I have pulled the 6 plugs out of the bios I have 2 2 pin plugs and 2 1 pin plugs and have 9 pins on the bios socket, can you help me to put them back.

You'll have to open your case to do it.
1) Shut computer down.
2) Unplug computer power cord - IMPORTANT!
3) Wait a minute or so for all power to be dissipated. (Capacitors hold charge for a while even after shutdown.) This is for your safety, and to keep anything from happening to your computer.
4) Open case. The side is usually held on by 2 or 3 screws. Usually Phillips, could be knurled finger type. Open side by sliding back an inch or so. Then pull side away from case.
5) Look for a small plastic piece, about 1/8" x 1/4" looking from top. It should be on 2 of a set of 3 pins on the motherboard. There should be a label on the motherboard saying "reset" or "PW Reset" or "Password" or "bios reset", depending on which version of motherboard you have.
6) Lift the plastic piece up, noting which 2 of the 3 pins it is on first.
7) Put it on the other end of the set of 3 pins, using the middle pin over. (You are changing from one outer pin to the other outer pin.)
8) Put the power cord back in the power supply. Push the start button. Just a second will be plenty long.
9) Remove the power cord, waiting again for all power to dissipate.
10) Put the plastic piece back on the original 2 pins. Put case back together. Put power cord back, and turn on. The bios password will be removed.

hope this helps

6 pin socket

6 pin plug

7 pin socket

7 pin plug

5 pin socket

5 pin plug

7 pin socket

7 pin plug

7 pin socket

7 pin plug

7 pin socket

7 pin plug

12 pin socket

12 pin plug

small 6 pin round plug & socket

1 tail, clearance - brown

2 left hand turn - yellow

3 right hand turn - green

4 stop - red

5 electric brakes - blue

6 earth - white

small 7 pin round plug & socket

1 left hand turn - yellow

2 reverse - black

3 earth - white

4 right hand turn - green

5 electric brakes - blue

6 stop - red

7 tail, clearance, side markers - brown

round socket

large 5 pin round plug & socket

2 left hand turn - yellow

3 earth - white

5 right hand turn - green

6 stop - red

7 tail, clearance, side markers - brown

large 7 pin round plug & socket

1 left hand turn - yellow

2 reverse - black

3 earth - white

4 right hand turn - green

5 electric brakes - blue

6 stop - red

7 tail, clearance, side markers - brown

7 pin round heavy duty plug & socket

1 earth - white

2 left hand rear , clearance and marker - black

3 left hand turn - yellow

4 stop - red

5 right hand turn - green

6 right hand rear , clearance and marker - brown

7 reverse/auxilary - blue

7 pin flat plug & socket

1 left hand turn - yellow

2 reverse - black

3 earth - white

4 right hand turn - green

5 electric brakes - blue

6 stop - red

7 tail, clearance, side markers - brown

flat socket

12 pin flat plug & socket

1 left hand turn - yellow

2 reverse - black

3 earth - white

4 right hand turn - green

5 electric brakes - blue

6 stop - red

7 tail, clearance, side markers - brown

8 battery supply - orange

9 auxiliaries - pink

10 earth - white

11 rear fog lamp - grey

12 auxiliaries - violet

ASUS K8U-X - motherboard - ATX - Socket 754 - ALi M1689

1.0 x PCI - Socket 754,
2.0 x Processor - DIMM 184-pin,
4.0 x AGP 8x,
1.0 x Memory

Storage Interfaces ATA-133 - connector(s): 2 x 7pin Serial ATA - RAID 0 / RAID 1 / JBOD,
Serial ATA-150 - connector(s): 2 x 40pin IDC

Interfaces 1.0 x Keyboard - Floppy interface - RJ-45,
1.0 x Hi-Speed USB - SPDIF output - 6 pin mini-DIN (PS/2 style),
4.0 x Network - Generic - 34 pin IDC,
1.0 x Audio - IEEE 1284 (EPP/ECP) - 25 pin D-Sub (DB-25),
1.0 x Audio - Ethernet 10Base-T/100Base-TX - 9 pin D-Sub (DB-9),
1.0 x Parallel - Generic - 4 pin USB Type A,
1.0 x Serial - RS-232 - 6 pin mini-DIN (PS/2 style),
1.0 x Storage,
Mouse

Power Connectors 20-pin main power connector,
4-pin ATX12V connector

as long as the PSU and motherboards power and lead connections are the same as the hard drive

hope this helps

Hi,
From the motherboard type given, below are the technical specifications:

• General Features:
• VIA P4M800/VT8237R chipset
• Socket 775
• mATX form factor
• Version 1.0
• Supports up to 2 GB 2.5V DDR SDRAMs (DDR400/333/266)
• Embedded UniChrome Graphics with 64 MB shared memory
• Realtek ALC655 6-channel Audio Codec
• Compliant with AC'97 2.3 specifications
• VIA VT6103L 10/100 Mbps Fast Ethernet PHY
• Two (2) SATA/150 (Serial ATA) connectors
• Two (2) UDMA/133/100/66 IDE controllers
• One (1) Floppy controller
  
  
• Expansion Slots:
• One (1) AGP Ultra slot
• One (1) CNR slot
• Three (3) PCI slots
• Two (2) 184-pin DIMM sockets
  
  
• I/O Ports:
• Two (2) PS/2 ports
• One (1) 9-pin Serial port
• One (1) 15-pin VGA port
• ONe (1) 25-pin Parallel port
• Four (4) USB 2.0 rear ports
• Two (2) USB 2.0 ports via header
• One (1) RJ-45 Ethernet port
• Line-in, line-out and microphone jacks
  
  
• BIOS Features:
• AMI 4Mb Flash ROM
• Supports Plug and Play 1.0A, APM 1.2, Multi Boot, DMI
• Full support for ACPI revision 1.0 specification
  
  
• Supported Processors:
• Intel Pentium 4 and Celeron D processors with Hyper-Threading Technology
• Socket 775
• 800/533 MHz FSB (Front Side Bus)
  
  
• Regulatory Approvals:
• FCC
• CE
• C-Tick

Package Includes:

• Mercury P4VM800M7 VIA K8M800 Socket 775 mATX Motherboard
• Manual
• Driver CD
• SATA cable
• IDE cable
• Floppy cable
• SATA to 4-pin power cable
• I/O shield

You will therefore need drivers for the following devices to utilize the multimedia functions of your system:

• Embedded UniChrome Graphics with 64 MB shared memory
• Realtek ALC655 6-channel Audio Codec

Download the Realtek ALC655 AC97 Audio Drivers from here(Link:http://download.cnet.com/Audio-Realtek-ALC655-AC-97-AUDIO/3000-2110_4-168843.html?tag=contentMain;overviewHead) and the Embedded UniChrome Graphics drivers from here(Link:http://download.cnet.com/VIA-S3G-UniChrome-Pro-IGP/3000-2108_4-65294.html).
Have a good time ahead.

ASUS P5PE-VM - motherboard - micro ATX - i865G specifications
General

Product type (AE)
Motherboard

Form factor
Micro ATX

Width
9.6 in

Depth
7.6 in

Compatible Processors
Pentium 4 , Celeron D , Core 2 Duo , Pentium D

64-bit Processor Compatibility
Yes

Mainboard processor socket
LGA775 Socket

Mainboard / Multi-Core Support
Dual-Core

Chipset Type
Intel 865G / Intel ICH5

Data bus speed
800.0 MHz

BIOS type
AMI

Storage key information
Serial ATA-150 , ATA-100

Power connectors
4-pin ATX12V connector , 20-pin main power connector

Processor

Installed Qty (Max Supported)
0.0 ( 1.0 )

Memory

Cache Memory Type
None

Supported RAM Technology
DDR SDRAM

Supported RAM Integrity Check
Non-ECC

RAM Installed ( Max )
0.0 MB / 2.0 GB (max)

Supported RAM Speed
PC2700 , DDR266/PC2100 , PC3200

RAM Features
Dual channel memory architecture , Unbuffered

Video

Graphics Controller
Intel Extreme Graphics 2 Dynamic Video Memory Technology 2.0

Audio

Audio Output
Sound card

Signal processor
Intel 865G

Audio codec
AD1988

Sound Output Mode
5.1 channel surround

Telecom / Networking

Modem
None

Networking
Network adapter - Marvell Yukon 88E8001 - Fast Ethernet , - Ethernet , - Gigabit Ethernet

Features

BIOS Features
SMBIOS 2.3 support , ASUS EZ Flash , WfM 2.0 support , ASUS MyLogo , Hyper-Threading Technology , DMI 2.0 support

Manual Settings
CPU frequency

Sleep / Wake Up
Wake on LAN (WOL) , Wake on ring (WOR)

Hardware Features
C.P.R. (CPU Parameter Recall) , Green Edition , CrashFree BIOS 2

Expansion / Connectivity

Expansion Slots Total (Free)
1.0 AGP 8x - LGA775 Socket , 1.0 Memory - DIMM 184-pin , 3.0 PCI , 2.0 Processor

Storage Interfaces
Intel ICH5 : ATA-100 - connector(s): 2 x 40pin IDC - 2.0 device(s) , Intel ICH5 : Serial ATA-150 - connector(s): 2 x 7pin Serial ATA - 4.0 device(s)

