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About this Manual Purpose This service guide contains reference information for the 370 notebook computer. It gives the system and peripheral specifications, shows how to identify and solve system problems and explains the procedure for removing and replacing system components. It also gives information for ordering spare parts.
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Forms This appendix contains standard forms that can help improve customer service. Related product information AcerNote 970 User's Manual contains system description and general operating instructions. Vesuvius-LS Chipset Data Sheets contain information on the system core chips (V1-LS, V2-LS, V3-LS).
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Conventions The following are the conventions used in this manual: Represents text input by the user. Text entered by user Denotes actual messages that appear onscreen. Screen messages a , e , s , etc. Represent the actual keys that you have to press on the keyboard.
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3.4.1 Date and Time ..................3-5 3.4.2 Diskette Drives..................3-5 3.4.3 Hard Disks .................... 3-6 3.4.4 Num Lock After Boot................3-6 3.4.5 LCD Expansion Mode ................3-6 3.4.6 Internal Cache..................3-8 3.4.7 External Cache ..................3-8 3.4.8 Enhanced IDE Features ................ 3-8 3.4.9 Onboard Communication Ports .............
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Removing the Keyboard ..................4-7 Removing or Replacing the CPU ................4-9 Removing the Display..................4-10 Disassembling the Housing.................4-11 4.5.1 Detaching the Lower Housing from the Inside Assembly ......4-11 4.5.2 Replacing the Hard Disk Drive .............4-12 4.5.3 Replacing Memory ................4-12 4.5.4 Detaching the Upper Housing from the Inside Assembly ......4-14 4.5.5 Removing the Touchpad ..............4-15 4.5.6...
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List of Figures 1- 1 FlashStart Automatic Power-on Switch (Lid Switch) ..........1-2 1- 2 Ports ........................1-3 1- 3 Indicator Lights ....................1-5 1- 4 System Board (Top Side)..................1-12 1- 5 System Board (Bottom Side)................1-13 1- 6 Media Board (Top Side) ..................1-14 1- 7 Media Board (Bottom Side).................1-15 1- 8...
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2-20 T62.036.C Pin Diagram ..................2-97 2-21 T62.039.C/T62.055.C Pin Diagram ..............2-99 Removing the Battery Pack ..................4-2 Using Plastic Stick on Connector With Lock............4-3 Disassembly Flow ....................4-5 Removing the Module...................4-6 Removing the Display Hinge Covers..............4-7 Removing the Center Hinge Cover ...............4-7 Lifting Out the Keyboard ..................4-8 Unplugging the Keyboard Connectors and Removing the Keyboard......4-8 Removing the CPU Module Lock ................4-9 4-10...
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List of Tables Port Descriptions....................1-4 Indicator Status Descriptions................1-5 Hotkey List Descriptions..................1-6 Eject Menu Descriptions ..................1-8 System Specifications..................1-9 Mainboard Jumpers Pads Settings (Bottom Side) ..........1-18 Memory Address Map ..................1-21 Interrupt Channel Map ..................1-21 I/O Address Map ....................1-22 1-10 DMA Channel Map....................1-23 1-11...
C h a p t e r C h a p t e r Introduction This chapter introduces the notebook computer, and describes its features and specifications. 1.1. Overview This Pentium-based notebook computer combines high-performance, versatility, multimedia capabilities and a truly advanced power management system. 1.1.1 Features PERFORMANCE •...
• Sleek, smooth and stylish design • Automatic tilt-up, full-sized, full-function keyboard • Wide and comfortable palm rest • Ergonomically-centered touchpad pointing device EXPANSION • PC Card (formerly PCMCIA) slots (two type II/I or one type III) • Mini dock option with built-in Ethernet •...
1.1.3 Ports The notebook computer’s ports are found on the rear and left panel. DC-in Port RJ-11 Phone Jack PS/2 Port Infrared Port Serial Port PC Card Slots Parallel Port 10 Microphone-in/Line-in Jack Mini Dock Connector 11 Speaker-out/Line-out Jack External CRT Port Figure 1- 2 Ports...
The following table describes the ports. Table 1- 1 Port Descriptions Icon Port Connects to... Rear Panel Ports DC-in port AC adapter and power outlet PS/2 port PS/2-compatible device (e.g., PS/2 keyboard, keypad, mouse) Serial port Serial device (e.g., serial mouse) (UART16650-compatible) Parallel port Parallel device (e.g., parallel printer, floppy drive...
1.1.5 Indicator Light Two indicator lights are found on the display panel. Power Indicator Battery Indicator Figure 1- 3 Indicator Lights These indicators and their descriptions are shown in the table below. Table 1- 2 Indicator Status Descriptions Icon Indicator Light Description •...
1.1.6 Keyboard Hotkey List The following table lists and describes the hotkeys used by the notebook computer. Table 1- 3 Hotkey List Descriptions Hotkey Icon Function Description Fn-Esc Suspend-to-memory Enters suspend-to-memory mode Fn-F1 Help Displays the hotkey menu Fn-F2 Setup Enters the BIOS Setup utility Fn-F3 Plug and Play...
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Table 1- 3 Hotkey List Descriptions Hotkey Icon Function Description Fn-F9 Eject Accesses the Eject menu. See the following subsection. Fn-Ctrl-↑ Volume Up Increases audio volume Fn-Ctrl-↓ Volume Down Decreases audio volume Fn-Ctrl-← Balance Left Shifts speaker balance to the left Fn-Ctrl-→...
1.1.6.1 Using the Eject Menu Pressing Fn-F9 brings up the Eject Menu. Eject Menu Battery (Suspend to Disk)....Change CD-ROM Disc (Also Fn+1)....Power Off (Also Fn+BackSpace x3)..↑ ↑ ↓ ↓ = Move Highlight Bar, ↵ ↵ = Select, Esc = Exit The eject menu commands allow you to perform various eject-related functions for the notebook.
1.2. System Specification Overview Table 1- 5 System Specifications Item Standard Optional Microprocessor Mobile Intel Pentium™ processor (133/150MHz) Memory System / Main 16MB Expandable to 64MB using 8/16/32MB Dual 64-bit memory banks soDIMMs External cache 256KB L2 cache (synchronous SRAM) 512KB L2 cache System BIOS 256KB (Boot Block Flash ROM)
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Table 1- 5 System Specifications Item Standard Optional One 6-pin PS/2 connector 17-key numeric keypad, PS/2 keyboard, mouse or trackball One 240-pin mini dock connector Mini dock One type III or two type II PC Card slot(s) LAN card or other PC cards One serial infrared port (IrDA-compliant) External IR devices and peripherals One 3.5mm minijack microphone-in/line-in...
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1.4. Jumpers and Connectors CN14 CN13 CN15 CN16 CN10 CN11 CN8, CN12 Modem RJ11 phone jack CN10, CN7 Multimedia board connector VGA port CN11 FDD/CD-ROM connector Mini dock port CN12, CN8 CPU board connector CN13 Parallel port Hard disk drive connector CN14 Serial Port Speaker-out/Line-out Jack...
