Toshiba GA-1170 User Manual

NETWORK EXPANSION KIT

GA-1170

File No. SME04003700 R04122173800-TTEC Ver00_2005-02

Parts marked with “ ” are important for maintaining the safely of the machine. Be sure to replace these

parts with the replacement parts specified to maintain the safety and performance of the machine.

General Precautions for Installation/Servicing/Maintenance for the GA-1170

The installation and service should be done by a qualified service technician.

1. When installing the GA-1170 to the Equipment, be sure to follow the instructions described in the "Unpacking/Set-Up Procedure for the GA-1170" booklet which comes with each unit of the GA-1170.

2. The GA-1170 should be installed by an authorized/qualified person.

3. Before starting installation, servicing or maintenance work, be sure to turn OFF and unplug the equipment first.

4. When servicing or maintaining the GA-1170, be careful about the rotating or operation sections such as gears, pulleys, sprockets, cams, belts, etc.

5. When parts are disassembled, reassembly is basically the reverse of disassembly unless otherwise noted in this manual or other related materials. Be careful not to reassemble small parts such as screws, washers, pins, E-rings, toothed washers to the wrong places.

6. Basically, the machine should not be operated with any parts removed or disassembled.

7. Delicate parts for preventing safety hazard problems (such as switches, sensors, etc. if any) should be handled/installed/adjusted correctly.

8. Use suitable measuring instruments and tools.

9. During servicing or maintenance work, be sure to check the serial No. plate and other cautionary labels (if any) to see if they are clean and firmly fixed. If not, take appropriate actions.

10. The PC board must be stored in an anti-electrostatic bag and handled carefully using a wristband, because the ICs on it may be damaged due to static electricity. Before using the wrist band, pull out the power cord plug of the equipment and make sure that there is no uninsulated charged objects in the vicinity.

11. For the recovery and disposal of used GA-1170, consumable parts and packing materials, it is recommended that the relevant local regulations/rules should be followed.

12. After completing installation, servicing and maintenance of the GA-1170, return the GA-1170 to its original state, and check operation.

[ 1 ] CONFIGURATION

e-STUDIO162/162D e-STUDIO151/151D

[ 2 ] SPECIFICATIONS

1. BASIC SPECIFICATIONS

ITEMS SPEC

Extensible model e-STUDIO162/162D

e-STUDIO151/151D

Standard memory 64MB

Expansion memory DIMM 1slot

Platform of Client PC IBM PC/AT compatible, Macintosh

Useable OS W i n dows98/Me /N T 4 . 0 / 2 0 0 0

Required hardware(PC)

Required software Internet Explorer 5.5 or later

Extensible option PS extensible kit (GA-1180)

Network Protocol TCP/IP, IPX/SPX, NetBEUI, Ether

Emulation (The functions which can be used differ by The MFP connected)

Network Print PCL/PS

Network Scan (The functions which can be used differ by The MFP connected)

E-mail alert status Yes (Cancels by the soft key)

Power supply Supplies via copier

Power consumption 5.5W

Outside dimension (W x D x H)

144pin 128/256MB SO-DIMM

professional/Windows XP Home Edition/Professional Edition

Mac OS 8.6-9.x,10.1.5,10.2-10.2.8(w/ o 10.2.2)(PS option)

(System) The conditions of each OS which can be used are required.

(HDD) Exceeding 100M is recommended.

(Monitor) 800 x 600 dots

(Interface) 10BASE-T/100BASE-TX Ethernet

Netscape Navigator 6 or later

Talk

PCL/PS (PS:Cancels by the soft key)

Scan to E-mail, Scan to FTP, Scan to Desktop

(AC power supply built-in) AC120mA

248mm x 127mm x 59mm

GA-1170

ITEMS SPEC

Accessories USB cord x 1

(for connection to Copier) Software CD-ROM x 3 Screw for installation x1 Clamp x 1

(for harness fixation) Installation manual Installation guide

*An installation manual exists in

driver CD-ROM by the pdf file format.

Bundle software Disk1:Driver CD-ROM

for e-STUDIO162/162D, e-STUDIO151/151D

• PCL driver (Win)

• PS driver (Win/Mac)

• SMON (Win)

• PAU (Win)

• NIC Manager (Win)

• Online manual (Win/Mac)

Disk2:Network setting CD-ROM

• NIC Manager (Win)

• Quick Setup (Win)

• SC-Print2000 (Win)

• Online manual (Win/Mac)

• Setup Utility (Mac)

Disk3:Application CD-ROM

• Desktop Document Manager (3 license)

GA-1170 CONFIGURATION

1 – 1

2. FUNCTION DESCRIPTION

A. PRINT EMULATION

A difference exists in the function which can be used by execution of the basic performance and composition of the MFP to connect (print size/configuration).

(1) comparison table of main print function classified by driver

Function

General Document

Style

Booklet Yes No

Binding Edge No

N-up

N-up Order Z Z, Reverse Z, N, Reverse N Z

Custom Paper Size

Different 1st (Cover)

Graphic Resolution

Setting

Half tone Setting

Graphics Mode

Negative Image

Mirror Image No Yes

Fit to Page Yes

Font Resident

Font 80 fonts

Download font

Others Configura-

tion Setting

Job Compression

Bitmap Compression

PCL5e

Custom Driver

1-Sided, 2-Sided(Book) 2-Sided(Tablet), Pamphlet Style(Tiled Pam-

phlet), Pamphlet Style(2-up Pamphlet)

600/300 dpi 600dpi

Raster/HP-GL2 Raster/Vector No

PCL6 (XL)/

SPDL2

Custom Driver

2/4/6/8/16

1size 3 sizes

Yes No

No Yes No

No Yes

Yes No Yes

Yes (Automatic) No

No Yes No

PS

Custom Driver

1-Sided, 2-Sided(Book), 2-Sided(Tablet)

136 fonts, 5 Kanji fonts (Japan only)

Macintosh

PPD file

35 fonts, 5 Kanji fonts (Japan only)

Windows

PPD file

Win 9x : 2/4 Win2K/XP: 2/4/6/8/16

X

136 fonts, 5 Kanji fonts (Japan only)

(2) comparison table of printing function for each driver

The model to connect e-STUDIO162/162D, e-STUDIO151/151D

Function PCL5e PCL6 PS Mac PPD Win PPD

General Copies 1-999

Orientation Portrait/Landscape

Collate Collate/Group

Document Style 1-Sided, 2-Sided(Book), 2-Sided(Tablet),

Pamphlet Style(Tiled Pamphlet), Pamphlet Style(2-up Pamphlet)

Booklet (e-STUDIO162/162D, e-STUDIO151/151D)

Invoice on Letter, A5 on A4, Letter on Letter, A4 on A4

Binding Edge No

Margin Shift No

N-up 2/4/6/8/16

N-up order Z Z, Reverse Z, N, Reverse N Z

GA-1170 SPECIFI CATIONS

1 – 2

1-Sided, 2-Sided(Book), 2-Sided(Tablet)

No

Win9x: 2/4 Win2k/XP: 2/4/6/8/16

*2

The model to connect e-STUDIO162/162D, e-STUDIO151/151D

Function PCL5e PCL6 PS Mac PPD Win PPD

General N-up Border On/Off Yes

On/Off

*2

(Single hairline/Single thin line/Double hairline/Double thin line)

Paper Paper Size (e-STUDIO162/162D, e-STUDIO151/151D)

A3/B4/A4/B5/A5/B6/A6/11x17/8.5x14/8.5x13/8.5x11/5.5x8.5/Folio/Executive/COM-10/Monarch/DL/C5/8K/16K

Fit to Page size (e-STUDIO162/162D, e-STUDIO151/151D)

A4/B5/A5/B6/A6/8.5x14/8.5x13/8.5x11/5.5x8.5/Folio/Executive/COM-10/Monarch/DL/C5/8K/16K

Paper Type No

Custom Paper

1 size 1size

*1

3 sizes

Size

Source Selection Auto/Bypass (Auto)

e-STUDIO162/162D, e-STUDIO151/151D: Tray 1/2

Different 1st

On/Off No

(cover)

Transparency

No

Inserts

Carbon Copy No

Paper Output

Output Tray Selection

No

Staple No

Graphic Resolution Setting 600/300 dpi 600 dpi

Half tone Setting No

Graphics Mode Raster

HP-GL2

Raster Vector

Screen Frequency 8 to

360.0 in 0.1 steps Screen angle 0.0 to

360.0 in 0.1 steps

No

Smoothing No

Toner save No

Half tone Enhance No

Graphic

Brightness No

Negative Image No On/Off

Mirror Image No Horizontal/Vertical

Zoom No 25-400%

Fit to Page On/Off No

Font Resident Font 80 fonts 136 fonts 35 fonts 136 fonts

Download Font

Others Configuration Set-

Bitmap, TrueType, Graphics

No

Yes (Automatic) No

Type1 True Type

ting

ROPM On/Off

Overlay On/Off No

Print Auditor No

Job Retention No

Watermark On/Off On/Off(With functional restriction)

Page Protection No

Job Compression No

None, Fastest, Fast, Medium, Best

None, Very High, High, Medium, Draft

No

*1:Mac OS 10.1 is not supported. *2:Windows NT is not supported.

*2

GA-1170 SPECIFI CATIONS

1 – 3

(3) PDF/TIFF direct printing function

PDF and TIFF files can be specified from a web page and directly printed out.

(4) Limitations (printing function)

If a print request for GDI/SPLC data is made, an error message is printed out.

(5) Printer condition setup

The following setup can be made from the web page.

Default Setting Items

Item

Function

e-STUDIO162/162D,

e-STUDIO151/151D

Default

Copies 1-999 1

Orientation Portrait / Landscape Portrait

Default Paper Size (Overseas)

Invoice

•

Letter

•

Foolscap

•

Legal

•

Letter or A4

(Domestic)

A5 •B5

•

A4

•

(China - size of AB system)

A5 •B5 •A4

•

16K

•

Default Paper Source drop down box select

AUTO

values:

AUTO •Tray1

•

Tray2

•

BYPASS

•

Disable Blank Page Print

Enable/Disable Disable

*When destination lan-

guage is Japanese.

2-Sided Print dr o p do wn b o x sl ect

1-SIDED

values:

1-SIDED

•

2-SIDED (BOOK)

•

2-SIDED (TABLET)

•

ROPM Enable / Disable Disable

(6) Network status page

The network status pages shows a list of settings about the network.

Data are printed out in the A4 or letter size in US English regardless of the destination and OS language selected.

The status page can be printed out by pressing the status switch on the network expansion kit.

Note:

1. The name of the printer is printed under the item "printer name."

2. When WINS is disabled, "WINS server 1-5" is not displayed. It is displayed when a value is set or information is acquired from the DHCP server.

Any server which responds normally to the registration of WINS is marked with an asterisk "

"WINS server" shows up to 5 values: 2 settings, 2 DHCP values, and broadcast. However, the broadcast operates only when no normal response is returned from any server.

3. The "WINS Scope ID" is displayed only when a value is set or when information is acquired from the DHCP server and more than one piece of information is valid as a WINS server.

".

∗

B. NETWORK SCANNING FUNCTION

It is possible to use the MFP scanning function as a network scanner with a network scanner expansion kit. Setups can be made using a Web browser. Supported functions vary with the type of the MFP connected.

(1) Basic scanning function

Function Item

Network scanner

Scan to E-mail Yes

Scan to Desktop

Scan to FTP server

Destination

Specify e-mail address with LDAP

AdHoc (Enter e-mail address from MFP.)

File format

JPEG PDF (non-compression, G3, G4) TIFF (non-compression,G4, G4)

(2) Scanner settings

Item Default

Setting

Scanning size

File format

Color mode

Resolution

B/W threshold

e-STUDIO162/162D, e-STUDIO151/151D

JPEG color/JPEG gray scale/PDF color/PDF gray scale/PDF monochrome, binary non-compression/PDF monochrome, binary G3 compression/PDF monochrome, binary G4 compression/TIFF color/TIFF gray scale/TIFF monochrome, binary non-compression/TIFF monochrome, binary G3 compression/TIFF monochrome, binary G4 compression

Monochrome, 2 gradations/Gray scale/Full color

75/100/150/200/ 300/400/600

1-254 (default: 128)

e-STUDIO162/162D,

e-STUDIO151/151D

Remarks

Yes

e-STUDIO162/162D,

e-STUDIO151/151D

TIFF/PDF multiple page support

Remarks

A4 (AB region) Letter (Inch-sys-

tem region)

TIFF monochrome, binary G4 compression

Monochrome, 2 gradations

Available only at the “monochrome”.

75 Selectable reso-

lutions vary with different memory capacities.

128

GA-1170 SPECIFI CATIONS

1 – 4

Item Default

Setting

Light source

e-STUDIO162/162D, e-STUDIO151/151D

Red/ Green/ Blue

White/ Red/ Green/ Blue

e-STUDIO162/162D,

e-STUDIO151/151D

Green White Light source can

Remarks

be selected only when the color mode is in "Monochrome".

Void On/Off On When On is

selected, the edges of images are cut.

(3) Send file (message and filename)

• Information contained in filename

Sender name : Use MFP product name.

Date & Time : Date and time at which file is sent

Session page counter

Unique identifier : Automatically created based on the information

Example: e-STUDIO162D_20000620_155114_0057_06a3f3393948.pdf

• Mail subject

Can be freely set.

Default: Scanned image. device name: e-STUDIOXXX (MFP product name)

Example: Scanned image. device name: e-STUDIO162D

• Mail message

The following messages are added to the image send mail.

: Image send counter

of the date and time and image send counter.

(4) Recipient registration

[e-STUDIO162/162D, e-STUDIO151/151D]

• Up to 200 destinations can be registered on the network expansion kit to which the scan can be sent from the network scanner.

• The mail address registered for each destination can be selected from the mail address which is searched using LDAP.

