Acer Aspire 5739 Service Guide
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Chapter 3161 Each SmmDriver entry point used in 80_PORT 0xB0 JAPANESE 0xB1 DXE_UNICODE_COLLACTION CodeDescription 0xD4 SMM_ACCESS 0xDE SMM_CONTROL 0xCC SMM_BASE 0xD2 SMM_RUNTIME 0xDF SB_SMM_DISPATCH 0xD0 SMM_THUNK 0xCA SMM_ACPI_SW_CHILD 0xFE SMM_PLATFORM 0xD8 SMM_GMCH_MBI 0x90 SMM_FW_BLOCK_SERVICE 0x91 SMM_VARIABLE 0x92 SMM_IHISI 0x93 SMM_INT15_MICROCODE 0x94 SMM_PNP 0x95 SMM_INIT_PPM 0xD3 SMM_OEM_SERVICE CodeDescription
Chapter 5163
Jumper and Connector Locations
Top View
PinDescriptionPinDescription
CN2 Internal Speaker Conn. PU3 Charge PWM IC
CN1 Power Board Conn. CN5 Keyboard FFC Conn.
U2 LAN Control IC PU5 CPU Core PWM IC
PU2 Video PWM Conn. CN4 MMB Conn.
Y2 14.318 MHz X’tal CN6 TouchPad Conn.
U9 eSATA I Lever Shift IC U11 Acer ID ROM
U10 USB Power Switch U13 EC (KBC)
U12 Clock Generator IC U14 System BIOS
Y4 32.768 KHz X’tal SW2 TouchPad Switch
CN9 BT Wire Conn. CN8 Modem Card Conn.
U20 Speaker Amplifier IC CN11 Ext. USB/Card Reader Conn.
CN10 Subwoofer Conn. HE1 Hall Sensor IC
CN3 LCD Wire
CN4 MMB Con.
Y2 14.318mhz X’tal.
PU2 Video PWM IC
PU3 Charge PWM IC
CN5 K/B FFC conn.
U11 Acer ID ROM
U20 SPK Amplify IC
CN6 Touch Pad Conn.
U2 LAN control IC
U10 USB power switch
CN2 Int. SPK. Conn.
U12 Clock generator IC
U14 System BIOS
CN3 LCD wire
CN8 Modem Card Con.
CN1 Power board Conn.
U13 EC (KBC)
Y4 32.768khz X’tal.
U9 eSATA I lever shift IC
CN10 Subwoofer Conn.
SW2 Touch Pad Switch
CN9 BT wire conn.
CN11 Ext USB /Card reader Conn
HE1 Hall sensor IC
PU5 CPU core PWM IC
Chapter 5
164Chapter 3 Bottom View PinDescriptionPinDescription U25 CPU Socket U22 LAN Transformer IC CN14 Battery Conn. PJ1 PWR Jack Conn. CN16 Mini Card Conn. CN12 LAN Conn. CN18 HDD Conn. CN13 CRT Conn. U27 Thermal Protection IC U24 HDMI Lever Shift IC CN22 RTC Socket CN12 HDMI Conn. CN24 ODD Conn. CN19 eSATA Conn. CN30 Mini Card Conn. CN21 USB Conn. CN20 MXM Card Conn. CN23 USB Conn. PU7 +1.05V PWM CN26 Line-in Conn. CN15 Fan Conn. CN28 External MIC Conn. U26 Northbridge CN29 External Headphones U29 Southbridge U32 Codec IC CN25 Memory DIMM U33 Subwoofer Amplifier CN27 Memory DIMM PU10 +1.5V SUS PWM IC PU9 3V/5V PWM IC U24 HDMI lever shift IC CN18 HDD Conn PU7 +1.05V PWM CN22 RTC Socket U26 NB CN24 ODD Conn U29 SB U22 LAN transformer IC CN13 CRT Conn CN29 EXT HP CN12 LAN Conn U27 Thermal protection IC CN21 USB Conn. CN26 Line in Conn. CN14 Battery Conn CN23 USB Conn. CN16 Mini card Conn U32 Codec IC CN28 EXT Mic Conn. PJ1 PWR Jack conn. CN15 FAN Conn U25 CPU socket CN30 Mini card Conn PU9 3V/5V PWM IC CN25 Memory DIMM CN12 HDMI Conn. C N 1 9 e S ATA C p o n n . U33 Subwoofer Amplify CN20 MXM card Conn. CN27 Memory DIMM PU10 +1.5VSUS PWM IC
Chapter 3165 Clearing Password Check and BIOS Recovery This section provide you the standard operating procedures of clearing password and BIOS recovery for Aspire 5739. Aspire 5739 provides one Hardware Open Gap on main board for clearing password check, and one Hotkey for enabling BIOS Recovery. Clearing Password Check Hardware Open Gap Description Steps for Clearing BIOS Password Check If users set a BIOS Password (Supervisor Password and/or User Password) for security reasons, the BIOS will prompt for a password during system POST or when systems enter to BIOS Setup menu. However, if it is necessary to bypass the password check, users need to short the HW Gap to clear the password by performing the following procedure: 1.Power off the system, and unplug the AC and Battery from the machine. 2.Open the Hard Drive and RAM doors. 3.Remove the Hard drive. 