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Table 1- 11 GPIO Port Definition Map GPIO Description GNT2# 0: Dock grant, signal for ready to dock/undock. (PC5_DKGNT#) WAKE0 0: Keyboard SMI from KBC and SMC.. (KB5_KBCSMIREQ#) WAKE1 0: Wake by RTC alarm (RT5_IRQ8#) SWITCH 1: IRQ monitor from docking (VS5_DOCKIRQ) RING 0: Ring indicator input...
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50nS 40nS 70nS 60nS P2.5 (KB5_PSWD) 1: Enable password P2.7 (KB5_OEM) 1: Enable Acer logo shown on screen while BIOS POST. P3.0 (SM5_TXD) UART serial input from SMC. P3.1 (SM5_RXD) UART serial output to SMC. P3.2 (KB5_KBDCLK) External keyboard clock 87C51 (KBC) GPIO Pin Assignment P3.3 (KB5_PTRCLK)
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Table 1- 11 GPIO Port Definition Map GPIO Description P0.0 (SM5_CHARGON) Charge battery P0.1 (SM5_MODEN) 1: Enable modem buffer P0.2 (SM5_BMCPWREN#) 0: Enable BMCVCC (enable system power) P0.3 (SM5_P5VRON, Enable 5V and 3V power SM5_P3VRON) P0.4 (VS5_SUSPEND) Suspend control to V1-LS. P0.5 (SM5_PWRLED#) Power LED P0.6 (SM5_BATTLED#)
Table 1- 11 GPIO Port Definition Map GPIO Description P4.2 (PC3_DKREQ#) Dock request from docking station P4.3 (SM5_UNDOCK_GNT#) Undock grant to docking station P4.4 (SM5_ICONT) Charge current control 0: 4mA, normal charge 1: 2mA, over 65° or battery energy is very low P4.5 (PC3_DKGNT#) Dock grant from V1-LS P4.6 (SM5_PWRRDY)
Since the power management is implemented by linking with APM interface closely, the APM function in Win95 or Win3.1 must be enabled and set to advanced level for optimum power management and the driver that installed in system must be Acer authorized and approved. 1.5.7.1 PMU Timers There are several devices related timers available on the V1-LS chip.
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Table 1- 13 PMU Timers List Item Descriptions Detective hardware The pin-77 of U24 M2090 (VS5_VDPD) is from L to H. change Modem/parallel/serial timer Timer value Modem/parallel port/COM1/COM2/SIR: 5min, 30min(if AC plugged-in) System activities System activities and timer retriggers − Modem controller is in power saving mode.
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Table 1- 13 PMU Timers List Item Descriptions System activities System activities and timer retriggers − Power off either or both FDD and CD-ROM. Tri-state FDD and CD-ROM interfaces and stop IDE controller clock. Timer retriggers − The I/O access to 3F2, 3F4, 3F5, 3F7, 170-7, 376 will retrigger the timer. Detective hardware The pin-89 (CK3_IDECLK) of PCI0643 is tri-stated, IDE controller clock is change...
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• CD-ROM The CD-ROM and the hard disk are both IDE devices. They share the same controller. The following pins are dedicated toward the management of power on the CD-ROM. 1. IDE controller clock enable[pin-32(KB5_IDECLKEN) of KBC]. This pin is shared with the hard disk.
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The video chip does have an activity pin (pin-75, ACTIVITY), used to detect activity to the video itself. This pin is used as a speed-up event for the CPU and the determination of software suspend. • Serial port The serial port is a UART and is contained within the 87366 super I/O chip. The UART operates off of a 14 Mhz clock.
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Since there are no clock operations on the parallel port, the requirement to power down this area of the 87336 chip are less critical. Also, if the floppy is operated through the parallel port, the parallel port must be enabled to allow operation to continue. 1.
• Modem The modem is comprised of several chips and several clocks (independent of the system clocks) for the fax, modem and the voice-over capabilities. There are only two control lines [pin-56(SM5_MODEN) and pin-43(SM5_MODPON#) of SMC] and one software interface for the power controls on the modem.
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System thermal alarm. System thermal rating is obtained by the a thermal sensor aside charger and signaled by the pin-64(SM5_THERM_SYS) of SMC. Full charge to battery is only available when the system temperature is less than 56°C while trickle charge higher than 58°C.
CPU voltage 3.3V/3.1V/2.9V/2.7V/2.5V 1.5.9 BIOS Table 1- 15 BIOS Specifications Item Specification BIOS programming vendor Acer BIOS version V2.0 BIOS ROM type Intel 28F002, Flash ROM with boot block protection BIOS ROM size 256KB BIOS ROM package type 40-pin TSOP...
settings. 1.5.10 System Memory Table 1- 16 System Memory Specifications Item Specification SIMM data bus width 64-bit SIMM package 144-pin, Small Outline Dual-In-line-Memory-Module (soDIMM) SIMM size 8MB, 16MB or 32MB SIMM speed 60ns SIMM voltage 3.3V EDO can be mixed with FPS 1.5.10.1 SIMM memory combination list Table 1- 17 SIMM memory combination list...
1.5.20 SIR Table 1- 29 SIR Specifications Item Specification Vendor & model name TEMIC TFDS3000 Input power supply voltage Transfer data rate 115.2 Kbit/s Transfer distance 100cm Compatible standard IrDA (Infrared Data Association) Output data signal voltage level Active Non-active Vcc-0.5 ±15°...
1.5.22 CD-ROM Table 1- 31 CD-ROM Specifications Item Specification Vendor & model name Toshiba XM1402B Internal CD-ROM/FDD hot-swappable BIOS auto-detect CD-ROM existence BIOS support boot from CD drive feature Performance specification Speed 900KB/sec(6X speed) Access time 190ms Buffer memory 128kbyte Interface Enhanced IDE (ATAPI) compatible (communicate with system via system E-IDE channel 2)
1.5.24 Hard Disk Drive Table 1- 33 Hard Disk Drive Specifications Item Specification Vendor & Model Name IBM DMCA-21440 IBM DCRA 22160 Drive Format Capacity (MB) 1440 2160 Bytes per sector Logical heads Logical sectors Logical cylinders 2800 4200 Physical read/write heads Disks Spindle speed (RPM) 4009...
1.5.26 Battery Table 1- 35 Battery Specifications Item Specification Vendor & Model Name Sony LIP617LACP Battery Gauge Battery type Li-Ion Cell capacity 900mAH Cell voltage 3.6V Number of battery cell 6-Cell Package configuration 3 serial, 2 parallel Package voltage 10.8V Package capacity 58.3WH Second battery...
68-pin 6-pin 25-pin 15-pin 9-pin 68-pin Parallel Serial PCMCIA Ext. Keyboard Port Port Port 2x Type-II or PS2 mouse Battery RJ11 Main Board Modem port 10.8V 5400mAh for Li-Ion • P54CSLM-120/-133/-150 Line-in/speaker-out • PicoPower Vesuvius-GS Chipset AC-DC 256KB Sys/Video flash ROM BIOS •...
1.8. Mechanical Specifications Table 1- 40 Mechanical Specifications Item Specification Weight (includes battery) with FDD module 3.4 kg. (7.4 lbs.) with CD-ROM module 3.5 kg. (7.7 lbs.) Dimensions round contour 297~313mm x 230~240mm x 48~53mm main footprint 11.7” x 9.1” x 2”...