• The information for each recipient includes the recipient name, IP address or mail address, scanning size, format type, and scan parameter.

• Either of LDAP-selected or directly-entered mail address scan setting is available. If the destination is a mail address entered through the main system or selected by LDAP, this scan setting is used.

• The destination name is displayed on the LCD.

(5) Scanning size

[e-STUDIO162/162D, e-STUDIO151/151D]

• Scanning size is the size set up in main unit(Copier). (Apply to the main scan, a subscan, ADF, and OC)

(6) Scanner limitations

[e-STUDIO162/162D, e-STUDIO151/151D]

• The scanning function is allocated to the network expansion kit. The b Button Manager settings are disabled.

• When the network expansion kit is connected, the scanner function through TWAIN (pull scan) and push scan which used button manager on pc are not available.

Device name: Freely set

Model: MFP product name

Location: Freely set

File type: File type of send image

Resolution: Resolution of send image

Example;

Device name :e-STUDIO162D

Model name :e-STUDIO162D

Location :D2) Planning dept.

File type :PDF MMR (G4)

Resolution :200 dpi x 200 dpi

GA-1170 SPECIFI CATIONS

1 – 5

C. FUNCTIONS BY INTERFACE

When the network expansion kit is connected, the following functions are available by system interface.

System I/F

(main unit)

USB2.0 RJ45 (LAN) No No Yes Yes Yes

USB1.1

IEEE1284

USB2.0

USB1.1 RJ45 (LAN) No No Yes (*2) Yes (*2) No

IEEE1284

USB1.1 RJ45 (LAN) No No Yes (*2) Yes (*2) No

IEEE1284

(*1): PS requires soft keys of the GA-1180.

(*2): Some functions are not available.

GA-1170 I/F

➝

SPLC GDI PCL5e/6 PS (*1) Net

Yes No No No No

No Yes No No No

Function

Scan

D. NETWORK SETUP

Network setups should be performed by the system administrator. Use a setup tool such as TCP/IP, Netware, Ether Talk or Web interface.

E. SOFTWARE SETUP

The network expansion kit can be installed by setting up NIC, installing a printer driver with the total installer, and installing Desktop Document Manager.

(1) Installing driver

The network expansion kit printer is connected only through the network. The port setup required for installing a printer driver is the network only. The following items should be set up.

• TCP/IP peer-to-peer port

1) Search for the network expansion kit on the network and select the network expansion kit you want or enter the IP address of the applicable network expansion kit to create a TCP/IP port.

2) Install the driver to the created port.

• Windows printer shared port

When the setup of the above client PC is completed and the printer is set to "Windows shared printer," other client PCs can select this printer shared port and then proceed to installation of the driver.

F. HARDWARE SETUP

Supplied by the main unit

[e-STUDIO162/162D, e-STUDIO151/151D]

1) Connection to the system unit

• Connect to the USB2.0 port

2) Power supply

Supplied by the main unit.

GA-1170 SPECIFI CATIONS

1 – 6

[ 3 ] UNPACKING AND INSTALLATION

The unpacking and set-up procedure shall be done by a qualified service technician.

1. UNPACKING

2. PACKAGED GOODS

Parts included

3. INSTALLATION PROCEDURE

This installation procedure is provided for e-STUDIO162/162D, e-STUDIO151/151D.

For Installation to other models, see the operation manual of the main unit or the service manual.

Turn off the main switch of the main unit and remove the power plug of the copier from the outlet.

1. Cut the rear cabinet.

1) Remove the ADF/ RADF from the main unit and gently place it on the document glass as shown in the illustration.

2) Cut out two cut-out portions from the rear cabinet using a cutter or the like.

3) Use a Phillips screwdriver or the like to open a hole.

4) Remove the screw and then remove the rear cabinet cover.

5) Cut out a part of the rear cabinet cover with nippers or the like as shown in illustration. (Be careful about the orientation of the nippers so that the cross section is flat.)

Network expansion kit

USB cable ... 1 pc.

CD-ROM ... 3 pcs.

Screw (3 x 14) ... 1 pc.

Clamp ... 1 pc.

Important information ... 1 sheet

2. Attach the network expansion kit.

1) Engage the two pawls on the rear of the network expansion kit with the cutout portions of the main unit and secure the kit with the supplied screw (3 x 14).

2) Connect the connector of the network expansion kit to the connector of the main unit.

3) Secure the rear cabinet cover to the main unit with the screw.

4) Attach the ADF/ RADF to the main unit.

GA-1170 UNPACKING AND INSTALLATION

3 – 1

3. Connect the USB cable and the network cable.

1) Attach the supplied cable clamp to the position shown in the illustration.

2) Connect the USB cable to the network expansion kit and the main unit. At this time, reduce slack of the cable with the cable clamp as shown in the illustration.

3) Connect the network cable.

Insert the power plug of the copier to the outlet, turn the main switch of the copier to the “ON” position, and then perform network setting and installation of the software.

GA-1170 UN PACKING AND INSTALLATION

3 – 2

[ 4 ] SETUP IN A WINDOWS ENVIRONMENT

1. SETTING THE IP ADDRESS OF THE

MACHINE

Before installing the printer driver, be sure to set the IP address of the machine. Consult your network administrator for the correct IP address, subnet mask, and default gateway to be entered. If a DHCP server will automatically assign an IP address to the machine, the following procedure is not necessary. (To check the IP address assigned to the machine by DHCP, see "2. CHECKING THE IP ADDRESS" .)

Note: If the machine is used in a DHCP environment, the machine's IP

address may change automatically. If this happens, printing will no longer be possible. In this event, use a WINS server or do not use the machine in a DHCP environment.

1) Make sure that the LAN cable is connected to the machine and then turn on the machine.

2) Insert the network expansion kit GA-1170 "Software" CD-ROM into your computer's CD-ROM drive.

3) Click the "start" button, click "My Computer" ( ), and then doubleclick the CD-ROM icon ( ).

In Windows 95/98/Me/NT 4.0/2000, double-click "My Computer" and then double-click the CD-ROM icon.

4) Double-click the "setup" icon ( ).

Note: If the language selection screen appears after you double click

the "setup" icon, select the language that you wish to use and click the "Next" button. (Normally the correct language is selected automatically.)

5) The "SOFTWARE LICENSE" window will appear. Make sure that you understand the contents of the license agreement, and then click the "Yes" button.

6) Read the message in the "Welcome" window and then click the "Next" button.

7) Click the "Administrator Tools" button.

8) Click the "NICManager" button.

9) The printer or printers connected to the network will be detected. Click the printer to be configured (the machine).

Select the "GA-1170".

10) Click the "Print Server Card Setup" button.

Enter your password in the password entry screen and click "OK".

The Print Server Card Setup window will appear.

The password for this product has been initially set to "TOSHIBA".

If the "Guest user" checkbox is selected, the settings can be viewed but not configured.

11) Click the "TCP/IP" tab.

GA-1170 SETUP IN A WINDOWS ENVIRONMENT

4 – 1

12) Configure the settings and then click the "Update" button.

Be sure to ask your network administrator for the correct IP address, subnet mask, and default gateway to be entered.

13) Your changes to the settings appear.

Make sure that the changes are correct and then click the "OK" button.

14) Restart the machine.

Power off the machine and then power it back on.

15) Select "Search" from the "File" menu.

The IP address that you entered will appear. Make sure that it is correct.

The completes the IP address settings.

3. PRODUCT KEY SETTING

To enable the PS3 function and the e-mail status & alerts function, follow the procedures below. In addition, to enable the PS3 function, you need GA-1180 (option).

1) Make sure that the LAN cable is connected to the machine and then turn on the machine.

2) Enter the IP address in web browser to open the web page.

3) Select "Product Key Setting" in "Device Setup" from MENU.

4) Set "User name" to "admin" and "Password" to "TOSHIBA" in the screen displayed.

5) Click the "OK" button to obtain the "Product Number".

2. CHECKING THE IP ADDRESS

To check the IP address of the machine, press the status button on the network expansion kit to print out a network status page.

6) Fill in the product number in the following column of the product sheet (MACHINE SERIAL NUMBER).

APPLICATION NUMBER

MACHINE SERIAL NUMBER

PRODUCT KEY

XXXXXXXXX

7) Obtain the product key with APPLICATION NUMBER and MACHINE SERIAL NUMBER in the product sheet. For specific procedure to obtain the product key, contact the TOSHIBA authorized dealer. In addition, keep the product sheet after filling in since the product key is important information.

8) Enter the product key in the web page displayed in 5), and click the "Submit" button.

This completes the PS3 setting.

9) Select "E-mail status & alerts" from the "Option Name" list in the "Product Key Setting" screen.

10) Click the "Submit" button.

This completes the e-mail status & alerts function setting.

GA-1170 SETUP IN A WINDOWS ENVIRONMENT

4 – 2

[ 5 ] Updating Network Box Firmware

Update the Network Box firmware in the following procedure using a Web browser.

1. Display the web page for updating Network Box firmware

Start the browser on your PC and specify the following URL. A web page, as shown in Fig. 1, appears on screen.

http://<IP Address of Network Box>/firmware_upload.html

[Fig.1: Web page for updating Network Box firmware]

2. Switch to firmware upload mode

Click the button on the screen, the message shown in Fig. 2 appears.

The page changes to the Network Box firmware upload mode.

The browser is automatically reloaded and then the screen looks like this.

*When the screen shown in fig.3 is not displayed, refresh a browser

manually.

[Fig. 3: Upload mode]

3. Specifying the file

Click the Browse button. Selects the firmware of the Network Box version you want to update, from the file selection menu indicated in Fig.4.

[Fig.2: Switch to firmware upload mode]

[Fig. 4: Specifying the file]

Note: If you want to set the IP address of the Network Box at first, use

the NIC Manager. Select and set your model name and an appropriate Ethernet address from the list.

Both the Boot and Main files can be updated in the same procedure as mentioned above. However, when you want to update both at the same time, you need to update them separately by repeating the same procedure twice. When updating both files, it is required to first update Boot and then Main.

GA-1170 Updating Network Box F irmware

5 – 1

4. Updating the firmware

After you select the file, click the Submit button. The firmware is transmitted to Network Box, and it is updated. The message indicated in Fig.5 blinks repeatedly until the updating process is completed. Do not turn off the power supply.

[Fig.5: Updating in progress]

5. Restarting your MFP

When updating is completed, the message shown in Fig.6 appears on screen. Turn off the power and then turn it on again to restart Network Box.

Caution: If a DHCP is used, the browser may not be able to reload auto-

matically in some cases when transferring to the upload mode because different IP addresses are read. Therefore, we recommend that you use a fixed IP address when updating firmware.

If the upload mode is operating with different IP addresses, check the IP address obtained by the Ethernet address of Network Box from the DHCP server and display the updating mode URL again using the browser.

When a proxy server is used, the screen may not be updated by reloading. In that case, you need to update manually.

[Fig.6: Updating completed]

GA-1170 Updating Network Box F irmware

5 – 2

[ 6 ] TROUBLE CODE

1. TROUBLE CODE (CE CODE)

If "CE" blinks in the display, press the [START] key. An error code will appear.(Only e-STUDIO162/162D, e-STUDIO151/151D displays an error code automatically.) Solve the problem as explained below.

Error Code Solution

CE-00 Error which cannot be specified occurred.

Turn off the power and turn it back on. Consult with your network administrator to make sure that no problems exist on the network or in the server.

CE-01 Network Server card error.

Turn off the power and turn it back on. Consult with your network administrator to make sure that no problems exist on the network or in the server.

CE-02 Server access denied. The scanned image was not

CE-03 The scanned image was not sent because the server

CE-04 It has not logged in to the FTP server and the mail

CE-05 The scanned image was not sent because the directory

CE-09 The size of the scanned image file exceeds the upper

CE-10 A transmission method assigned to a [SCAN MENU]

CE-11 The memory filled with scanner data.

CE-12 The quantity of the result for which LDAP searched

sent because a connection to the server could not be established. Make sure that the SMTP server settings or FTP server settings in the Web page are correct.

was busy or there was too much traffic. Wait briefly and then try again.

server. Please reconfirm the login name and a password.

of the destination FTP server was not correct. Make sure that the correct FTP server information is configured in the Web page.

limit set in "Maximum Size of File" in the Web page. Reduce the number of original pages scanned into the file, or change the upper limit set in "Maximum Size of File".

key cannot be used. Check the transmission methods assigned to the [SCAN MENU] keys in "Enable Scanner Delivery to:" in the Web page whether or not the method can be used.

It was not able to process by the size of a scanner data being too large.

Please drop resolution of data by setup of scaner and retry scan.

exceeded the maximum quantity which can be searched.

There are too many addresses which were in agreement with reference conditions.

Please increase the number of reference characters and perform re-reference.