Interfaces
1.0 x Audio - RS-232 - Mini-phone stereo 3.5 mm , 1.0 x Network - Generic - 34 pin IDC , 1.0 x Parallel - IEEE 1284 (EPP/ECP) - Mini-phone stereo 3.5 mm , 1.0 x Keyboard - Line-out (center/subwoofer)/line-in - 4 pin USB Type A , 1.0 x Audio - Line-out - 6 pin mini-DIN (PS/2 style) , 1.0 x Serial - Generic - 25 pin D-Sub (DB-25) , 1.0 x Mouse - Line-in - 6 pin mini-DIN (PS/2 style) , 1.0 x Hi-Speed USB - Ethernet 10Base-T/100Base-TX/1000Base-T - Mini-phone stereo 3.5 mm , 4.0 x Audio - Line-out (rear)/microphone - 4 pin MPC , 1.0 x Display / video - VGA - 15 pin HD D-Sub (HD-15) , 1.0 x Storage - Floppy interface - 9 pin D-Sub (DB-9) , 1.0 x Audio - RJ-45

Additional connectors (optional)
4 x Hi-Speed USB

Miscellaneous

Compliant Standards
RoHS , Plug and Play

Hope this helps,
If I have helped you resolve your problem, please
consider giving me a good rating and a quick
thanks or good job.It will help me as well Thank
you.

Toshiba BIOS passwords cannot be removed by taking out the BIOS battery. You need to construct a piece of hardware.

TOSHIBA BIOS PASSWORD DONGLE

You can build a dongle that plugs into the printer port.
Purchase a 25 pin male D sub connector and solder insulated wires to the various pins as listed below. The pins are numbered on the connector

http://www.tilman.de/sonstiges/toshiba/dongle1.jpg this is a picture of the finished dongle



1-5-10,
2-11,
3-17,
4-12,
6-16,
7-13,
8-14,
9-15

Plug the finished dongle in the printer port and power up the laptop. The password will be reset, go into the BIOS configuration to check the BIOS password, you may have to disable the BIOS password.

You need to build a hardware device that plugs into the printer port.

Get a 25 pin male D sub connector, and solder various wires
to the pins numbered below. The pins on the connector are numbered 1 to 25
For a picture of this hardware device (dongle) go to :-
http://www.tilman.de/sonstiges/toshiba/dongle1.jpg

Connect these pins together by soldering thin insulated wires to the following pins :-
1-5-10,
2-11,
3-17,
4-12,
6-16,
7-13,
8-14,
9-15
Plug the dongle in the printer port and boot up the laptop, you will then be able to bypass the BIOS password and go into the BIOS to reset/remove the password.

You need to build a hardware device that plugs into the printer port.

Get a 25 pin male D sub connector, and solder various wires
to the pins numbered below. The pins on the connector are numbered 1 to 25
For a picture of this hardware device (dongle) go to :-
http://www.tilman.de/sonstiges/toshiba/dongle1.jpg

Connect these pins together by soldering thin insulated wires to the following pins :-
1-5-10,
2-11,
3-17,
4-12,
6-16,
7-13,
8-14,
9-15
Plug the dongle in the printer port and boot up the laptop, you will then be able to bypass the BIOS password and go into the BIOS to reset/remove the password.

I know this is an old thread, but I would like to post this information in the hope that someone will find it useful.
I just finished fixing this problem on my 1994 VS-6061... the problem is the PIP (Picture In Picture) board located on the Power Signal board. The PIP board contains the numbers 530B552. I bypassed the PIP board by following the directions I found at the following link:
http://forum.doityourself.com/entertainment-center-tvs-stereos-vcrs-dvds/130383-mitsubishi-cs-35301-rolling-picture-problem.html
"Plug in a 4.7ufd @ 35v filter cap (+)at pin 5,(-)at pin 11. Plug in a .01ufd(any voltage) between pin 7 and 9. Just plug the caps into the socket, where the PIP board was mounted (they don't need to be soldered). Just don't let the leads from the two capacitors touch, as they cross each other. The 0.01 cap is non-polarity, so either way it plugged is fine. Basically you will bypass y-signal through 4.7u, in pin 5, out pin 11, and bypass c-signal in pin 7, out pin 9 of the PIP socket.”

The bypass requires 2 capacitors: One 4.7ufd @ 35v and one Non-Polar 0.01ufd @ any voltage.
Remove the PIP board, then plug the two capacitors into the socket where the PIP board was mounted: plug the 4.7ufd capacitor with (+)at pin 5,(-)at pin 11 and plug in the non-polar .01ufd capacitor between pins 7 and pin 9.
If there is a ground wire (possibly brown) soldered to one of the tin cases on the PIP board, then you should connect this ground wire to the PIP socket either at pin 2, 4, 6, 8 or 10 which are grounds of the socket.
This PIP board was used in many Mitsubishi televisions and they were plagued with problems...This is why many of these older Mitsubishi televisions had similar problems…
Good luck