C h a p t e r C h a p t e r Major Component Introduction This chapter discusses the major components. Major Component List Table 2-1 Major Chips List Component Vendor Description Vesuvius-LS Chipset Pico Power PT86C521(V1-LS) System Controller PT86C522(V2-LS) Data Path Controller PT86C523(V3-LS)
PicoPower Vesuvius-LS Chipset The VESUVIUS platform is a high-performance, highly integrated system solution for IBM-AT- compatible computers offering universal support for Intel's 3.3-V Pentium processor and comparable 64-bit processors from AMD and Cyrix. Based on a PCI Local Bus native architecture, it offers a superior, power-efficient solution for both desktop and portable computers.
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The V1-LS supports power management features like SMM, SMI, Stop Clock, and AutoHalt. It also features a thermal control mechanism that uses CPU clock throttling to efficiently control the power consumption and heat dissipation associated with the processor. The V2-LS data path controller provides a 64-bit data path between the CPU and the main memory;...
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• Passive power management cuts power consumption when the system is idle • Supports SMM (system management mode), SMI (system management interrupt), Stop Clock, and AutoHalt • Flexible hybrid voltage implementation • Optional thermal control with thermal clock throttling • User-programmable power setting (10 percent granularity) •...
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• Supports mixed FPM (fast page mode) and EDO (extended data output) DRAM • Slow/self refresh support, including hidden, staggered, CAS-before-RAS refresh or RAS only refresh • Dedicated DRAM memory address and data busses • 5-2-2-2 burst read cycles with 60-ns EDO DRAM at 66-MHz •...
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• PCI to ISA bridge • 33 MHz operation on the PCI bus • Fully supports the ISA bus • Master/slave interface for the PCI and the ISA bus • PCI-to-ISA and ISA-to-PCI bus cycle translations • Hidden AT bus refresh •...
Architecture Block Diagram The following is the architectural block diagram of the PicoPower Vesuvius chipset with respect to its implementation in this notebook computer. Pentium SRAM Processor 3.3V Host Bus PT86C521 PT86C552 DRAM MA[11:3] MD[63:0] (V1-LS) (V2-LS) System Data Path V1-LS/V2-LS Interface Controller Controller...
Pin Descriptions This section contains a detailed functional description of the pins on V1-LS. For ease of reference, the pins are arranged alphabetically within each of the following functional interface groups: • CPU Interface (CPU) • DRAM Interface (DRAM) • L2 Cache Interface (L2 CACHE) •...
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description CPU Interface (continued) ADS# ADDRESS STROBE#: This input indicates the presence of a new valid bus cycle is currently being driven by the CPU. ADS# is driven active in the first clock of a bus cycle and is driven inactive in the second or subsequent clocks of the cycle.
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description CPU Interface (continued) IGNNE# IGNORE NUMERIC ERROR#: This pin indicates that a floating- point error should be ignored. INIT/WM_RST INIT: The Pentium processor initialization input forces the Pentium processor to begin execution in a known state.
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description CPU Interface (continued) W/R# WRITE/READ#: This is a cycle-definition input from the processor indicates whether the current cycle is a write or a read cycle. It is one of the primary bus cycle definition pins. W_R# is driven valid in the same clock as ADS# and the cycle address.
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description L2 Cache Interface (continued) CWE[7:0]# 72:77, CACHE WRITE ENABLE [7:0]#: Cache data RAM byte write 79, 80 enables. L2CLK L2 CLOCK: Clock output to synchronous cache data RAM. MATCH# See TAGD0.
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description PCI Interface (continued) IRDY# INITIATOR READY#: This indicates the bus master's state of readiness to complete the current data phase. During a write, IRDY# shows that valid data is present. During a read, it indicates the bus master's readiness to accept data.
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description Power Management Controller Interface (continued) GPIO3/ GENERAL PURPOSE I/O 3: This pin can also be selected as a DOCKED general purpose pin. Its function can be enabled by index register 352H, bit 4.
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Table 2-2 V1-LS Pin Descriptions (continued) Pin Name Pin No. Type Description V1-LS / V2-LS Interface (continued) BDCTL[2:0] 189:191 BDCTL[2:0]: Data path control signals to V2-LS. DECBUF DECREMENT WRITE BUFFER COUNTER: This output is used to decrease the pointer on the eight-level write buffer. INCBUF INCREMENT WRITE BUFFER COUNTER: This output is used to increase the pointer on the eight-level write buffer.
Pin Diagram Figure 2-5 PT86C522(V2-LS) Pin Diagram Pin Descriptions This section contains detailed functional description of the pins on V2-LS. For ease of reference, the pins have been arranged alphabetically within each of the following functional interface groups: • CPU Interface (CPU) •...
The '#' symbol at the end of a signal name indicates that the active, or asserted state occurs when the signal is at a low voltage. Signal names without the # symbol indicate that the signal is active, or asserted at the high voltage level. The '/’...
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Table 2-3 V2-LS Pin Descriptions Pin Name Pin No. Type Description PCI Interface (continued) PCICLK PCI CLOCK INPUT: This is a clock generated by V1-LS and is derived from LCLK and delayed by 1/2+ clock cycle or is the inversion of LCLK. PCIRST# PCI RESET: This signal is the PCI reset signal V1-LS/V2-LS Interface...
Pin Diagram Figure 2-7 PT86C521(V3-LS) Pin Diagram Pin Descriptions This chapter contains a detailed functional description of the pins on V3-LS. For ease of reference, the pins have been arranged alphabetically within each of the following functional interface groups: • ISA Interface (ISA) •...
The ‘/’ symbol between signal names indicates that the signals are multiplexed and use the same pin for all functions. The following conventions indicate the pin type: 'I' = input-only pins; 'O' = output-only pins; and 'I/O' = bidirectional pins. The pin type is defined relative to the Vesuvius platform. For a list of pins arranged by pin name, refer to the following table.
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Table 2-4 V3-LS Pin Descriptions (continued) Pin Name Pin No. Type Description ISA Interface (continued) GPEXT# GENERAL PURPOSE OUTPUT EXTENSION: The GPEXT# is pulsed (low) when register GPEXT_LB is being written. The value being written to GPEXT_LB and the value previously latched in GPEXT_HB will be driven onto SD[7:0] and SD[15:8] respectively to extend by up to 16 general purpose outputs.
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Table 2-4 V3-LS Pin Descriptions (continued) Pin Name Pin No. Type Description ISA Interface (continued) SD[15:0] 157, 158, SLOT DATA[15:0]: These l/Os are the data read and write path 160:164, for the AT bus. 166:172, 174, 175 SMEMR# SLOT MEMORY READ#: This output to the AT bus indicates that a Memory Read cycle is within the lower 1 Mbyte address range.
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Table 2-4 V3-LS Pin Descriptions (continued) Pin Name Pin No. Type Description PCI Interface (continued) FRAME# CYCLE FRAME#: Cycle Frame is driven by the current initiator and indicates the start and duration of the transaction. FRAME# is deasserted to indicate that the initiator is ready to complete the final data phase.