GA-1170 TROUBLE CODE

6 – 1

B

D

C

B

A

1/16

12345678

1

SPD

MEMD[63:0]

2

345678

On Board 64MB

256MB(Max)

SDRAM1 SO_DIMM

256Mbit

SDRAM0(H)

256Mbit

SDRAM0(L)

100MHz/64bit

System BUS

MEMA[14:5]

ADDR[19:0]

MEMD[31:16]

MEMD[15:0]

DATA[63:0]

32.768KHz

256Kbit

Serial EEPROM

HC125

RTC

LCX125

MEMD[31:0]

BUSSPRT

LCX245

LCX244

ACE

slot2 32MB

ROM) Flash SO-DIMM (Mask

slot1 8MB

SO-DIMM Flash

slot0 12MB or 16MB SO-DIMM

Flash

3.3V

LCH

LCX373

LD[31:0]

LA[20:0]

LD[31:0]

2

3

Tx49Core

CPUCLK = 200MHz

TMPR4927TB

OSC

25MHz

[ 7 ] CIRCUIT DIAGRAM

1. BLOCK DIAGRAM

D

SDRAMC

PCI BUS

33MHz/32bit

EBIF

Connector PCI

G-Bus

PCIC

EBUSC

C

Bridge

PIO

IM-Bus

12MHz

(MAC/PHY) DP83816

Connector Ethernet

ISP1561

USB2.0

Connector USB

IRCUART

B

UART Ch1

LCX14

4Pin Connector

(RS-232C Connector)

A A

A

87654

GA-1170 CIRCUIT DIAGRAM

7 – 1

B

D

C

B

A

2/16

12345678

1

113355779

2244668810

CN11

2

345678

VCCIO

NOASM

R250 1K R249 1K R248 1K R247 1K

TP714

TP712 TP713

TP711

TP710

R289 33

9

RF-H102TD-1130

NOASM

10

R291 33

R292 33

R293 33

R290 33

RTCDATA 8,16

DIMM_SCK 5,16

EEP_SCK 8,16

RTCR/W 8,16

DIMM_SDA 5,16

RTCCS 8,16

PIO_SW 13,16

VCCWCTL 7,16

RTCCLK 8,16

EEP_SDA 8,16

HDD_POWER 9

DBG_LED1 13,16

DBG_LED3 13,16

DBG_LED0 13,16

DBG_LED2 13,16

1

2

3

TP738

TP736

TP737

TP639

B13

TPCO/TDO

TX4927/TX4837 1/5

TDI/DINT

IC1A

C11

B11

B12

TCK

TP742

DCLK

TMS

C12

E16

TP743

TP744

A17

C16

B16

PCST0

PCST1

TRST

RESET

K1

PONRST7,9,10,11,13,15

TP745

TP746

A16

PCST2

PCST3

R2871K

C15

TP747

PCST4

JP1

WDRST 13,16

R300 1K

R298 1K

R297 1K

R19 8.2K

R18 8.2K

R20 8.2K

NMI

F4

NMI13,16

INT0F3INT1F2INT2F1INT3G3INT4G2INT5

R33 10K

R34 10K

PCIINTA9,10,11

PCIINTB9

INT213,16

R296 1K

R27 1K

R24 1K

R22 1K

B1

AD3

AF3

B2

AC20

AB21

AE3

D1

PIO5C1PIO6D3PIO7

CB0/PIO8

CB1/PIO9

CB2/PIO10

CB3/PIO11

AE4

CB4/PIO12

CB5/PIO13

A1

C2

PIO0A2PIO1

SDIN0/PIO3

SDOUT/PIO4

BITCLK/PIO2

G1

C2

0.1uF

TP396

TP395

R35 10K

TP427

VCCIO

R17 10K

VCCIO

HALTDOZE

TP754

TP748

TP749

TP750

TP751

TP752

TP753

TPAD35

1

E13

D13

C13

PCST5

E14

PCST6

T2B-SQ

C14

PCST7

NOASM

B14

PCST8

1 2

K3

TPC1

TPC2

TPC3

HALTDOZE

TEST0K2TEST1L5TEST2L4TEST3L3TEST4

BYPASSPLLD5CGRESET

MASTERCLK

L2

P23

R26

TP656

TP658

TP659

TP660

1

TPAD33

R15 10K

VCCIO

TP381

R14 1K

TP394

CGRESET13,16

33

R16

B15

M2

SDIN1E6TCLK

E1

TP650

R218

VCCIO

WDRST

10

TP651

TP652

E3

TIMER0E2TIMER1

VCCIO

TPAD6

1

AE20

AD21

CB6/PIO14

CB7/PIO15

R299 10K

PIO15

TP655

TPAD10

VCCIO

TXD1 6,16

1

VCCIO

R37 10K

R36 10K

R288 33

TPAD28

TPAD8

11

J3

RTS0H2RTS1

CTS0H3CTS1

SCLK

J4

J1

1 1

TPAD7

TPAD27

TXD0H1TXD1

RXD0G4RXD1

1

TPAD9

TP741

J2

TMPR4927/4937

J5

RXD16,16

NO ASM

R294 1K

R295 1K

TMPR4927TB_1

2. MAIN PWB

D

VCCIO

8

OUT5VDD

CONT1GND

X1

CLK10,16

C

4

VCCIO

GA-1170 CIRCUIT DIAGRAM

C1

SCO-10 25MHz

7 – 2

0.1uF

87654

B

A A

A

B

D

C

B

A

3/16

12345678

1

Default

ASM

NOASM/ASM

ASM/NOASM/NOASM

2

4.7K

R38 4.7K

R40

R43

R39

R42

NO ASM

CE[6:0] 16

345678

CE0

DQM[7:0] 16

DQM1

DQM0

CE1

DQM2

CE2

DQM3

SDCS0 16

SDCS0

CE3

DQM4

SDCS1 16

SDCS1

DATA[63:0] 16

CE4

DQM5

SDCS2 16

SDCS2

CE5

DQM6

CE6

DQM7

DATA7

ADDR14

ADDR13

ADDR2

ADDR1

R44

NO ASM

ADDR0

FUNCTION

ASM : Internal Timer Interrupt Disable

NOASM : Internal Timer Interrupt Enable

ASM/ASM : SYSCLK = G-BUSCLK/4

ASM/NOASM : SYSCLK = G-BUSCLK/3

NOASM/ASM : SYSCLK = G-BUSCLK/2

R*-*

R38

R39-40

DATA[7]

ADDR[14:13]

ADDR*/DATA*

Setting Table

SDCLK0A 16

SDCLK1A 16

SDCLK1A

SDCLK0A

C246

10pF

C245

10pF

TP1

1

NOASM/NOASM : SYSCLK = G-BUSCLK

NOASM/NOASM/ASM : MASTERCLK : CPUCLK = 1 : 2.5

NOASM/ASM/NOASM : MASTERCLK : CPUCLK = 1 : 3

NOASM/ASM/ASM : MASTERCLK : CPUCLK = 1 : 4

ASM/NOASM/NOASM : MASTERCLK : CPUCLK = 1 : 8

ASM/NOASM/ASM : MASTERCLK : CPUCLK = 1 : 10

ASM/ASM/NOASM : MASTERCLK : CPUCLK = 1 : 12

ASM/ASM/ASM : MASTERCLK : CPUCLK = 1 : 16

R57 4.7K

R56 4.7K

R58 4.7K

ADDR[2:0] R42-44 NOASM/NOASM/NOASM : MASTERCLK : CPUCLK = 1 : 2

SDCLK0 5,16

SDCLK2A 16

SDCLK3A 16

SDCLK2A

SDCLK3A

R46 33

SDCLK0A

SDCLK1A

R45 10

ICT32

SDCLK1 5,16

R47 33

SDCLK2A

SDCLK2 5,16

R48 82

SDRAS 5,15

R49 33

SDCLK3A

IC1B

ADDR6

ADDR18

ADDR9

SDDQM[7:0] 5,15

SDCAS 5,15

CAS 16

RAS 16

R50 33

AF14

AF19

AF13

AF17

SDCLK0

SDCLK1

SDCLK2

SDCLK3

TX4927/TX4937 2/5

DATA0N3DATA1N1DATA2P1DATA3R2DATA4T5DATA5T2DATA6U2DATA7V5DATA8W1DATA9Y4DATA10Y1DATA11

DATA1

DATA2

DATA3

DATA0

DATA4

SDDQM2

BR6 123

DQM7 SDDQM7

DQM2

RAS

CAS

AE7

AF4

RAS

CAS

DATA5

DATA6

SDDQM6

SDDQM3

678

4 5

DQM3

DQM6

DQM0

AB6

DATA7

DATA8

DQM0

33

DQM1

AE6

DATA9

SDDQM4

BR9 123

DQM4

DQM2

AC18

DQM1

DATA10

DQM5 SDDQM5

DQM3

AE19

DQM2

AA2

DATA11

SDDQM0

678

DQM0

DQM4

AD6

DQM3

AB4

DATA12

SDDQM1

4 5

DQM1

DQM5

AF6

DQM4

DATA12

AB2

DATA13

33

DQM6

AD18

DQM5

DATA13

AC1

DATA14

DQM7

AB20

DQM6

DATA14

AE1

DATA15

DQM7

DATA15

AF21

DATA16

R51 47

WE 16

SDCS0

AC7

DATA16

AD22

DATA17

SDRCS1 5,15

SDRCS0 5,15

R52 47

SDCS1

AD7

SDCS0

DATA17

AF22

DATA18

R53 33

SDCS2

AE17

SDCS1

DATA18

AF24

DATA19

SDRCS2 5,15

SDCS2

DATA19

SDWE 5,15

R54 33

TP662

AB18

SDCS3

DATA20

AE25

DATA20

SDCKE 5,15

ADDR[19:0]

R55 33

WE

AE5

DATA21

AD26

AC26

DATA21

DATA22

CKE

AD17

WE

DATA22

AA22

DATA23

CKE 16

CKE

DATA23

AA25

DATA24

ADDR0

AF7

Y23

DATA25

ADDR1

AE8

ADDR0

DATA25

Y25

DATA26

R275 4.7K NOASM

ADDR16

ADDR2

AF8

ADDR1

DATA26

W25

DATA27

R264 4.7K NOASM

ADDR11

ADDR3

AB9

ADDR2

DATA27

V23

DATA28

R265 4.7K NOASM

ADDR10

ADDR4

AE9

ADDR3

DATA28

V26

DATA29

R276 4.7K NOASM

ADDR8

ADDR5

AD10

ADDR4

DATA29

T22

DATA30

R277 4.7K NOASM

ADDR7

ADDR6

AE10

ADDR5

DATA30

T25

DATA31

ADDR6

DATA31

ADDR[19:0] 16

R266 4.7K NOASM

R268 4.7K NOASM

R267 4.7K NOASM

ADDR4

ADDR5

ADDR3

ADDR9

ADDR7

ADDR13

ADDR15

ADDR16

ADDR11

ADDR10

ADDR8

ADDR14

ADDR12

AD12

AF12

AD13

AE13

AD14

AD15

AB11

AE15

AC11

AE11

ADDR7

ADDR8

ADDR9

ADDR10

ADDR11

ADDR12

ADDR13

ADDR14

ADDR15

ADDR16

DATA32N2DATA33P3DATA34R3DATA35R1DATA36T3DATA37U3DATA38U1DATA39W2DATA40Y5DATA41Y2DATA42

DATA32

DATA33

DATA36

DATA34

DATA41

DATA39

DATA38

DATA40

DATA37

DATA35

SYSCLKA 16

ADDR18

ADDR17

AB16

AD16

ADDR17

AA5

AA1

DATA42

MEMA[19:0] 5,6,16

SWE 16

ADDR18

DATA43

OE 16

ADDR19

AE16

ADDR19

DATA44

AB3

DATA44

TPAD11

1

ACK_READY

C4

ACK/REDY

DATA45

DATA46

AB1

AD2

DATA45

DATA46

MEMA3

BR16 4 5

ADDR3

SYSCLK 15

R59 33

SYSCLKAOESWE

L1

SYSCLK

DATA47

AF2

AC22

DATA47

DATA48

MEMA0

6781

ADDR0

R60 33

A3

DATA48

AE22

DATA49

MEMA1

ADDR1

ROMWE 6,15

R61 33

M1

SWE

DATA49

AD24

DATA50

ROMOE 6,15

OE

DATA50

MEMA4

MEMA2

MEMA7

678

33

BR18 4 5

123

ADDR4

ADDR7

ADDR2

ROMCS0 7,15

ROMCS1 7,15

ROMCS2 7,15

R63 33

R62 33

R64 33

R65 33

CE1

CE2

CE3

CE0

CE0D7CE1C7CE2C6CE3B6CE4A6CE5A5CE6B4CE7

DATA51

DATA52

DATA53

DATA54

AF25

AD25

AC25

AB25

AA24

DATA54

DATA51

DATA53

DATA55

DATA52

ROMCS3 7,15

DATA55

MEMA5

ADDR5

ROMCS4 7,15

R66 33

CE4

AA26

DATA56

MEMA6

123

ADDR6

R208 33

CE5

DATA56

Y24

DATA57

33

LACE 16

ROMCS5 7

R209 33

DATA57

Y26

IC3A

ROMCS6 7

1

CE6

CE7

A4

DATA58

W26

DATA58

TPAD14

DATA59

MEMA11

MEMA10

BR21 123

ADDR11

ADDR10

1 2

LACE

R67 33

ACE

C5

DATA60

V25

U25

DATA61

DATA60

ALE 6,15

ACE

DATA61

MEMA9

MEMA8

678

4 5

ADDR9

ADDR8

ACE 16

1

BWE_BEA0

DATA62

T23

N25

DATA63

DATA62

MEMA13

33

BR23 4 5

ADDR13

TC74LCX14FT

TPAD31

TPAD30

TPAD29

1

BWE_BEA3

BWE_BEA2

BWE_BEA1

A10

B10

C10

BWE0/BE0A9BWE1/BE1

BWE2/BE2

SDCLKIN

DATA63

AF15

MEMA15

MEMA12

678

ADDR15

ADDR12

TPAD32

R69 33

BUSSPRT

B3

BWE3/BE3

DMADONE

E9

R68 33

MEMA14

123

ADDR14

MEMDIR 6,15

BUSSPRT 16

BUSSPRT

DMAREQ0

E11

NOASM

DMAREQ0

MEMA19

MEMA16

MEMA17

MEMA18

678

33

BR26

123

4 5

ADDR18

ADDR17

ADDR16

ADDR19

TPAD18

TPAD17

TPAD16

TPAD15

1

DMAACK3

DMAACK0

DMAACK1

DMAACK2

D11

A8

B7

A7

DMAACK0

DMAACK1

DMAACK3

SYNC/DMAACK2

DMAREQ1B9DMAREQ2/ACRESET

DMAREQ3

TMPR4927/4937

B8

C8

TP366

DMAREQ3

DMAREQ2

DMAREQ1

1

2

3

C3

68pF

DMAREQ[3:0] 16

DATA1

R41 4.7K

TMPR4927TB_2

D

DATA[63:0]