4.Find the appropriate HW Gap on M/B as shown in the picture. •G1 is the RTC Reset. When asserted, this signal resets register bits in the RTC well. Unless the CMOS is being cleared (only to be done in the G3 power state), the RTCRST# input must always be high when all other RTC power planes are on. In the case where the RTC Battery is dead or missing on the platform, the RTCRST# pin must rise before the RSMRST# pin. •G2 is the Secondary RTC Reset. This signal resets the manageablility register bits in the RTC well when the TRTC battery is removed. The SRTCRST# input must always be high when all other RTC power planes are on. In the case where the RTC Battery is dead or missing on the platform, the SRTCRST# pin must rise before the RSMRST# pin. 5.Use an electric conductivity tool to short the two points of the desired HW Gap. 6.Plug in AC, keeping the HW Gap shorted, and press Power Button to power on the system till BIOS POST finish. Then remove the tool from the HW Gap. ItemDescriptionLocation G1/G2 Clear CMOS Jumper Adjacent to RTC Battery
166Chapter 3 7.Restart system. Press F2 key to enter BIOS Setup menu. If there is no Password request, the BIOS Password has been successfully cleared. Otherwise, please follow the steps and try again. NOTE: The steps are only for clearing BIOS Password (Supervisor Password and User Password).
Chapter 3167 BIOS Recovery by Crisis Disk BIOS Recovery Boot Block: BIOS Recovery Boot Block is a special block of BIOS. It is used to boot up the system with minimum BIOS initialization. Users can enable this feature to restore the BIOS firmware to a successful one once the previous BIOS flashing process failed. BIOS Recovery Hotkey: The system provides a function hotkey: Fn+Esc, for enable BIOS Recovery process when system is powered on during BIOS POST. To use this function, it is strongly recommended to have the AC adapter and Battery present. If this function is enabled, the system will force the BIOS to enter a special BIOS block, called Boot Block. Steps for BIOS Recovery by Crisis Disk: Before doing this, one Crisis Disk should be prepared ready in hand. The Crisis Disk could be made by executing the Crisis Disk program in another system with Windows XP OS. Follow the steps below: 1.Power Off failed system. 2.Attach a USB floppy drive to the failed system. 3.Insert the Crisis Disk in to the USB floppy drive attached to the BIOS flash failed system. 4.In the power-off state, press and hold Fn+Esc then press the Power button. The system powers on and the Crisis BIOS Recovery process begins. BIOS Boot Block begins restoring the BIOS code from the Crisis floppy disk to BIOS ROM on the failed systems. When the Crisis flash process is finished, the system restarts with a workable BIOS. 5.Update to the latest version BIOS for the system using the regular BIOS flashing process.
Chapter 6169 FRU (Field Replaceable Unit) List This chapter gives you the FRU (Field Replaceable Unit) listing in global configurations of the Aspire 5739. Refer to this chapter whenever ordering for parts to repair or for RMA (Return Merchandise Authorization). Please note that WHEN ORDERING FRU PARTS, you should check the most up-to-date information available on your regional web or channel. For whatever reasons a part number change is made, it will not be noted on the printed Service Guide. For ACER AUTHORIZED SERVICE PROVIDERS, your Acer office may have a DIFFERENT part number code from those given in the FRU list of this printed Service Guide. You MUST use the local FRU list provided by your regional Acer office to order FRU parts for repair and service of customer machines. NOTE: To scrap or to return the defective parts, you should follow the local government ordinance or regulations on how to dispose it properly, or follow the rules set by your regional Acer office on how to return it. Chapter 6
170Chapter 3 Aspire 5739 Exploded Diagrams Main Module ItemDescriptionPart No.ItemDescriptionPart No. 1 Subwoofer 23.PDS07.001 5 FP Reader FFC 50.PDS07.007 2 Speaker 23.PDS07.002 6 FP Reader 55.PDS07.004 3 Lower Cover 60.PDP07.001 7 TP FFC 50.PDS07.006 4 Upper Cover 60.PDS07.001 1 2 3 4 5 67