NM2090 Video Controller The NM2090 is a high performance Flat Panel Video Accelerator that integrates in one single chip, High Speed DRAM, 24-bit true-color RAMDAC, Graphics/Video Accelerator, Dual clock synthesizer and a high speed glueless 32-bit PCI and VL bus interface. By integrating the display DRAM and 128-bit graphics/video accelerator, the NM2090 achieves the highest performance of any notebook graphics controller.
NM2090 supports complete power management features to reduce the graphics subsystem power and increase the battery life of the portables. The core of NM2090 is always running at 3.3V to reduce the power consumed. All of the interface including bus, panel and VAFC can be operated independently at 3.3V or SV.
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• Mixed color depth Video and Graphics. • Supports different color depths between video and graphics. • Supports RGB graphics and video in YUV format in one Integrated frame buffer. Memory Support • High Speed integrated DRAM. • 128 bit Memory Interface. •...
2.3.3 Pin Description Conventions used in the pin description types: Table 2-5 NMG2090 Pin Description Conventions Item Description Item Description Input into NMG2 Tri-state during un-driven state Output from NMG2 S/T/S Before becoming tri-state the pin will be driven inactive Input and Output to/from NMG2 Open-drain type output The following table lists the pin descriptions.
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions PCI Interface (continued) C/BE3# Multiplexed Command and Byte Enable These C/BE2 multiplexed pins provide the command during address phase C/BE1 and byte enable(s) during data phase to the NMG2 C/BE0 FRAME# Frame This active-low signal is driven by the bus master to...
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions VL Interface Address These signals provide the physical memory or l/O address to NMG2.
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions VL Interface (continued) Data These bi-directional 32-bit data bus is used to transfer S/T/S data during memory and I/O cycle. BE3# Byte Enable These active low byte enables indicate which BE2# bytes of the 32 bit data path are valid.
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions VL Interface (continued) BLAST# Burst Last This input indicates the completion of a burst cycle. RESET# Reset This active low signal initializes the NM2090to a known state. LCLK Local Clock This is a 1X clock with the same phase as 486 type CPU.
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions Clock Interface (continued) XCKEN. External Clock Enable This pin is used to select between internally synthesized clocks or externally supplied clocks. A low level on the pin selects internal mode and a high level selects external mode.
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions Panel Interface (continued) FPVCC Flat Panel VCC This is used to control the logic power to the panels. FPVEE Flat Panel VEE This is used to control the bias power to the panels FPBACK Flat Panel Backlight This is used to control the backlight...
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REXT DAC Current Reference This pin is used as a current (Analog reference by the internal DAC. Please refer to the NM2090system schematics for the external circuit...
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions Power Management Standby / Standby/Status1 The direction of the pin is controlled by Status1 GR18 bit 3. In output mode, this pin indicates the state of standby mode. The state of this pin is reflected in reg CR25 bit 5 and be used as a status pin.
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions VAFC Interface (continued) VCLK Video Clock Pixel' clock driven from the video system to NM2090chip. It’s used as a reference to the data and other line DCLK Dot lock This is the reference clock driven by NM2090to the video system BLANK# BLANK# This active low output indicates that NM2090is...
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Table 2-6 NMG2090 Pin Descriptions (continued) Pin Name Type Pin No. Descriptions Power Pins (continued) AVSSX1 Analog ground for crystal oscillator HVDD 25,42,57,78 Host bus interface VDD. (+5v or +3v) Includes the PCI, VL, CRT, Power Management, External clock pins (PMCLKI and PVCLKI) and Miscellaneous pins.
Rockwell RCV288Aci/SVD Modem Chipset The Rockwell RC288ACi/SVD integrated data/fax/voice/SVD modem device set supports V.34 data, V.17 fax, voice/audio, digital simultaneous voice and data (DSVD), and full-duplex speakerphone (FDSP) operation over a dial-up telephone line. Models supporting AutoSync and world class are also available. The modem device set consists of an L39 8-bit microcomputer (MCU) packaged in a 100-pin POFP (R6723), an RCV288DPi V.34 modem data pump (MDP) packaged in a 68-pin PLCC (R6682), and a DigiTalk™...
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• Voice mode • Enhanced ADPCM compression/decompression • Tone detection/generation and call discrimination • Concurrent DTMF detection • Business audio mode using 8-bit monophonic audio data encoding at 11.025 kHz or 7200 Hz • VoiceView alternating voice and data (AVD) •...
Table 2-7 RCV288Aci/SVD Signal Type Annotation (continued) Item Description I(DA) Analog input, input impedance > 70KΩ, maximum AC input voltage range is 1.7Vp-p, and reference voltage is +2.5Vdc. O(DD) Analog output, maximum load is 300Ω, output impedance > 10Ω, AC output voltage range is 2.2Vp-p, DC offset voltage is ±200mV, and reference voltage is +2.5Vdc.
Pin Descriptions Table 2-8 R6723-12 Pin Descriptions Pin Name Pin Type Pin No. Descriptions XTLI Crystal/Clock In and Crystal Out. Connect to an external XTLO 14.7456 MHz crystal circuit. -RES1 MCU Reset. The active low -RESn input resets the MCU -RES2 logic, and restores the saved configuration from NVRAM or returns the modem to the factory default values.
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Table 2-8 R6723-12 Pin Descriptions (continued) Pin Name Pin Type Pin No. Descriptions External Memory Bus Interface (continued) -WRITE Write Enable. WRITE output low enables data transfer from the D0-D7 lines to the selected device. -RAMSEL RAM Select. -RAMSEL output low selects the external 32kbyte RAM.
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Table 2-8 R6723-12 Pin Descriptions (continued) Pin Name Pin Type Pin No. Descriptions Telephone Line Interface (continued) -RLY4 (PE3) Relay 4 Control (-EARTH). When MCU port PE3 is enabled as a relay driver, the active low -RLY4 output can be used to control the normally open earthing relay (W-class).
Pin Descriptions Table 2-9 R6684-17 Pin Descriptions (MDP) Pin Name Pin Type Pin No. Descriptions XTLI Crystal In and Crystal Out. Connect to an external 40.32 XTLO MHz crystal circuit or square wave generator/sine wave oscillator circuit. -RESET Reset. -RESET low holds the MDP in the reset state. - RESET going high releases the modem from the reset state and initiates normal operation using power turn-on (default) values.
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Table 2-9 R6684-17 Pin Descriptions (MDP) (continued) Pin Name Pin Type Pin No. Descriptions MODEU Sterconnect (continued) CLKIN Clock. Connect to IA_CLKIN. RMODE Receiver Mode. Connect to TMODE. TMODE Transmitter Mode. Connect to RMODE.DTE INTERFACE Transmitted Data. Not used; pull up to VCC through 10k n Received Data.
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Table 2-9 R6684-17 Pin Descriptions (MDP) (continued) Pin Name Pin Type Pin No. Descriptions -RLYB Relay B (Voice) Control. The MDP -RLYB output is (-TALK) connected to the Voice relay (DPDT). In voice mode, the modem asserts the this output to switch the handset from the telephone line to a current source to power the handset so it can be used as a microphone and speaker interface to the modem.