DMAREQ1

DMAREQ2

DMAREQ3

DMAREQ0

DATA31

33

4 5

MEMD31

DATA34

DATA35

123

BR14

MEMD34

MEMD35

DATA33

45

678

MEMD33

DATA32

33

MEMD32

DATA39

123

BR15

MEMD39

DATA38

678

MEMD38

DATA37

DATA36

45

MEMD36

MEMD37

33

DATA43

DATA42

123

BR17

MEMD42

MEMD43

DATA41

678

MEMD41

DATA40

45

33

MEMD40

DATA47

123

BR19

MEMD47

DATA46

DATA45

678

MEMD46

MEMD45

DATA44

45

33

MEMD44

DATA48

45

BR20

678

MEMD48

DATA49

DATA50

MEMD50

MEMD49

B

DATA51

123

MEMD51

33

DATA52

45

BR22

MEMD52

DATA53

DATA54

678

MEMD54

MEMD53

DATA55

123

33

MEMD55

DATA59

BR25

MEMD59

DATA58

678

33

234 5

MEMD58

DATA57

DATA56

MEMD56

MEMD57

DATA63

DATA62

678

BR28 4 5

MEMD62

MEMD63

DATA61

DATA60

123

MEMD60

MEMD61

678

BR27

4.7K

NOASM

123

VCCIO

4 5

87654

A A

A

33

DATA2

DATA5

DATA9

DATA0

DATA4

DATA7

MEMD0

DATA10

DATA11

DATA6

123

45

123

33

BR5

BR7

678

MEMD4

MEMD6

MEMD5

MEMD7

MEMD9

MEMD10

MEMD11

DATA3

DATA1

123

45

BR4

678

MEMD2

MEMD1

MEMD3

MEMD[63:0]5,6,16

DATA8

45

MEMD8

DATA18

DATA16

DATA15

DATA13

DATA12

DATA14

123

45

33

BR8

678

MEMD15

MEMD13

MEMD14

MEMD12

DATA19

123

BR10

MEMD19

678

MEMD18

DATA17

45

MEMD16

MEMD17

33

C

DATA22

123

BR11

MEMD22

DATA21

DATA20

678

MEMD21

MEMD20

DATA23

45

MEMD23

DATA30

DATA29

DATA25

DATA24

DATA27

DATA26

DATA28

678

33

BR13

BR12 123

4 5

123

MEMD27

MEMD25

MEMD26

MEMD24

MEMD28

MEMD30

MEMD29

GA-1170 CIRCUIT DIAGRAM

7 – 3

B

VDDIO

U26

AB23

VSS

VDDIO

AC5

V24

VSSV1VSSV2VSS

VDDIO

AC8

AC9

VSSW3VSSW5VSS

VDDIO

AC13

B

W22

W24

AA4

AA23

AB5

AB8

AB10

AB12

AB13

AB14

AB15

AB17

AB19

AB22

AB24

AB26

AC2

AC3

AC6

AC21

AC24

AD4

AD5

AD8

AD9

AD11

AD19

AD20

VSS

VSSY3VSS

VSS

VDDIO

AD1

AE2

AF9

AC14

AC15

AC16

AE21

AE24

AE26

AF11

AF20

P10

P11

P12

P13

P14

VSS

VDDIND4VDDIND8VDDIN

D10

AF23

P15

P16

VSS

D15

P17

R10

R11

R12

R13

R14

R15

R16

R17

VSS

VDDIN

VSS

AD23

VSS

VDDIN

VDDINF5VDDING5VDDIN

VDDINK4VDDIN

VDDINM4VDDIN

D17

D23

H23

K23

P22

T10

T11

T12

T13

T14

T15

T16

T17

U10

VSS

R25

P25

PLL1VSS_A

PLL2VSS_A

PLL1VDD_A

PLL2VDD_A

R24

P24

A13

A23

B26

VSS

VDDIO

VDDIOB5VDDIOC3VDDIOC9VDDIO

A24

C

PVSS1PVSS2

VSS

VSSD2VSSD6VSSD9VSSE5VSSE8VSS

VDDIO

C18

D12

E10

E12

E15

E17

E18

E19

E22

H22

J23

K22

L23

M22

N24

R22

T26

VSS

VSSH5VSS

VSS

VSSK5VSS

VSS

VSSM5VSS

VDDIO

VDDIOE4VDDIOE7VDDIO

VDDIO

VDDIOH4VDDIO

VDDIOM3VDDIO

VDDION5VDDIO

D14

D16

D19

D21

D25

VDDIOP5VDDIOR4VDDIOT4VDDIO

F22

F25

H25

M23

N23

VSSN4VSS

T24

VSSP2VSSP4VSSR5VSS

VDDIO

VDDIOV3VDDIOV4VDDIO

U24

U22

VSST1VSS

VSSU5VSS

VDDIO

V22

W23

Y22

AA3

AB7

D

1 2

C9 10uF

4/16

12345678

1

PVDD1

PVDD2

VCCIO

2

VCCINT

R73 10

R72 10

R71 10

R70 10

1 2

L1

BLM41P600S

L2 BLM41P600S

C8 0.1uF

1000pF

C7

1000pF

C6

0.1uF

C5

10uF

C4

1 2

L4 BLM41P600S

R77 10

R76 10

R75 10

R74 10

1 2

L3

BLM41P600S

TX4927/TX4937 4/5

IC1D

A

1

AE12

AE14

AE18

AE23

AF1

AF5

AF10

AF16

AF18

AF26

VSS

VDDIN

VDDINU4VDDIN

VDDINW4VDDIN

R23

U23

TMPR4927/4937

VDDIN

AC4

AC10

AC12

AC17

AC19

AC23

2

U11

U12

U13

U14

U15

U16

U17

VSS

345678

TMPR4927TB_3

TX4927/TX4937 5/5

VSS

IC1E

K10

K11

K12

K13

K14

K15

K16

K17

L10

L11

L12

L13

L14

L15

L16

L17

TP407

ICT31

M10

TP3

1

R96 120

C11

6pF

NO ASM

PCIAD[31:0] 9,10,11

PCIADA[31:0] 16

PCIAD0

PCIAD2

PCIAD1

PCIAD3

PCIAD7

PCIAD5

PCIAD4

PCIAD6

PCIAD11

PCIAD10

PCIAD9

PCIAD8

PCIAD15

PCIAD13

PCIAD14

PCIAD12

PCIAD19

PCIAD16

PCIAD18

PCIAD17

PCIAD23

PCIAD22

PCIAD20

PCIAD21

PCIAD26

PCIAD24

PCIAD27

PCIAD25

PCIAD30

PCIAD31

PCIAD29

PCIAD28

123

678

PCIADA14

PCIADA13

TP364

TP406

10K

BR29

45

33

PCIADA12

TP365

TP416

7 8

TP408

R85 8.2K R84 8.2K R83 8.2K R82 8.2K R81 8.2K R80 8.2K R79 8.2K R78 8.2K

IC1C

BR37

PCIADA18

PCIADA19

TP409

PCIBE[3:0]9,10,11

45

123

33

BR39

678

PCIADA17

PCIADA16

PCIADA20

PCIADA23

PCIADA4

PCIADA3

PCIADA0

PCIADA2

PCIADA1

B17

C17

A18

B18

D18

PCIAD0

PCIAD1

PCIAD2

PCIAD3

TX4927/TX4937 3/5

C_BE0

C_BE1

C_BE2

C_BE3

A20

B22

A26

F23

PCIBEA3

PCIBEA1

PCIBEA0

PCIBEA2

678

33

BR32

123

4 5

PCIBE0

PCIBE1

PCIBE2

PCIBE3

C

678

PCIADA22

PCIADA5

A19

PCIAD4

PCIAD5

PAR

C22

R230 33

PPAR9,10,11

45

33

PCIADA21

PCIADA7

PCIADA6

B19

C19

PCIAD6

PCIAD7

FRAME

IRDY

B25

A25

R232 33

R231 33

PTRDY9,10,11

PIRDY9,10,11

123

BR41

PCIADA26

PCIADA9

PCIADA8

B20

C20

PCIAD8

TRDY

D24

B24

R233 33

PFRAME9,10,11

PCIADA27

PCIADA10

E20

PCIAD9

STOP

F24

R234 33

678

PCIADA24

PCIADA11

A21

PCIAD10

PCIAD11

ID_SEL

DEVSEL

C24

R235 33

PCIREQ110,15

PSTOP9,10,11

45

33

PCIADA25

PCIADA12

PCIADA13

B21

C21

PCIAD12

PCIAD13

REQ0

K25

R237 33

R236 33

PDEVSEL9,10,11

PCIREQ011,15

123

BR42

678

PCIADA29

PCIADA31

PCIADA30

PCIADA16

PCIADA15

PCIADA17

PCIADA14

E21

A22

C26

C25

PCIAD14

PCIAD15

PCIAD16

REQ1/INTOUT

REQ2

REQ3

L22

L24

M24

TP415

TP410

TP418

TP417

45

PCIADA28

PCIADA18

D26

PCIAD17

PCIAD18

GNT0

J25

R238 33

PCIGNT011,15

33

PCIADA20

PCIADA19

E26

E25

PCIAD19

PCIAD20

GNT1

GNT2

K24

L25

R239 33

R240 33

PCIREQ29,15

PCIGNT110,15

PCIADA21

PCIADA22

E24

E23

PCIAD21

GNT3

M25

R241 33

1

TPAD19

PCIADA23

F26

PCIAD22

PCIAD23

PERR

B23

R242 33

PPERR9,10,11

PCIADA25

PCIADA26

PCIADA24

G26

G25

PCIAD24

PCIAD25

SERR

D22

R245 33

R243 33

R244 33

1

PSERR9,10,11

PCIGNT29,15

PCIADA27

G24

G23

PCIAD26

M66EN

D20

TPAD20

PCIADA28

G22

PCIAD27

PCIAD28

LOCK

C23

R86 33

PLOCK9

PCIADA30

PCIADA29

H24

J24

PCIAD29

PCIAD30

PCICLKIN

P26

TP631

TP412

TP413

TP411

TP414

TP363

VCCIO

R87 10K

PCIADA31

J22

PCIAD31

PME 10,11,16

TP632

N22

A12

PME

EEPROM_DO

EEPROM_DI

A11

TP371

TP370

TP369

TP397

TP634

TP633

A15

A14

EEPROM_SK

EEPROM_CS

B

PCICLK0 11,16

R91 56

R90 56

H26

J26

PCICLK0

0 0

PCICLK2 9

PCICLK1 10,16

R94 56

K26

PCICLK1

PCICLK2

TPAD21

1

R95 56

L26

PCICLK3

M26

PCICLK4

TP661

N26

PCICLK5

R89 R88

TMPR4927/4937

123

45

123

45

123

45

123

33

678

PCIADA6

PCIADA5

VCCIO

BR33

PCIADA9

PCIADA11

VCCIO

678

PCIADA8

PCIADA10

TP361

TP362

33

BR35

PCIADA15

TP390

TP393

3456 2 1

33

BR31

BR30

678

PCIADA3

PCIADA1

PCIADA2

PCIADA0

PCIADA4

PCIADA7

PCIBEA[3:0] 16

PCIBEA1

PCIBEA2

PCIBEA0

PCIBEA3

D

VSS

M11

M12

M13

M14

M15

M16

M17

N10

N11

N12

VCCIO

TMPR4927/4937

VSS

N13

N14

N15

N16

N17

C36

0.1uF

C35

0.1uF

C34

0.1uF

C33

0.1uF

C32

0.1uF

C31

0.1uF

C30

0.1uF

C29

0.1uF

C28

0.1uF

C27

0.1uF

C26

0.1uF

C25

0.1uF

C24

0.1uF

C23

0.1uF

C22

0.1uF

C21

0.1uF

C20

0.1uF

C19

0.1uF

C18

0.1uF

C17

0.1uF

C16

0.1uF

C15

0.1uF

C14

0.1uF

C13

0.1uF

C12

0.1uF

VCCINT VCCINT

A A

A

3

10uF

C215

10uF

C214

C48

0.1uF

C47

0.1uF

C46

0.1uF

C45

0.1uF

C44

0.1uF

C43

0.1uF

C42

0.1uF

C41

0.1uF

C40

0.1uF

C39

0.1uF

C38

0.1uF

C37

0.1uF

87654

GA-1170 CIRCUIT DIAGRAM

7 – 4

B

D

C

B

A

5/16

12345678

1

2

MEMD[63:0] 3,6,16

MEMD14

MEMD6

MEMD5

MEMD3

MEMD4

MEMD0

MEMD2

MEMD1

345678

DQ03DQ15DQ27DQ39DQ413DQ515DQ617DQ7

A029A330A131A432A233A5

MEMA5

MEMA6

MEMA7

MEMA8

MEMA9

34

103A7104A8105A9109

MEMA11

A6

CN2

MEMD7

19

MEMA12

MEMD8

DQ837DQ9

MEMA13

MEMD9

39

MEMA14

MEMD11

MEMD10

DQ1041DQ1143DQ12

A10/AP

A11

111

112

MEMA15

MEMA16

MEMD12

MEMD13

47

49

A1270A13

72

MEMA17

MEMD15

51

53

DQ13

DQ14

MEMD16

DQ15

DQ1683DQ1785DQ1887DQ1989DQ2093DQ2195DQ2297DQ2399DQ24

BA0

106

MEMA19

MEMD19

MEMD17

MEMD21

MEMD20

MEMD18

RAS65CAS66WE67CKE1

BA1

110

MEMA18

MEMD25

MEMD24

MEMD26

MEMD23

MEMD22

121

123

125

DQ25

DQ26

CS069CS171CLK1

MEMD27

127

DQ27

62

MEMD28

MEMD29

131

133

DQ28

68

DQ29

CLK061CKE0

MEMD31

MEMD30

135

137

DQ30

74

MEMD32

DQ31

MEMD33

MEMD38

MEMD37

MEMD35

MEMD34

MEMD40

MEMD42

MEMD39

MEMD41

MEMD36

MEMD43

44

DQ324DQ336DQ348DQ3510DQ3614DQ3716DQ3818DQ3920DQ4038DQ4140DQ4242DQ43

DQM023DQM424DQM125DQM5

DQM2

DQM6

DQM3

DQM7

26

115

116

117

118

141

SDDQM7

SDDQM3

SDDQM0

SDDQM2

SDDQM1

SDDQM6

SDDQM5

SDDQM4

MEMD44

48

SDA

142

MEMD45

50

DQ44

SCL

MEMD46

MEMD48

MEMD49

MEMD47

52

54

DQ45

DQ46

DQ47

DQ4884DQ4986DQ5088DQ51

DU73NC57NC58NC59NC60NC77NC78NC79NC

MEMD50

MEMD51

MEMD52

90

MEMD54

MEMD55

MEMD53

100

DQ5294DQ5396DQ5498DQ55

MEMD56

MEMD57

122

124

DQ56

MEMD58

126

DQ57

80

MEMD59

128

DQ58

MEMD60

132

DQ59

MEMD61

134

DQ60

MEMD62

136

DQ61

VCCIO

MEMD63

138

DQ62

DQ63

2

22

36

56

VSS1VSS

VSS21VSS

VSS35VSS

VSS55VSS

VDD11VDD12VDD27VDD28VDD45VDD46VDD63VDD64VDD81VDD82VDD

VSS75VSS

C62

0.1uF

C61

0.1uF

C60

0.1uF

C59

0.1uF

C58

0.1uF

C57

0.1uF

C56

0.1uF

C55

0.1uF

C54

0.1uF

C53

0.1uF

VCCIO

76

92

107

108

119

120

139

140

VSS91VSS

VSS

VDD

101

102

DM-3B1-N1210

VDD

113

114

129

130

143

144

C210

C209

C208

VCCIO

1

10uF

2

10uF

3

MEMA[19:0]3,6,16

SDDQM[7:0]3,15

SDWE3,15

SDRCS23,15

SDCAS3,15

SDRAS3,15

SDCLK23,16

SDCLK13,16

SDRCS03,15

SDCLK03,16

SDRCS13,15

SDRAM

D

VCCIO

C50

0.1uF

MEMD1

MEMD2

MEMD6

MEMD5

MEMD3

MEMD4

MEMD0

QD02QD14QD25QD37QD48QD510QD611QD713QD842QD9

A023A124A225A326A429A530A631A732A833A934A10/AP22A11

IC5

MEMA9

MEMA7

MEMA6

MEMA10

MEMA5

MEMA11

MEMA8 MEMA10

SDCKE3,15

DIMM_SCK2,16

DIMM_SDA2,16

MEMD15

MEMD11

MEMD10

MEMD12

MEMD14

MEMD9

MEMD7

MEMD8

MEMD13

44

QD1045QD1147QD1248QD1350QD1451QD1553VCCQ3VCCQ9VCCQ43VCCQ49VSSQ6VSSQ12VSSQ46VSSQ52CAS#17RAS#

VCC1VCC14VCC27VSS28VSS41VSS

A1236NC

35

40

MEMA17

MEMA12

MEMA13

MEMA16

MEMA15

MEMA14

VCCIO

C49

TP552

C

18

16

CS#19WE#

CLK38CKE

UDQM39LDQM15BS020BS1

K4S561632D-TC75

37

21

54

0.1uF

SDDQM0

SDDQM1

MEMA19

MEMA18

MEMD18

MEMD16

MEMD20

MEMD17

MEMD22

MEMD23

MEMD19

MEMD21

QD02QD14QD25QD37QD48QD510QD611QD713QD842QD9

A023A124A225A326A429A530A631A732A833A934A10/AP22A11

IC6

MEMA10

MEMA9

MEMA5

MEMA8

MEMA11

MEMA12

MEMA6

MEMA7

B

MEMD24

MEMA13

VCCIO

C52

0.1uF

MEMD27

MEMD29

MEMD31

MEMD30

MEMD28

MEMD26

MEMD25

44

QD1045QD1147QD1248QD1350QD1451QD1553VCCQ3VCCQ9VCCQ43VCCQ49VSSQ6VSSQ12VSSQ46VSSQ52CAS#17RAS#

VCC1VCC14VCC27VSS28VSS41VSS

A1236NC

MEMA14

MEMA15

TP553

35

MEMA17

MEMA16

54

40

VCCIO

C51

0.1uF

SDDQM3

18

UDQM39LDQM15BS020BS1

21

SDDQM2

MEMA19

MEMA18

16

CS#19WE#

CLK38CKE

37

K4S561632D-TC75

87654

A A

A

GA-1170 CIRCUIT DIAGRAM

7 – 5

B

D

C

B

A

6/16

12345678

1

LD[31:0] 7

LDD[31:0] 16

VCCIO

678

BR51 123

4 5

LD31

LD29

LD30

LD28

LD30

LD31

BR5033BR52 123

LDD31

LDD30

678

10K

BR55

BR53

123

4 5

LD27

LD25

LD26

LD24

LD23

LD28

LD29

678

4 5

LDD28

LDD29

LD27

123

LDD27

LD26

LDD26

LD22

LD24

LD25

LD23

678

33

BR54

4 5

123

LDD25

LDD24

LDD22

LDD23

678

4 5

LD16

LD15

BR58 123

LDD15

10K

LD14

LDD14

LD13

678

LDD13

LD12

4 5

LDD12

10K

BR61

BR59 123

4 5

123

LD15

LD13

LD14

LD12

LD11

LD10

LD6

LD10

LD11

LD7

LD9

LD5

LD8

678

33

BR62

BR60

123

4 5

LDD11

LDD9

LDD10

LDD8

LDD7

LDD5

LDD6

10K

BR57

4 5

123

LD21

LD22

LD20

LD19

LD17

LD18

LD21

LD17

LD16

LD18

LD20

LD19

678

33

BR56

4 5

123

4 5

LDD20

LDD21

LDD19

LDD17

LDD18

LDD16

678

4 5

LD9

LD8

LD4

33

4 5

LDD4

10K

BR63 123

4 5

LD7

LD5

LD6

LD4

LD0

LD2

LD1

LD3

678

33 BR64 123

4 5

LDD3

LDD1

LDD2

LDD0

TP561

TP560

2

LAA[19:0] 16

LA[20:0] 7

LA7

LA9

LA4

LA3

LA0

LA2

LA6

LA5

LA1

123

45

123

45

345678

33

BR43

BR44

678

LAA0

LAA5

LAA1

LAA4

LAA6

LAA3

LAA2

LAA7

LA14

LA8

LA10

LA12

LA16

LA13

LA19

LA18

LA17

LA15

LA11

678

33

BR45

123

4 5

LAA10

LAA9LAA7

LAA8

LAA11

678

33

LAA14

LAA13

4 5

LAA12

33

BR47

123

4 5

LAA16

LAA17

LAA18

LAA19

BR46

123

LAA15

LAB20 16

TP559

TP558

TP557

LA20

R210 33

LAB20

TP556

TP555

LAB20

Q02Q15Q26Q39Q412Q515Q616Q7

D03D14D27D38D413D514D617D718OE1LE

IC10

LAA12

0.1uF

C66

VCCIO

10

19

VCC20GND

TC74LCX373FT

11

ALE3,15

BR65 123

1

678

10K

4 5

2

LD3

LD1

LD2

LD0

3

LAA[19:0]

TP446

TP401

TP400

TP447

LAA17

LAA18

LAA19

LAA16

VCCIO

1Y1181Y2161Y3141Y4122Y192Y272Y352Y43VCC20GND

1A121A241A361A482A1112A2132A3152A4171G12G

IC8

MEMA16

MEMA17

MEMA18

MEMA19

LAA2

LAA0

LAA1

LAA3

VCCIO

1Y1181Y2161Y3141Y4122Y192Y272Y352Y43VCC20GND

1A121A241A361A482A1112A2132A3152A4171G12G

IC7

MEMA0

MEMA1

MEMA2

MEMA3

R97 33

ROMOE3,15 FOE 7,15

LAA4

MEMA4

FONT_OE 7,15

R98 33

LAA5

MEMA5

R99 33

ROMWE3,15 FWE 7,15

LAA6

MEMA6

R100 33

FONT_WE 7,15

MEMA7

T4B-SQ

TXD1RXD25V3GND

CN6

4

VCC

VCC

10K

R201 33

3 41 2

TXD12,16

TC74LCX14FT

R246

IC29D

TP471

56 98

IC29C

TP466

R202 33

RXD12,16

LDD[31:0]

