.

• The equipment and tools you use must be free of static charges.

• Pull out the power plug before inserting or pulling out boards containing ESDs.

• Always hold boards with ESDs by their edges.

• Never touch pins or conductors on boards fitted with ESDs.

Features

4 - English A26361-K522-Z120-2-7419

Features

• System board in LPX format

• Processor IDT C6 with 66 MHz system clock

• Processor AMD K6-2 with 100 MHz system clock

• Support of the latest MMX technology

• ZIF socket (Zero-Insertion Force) for an easy replacement of the processor

• 2 DIMM slots for 16 to 256 Mbyte main memory (SDRAM memory modules)

• 1 external parallel port

• 1 external serial port

• 1 internal serial port

• 2 external PS/2 interfaces for keyboard and mouse

• 2 external USB ports (USB = Universal Serial Bus)

• LAN controller

• ATI AGP screen controller

• AMC connector

• AGP/PCI/Cache/Memory Controller

• 2 IDE connectors

• Connector for one floppy disk drive

• Security functions

• Energy saving functions

• Flash BIOS

Interfaces and connectors

A26361-K522-Z120-2-7419 English - 5

Interfaces and connectors

12345

1 = LAN port

2 = Keyboard port

3 = PS/2 mouse port

4 = Serial port 1

5 = 2 USB ports

6 = Parallel interface

7 = Video connector

8 = AMC connector

9 = 2 DIMM sockets

10 = ATI AGP controller

11 = Serial port 2

12 = Processor socket (type 7)

13 = AGP/PCI/Cache/Memory Controller

14 = Connector for one floppy disk drive

15 = Audio connector

16 = PCI-ISA Bridge, System I/O Controller

17 = 2 IDE connectors

18 = Connector for PCI slot board

19 = LAN controller

20 = Connector for power supply

21 = fan connector

The marked connectors are optional and may not be present on the system board.

Internal ports and jumpers

6 - English A26361-K522-Z120-2-7419

Internal ports and jumpers

iThe blackened pin of a jumper or a connector represents pin 1

JP1 - Ring-in Signal

jumper Setting Function

JP1 connected to 1 - 2

connected to 2 - 3*

Ring-in Signal

Ring-in Active Low

Ring-in Active High

* = Default setting

JP3 - Selecting the processor core voltage Vcore

Vcore Jumper JP3 Vcore Jumper JP3

3.3V connected to 1 - 2 2.8V connected to 7 - 8

3.2V connected to 3 - 4 2.2V connected to 9 - 10

2.9V connected to 5 - 6 1.8V connected to 11 - 12

Internal ports and jumpers

A26361-K522-Z120-2-7419 English - 7

JP6 - Selecting the processor voltage

K6 processor type Jumper JP6 PLL- Processor voltage

K6-2 300 connected to 1 - 2 3.6V

Other K6 connected to 2 - 3 3.3V

JP4, JP5 - Selecting the clock speed

System clock Jumper JP5 Jumper JP4

100 MHz connected to 1 - 2 connected to 1 - 2

83 MHz connected to 1 - 2 connected to 2 - 3

66 MHz connected to 2 - 3 connected to 2 - 3

JP8, JP9, JP10 - Selecting the clock ratio

Clock ratio Jumper JP8 Jumper JP9 Jumper JP10

2,5 connected to 2 - 3 connected to 2 - 3 connected to 1 - 2

3,0 connected to 1 - 2 connected to 2 - 3 connected to 1 - 2

3,5 connected to 1 - 2 connected to 1 - 2 connected to 1 - 2

4,0 connected to 2 - 3 connected to 1 - 2 connected to 2 - 3

4,5 connected to 2 - 3 connected to 2 - 3 connected to 2 - 3

JP11 - LED jumper

JP11 MSG LED | Gnd | HD LED: Mail indicator/Hard disk indicator

Gnd | PWR OFF LED| PWR ON LED: On/Off indicator

JP12 - Switch jumper

JP12 ON/OFF switch

FN1/FN2 - Processor fan

CN1 to CN31 - Internal ports and connectors

Internal

port Function Internal

port Function

CN1 Primary IDE connector CN13 Mouse port

CN2 Standby connector CN15 Keyboard port

CN3 Power supply CN18 USB port 2

CN4 Secondary IDE connector CN19 On/Off switch: 1 (-) 2 (+) 3 (-)