Pin Descriptions Table 2-10 R6693-14 Pin Descriptions Pin Name Pin Type Pin No. Descriptions XTLI, XTLO 73, 74 Crystal In and Crystal Out. Connect to an external 49.92 MHz fundamental or third overtone crystal circuit. -RESET Reset. After application of +5V power, -RESET must be held low for at bast 15 ms after the +5V power reaches operating range.
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Table 2-10 R6693-14 Pin Descriptions (continued) Pin Name Pin Type Pin No. Descriptions -SLEEPI Sleep. Connect to the DTP -SLEEPO pin and to MCU - SLEEPI pin Low Voltage Reference. Connect to analog ground through 10 pF (polarized, + terminal to VC) and 0.1µF(ceramic) in parallel.
ESS1688W Sound Controller ® ESS Technology has developed the ES1688W AudioDrive , a single chip solution for adding 16-bit stereo audio and four-operator FM music synthesis to personal computers. It has integrated all the major blocks of audio in to a single chip that can be designed into a motherboard, notebook PC, add-on card, or integrated onto other peripheral cards such as VGA, LAN, I/O, etc.
2.5.3 Pin Descriptions Table 2-11 ESS1688W Pin Descriptions Pin name Number Description Digital Pins VDDD 3, 28, 51, Digital Supply Voltage ( 3.0V to 5.5V) 75, 20, 60, GNDD 4, 29, 52, 76 Digital Ground 19, 61, 77 JOYWRB Active low decode for joystick, write to port 201H. JOYRDB Active low decode for joystick, read from port 201H.
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Table 2-11 ESS1688W Pin Descriptions (continued) Pin name Number Description Digital Pins A0-A9 96-100, 1, 2, Address inputs from ISA bus. A10-A11 94,95 Address inputs from ISA bus. The ES1688W requires these pins to be low for all address decodes. These pins have an internal pulldown device enabled when input signal AMODE=0.
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Table 2-11 ESS1688W Pin Descriptions (continued) Pin name Number Description Digital Pins AS0, AS1 24, 25 Inputs with internal pull-down devices. Along with AMODE, these inputs select the I/O address bank or the software address selection technique. They should be jumpered to VDDD or GNDD: AMODE ASI AS0...
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Table 2-11 ESS1688W Pin Descriptions (continued) Pin name Number Description Digital Pins DRQA, B, C 65, 63, 59 Active high DMA request to ISA bus. Unselected DRQ outputs are high impedance. When DMA is not active, the selected DRQ output has a pulldown device that holds the DRQ line inactive unless another device that shares the same DRQ line can source enough current to make the DRQ line active.
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Table 2-11 ESS1688W Pin Descriptions (continued) Pin name Number Description Digital Pins FOUTL,R 30, 31 Filter outputs left, right. A.C. coupled externally to CIN L,R in order to remove DC offsets. These outputs have internal series resistors of about 5K ohms. Capacitors to analog ground on these pins can be used to create a lowpass filter pole that removes switching noise introduced by the switched-capacitor filters.
Philips 87C552 System Management Controller The 87C552 Single-Chip 8-Bit Microcontroller is manufactured in an advanced CMOS process and is a derivative of the 80C51 microcontroller family. The 87C552 has the same instruction set as the 80C51. The 87C552 contains a 8kx8 a volatile 256x8 read/write data memory, five 8-bit I/O ports, one 8- bit input port, two 16-bit timer/event counters (identical to the timers of the 80C51), an additional 16-bit timer coupled to capture and compare latches, a 15-source, two-priority-level, nested interrupt structure, an 8-input ADC, a dual DAC pulse width modulated interface, two serial...
2.6.4 Pin Descriptions Table 2-12 87C552 Pin Descriptions Mnemonic Pin No. Type Name And Function Digital Power Supply: +5V power supply pin during normal operation, idle and power-down mode. STADC Start ADC Operation: Input starting analog to digital conversion (ADC operation can also be started by software). PWM0# Pulse Width Modulation: Output 0.
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Table 2-12 87C552 Pin Descriptions (continued) Mnemonic Pin No. Type Name And Function P4.0-P4.7 7-14 Port 4: 8-bit quasi-bidirectional I/O port. Alternate functions include: 7-12 CMSR0-CMSR5 (P4.0-P4.5): Timer T2 compare and set/reset outputs on a match with timer T2. 13, 14 13, 14 CMT0, CMT1 (P4.6, P4.7): Timer T2 compare and toggle outputs on a match with timer T2.
NS87336VLJ Super I/O Controller The PC87336VLJ is a single chip solution for most commonly used I/O peripherals in ISA, and EISA based computers. It incorporates a Floppy Disk Controller(FDC), two full featured UARTs, and an IEEE 1284 compatible parallel port Standard PC-AT address decoding for all the peripherals and a set of configuration registers are also implemented in this highly integrated member of the Super l/O family.
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• The Bidirectional Parallel Port: • Enhanced Parallel Port(EPP) compatible • Extended Capabilities Port(ECP) compatible, including level 2 support • Bidirectional under either software or hardware control • Compatible with ISA, and EISA, architectures • Ability to multiplex FDC signals on parallel port pins allows use of an external Floppy Disk Drive(FDD) •...
2.7.4 Pin Description Table 2-10 NS87336VLJ Pin Descriptions Description A15-A0 69, 66, Address. These address lines from the microprocessor determine 64:62, which internal register is accessed. A0-A15 are don't cares during DMA transfer. 21:30 /ACK Parallel Port Acknowledge. This input is pulsed low by the printer to indicate that it has received the data from the parallel port.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description /CS0, 51, 3 Programmable Chip Select. /CS0, 1 are programmable chip select /CS1 and/or latch enable and/or output enable signals that can be used as game port, I/O expand, etc. The decoded address and the assertion conditions are configured via the 87336VLJ’s configuration registers.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description DENSEL FDC Density Select. DENSEL indicates that a high FDC density (Normal Mode) data rate (500 Kbs, 1 Mbs or 2 Mbs) or a low density data rate (250 or 300 Kbs) is selected. DENSEL is active high for high density (5.25-inch drives) when IDENT is high, and active low for high density (3.5-inch drives) when IDENT is low.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description /DRV2 FDD Drive2. This input indicates whether a second disk drive has been installed. The state of this pin is available from Status Register A in PS/2 mode. (See PNF for further information). /DSKCHG Disk Change.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description IORCHDY I/O Channel Ready. When IORCHDY is driven low, the EPP extends the host cycle. IRQ3, 4 1, 100 Interrupt 3, 4, 5, 6, 7, 9, 10, 11, 12, and 15. This pin can be a IRQ5-7 98-96, totem-pole output or an open-drain output.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description /MSEN0 52, 51 Media Sense. These pins are Media Sense input pins when bit 0 of /MSEN1 FCR is 0. Each pin has a 10 KΩ internal pull-up resistor. When bit 0 (Normal Mode) of FCR is 1, these pins are Data Rate output pins and the pull-up resistors are disabled.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description /RI1 70, 62 UARTs Ring Indicator. When low, this indicates that a telephone /RI2 ring signal has been received by the modem. The /RI signal is a modem status input whose condition is tested by the CPU by reading bit 6 (RI) of the Modem Status Register (MSR) for the appropriate serial channel.