TC74LCX14FT

10

19

10

19

0.1uF

C63

VCCIO

TC74LCX244FT

LAA9

LAA14

LAA10

LAA8

LAA13

LAA11

LAA12

1Y1181Y2161Y3141Y4122Y192Y272Y352Y43VCC20GND

1A121A241A361A482A1112A2132A3152A4171G12G

IC9

TC74LCX244FT

MEMA8

MEMA9

MEMA10

MEMA11

MEMA12

MEMA13

MEMA14

LAA15

MEMA15

TP465

IC29B

TP470

IC29A

10

TC74LCX244FT

19

0.1uF

C65

0.1uF

C64

VCCIO

IC12

VCCIO VCCIO

IC11

LDD11

LDD12

LDD8

LDD10

LDD14LDD30

LDD9

LDD13

LDD15

11

B118B217B316B415B514B613B712B8

A12A23A34A45DIR

6

MEMD14

MEMD11

MEMD9

MEMD12

MEMD8

MEMD10

MEMD13

MEMD15

LDD24

LDD29

LDD31

LDD26

LDD27

LDD28

LDD25

11

B118B217B316B415B514B613B712B8

A12A23A34A45DIR

6

MEMD25

MEMD26

MEMD30

MEMD24

MEMD29

MEMD28

MEMD31

MEMD27

VCC20GND

A89A78A67A5

1

19

VCC20GND

A89A78A67A5

OE

1

19

10

TC74LCX245FT

LDD7

LDD2

LDD5

LDD6

LDD4

LDD3

B118B217B316B415B514B613B712B8

A12A23A34A45DIR

IC14

6

MEMD6

MEMD3

MEMD5

MEMD7

MEMD4

MEMD2

LDD22

LDD21

LDD18

LDD20

LDD23

LDD19

B118B217B316B415B514B613B712B8

A12A23A34A45DIR

IC13

6

MEMD23

MEMD18

MEMD20

MEMD22

MEMD19

MEMD21

LDD1

LDD0

11

MEMD0

MEMD1

LDD16

LDD17

11

MEMD17

MEMD16

10

VCC20GND

TC74LCX245FT

A89A78A67A5

OE

1

19

C70

0.1uF

C69

0.1uF

10

VCC20GND

TC74LCX245FT

A89A78A67A5

OE

1

19

C68

0.1uF

C67

0.1uF

VCCIO VCCIO

MEMA[19:0]3,5,16

ADDRESS_BUFFER/DATA_BUFFER

D

C

GA-1170 CIRCUIT DIAGRAM

7 – 6

MEMD[31:0]3,5,16

B

MEMDIR3,15

87654

A A

A

B

D

C

B

A

7/16

12345678

1

2

345678

LD[31:0] 6

VCCIO

LD21

LD17

LD19

LD23

LD22

LD18

LD20

LD16

LD24

LD26

LD27

LD31

LD29

LD30

LD25

LD28

D028D178D229D379D430D580D631D781D832D9

A07A157A28A358A49A559A610A760A811A961A1012A1162A1213A1363A1414A1564A1615A1765A1816A1966A20

CN5

LD24

D02D13D24D35D46D57D68D79D821D9

82

D1033D1183D1234D1384D1435D1585D1636D1786D1837D1987D2038D2188D2239D2389D2440D2590D2641D2791D2842D2992D3043D31

LA8

LA4

LA9

LA7

LA1LA1

LA2

LA0

LD26

LD27

LD25

LA11

LA12

LA5

LA6

LA3

LA10

LD21

LD17

LD19

LD18

LD20

LD16

LD31

LD29

LD30

LD28

22

D1023D1124D1225D1326D1427D1535D1637D1738D1849D1950D2051D2152D2253D2354D2456D2557D2658D2760D2859D2962D3063D31

LD14

LD15

LD13

LD8

LD9

LD10

LD12

LD11

LD1

LD7

LD6

LD3

LD5

LD4

LD0

LD2

93

Vpp4Vpp54Vcc5Vcc6Vcc45Vcc46Vcc55Vcc56Vcc95Vcc

NC18NC68Vpp19Vpp69Vpp20Vpp70NC21NC71OE_22WE_23RP72BYTE_

A21

17

67

LA14

LA20

LA16

LA17

LA15

LA18

LA13

LA19

LD23

LD22

LD14

LD15

LD13

LD8

LD9

LD10

LD12

LD11

LD0

VCCIOVCCIO VCCIO

LD1

LD7

LD6

LD3

LD5

LD4

LD2

64

19

73

FONT_OE6,15

FONT_WE6,15

C72

10

45

55

48

RP

BYTE

RY/BY

VCCW

+

C75 22uF/16V

C78 0.1uF

C77 0.1uF

C76 0.1uF

96

WP_24RY/BY_

25

0.1uF

C74

0.1uF

61

VCC

NC3NC27NC

NC

53

47

GND1GND2GND49GND50GND51GND52GND99GND

CE0_74CE1_75CE2_76CE3_

ROMCS33,15

ROMCS43,15

100

98

48

GND

NC

NC44NC

DMM-100G-432FNK31

26

97

77

94

ROMCS53

ROMCS63

1

2

3

A012A113A214A315A416A517A618A728A831A9

CN4

LA1

LA0

LD26

LD24

LD25

D02D13D24D35D46D57D68D79D821D9

A012A113A214A315A416A517A618A728A831A9

CN3

<FLASH_DIMM Slot[0]> <FLASH_DIMM Slot[1]> <FLASH_DIMM Slot[2]>

LA0

A1029A1133A1234A1336A1465A1566A1667A1768A1869A1970A2071NC

32

LA10

LA11

LA4

LA5

LA2

LA3

VCCIO

LD30

LD28

LD27

LD29

LA3

LA2

LA4

LA5

LA14

LA13

LA9

LA8

LA6

LA7

LA12

NOASM

R105 10K

TP690

LD19

LD17

LD20

LD21

LD23

LD18

LD16

LD22

LD31

22

D1023D1124D1225D1326D1427D1535D1637D1738D1849D1950D2051D2152D2253D2354D2456D2557D2658D2760D2859D2962D3063D31

A1029A1133A1234A1336A1465A1566A1667A1768A1869A1970A2071NC

32

LA6

LA11

LA8

LA7

LA13

LA9

LA12

LA10

LA14

VCCIO

1CE40NC412CE42NC

NC

11

30

LA18

LA20

LA16

LA19

LA17

LA15

LA20

0

R279

R107 0

LD14

LD8

LD11

LD13

LD9

LD10

LD15

LD12

LD0

NC

11

30

LA17

LA15

LA20

LA18

LA16

LA19

OE44WP46WE

GND1GND20GND

55

VCCW

GND1GND20GND

DMM2-SD72A-1131

39

TP705

C71

0.1uF

C73

0.1uF

10

61

VCC

DMM2-SD72A-1131

39

0

R281

0

R282

NOASM

VCCWA

C79

10uF

C235

0.47uF

C221

0.47uF

C220

0.1uF

R220

10k

21

3

IC34

FWP

VCCIO

33

R219

C222

0.1uF

NOASM

TC7SB66FU

5

4

R109

<FLASH_WP Control>

10k

43

LD1

43

R106 10K

47

72

0

NOASM

R280

LD2

LD5

LD3

LD7

LD6

LD4

48

64

45

19

RP

BYTE

RY/BY

1CE40NC412CE42NC

OE44WP46WE

47

72

ROMCS03,15

FLASH

FOE6,15

FWE6,15

PONRST2,9,10,11,13,15

LA[20:0]6

D

C

ROMCS13,15

ROMCS23,15

B

VCCWCTL2,16

A A

A

87654

GA-1170 CIRCUIT DIAGRAM

7 – 7

B

D

C

B

A

8/16

12345678

1

TP422

VCCVCC VCCVCC

1

EN

121113

2SA1586

TP419

1K

R229

1K

R228

1K

R227

1K

R226

TP665

TP664

1

EN

IC35B

MM74HC125MTC

564

R121 10

E

Q1

C

R221

D1

8

VDD

I/O-1DATA7CLK6CE5XT2XT-

IC18

1

EN

MM74HC125MTC

IC35A

TP420

B

10K

TP424

C86

Y1

MM74HC125MTC

231

TP421

3.3K

RB751V-40 TE-17

R122

C87

C88

0.1uF

4

VSS

3

DT-38

32.768KHz

R123 10K

10uF

0.1uF

NJU6356EM

C244

C243

R124 10K

10pF

TP423

CBE

Q2

2SC4116

BT1

VCCIO

HL32-V1

TP562

IC32C

10

8

1

EN

9

0

R283

TP563

IC32D

74LCX125MTC

R125 2.2K

OFF ON <->

BATTERY

EN

VCC

VCCIO

1

121113

C224

C223

TP666

IC32B

74LCX125MTC

0.1uF

1

EN

564

74LCX125MTC

VCC

2

345678

3

1

2

4

A2

A0

A1

GND

IC32A

<RTC>

TP663

23

1

EN

1

74LCX125MTC

IC35D

IC17

SDA

SCL

WP

5

6

7

VCCIO

EEP_SDA2,16

EEP_SCK2,16

VCC

8

C85 0.1uF

CAT24C256KI-TE13

TP551

TP550

IC35C

8

1

EN

10

MM74HC125MTC

9

1

2

3

Serial_EEPROM/RTC

D

IC25F

TC74LCX14FT

13 12

C

GA-1170 CIRCUIT DIAGRAM

7 – 8

RTCDATA2,16

RTCR/W2,16

RTCCS2,16

RTCCLK2,16

87654

B

A A

A

B

D

C

B

A

9/16

12345678

1

2

345678

PCIAD24

PCIAD30

PCIAD20PCIAD21

PCIAD28

PCIAD16

PCIAD18

PCIAD26

PCIAD22PCIAD23

9

8

11223355779

44668

CN7

5151525253535454555556565757585859596060616162626363646465656666676768686969707071717272737374747575767677777878797980808181828283838484858586868787888889899090919192929393949495959696979798989999100

19

111113131515171719

101012121414161618182020212122222323292930

24242525262627272828313132323333343435353636373738383939404041414242434344444545464647474848494950

30

PCIAD14

PCIAD12

PCIAD10

PCIAD8

PCIAD6

PCIAD4

PCIAD2

PCIAD0

50

TX25-100P-12ST-H1

100

10uF

C217

10uF

C216

VCC

2

3

<PCI_Slot [A]>

VCCIO VCCIOVCCVCC

R126 10

PCIAD19

PCIAD27

PCIAD25

PCIAD31

PCIAD29

PCIBE3

PCIAD17

PCIBE2

PCIBE1

PCIAD15

PCIAD13

PCIAD11

PCIAD9

PCIBE0

PCIAD7

PCIAD5

PCIAD3

PCIAD1

PCI CONNECTOR

D

PSERR4,10,11

PLOCK4

PDEVSEL4,10,11

PIRDY4,10,11

PCIAD[31:0]4,10,11

PONRST2,7,10,11,13,15

PCIINTA2,10,11

PCIGNT24,15

PCICLK24

PCIINTB2

PTRDY4,10,11

PSTOP4,10,11

PPERR4,10,11

PPAR4,10,11

PCIBE[3:0]4,10,11

PCIREQ24,15

PFRAME4,10,11

C

HDD_POWER2

87654

B

A A

A

GA-1170 CIRCUIT DIAGRAM

7 – 9

B

D

C

B

A

12345678

1

2

345678

10/16

<ETHER>

TP385

VCCIO

NO ASM

L10

52

55

37

TXIOVSS1/VSS_52

TXIOVSS2/VSS_55

C108 1000pF

1 2

BLM18BB121SN1D

PCIGNT1 4,15

PCIINTA 2,9,11

PCIAD12 4,9,11

PFRAME 4,9,11

R134 10

76

61

63

92

GNTN

IDSEL

INTAN

FRAMEN

49

126

SUBGND1/NC

SUBGND3/NC

SUBGND2/VSS_49

C110 0.01uF

TP388

L9

PCIREQ1 4,15

PIRDY 4,9,11

PPERR 4,9,11

PPAR 4,9,11

99

64

PAR

REQN

IRDYN

PERRN97SERRN

1 2

BLM18BB121SN1D

DP83816AVNG

C111 0.01uF

NO ASM

1 2

BLM18BB121SN1D

PSERR 4,9,11

PONRST 2,7,9,11,13,15

PTRDY 4,9,11

PSTOP 4,9,11

93

98

96

62

RSTN

TRDYN

STOPN

C112 1000pF

R136 0

PME 4,11,16

R138 0

TP399

TP398

123

59

122

3VAUX

PWRGOOD

PMEN/CLKRUNN

VCCIO

C113 0.01uF

R140 0

VCCIO

C114 0.01uF

LEDACTN

LED100N

LED10N 16

143

142

144

MA1/LED10N

MA2/LED100N

MA0/LEDACTN

TP380

C115 0.01uF

128

EESEL

1

2

MA3/EEDI

MA4/EECLK

C116 0.01uF

TP376

138

133

MD4/EEDO

MD1/CFGDISN

TP378

C117 0.01uF

TP377

TP379

C118 0.01uF

NOASM

C119 0.01uF

1

2

3

C120

0.1uF

VCCIO

TP451

TP564

R145 10K

VCCIO

7

5

8

NC6NC

GND

VCC

4

CAT93C46SI-TE13

CS1SK2DI3DO

IC20

R144 10K

VCCIO

R143 1K

R131 0

TP389

124

38

44

16

103

PCIVSS165PCIVSS277PCIVSS390PCIVSS4

VSSIO2/VSS_16

PCIVDD169PCIVDD280PCIVDD394PCIVDD4

VDDIO2/C1

IC19B

R127

0

NOASM

C91

10uF

C89

0.1uF

C204 10uF

C90 10uF

C93 0.1uF

C92 0.1uF

PCIAD[31:0] 4,9,11

PCIAD2

PCIAD1

PCIAD0

119

120

121

AD1

AD0

19

107

C96 0.01uF

PCIAD5

PCIAD4

PCIAD3

PCIAD6

PCIAD7

112

113

115

116

118

AD6

AD5

AD4

AD3

AD2

C99 0.1uF

C98 0.01uF

C97 0.1uF

PCIAD11

PCIAD17

PCIAD16

PCIAD8

PCIAD9

PCIAD10

108

109

110

AD9

AD8

AD7

AD10

PCIAD19

PCIAD18

PCIAD13

PCIAD14

PCIAD15

PCIAD12

88

101

102

104

105

106

AD15

AD14

AD13

AD12

AD11

114

PCIVSS5

RXAVSS1/VSS_38

RXAVSS2/VSS_44

RXAVDD1/AUXVDD_39

RXAVDD2/AUXVDD_4747TXDVDD/AUXVDD_56

PCIVDD5

39

117

TP368

TP386

L6

1 2

BLM18BB121SN1D

VCCIO

PCIAD26

PCIAD21

PCIAD22

PCIAD23

PCIAD24

PCIAD20

PCIAD25

74

AD2378AD2279AD2181AD2082AD1983AD1886AD1787AD16

57

MACVSS2/NC

MACVSS1/VSS_57

MACVDD1/AUXVDD_58

MACVDD2/NC

58

125

C101 0.01uF

PCIAD29

PCIAD28

PCIAD27

C102 1000pF

PCIAD30

35

36

L7

PCIAD31

51

84

FSVSS/VSS_35

TXDVSS/VSS_51

FSVDD/NC

56

C103 0.01uF

1 2

BLM18BB121SN1D

PCIBE[3:0] 4,9,11

AD3166AD3067AD2968AD2870AD2771AD2672AD2573AD24

136

32

26

8

VSSIO4/NC

VSSIO1/VSS_8

VSSIO3/VSS_26

VSSIO5/VSS_136

PHYVSS1/VSS_2020PHYVSS2/VSS_32

VDDIO4/NC85VDDIO1/AUXVDD_9

VDDIO3/AUXVDD_27

VDDIO5/AUXVDD_137

PHYVDD1/AUXVDD_21

9

27

21

33

137

C104 1000pF

C107 0.01uF

TP387

NOASM

R133 0

PCICLK1 4,16

PDEVSEL 4,9,11

TP375

PCIBE0

PCIBE1

PCIBE2

PCIBE3

60

75

89

100

111

95

CBEN3

CBEN2

CBEN1

CBEN0

PCICLK

PHYVDD2/AUXVDD_33

L8

91

DEVSELN

X117X2

IC19A

TP740

TP473

R213 0

TPTDM53TPTDP

18

CLK2,16

VCCIO

54

L5

46

1 2

BLM18BB121SN1D

ETHERNET CONTROLLER

D

RESERVED

41NC42NC43

50

TP598

RESERVED

127

TP603

TP601

VCCIO

C203

DP83816AVNG

0.47uF

C236

0.47uF

87654

A A

A

NC

TPRDM45TPRDP

MDIO4MDC5RXCLK6RXD0/MA67RXD1/MA710RXD2/MA811RXD3/MA912RXOE13RXER/MA1014RXDV/MA1115TXD0/MA1222TXD1/MA1323TXD2/MA1424TXD3/MA15

