Fujitsu LifeBook A1110 User Guide

Memory Upgrade Module

Memory Upgrade Module

71 - Memory Upgrade Module
Memory Upgrade Module
Your Fujitsu LifeBook notebook comes with a minimum of 1GB of high speed Double Data Rate 
Synchronous Dynamic RAM (DDR2-800 SDRAM) factory installed. To increase your notebook’s memory 
capacity, you may install an additional memory upgrade module. The memory upgrade must be a dual-in-
line (DIMM) SDRAM module. To ensure 100% compatibility, purchase the SDRAM module only from 
the Fujitsu web store at www.shopfujitsu.com
.
Installing Memory Upgrade Modules
1
Turn off power to your notebook, remove any power adapter (AC or auto/airline). Remove the battery. 
2
Make sure that all the connector covers are closed.
3
Turn the notebook bottom side up, and remove the screw from the memory upgrade module compartment. 
4
Remove the cover.
5
Remove the memory upgrade module from the static guarded sleeve.
D
O
 
NOT
 
REMOVE
 
ANY
 
SCREWS
 
FROM
 
THE
 
MEMORY
 
UPGRADE
 
MODULE
 
COMPARTMENT
 
EXCEPT
 
THE
 
ONES
 
SPECIFICALLY
 
SHOWN
 
IN
 
THE
 
DIRECTIONS
 
FOR
 
INSTALLING
 
AND
 
REMOVING
 
THE
 
MEMORY
 
UPGRADE
 
MODULE
.
T
HE
 
MEMORY
 
UPGRADE
 
MODULE
 
CAN
 
BE
 
SEVERELY
 
DAMAGED
 
BY
 
ELECTROSTATIC
 
DISCHARGE
 (ESD). 
T
O
 
MINIMIZE
 
RISK
 
TO
 
THE
 
MODULE
OBSERVE
 
THE
 
FOLLOWING
 
PRECAUTIONS
:
B
EFORE
 
HANDLING
 
A
 
MEMORY
 
MODULE
TOUCH
 
A
 
GROUNDED
 
METAL
 
OBJECT
 
TO
 
DISCHARGE
 
STATIC
 
ELECTRICITY
 
BUILT
 
UP
 
IN
 
YOUR
 
BODY
W
HEN
 
INSTALLING
 
OR
 
REMOVING
 
A
 
MEMORY
 
MODULE
HOLD
 
IT
 
BY
 
THE
 
EDGE
 
SO
 
AS
 
NOT
 
TO
 
TOUCH
 
ANY
 
CONTACTS
 
OR
 
CHIPS
. B
E
 
CAREFUL
 
NOT
 
TO
 
TOUCH
 
ANY
 
INTERNAL
 
COMPUTER
 
TERMINALS
 
OR
 
COMPONENTS
THE
 
OIL
 
FROM
 
YOUR
 
FINGERS
 
COULD
 
CAUSE
 
A
 
SHORT
 
TO
 
THE
 
COMPONENTS
B
E
 
SURE
 
TO
 
POWER
 
DOWN
 
YOUR
 
SYSTEM
 
BEFORE
 
ADDING
 
OR
 
REMOVING
 
MEMORY
 
MODULES
E
VEN
 
IF
 
THE
 
SYSTEM
 
IS
 
IN
 
HIBERNATE
 
OR
 
STANDBY
 
STATES
DATA
 
COULD
 
BE
 
LOST
 
OR
 
THE
 
MEMORY
 
COULD
 
BE
 
DAMAGED
 
IF
 
POWER
 
IS
 
STILL
 
AVAILABLE
 
TO
 
THE
 
SYSTEM
.