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Table 2-10 NS87336VLJ Pin Descriptions (continued) Description Terminal Count. Control signal from the DMA controller to indicate the termination of a DMA transfer. TC is accepted only when FDACK is active. TC is active high in PC-AT and Model 30 modes, and active low in PS/2 mode.
CL-PD6730 PCI PCMCIA Controller The CL-PD6730 is a single-chip PC Card host adapter solution capable of controlling two fully independent PC Card sockets. The chip is compliant with PC Card Standard, PCMCIA 2.1, and JEIDA 4.1 and is optimized for use in notebook and handheld computers where reduced form factor and low power consumption are critical design objectives.
2.8.2 Pin Diagram 2.8.3 Pin Descriptions Pin signal type annotation The following conventions apply to the pin signals. • A pound sign (#) at the end of a pin name indicates an active-low signal for the PCI bus. • A dash (-) at the beginning of a pin name indicates an active-low signal for the PC Card bus. •...
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• ‡ A double-dagger superscript ( ) at the end of the pin name indicates signals that are used for power-on configuration switches. • The l/O-type code (I/O) column indicates the input and output configurations of the pins on the CL-PD6730.The possible types are defined below. The possible types are defined below.
The following table lists the pin descriptions Table 2-14 CL-PD6730 Pin Descriptions Pin Name Description Pin Number Power PCI Bus Interface Pins AD[31:0] PCI Bus Address Input / Data Input/Output: 4, 5, 7-12, 16-20, These pins connect to PCI bus signals AD[31:0]. 22-24, 48 49, 51- C/BE[3:0]# PCI Bus Command / Byte Enable: The...
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Pin Name Description Pin Number Power PCI Bus Interface Pins (continued) PERR# Parity Error: The CL-PD6730 drives this input O-TS active (low) if it detects a data parity error during a write phase. SERR# System Error: This output is pulsed by the CL- O-TS PD6730 to indicate an address parity error.
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Pin Name Description Pin Number Power PCI Bus Interface Pins (continued) Rl_OUT*/ Ring Indicate Output / PCI Bus Interrupt B / ISA O-TS INTB#/ Interrupt Request 10: In PCI Interrupt Signaling IRQ10 mode, this output can be used as an interrupt output connected to the PCI bus INTB# interrupt line.
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Description Pin Number Pin Number Power Name (socket A) (socket B) Socket Interface Pins Register Access: In Memory Card 188\ O-TS 2 or 3 Inter face mode, this output chooses between attribute and common memory.
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Description Pin Number Pin Number Power Name (socket A) (socket B) Socket Interface Pins (continued) -INPACK Input Acknowledge: The -INPACK 1861 I-PU 2 or 3 function is not applicable in PCI bus environments. However, for compatibility with other Cirrus Logic products, this pin should be connected to the PC Card socket's -...
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Description Pin Number Pin Number Power Name (socket A) (socket B) Socket Interface Pins (continued) BVD2/ Battery Voltage Detect 2 / Speaker I-PU 2 or 3 -SPKR/ / LED: In Memory Card Interface -LED mode, this input serves as the BVD2 (battery warning status) input.
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Pin Name Description Pin Number Power Power Control and General Interface Pins SPKR_OUT't Speaker Output: This output can be used as a I/O-PU digital output to a speaker to allow a system to support PC Card fax/modem/voice and audio sound output.
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Table 2-14 CL-PD6730 Pin Descriptions (continued) Pin Name Description Pin Number Power Power, Ground, and Reserved Pins This pin is connected to the system's 5-volt power supply. In systems where 5 volts is not available, this pin can be connected to the system's 3.3-volt supply (but 5-volt-only PC Cards will not be supported).
PCI0643 PCI E-IDE Controller 2.9.1 Features • Capable of 16 MB/second transfer rates in DMA mode - up to 20 MB/second in PIO mode • Supports bus master DMA at 133 MB/second PCI burst rate • Support PCI DMA transfers for both DMA-capable and PIO-only drives •...
2.9.3 Signal Descriptions Table 2-15 PCI0643 Signal Descriptions Signal Type Description 2NDIDEEN#/ Secondary IDE Channel Enable and DMA Request DAMCK0 Acknowledge 0 This signal is used in response to DMARQ0 to wither acknowledge that data has been accepted, or that data is available.
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Table 2-15 PCI0643 Signal Descriptions (continued) Signal Type Description DEVSEL# S/T/S Device Select. When this signal is actively driven, it indicates that the driving device has decoded its address as the target of the current access. As an input, it indicates to a master whether any device on the bus has been selected.
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Table 2-15 PCI0643 Signal Descriptions (continued) Signal Type Description DSD[15:0] 36-39, Disk Data bits 0 through 15. These are 16-bit bidirectional 50-53, data bus that connects to the IDE drive(s). DSD[7:0] define 62-65, the lowest data byte while the DSD [15:8] define the most 71-74 significant data byte.
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Table 2-15 PCI0643 Signal Descriptions (continued) Signal Type Description PCICLK Clock Signal. This signal provides timing for all transaction on PCI and is an input to every PCI device. All other PCI signals, except RESET# and IRQ, are sampled on the rising edge of PCICLK, and all other timings with respect to this edge.
2.10 Ambit T62.036.C DC-DC Converter This T62.036.C DC-DC converter supplies multiple DC(5V, 3,3V, 12V) output to system, and also supplies the battery charge current (0~3.5A). The total inputs from the notebook would be limited by the total output of 65 watts maximum. 2.10.1 Pin Diagram T62.036.C...
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Table 2-16 T62.036.C Pin Descriptions (continued) Pin Name Pin Type Pin No. Description CN1 signals (continued) CHARGON This is a logic level signal, active high to enable the adapter current output. This signal allows the system board to turn off the charger output whenever the battery pack reports unsafe conditions such as over temperature, error or no communication.
2.11 Ambit T62.039.C/T62.055.C DC-AC Inverter This notebook has two kinds of DC-AC inverter. One(T62.039.C) is designed for HITACHI LMG9930ZWCC and TX30D01VC1CAA LCD use, the other(T62.055.C) is for IBM ITSV50D LCD use. 2.11.1 Pin Diagram T62.039.C 1 2 3 T62.055.C Figure 2-21 T62.039.C/T62.055.C Pin Diagram 2.11.2 Pin Descriptions...
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Table 2-17 T62.039.C/T62.055.C Pin Descriptions (continued) Pin Name Pin Type Pin No. Descriptions CN1 connector signals (continued) PANEL_ON A control pin to control on/off lamp. This input enable the inverter operation (Lamp On) when high and disables the inverter when low. This signal is output from a 3.3V CMOS device. Max loading = 100uA Logic Low = 0.8 volts Max.
C h a p t e r C h a p t e r BIOS Setup Information The notebook has a BIOS (Basic Input/Output System) setup utility that allows you to configure the notebook and its hardware settings. This chapter tells how to use the Setup utility and describes each parameter item in the setup screens.