COL28CRS

29

TP580

TP594

TP593

R286 10K R285 10K

TP581

TP582

TP583

TP579

C100

10pF

TP384

R128 49.9

0

R129

TP584

TXCLK

25

31

TP591

TP587

TP592

TP588

TP589

TP586

TP596

TP590

TP585

R130 49.9

5

3

6

7

1

2

CT

NC4NC

TX-

TX+

RX+

CN8

C

MCSN

MRDN

MWRN

MD0

MD2

MD3

MD5

MD6

129

132

TP604

TP607

C109

J0026D21G

MD7

130

131

134

135

139

140

141

TP605

TP606

TP608

TP609

TP612

TP611

TP610

R135 54.9

0.1uF

TXEN

30

TP595

TP382

R132 54.9

C106

0.1uF

C105

0.1uF

8

12

10

RX-

LeftLED_A9LeftLED_K

RightLED_A11RightLED_K

VREF

MA5

3

40

TP578

TP383

LED10N 16

LED100N

VCCIO

470

R139

R141

NC/RESERVED48RESERVED

34

TP597

TP600

TP599

TP474

R142 10K_1%

LEDACTN

470

B

GA-1170 CIRCUIT DIAGRAM

7 – 10

12345678

1

2

345678

11/16

VCCIO

PLL_AUX

B

D

C

B

A

1

TP440

TP439

TP441

TP437

TP438

TP442

R163

10k

NOASM

VCCIO

R162

10k

NOASM

R161

10k

12MHz

NOASM

R160

10k

NOASM

0

R159

10k

NOASM

R158

10k

NOASM

C135

22pF

C134

22pF

TP448

88

XOUT

12

7

15

13

8

11

IRQI

SMI#

IRQI2

KBIRQ1

A20OUT

MUIRQI2

R168

0

R167

VCCIO

NOASM

Port3.4 inactive

1:Port1,2 active

0:4ports active

R164 10k

R165 1k

TP452

R169

9

12k_1%

SEL2PORTS

GND_RREF

94

AGND

124

AGND

118

AGND

111

AGND

104

DGND

128

DGND

86

DGND

83

DGND

76

DGND

69

DGND

61

DGND

53

DGND

45

DGND

37

DGND

29

DGND

21

DGND

14

DGND

6

4

L13

12

BLM18PG121SN1D

AVAUX

PLL_AUX

C150

0.1uF

C149

0.1uF

C148

0.1uF

C147

1000pF

C146

1000pF

C145

0.1uF

VCCIO

12

L12

BLM18PG121SN1D

C123

10uF

0.1uF

C206

0.1uF

C122

470pF

C205

470pF

C121

AVAUX

100pF

C127

0.01uF

C126

VCCIO

0.1uF

C125

LINK1 12

R148 10k

R149 0

C131

10uF

0.1uF

C207

0.1uF

C130

0.01uF

C129

100pF

C128

121 115 108 93

85 5

101

80 73 65 57 49 41 33 25 17 10

IC21

TP443

TP756

TP613

TP629

TP617

TP621

TP622

113

126

112

125

AMB192AMB299AMB3

GLNK191GLNK298GLNK3

VAUX VAUX

VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD

AMB4

GLNK4

AVAUX AVAUX AVAUX AVAUX

AVAUX_PLL

AD084AD182AD281AD379AD478AD577AD675AD774AD871AD970AD1068AD1167AD1266AD1364AD1463AD1562AD1646AD1744AD1843AD1942AD2040AD2139AD2238AD2336AD2432AD2531AD2630AD2728AD2827AD2926AD3024AD3123C/BE0#72C/BE1#60C/BE2#47C/BE3#34INTA#16REQ#22GNT#20IDSEL35FRAME#48IRDY#50TRDY#51DEVSEL#52STOP#54CLKRUN#55PERR#56SERR#58PAR59RST#18PCICLK19PME#