CN5 Floppy disk drive CN20 Parallel interface

CN6 Serial port 1 CN21 Video connector

CN7 USB port 1 CN22 AMC

CN8 LAN port CN28 Serial port 2

CN9 LAN indicator CN31 WOL connector

CN11 Modem Ring-In connector:

1(PWR2)3(Ring-in)4(GND)

Possible screen resolution

8 - English A26361-K522-Z120-2-7419

Possible screen resolution

Depending on the operating system used the screen resolutions in the following table refer to the

screen controller on the system board. If you are using an external screen controller, you will find

details of supported screen resolutions in the Operating Manual or Technical Manual supplied with

the controller.

To select the appropriate setting for your monitor, please use the ATI drivers supplied.

In Windows 9x you can select your monitor type and the resolution in the "Control Panel" under

„Display Properties“.

Screen resolution Refresh rate (Hz) Vertical frequency

range (kHz) Horizontal

frequency range

(kHz)

Max. number of

colors

640 x 480 120 60 - 120 32 - 64 256

640 x 480 120 60 - 120 32 - 64 65 K

640 x 480 120 60 - 120 32 - 64 16.7 M

800 x 600 120 56 - 120 35 - 77 256

800 x 600 120 56 - 120 35 - 77 65 K

800 x 600 120 56 - 120 35 - 77 16.7 M

1024 x 768 120 60 - 120 48 - 97 256

1024 x 768 120 60 - 120 48 - 97 65 K

1024 x 768 - - - 16.7 M

1152 x 864 100 60 - 100 55 - 90 256

1152 x 864 100 60 - 100 55 - 90 65 K

1152 x 864 - - - 16.7 M

1280 x 1024 85 60 - 85 64 - 92 256

1280 x 1024 - - - 65 K

1280 x 1024 - - - 16.7 M

1600 x 1024 - - - 256

1600 x 1024 - - - 65 K

1600 x 1024 - - - 16.7 M

1600 x 1200 76 60 - 76 75 - 95 256

1600 x 1200 - - - 65 K

1600 x 1200 - - - 16.7 M

- not available

Resource table

A26361-K522-Z120-2-7419 English - 9

Resource table

assigned

IRQ possible

IRQ Possible Address

(hex) Possible

DMA

Keyboard 1

Serial interface COM1 4, 11 02E8, 02F8

Serial port COM 2 3, 4 03E8, 03F8

Floppy disk drive controller 6 2

Parallel interface LPT1 5, 7 0378H, 0278H,

03BC 1,3

RTC 8

USB controller 9

Mouse controller 12

Numeric processor 13

IDE controller 1 14 01F0H-01F7H

IDE controller 2 15 0170H-0177H

"assigned IRQ" = interrupts assigned as shipped

"Possible IRQ" = these interrupts can be used for your particular application

"Possible address" = this address can be used for your particular application

"Possible DMA" = these DMAs can be used for your particular application

Upgrading main memory

The system board is equipped with two 168 pin sockets with which the main memory can be

upgraded to a maximum of 256 Mbyte.

These slots are suitable for 16, 32, 64 and 128 Mbyte SDRAM memory modules of the DIMM

format.

Memory modules with different memory capacities can be combined.

DIMM = Dual Inline Memory Module

SDRAM = Synchronous Dynamic Random Access Memory

!Depending on the processor type SDRAM memory modules must be designed for a

clock frequency of 66 MHz or 100 MHz or higher (meets PC100 specification).

Upgrading main memory

10 - English A26361-K522-Z120-2-7419

Installing memory modules



Flip the holders on each side of the relevant location outwards.



Insert the memory module into the location.



At the same time flip the lateral holders upwards until the memory module snaps in place.

Removing a memory module



Flip the holders to the right and left of the location outwards.



Pull the memory module out of its location.

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