Entering Setup Press Fn-F2 to enter Setup. The BIOS Utility main screen displays. BIOS Utility About My Computer System Configuration Power Saving Options System Security Reset to Default Settings ↑↓←→ = Move Highlight Bar, ↵ = Select, Esc = Exit There are five main menu items: •...
About My Computer About My Computer gives you clear-cut information about your notebook PC. The following screen is the first of two pages in this section. About My Computer Page 1/2 System Architecture : MARS 1996-1997 System BIOS : BIOS V2.0 System ID : VGA010602, KBC010607, SMC010023, SMM010210 Processor : Pentium / 133MHz Coprocessor : Integrated...
ABOUT MY COMPUTER ITEMS These screens display the current status of the notebook and its peripherals. The items in this screen are not user-configurable. Table 3-1 About My Computer Item Descriptions Item Description System System Architecture System architecture information System BIOS BIOS manufacturer and version System ID ID information on major components...
System Configuration The following screen is the basic system configuration screen. Basic System Configuration Page 1/1 Current Date ---------------- [09/16/96] Current Time ---------------- [16:30:35] Diskette Drive A ------------ [1.44 MB 3.5-inch] Diskette Drive B ------------ [ None Cylinder Head Sector Hard Disk 0 (1160 MB) ------- [Auto] 2358 Hard Disk 1 (...
3.4.3 Hard Disks The Hard Disk 0 parameter is reserved for the hard disk. With this parameter set to [Auto], the BIOS automatically detects the hard disk parameters and displays the formatted capacity in the parentheses right after the Hard Disk 0 parameter heading. It also displays the cylinder, head and sector values of the hard disk.
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Advanced System Configuration Page 2/3 Internal Cache(CPU Cache) -------- [Enabled] Cache Scheme ----------------- [ Write Back ] External Cache ------------------- [Enabled] Enhanced IDE Features Hard Disk 0 Hard Disk Size > 504MB ------- [DOS/Win3.x/Win95] Multiple Sectors Read/Write -- [ Auto Advanced PIO Mode ------------ [ Auto ] Hard Disk 32-Bit Access ------ [ Auto...
3.4.6 Internal Cache Internal cache refers to cache built into the CPU. When enabled, this setting boosts system performance. It is also called CPU cache or L1 (level one) cache. The default setting is [Enabled]. The Cache Scheme parameter accepts two values: •...
The highest value, 16 sectors, may not give you the best performance every time, because hard disks behave differently. The default setting, [Auto], allows the system to adjust itself to the optimum read/write setting. 3.4.8.3 Advanced PIO Mode Advanced PIO (Programmed Input/Output) Mode enhances drive performance by optimizing the hard disk timing.
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3.4.9.2 IrDA Base Address This parameter accepts the following values: • [2F8h, IRQ 3] • [Disabled] The default setting is [2F8h, IRQ 3]. 3.4.9.3 Modem Base Address and IRQ Setting MODEM BASE ADDRESS This parameter accepts the following values: • [3E8h] •...
OPERATION MODE The Operation Mode parameter for the parallel port accepts the following: • [Standard and Bi-directional] • [Enhanced Parallel Port (EPP)] • [Extended Capabilities Parallel Port (ECP)] Enhanced Parallel Port (EPP) provides greater throughput by supporting faster transfer times and a mechanism that allows the host to address peripheral device registers directly.
3.4.10.2 MPU Base Address This parameter accepts the following values: • [300h] • [310h] • [320h] • [330h] The default setting is [300h]. 3.4.10.3 IRQ Setting This parameter accepts 10, 7, 5 or 9 as its value. The default setting is [5]. 3.4.10.4 DMA Channel This parameter accepts 0, 1 or 3 as its value.
Power Saving Options The following screen is the power saving options screen. Power Saving Options Page 1/1 When Lid is Closed ------------------ [ Suspend to Disk ] Suspend to Disk on Critical Battery - [Enabled ] Display Always On ------------------- [Disabled] Internal Speaker -------------------- [Enabled ] External Mouse Location ------------- [PS/2] Internal Modem ---------------------- [Power-On]...
If an external monitor is connected to the notebook, the notebook will not enter suspend mode if you close the display. To enter suspend mode, disconnect the monitor plug, open the display and close the display again. The Sleep Manager automatically creates a suspend-to-disk file when it is run.
3.5.6 Internal Modem For models with an internal modem, set this parameter to [Power-On] when you are using the internal modem. If you are not actively using the internal modem, you can set this parameter to [Power-Off] to conserve power. The default setting is [Power-On]. 3.5.7 Resume On Modem Ring You can set the notebook to resume from suspend-to-memory mode upon detection of a specific...
System Security The following screen is the system security screen. If a password is currently present, the system prompts you to input the password before entering the System Security screen. System Security Page 1/1 Supervisor Password ------------ [ None ] User Password ------------------ [ None ] Disk Drive Control Diskette Drive ------------- [...
SETTING A PASSWORD To set a password: Select the desired password (Supervisor or User) to set or edit, and press ← ← or → → . The password prompt (a key) appears: Enter a password. The password may consist of up to eight characters which do not appear on the screen when you type them.
Disabled Disables the floppy drive 3.6.3 Hard Disk Drive Control This parameter allows you to enable or disable the read/write functions of the hard disk. The following table summarizes the available options. Table 3-3 Hard Disk Drive Control Settings Setting Description Normal Hard disk functions normally...
INTRODUCTION ON FLASH BIOS AND BOOT BLOCK The boot block is used to program and recover the system BIOS when the BIOS is destroyed and cannot perform normal boot. It also programs the new BIOS into the flash ROM if the item Flash New BIOS is set to [Enabled].
Reset to Default Settings Selecting this option allows you to load all the default settings. These settings are the values initially stored in CMOS RAM intended to provide high performance. If in the future you change these settings, you can load the default settings again by selecting this option. When you select this option, the following prompt appears: Reset to Default Settings Are you sure?
C h a p t e r C h a p t e r Disassembly and Unit Replacement This chapter contains step-by-step procedures on how to disassemble the notebook computer for maintenance and troubleshooting. To disassemble the computer, you need the following tools: •...
General Information 4.1.1 Before You Begin Before proceeding with the disassembly procedure, make sure that you do the following: Turn off the power to the system and all peripherals. Unplug the AC adapter and all power and signal cables from the system. Remove the battery pack from the notebook by (a) pressing the battery compartment cover release button, and (b) sliding out the cover.
4.1.2 Connector Types There are two kinds of connectors on the main board: • Connectors with no locks Unplug the cable by simply pulling out the cable from the connector. • Connectors with locks You can use a plastic stick to lock and unlock connectors with locks. The cables used here are special FPC (flexible printed-circuit) cables, which are more delicate than normal plastic-enclosed cables.
4.1.3 Disassembly Sequence The disassembly procedure described in this manual is divided into four major sections: • Section 4.2: Removing the module • Section 4.3: Removing the keyboard • Section 4.4: Removing the hard disk drive • Section 4.5: Disassembling the inside assembly frame •...