48Msel/TEST01SCL/TEST12SDA/TEST2

3

NOASM

TP614

100

GRN195GRN2

TP618

OC1 12,16

OC2 12,16

VCCIO

R154 10k

R153 10k

TP445

TP444

TP630

TP623

114

127

105

119

OC1#89OC2#96OC3#

OC4#

GRN3

GRN4

PWE1 12,16

PWE2 12,16

TP667

106

PWE1#90PWE2#97PWE3#

120

TP626

PWE4#

DM1 12,15

DP1 12,15

DM2 12,15

DP2 12,15

Y3

HC-49/U-S

TP627

TP628

TP624

102

109

116

122

DM1

DM2

DM3

DM4

ISP1561BM

TP435

TP625

87

103

110

117

123

107

XIN

DP1

DP2

DP3

DP4

RREF

2

3

C124

VCCIO

L11

1 2

BLM18PG121SN1D

10uF

VCCIO

TP430

TP431

TP429

R146

10k

NOASM

1:48MHz oscillator is used

0:12MHz crystal is used

USB CONTROLLER

D

C144

0.1uF

PCIAD9

PCIAD15

PCIAD14

PCIAD2

PCIAD3

PCIAD4

R152

R151

PCIAD5

PCIAD6

4.7k

PCIAD7

PCIAD8

PCIAD10

PCIAD11

PCIAD13

PCIAD12

PCIAD16

PCIAD1

PCIAD0

R147

0

VCCIO VCCIO

PCIAD17

PCIAD18

C

PCIAD19

PCIAD20

PCIAD21

PCIAD22

PCIAD23

PCIAD24

PCIAD25

PCIAD26

PCIAD28

PCIAD27

PCIAD29

PCIAD30

PCIAD31

PCIAD[31:0]4,9,10

PCIBE0

PCIBE1

TP428

PCIBE2

PCIBE3

PCIBE[3:0]4,9,10

PCIINTA2,9,10

C143

0.1uF

C142

0.1uF

C141

0.1uF

C140

1000pF

C139

VCCIO

1000pF

C138

1000pF

C137

1000pF

C136

1000pF

87654

A A

A

R157 10

PCIGNT04,15

PFRAME4,9,10

PIRDY4,9,10

PTRDY4,9,10

PDEVSEL4,9,10

PCIAD114,9,10

PSTOP4,9,10

PPERR4,9,10

PSERR4,9,10

PPAR4,9,10

PONRST2,7,9,10,13,15

PCICLK04,16

PCIREQ04,15

PME4,10,16

B

GA-1170 CIRCUIT DIAGRAM

7 – 11

B

D

C

B

A

12345678

1

2

345678

12/16

TP434

DM1 11,15

DP1 11,15

3

2

L14

4

1

3

2

D+

D-

CN9

1

C153

1000pF

C152

220uF/16V

+

C151

0.1uF

VBUS1

560

R174

TP697

D2

LT1P67A

R178

15k

R177

15k

DLW21SN900SQ2

SHIELD6SHIELD5GND4VBUS

560

R274

NOASM

D18

LT1P67A

DM2 11,15

3

L25

4

D-2AD+

VBUS1AGND4ASHIELD5ASHIELD

C232

C231

C230

VCC5Volt

VBUS2

NOASM

DP2 11,15

2

1

DLW21SN900SQ2

3A

1000pF

NOASM

220uF/16V

NOASM

+

0.1uF

NOASM

C157

12

L15

BLM18PG121SN1D

6A

C158

C156

C155

R272

15k

NOASM

R271

15k

NOASM

UAR20-4K2100

10uF

1000pF

10uF

0.01uF

1

2

3

C166

100pF

0.1uF

C165

C164

10uF

5Volt

USB CONNECTOR

D

C154

0.1uF

7

6

8

5

IN

GND

OUTA

OUTB

MIC2026-2BM

ENA1FLGA

FLGB3ENB

IC23

2

4

R173

10k

R172

10k

R269

10k

R211

10k

TP432

TP463

IC3E

TP464

IC3F

0.1uF

C159

11101312

TC74LCX14FT

OC111,16

R175 10k

PWE111,16

TP565

5Volt

R270 10k

0.1uF

TP696

11101312

IC29E

TC74LCX14FT C233

TP567

IC29F

TC74LCX14FT

PWE211,16

OC211,16

C

560

R184

D4

LTL-155GHA

C201

0.1uF

VCCIO

LINK111

87654

B

A A

A

GA-1170 CIRCUIT DIAGRAM

7 – 12

12345678

1

2

345678

13/16

TP392

D6

1

B

D

C

B

A

1

PONRST 2,7,9,10,11,15

CGRESET 2,16

IC25D

TC74LCX14FT

9 8

TC74LCX14FT

C237

0.47uF

C171

0.47uF

PST598CN

VCC

R188 36K

NO ASM

TP453

VCCIO

TP374

220

LT1P67A

NOASM

TP373

220

R192

D9

LT1P67A

R191

D8

TP454

IC25C

5 6

TC74LCX14FT

C173

0.1uF

DBG_LED12,16

DBG_LED02,16

C170

0.1uF

VCCIO

NOASM

TP403

VCCIO

220

R193

D10

220

R195

TP402

C226

D11

LT1P67A

NOASM

LT1P67A

NOASM

TP760

TP755

3

IC36A

TC74LCX08FT

IC36C

9

1

TP757

IC38D

2

9 8

TP758

IC38E

TC74LCX14FT

DBG_LED32,16

DBG_LED22,16

VCCIO

TP761

TC74LCX08FT

IC36D

10812

TC74LCX14FT

11 10

IC38F

0.1uF

11

13

13 12

IC25B

3 4

NOASM

TP404

R186 0

IC25A

1 2

TP391

10K

R187

VCCIO

VCC

5

4

VCC

VOUT

M/R1SUB2GND

IC24

3

2

RB451F

3

TC74LCX08FT

TC74LCX14FT

2

3

IC25E

TC74LCX14FT

11 10

TP703

6

NOASM

IC36B

TC74LCX08FT

4

5

R284 0

WDRST2,16

VCCIO

TP702

IC38B

TC74LCX14FT

3 4

TP701

IC38A

TC74LCX14FT

1 2

R260

10K

C225

0.47uF

C238

0.47uF

TP700

3

4

SKHUPBE010

SW3

NOASM

1

2

VCCIO

PIO_SW 2,16

IC3D

9 8

R189 10K

2

112

SW1

TC74LCX14FT

C239

0.47uF

C174

0.47uF

SKHHLUA010

IC38C

5 6

INT2 2,16

TC74LCX14FT

VCCIO

<NMI>

C234

0.1uF

NMI 2,16

IC3C

TC74LCX14FT

5 6

TP472

IC3B

TC74LCX14FT

3 4

C240

0.47uF

C175

0.47uF

R194 10K

TP372

3

4

SKHUPBE010

SW2

NOASM

1

2

VCCIO

VCCIOVCCIO

VCCIO

C176

0.1uF

C202

0.1uF TP759

C177

0.1uF

87654

RESET/LED

B

D

C

B

A A

A

GA-1170 CIRCUIT DIAGRAM

7 – 13

12345678

1

2

345678

14/16

VCC = 5V

VCC

2

FS4

1

C180

+

12

C200

+

12

2

1

TR/0603FA 2.5A -T

47uF/16V

TP455

TP456

B

D

C

B

A

1

C213

22uF/16V

+

C212

VCCIO

VCCINT

FS3

L21

1

8

IC31

0.1uF

220uF/16V

1

CS

CD

1

2

TR/0603FA 1A -T

2

RCH-108-680

4 2

2

ES

S1

7

22uF/16V

+

C211

22uF/16V

+

TP6

TP5

TP4

R198

3K_1%

12

5

NJM2360M

6

1

TP9

1

TP8

1

TP7

C191

0.1uF

12

C190

220uF/16V

+

R199

12K_1%

12

D14

D1FM3-4103

INVIN

CT

3

GND

4

V+

TP549

2

3

470pF

C219

VCCIO = 3.3V

VCCIO

1

2

FS2

2

TR/0603FA 2.5A -T

VCCINT = 1.5V

VCC = 5V

VCCIO = 3.3V

+

TP460

C186

470uF/16V

C196

1000pF

TP461

L20

C182

0.1uF

1 2

VB

24

D13

1SS355

7

IC27

12

C183

0.1uF

RCH-108-680

4 2

VOUT11VOUT12VOUT13VOUT

Vboot

VDD18VDD19VDD20VDD

TP570

TP572

TP571

TP573

TP457

R200

100K/0.1W

1 2

TP458

TP575

TP569

30

14

21

+

C184

470uF/16V

9

31

27

25

28

29

VGL

amp-

OCL-

OCL+

ampIN

ampOUT

2.5V/3.3V

MD3221N

R/C

VCC

S/S

N/C10N/C15N/C17N/C

1

6

32

12

C188

0.01uF

C197

0.47uF

C241

0.47uF

+

12

C187

10uF/16V

D1FM3-4103

D15

TP574

23

P.GND2

VGH

P.GND1

GND GND

OSC

Vref

LC

22

TP467

16

8

R203

0

26

4

3

2

5

NOASM

TP459

R204

0

C189

0.47uF

C242

0.47uF

TP698

R261

1 2

MCR50JZHFLR330

NOASM

+

C228

470uF/16V

NOASM

TP699

R262

2K_1%

NOASM

R263

1.2K_1%

12

L24

RCH-108-680

NOASM

4 2

2

ES

CS

1

NJM2360M

NOASM

CD

8

S1

IC37

7

+

C227

470uF/16V

NOASM

12

D1FM3-4103

NOASM

D16

5

TP704

C229

470pF

INVIN

CT

3

GND

4

V+

6

NOASM

VCC VCCIO VCCINT

TP425

VCCINT = 1.5V

TP548

R217

1 2

MCR50JZHFLR330

C193

12

C192

+

12

VCC

4

22334

PJ1

POWER

LTL-155GHA

D7

HEC3610-010010

D

560

R206

87654

B

C

B

A A

A

GA-1170 CIRCUIT DIAGRAM

7 – 14

12345678

1

15/16

B

D

C

B

A

1

2

ICT9

ICT10

ICT11

ICT12

ICT15

ICT13

ICT16

ICT1

ICT2

ICT3

ICT4

ICT5

ICT6

ICT7

ICT8

ICT14

ICT17

ICT18

ICT19

ICT20

ICT21

ICT22

ICT23

ICT24

345678

ALE3,6

DM111,12

DP111,12

MEMDIR3,6

PCIGNT04,11

PCIGNT14,10

PCIREQ14,10

PCIREQ04,11

ROMCS13,7

ROMOE3,6

SDCAS3,5

ROMWE3,6

SDDQM23,5

SDDQM03,5

SDCKE3,5

SDDQM13,5

SDDQM33,5

SDRAS3,5

SDDQM73,5

SDDQM43,5

SDDQM53,5

SDRCS13,5

SDRCS03,5

SDDQM63,5

ICT29

ICT25

ICT26

ICT27

ICT28

SDRCS23,5

SDWE3,5

SYSCLK3

DM211,12

DP211,12

ICT30

VCCINT

2

3

TESTPOINT

<FLASH>

TP32

TP34

TP35

TP38

TP33

TP36

TP37

TP31

TP30

TP29

1

111

11111

FWE6,7

FONT_WE6,7

FOE6,7

ROMCS23,7

ROMCS33,7

ROMCS03,7

ROMCS13,7

ROMCS43,7

FONT_OE6,7

1

PONRST2,7,9,10,11,13

<PCI>

TP39

TP40

TP41

TP42

TP43

TP45

TP44

1

PCIREQ04,11

PCIREQ14,10

PCIREQ24,9

PCIGNT04,11

PCIGNT14,10

PCIGNT24,9

SYSCLK3

87654

B

A A

A

TP12

TP10

TP13

TP11

1

111

1

SDDQM0

SDDQM1

SDDQM3

SDDQM2

<SDRAM>

SDDQM[7:0]3,5

D

TP14

1

SDDQM4

TP15

1

SDDQM5

SDDQM6

TP16

TP17

1

SDDQM7

TP21

TP22

TP23

TP24

TP25

TP27

TP28

C

TP26

1

ROMWE3,6

ROMOE3,6

MEMDIR3,6

ALE3,6

TP18

TP19

TP20

1

SDWE3,5

SDRCS23,5

SDCAS3,5

SDRAS3,5

SDCKE3,5

SDRCS03,5

SDRCS13,5

GA-1170 CIRCUIT DIAGRAM

7 – 15

12345678

1

16/16

TP516

PVDD1

TP521

A

TP519

PVDD2

TP522

PLL_AUX

1

B

TP405

AVAUX

TP123

TP101

5Volt

TP478

TP479

P1_GND

VCCWCTL2,7

OE3

P2_GND

TP542

C

TP134

TP133

TP125

TP135

TP276

TP426

TP242

TP243

CAS3

CKE3

CGRESET2,13

CLK2,10

LAB206

LACE3

LED10N10

INT22,13

TP102

TP543

TP544

TP124

BUSSPRT3

WDRST2,13

WE3

TXD12,6

ACE3

TP468

TP477

TP476

TP469

TP475

PWE211,12

NMI2,13

OC111,12

OC211,12

D

TP517

TP520

TP524

TP523

TP518

TP525

TP526

PCICLK04,11

PCICLK14,10

PIO_SW2,13

PME4,10,11

RAS3

PWE111,12

RTCCLK2,8

RTCCS2,8

TP527

TP205

TP204

TP220

TP540

TP529

TP528

DIMM_SCK2,5

DIMM_SDA2,5

RXD12,6

RTCR/W2,8

RTCDATA2,8

TP541

TP221

EEP_SCK2,8

EEP_SDA2,8

SWE3

SYSCLKA3

2

TP277

MEMA0

TP278

MEMA1

TP279

MEMA2

TP280

MEMA3

TP281

MEMA4

TP282

MEMA5

TP283

MEMA6

TP284

MEMA7

TP285

MEMA8

TP286

MEMA9

TP287

MEMA10

TP288

MEMA11

TP289

MEMA12

TP290

MEMA13

345678

TP299

TP298

TP300

TP297

MEMD3

MEMD2

MEMD0

MEMD1

MEMD[63:0]3,5,6 MEMA[19:0]3,5,6

TP225

TP224

TP222

TP223

LAA2

LAA3

LAA0

LAA1

TP301

MEMD4

TP226

LAA4

TP302

TP227

MEMD5

LAA5

TP303

MEMD6

TP228

LAA6

TP304

MEMD7

TP229

LAA7

TP305

MEMD8

TP230

LAA8

TP306

MEMD9

TP231

LAA9

TP307

MEMD10

TP232

LAA10

TP308

MEMD11

TP233

LAA11

TP309

MEMD12

TP234

LAA12

TP310

MEMD13

TP235

LAA13

TP291

MEMA14

TP311

MEMD14

TP236

LAA14

TP292

MEMA15

TP312

MEMD15

TP237

LAA15

TP293

MEMA16

TP313

MEMD16

TP238

LAA16

TP294

MEMA17

TP314

MEMD17

TP239

LAA17

TP295

MEMA18

TP315

MEMD18

TP240

LAA18

TP296

MEMA19

TP316

MEMD19

TP241

LAA19

DMAREQ[3:0]3

TP317

MEMD20

TP207

TP208

DMAREQ1

DMAREQ0

TP319

TP318

MEMD21

MEMD22

TP209

DMAREQ2

TP320

MEMD23

TP210

DMAREQ3

TP321

MEMD24

DQM[7:0]3

TP322

MEMD25

TP244

LDD0

TP212

DQM0

TP323

MEMD26

TP245

LDD1

TP213

DQM1

TP324

MEMD27

TP246

LDD2

TP214

DQM2

TP325

MEMD28

TP247

LDD3

TP215

DQM3

TP326

MEMD29

TP248

LDD4

TP216

DQM4

TP327

MEMD30

TP249

LDD5

TP217

DQM5

TP328

MEMD31

TP250

LDD6

TP218

DQM6

TP329

MEMD32

TP251

LDD7

TP219

DQM7

TP330

MEMD33

TP252

LDD8

TP331

MEMD34

TP253

LDD9

TP530

SDCLK03,5

TP332

MEMD35

TP254

LDD10

TP531

SDCLK13,5

TP333

MEMD36

TP255

LDD11

TP532

SDCLK23,5

TP334

MEMD37

TP256

LDD12

TP335

MEMD38

TP257

LDD13

TP533

TP336

MEMD39

TP258

LDD14

SDCLK0A3

TP337

MEMD40

TP534

TP259

SDCLK1A3

LDD15

TP338

MEMD41

TP535

TP260

LDD16

SDCLK2A3

TP339

MEMD42

TP536

TP261

LDD17

SDCLK3A3

TP340

MEMD43

TP262

LDD18

TP341

MEMD44

TP263

LDD19

TP537

SDCS03

TP342

MEMD45

TP264

LDD20

TP538

SDCS13

TP343

MEMD46

TP265

LDD21

TP539

SDCS23

TP344

MEMD47

TP266

LDD22

TP345

MEMD48

TP267

LDD23

CE[6:0]3

TP346

MEMD49

TP268

LDD24

TP126

CE0

TP347

MEMD50

TP269

LDD25

TP127

CE1

TP348

MEMD51

TP270

LDD26

TP128

TP349

MEMD52

TP271

CE2

LDD27

TP129

CE3

TP350

MEMD53

TP272

LDD28

TP130

CE4

TP351

MEMD54

TP273

LDD29

TP131

CE5

TP352

MEMD55

TP274

LDD30

TP132

CE6

TP353

MEMD56

TP275

LDD31

TP354

MEMD57

PCIBEA[3:0]4

TP355

MEMD58

TP512

PCIBEA0

TP356

MEMD59

TP357

MEMD60

TP513

PCIBEA1

TP514

TP358

MEMD61

PCIBEA2

TP359

MEMD62

TP515

PCIBEA3

TP360

MEMD63

TP200

TP201

TP202

DBG_LED12,13

DBG_LED22,13

DBG_LED02,13

TP203

2

DBG_LED32,13

3

LAA[19:0]6

TP137

TP136

TP138

DATA1

DATA0

DATA2

DATA[63:0]3

TP107

TP106

TP105

TP104

TP103

ADDR1

ADDR2

ADDR3

ADDR0

ADDR[19:0]3

TESTPOINT

ADDR4

D

TP139

DATA3

TP108

TP140

ADDR5

DATA4

TP109

ADDR6

TP141

DATA5

TP110

ADDR7

TP142

DATA6

TP111

ADDR8

TP143

DATA7

TP112

ADDR9

TP144

DATA8

TP113

ADDR10

TP145

DATA9

TP146

DATA10

TP114

ADDR11

TP147

DATA11

TP115

ADDR12

TP148

DATA12

TP116

ADDR13

TP149

DATA13

TP117

ADDR14

TP118

ADDR15

TP150

DATA14

TP119

ADDR16

TP151

DATA15

TP152

TP120

ADDR17

DATA16

TP121

ADDR18

TP153

DATA17

TP122

TP154

DATA18

ADDR19

TP155

DATA19

TP156

DATA20

PCIADA[31:0]4

LDD[31:0]6

TP161

TP163

TP160

TP159

TP158

TP157

DATA21

DATA22

TP480

PCIADA0

C

TP481

PCIADA1

DATA23

TP482

PCIADA2

DATA24

TP483

PCIADA3

DATA25

TP484

PCIADA4

TP162

DATA26

TP485

DATA27

PCIADA5

TP486

PCIADA6

GA-1170 CIRCUIT DIAGRAM

TP164

DATA28

TP487

PCIADA7

TP165

TP166

DATA29

DATA30

TP488

TP489

PCIADA8

PCIADA9

7 – 16

TP167

DATA31

TP168

DATA32

TP490

PCIADA10

TP169

DATA33

TP491

PCIADA11

TP170

DATA34

TP492

TP493

PCIADA12

TP171

DATA35

TP494

PCIADA13

PCIADA14

TP172

DATA36

TP495

PCIADA15

TP173

DATA37

TP174

DATA38

TP496

TP497

PCIADA17

PCIADA16

TP175

DATA39

TP176

DATA40

TP498

PCIADA18

TP177

DATA41

TP499

PCIADA19

TP178

DATA42

TP501

TP500

PCIADA20

B

TP179

DATA43

PCIADA21

TP180

DATA44

TP502

PCIADA22

TP181

DATA45

TP503

TP504

PCIADA23

TP182

DATA46

TP505

PCIADA24

PCIADA25

TP183

DATA47

TP506

TP184

DATA48

TP507

PCIADA27

PCIADA26

TP185

DATA49

TP186

DATA50

TP508

PCIADA28

TP187

DATA51

TP509

PCIADA29

TP188

DATA52

TP511

TP510

PCIADA30

TP189

DATA53

PCIADA31

TP190

DATA54

TP191

DATA55

TP192

DATA56

TP193

DATA57

TP194

DATA58

TP195

DATA59

TP196

DATA60

TP197

DATA61

A A

A

TP198

DATA62

TP199

DATA63

87654

[ 8 ] PARTS LAYOUT

1. PARTS SIDE

GA-1170 PARTS LAYOUT

8 – 1

2. SOLDER SIDE

GA-1170 PARTS LAYOUT

8 – 2

CAUTION FOR BATTERY REPLACEMENT

(Danish) ADVARSEL !

Lithiumbatteri - Eksplosionsfare ved fejlagtig håndtering.

(English) Caution !

Dispose of used batteries according to manufacturer's instructions.

(Finnish) VAROITUS

Vaihda paristo ainoastaan laitevalmistajan suosittelemaan

(French) ATTENTION

ll y a danger d'explosion s'il y a remplacement incorrect

de la batterie. Remplacer uniquement avec une batterie du

Mettre au rébut les batteries usagées conformément aux

Udskiftning må kun ske med batteri

Levér det brugte batteri tilbage til leverandoren.

Danger of explosion if battery is incorrectly replaced.

Replace only with the same or equivalent type

af samme fabrikat og type.

recommended by the manufacturer.

Paristo voi räjähtää,jos se on virheellisesti asennettu.

tyyppiin. Hävitä käytetty paristo valmistajan ohjeiden

même type on d'un type équivalent recommandé par

mukaisesti.

le constructeur.

instructions du fabricant.

(Swedish) VARNING

(German) Achtung

Als Ersatzbatterien dürfen nur Batterien vom gleichen Typ oder

Explosionsfara vid felaktigt batteribyte.

Använd samma batterityp eller en ekvivalent

typ som rekornmenderas av apparattillverkaren.

Kassera använt batteri enligt fabrikantens

Instruktion.

Explosionsgefahr bei Verwendung inkorrekter Batterien.

vom Hersteller empfohlene Batterien verwendet werden. Entsorgung der gebrauchten Batterien nur nach den vom

Hersteller angegebenen Anwerisugen.

CAUTION FOR BATTERY DISPOSAL

(For USA,CANADA)

THIS PRODUCT CONTAINS A LITHIUM PRIMARY

(MANGANESS DIOXIDE) MEMORY BACK-UP BATTERY

THAT MUST BE DISPOSED OF PROPERLY. REMOVE THE

BATTERY FROM THE PRODUCT AND CONTACT YOUR

LOCAL ENVIRONMENTAL AGENCIES FOR INFORMATION

ON RECYCLING AND DISPOSAL OPTIONS.

CE PRODUIT CONTIENT UNE PILE DE SAUVEGARDE DE

MÉMOIRE LITHIUM PRIMAIRE (DIOXYDE DE MANGANESE)

QUI DOIT ÊTRE TRAITÉE CORRECTEMENT. ENLEVEZ LA

PILE DU PRODUIT ET PRENEZ CONTACT AVEC VOTRE

AGENCE ENVIRONNEMENTALE LOCALE POUR DES

INFORMATIONS SUR LES MÉTHODES DE RECYCLAGE ET

"BATTERY DISPOSAL"

"TRAITEMENT DES PILES USAGÉES"

DE TRAITEMENT.

GA-1170

– 1 –

2-17-2, HIGASHIGOTANDA, SHINAGAWA-KU, TOKYO, 141-8664, JAPAN

Toshiba GA-1170 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

CONTENTS

[ 1 ] CONFIGURATION

[ 2 ] SPECIFICATIONS

1. BASIC SPECIFICATIONS

2. FUNCTION DESCRIPTION

A. PRINT EMULATION

(1) comparison table of main print function classified by driver

(2) comparison table of printing function for each driver

(3) PDF/TIFF direct printing function

(4) Limitations (printing function)

(5) Printer condition setup

(6) Network status page

B. NETWORK SCANNING FUNCTION

(1) Basic scanning function

(2) Scanner settings

(3) Send file (message and filename)

(4) Recipient registration

(5) Scanning size

(6) Scanner limitations

C. FUNCTIONS BY INTERFACE

D. NETWORK SETUP

E. SOFTWARE SETUP

(1) Installing driver

F. HARDWARE SETUP

[ 3 ] UNPACKING AND INSTALLATION

1. UNPACKING

2. PACKAGED GOODS

3. INSTALLATION PROCEDURE

[ 4 ] SETUP IN A WINDOWS ENVIRONMENT

3. PRODUCT KEY SETTING

2. CHECKING THE IP ADDRESS

[ 5 ] Updating Network Box Firmware

[ 6 ] TROUBLE CODE

1. TROUBLE CODE (CE CODE)

[ 7 ] CIRCUIT DIAGRAM

[ 8 ] PARTS LAYOUT

1. PARTS SIDE

2. SOLDER SIDE