Removing the Module If you are going to disassemble the unit, it is advisable to remove the module first before proceeding. Follow these steps to remove the module: Slide out and hold the module release button. Press the module release latch and slide out the module. Module Release Button Module Release...
Removing the Keyboard Follow these steps to remove the keyboard: Slide out the two display hinge covers on both sides of the notebook. Figure 4-5 Removing the Display Hinge Covers Pull out (first from the edges) and remove the center hinge cover. Figure 4-6 Removing the Center Hinge Cover...
Lifting out the keyboard takes three steps — (a) lifting up the keyboard, (b) rotating the keyboard to one side, and (c) pulling out the keyboard in the opposite direction. Figure 4-7 Lifting Out the Keyboard Flip the keyboard over and unplug the keyboard connectors (CN4, CN2) to remove the keyboard.
Removing or Replacing the CPU Follow these steps to remove the CPU module. The CPU module is locked in place by a metal lock which needs to be pulled back and removed before the CPU module can be removed. Figure 4-9 Removing the CPU Module Lock Pull up the module using the module handle.
Removing the Display Follow these steps to remove the display module. Remove the two screws that secure the display cable to the motherboard. Then unplug the display cable (CN6). Screw list: • M2.5L4 x2 • • Figure 4-11 Unplugging the Display Cable Remove the four display hinge screws.
Disassembling the Housing This section discusses how to disassemble the housing, and during its course, includes removing and replacing of certain major components like the hard disk drive, memory and the main board. 4.5.1 Detaching the Lower Housing from the Inside Assembly To detach the lower housing from the inside assembly, turn the unit over and remove seven (7) base screws.
4.5.2 Replacing the Hard Disk Drive Follow these steps: Remove two screws that secure the hard disk drive to the inside frame assembly. Turn the hard disk drive over and pull out the hard disk drive cable from its connector. •...
4.5.4 Detaching the Upper Housing from the Inside Assembly Follow these steps: Remove three screws in the battery bay. • • • Screw list: • M2.5L4 x3 Figure 4-17 Removing the Battery Bay Screws Turn the unit back over and remove two screws close to the back part of the unit. Then snap out the upper part of the housing —...
4.5.5 Removing the Touchpad Follow these steps to remove the touchpad: Unplug the touchpad connector (CN5). Pull up and remove the touchpad. Figure 4-19 Removing the Touchpad...
4.5.6 Removing the Main Board Follow these steps to remove the main board from the inside assembly. Unplug the speaker connectors (CN17 and CN23), and the battery pack connector (CN21). CN21 CN17 CN23 Figure 4-20 Unplugging the Speaker Connectors and Battery Pack Connector Remove three screws (and gaskets) to remove the main board from the inside assembly.
Remove the charger board (CN19 and CN20) and the multimedia board (CN10 and CN7) from the main board. DC-DC converter Multimdeia board CN20 CN19 CN10 Figure 4-22 Removing the Charger Board and Multimedia Board The PC card slot module is usually part of the main board spare part. This removal procedure is for reference only.
Disassembling the Display Follow these steps to disassemble the display: Remove the teardrop-shaped LCD bumpers at the top of the display and the long bumper on the LCD hinge. Figure 4-24 Removing the LCD Bumpers Remove four screws on the display bezel. •...
Pull out and remove the display bezel by pulling on the inside of the bezel sides. Figure 4-26 Removing the Display Bezel Remove the four display panel screws, and unplug the inverter and display panel connectors. Then tilt up and remove the display panel. ‘...
Remove the two display assembly screws and unplug the display cable connector from the display cable assembly. Then remove the LCD inverter and ID boards. Screw list: ‘ M2.5L6 (bind head) x2 ‘ ‘ DC-AC inverter Figure 4-28 Removing the Display Cable Assembly...
A p p e n d i x A p p e n d i x Model Number Definition This appendix shows the model number definition of the notebook. 970C 970C-X Y Z Keyboard Language Version Swiss/US Hebrew US (110V) Italian US (220V) Japanese...
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970CX 970CX-X Y Z Keyboard Language Version Swiss/US Hebrew US (110V) Italian US (220V) Japanese US w/o power cord Korean US K/B w/o power cord (ACLA) Norwegian US (110V for AAB) Spanish (220V) Spanish w/o power cord Thailand Turkish UK (250V) Arabic W: Swedish/Finnish Chinese...
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Item Part No. Description Item Part No. Description Item Part No. Description Item Part No. Description 86.5A224.4R0 SCRW MACH FLAT M3*4L ZN 42.46825.001 COVER L HINGE PC+10%GF 050 23.42009.001 MICROPHONE 54DB KUC8723- 030839 42.46819.001 DOOR I/O INS PC+ABS 050 970 34.46803.001 COVER HDD AL 970 31.46815.001 SPEAKER NET(L) SPTH 000 970 47.46803.001 CSN MICROPHONE SILICON 000...
ASSY CASE UPPER 050 970 60.46807.001 ASSY CASE LOWER 050 970 60.46808.001 ASSY KB COVER 050 970 60.46816.001 ASSY BTY PACK 10.8V BTP-S31 60.46818.011 Part numbers are subject to change without notice. Contact the Acer spare parts department for updates. Minimum ordering quantity.
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Table C-1 Spare Parts List Part Name Part No. Comment / Location Qty. ASSY CD ROM BEZEL 050 970 60.46821.001 ASSY FDD L-CASE 050 970 60.46822.001 KB-84 KEY KAS1901-0111R US 90.46807.001 11.3”, Hitachi LCD Kit INVERTER T62.039.C 970 19.20086.001 MICROPHONE 54DB KUC8723-030839 23.42009.001 HINGE (L) AL 970 34.46829.001...
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Table C-1 Spare Parts List Part Name Part No. Comment / Location Qty. SKT PHONE JACK 5P3C MOJ-B27-B 22.10139.001 "CN2,3" SKT PHONE JACK FML 6P4C RT 22.10177.001 SKT DC 8A 20V TCP7631-01-0201 22.10179.001 CN16 SW PUSH SPDT 0.05A 48V RT 22.40091.001 BATTERY LI 3V BR1225-T2V 23.20004.014...
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Table C-1 Spare Parts List Part Name Part No. Comment / Location Qty. CONN CTR SMD FML 22P ST D0.8 20.F0002.022 CONN CTR SMD PLUG 80P D0.8 21.F0012.080 CONNECTOR CTR SMD ML 120P ST 21.F0014.120 "CN8,10" CONN CARD PUSH C-11093 EJECT 21.H0007.001 MEDIO BOARD 970 55.46803.001...
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A p p e n d p e n d i x Schematics The Appendix D has three sections for presenting system board, media board, and CPU board schematics. This section shows the system board schematic diagrams of the notebook. Schematics Page List: Page D1-1 Index Page...
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PROJECT MARS SYSTEM BOARD PAGE SYSTEM FUNCTION DESCRIPTION PAGE SYSTEM FUNCTION DESCRIPTION |LINK |MARSYS2.SCH 1. INDEX PAGE |MARSYS3.SCH 18. PARALLEL PORT INTERFACE |MARSYS4.SCH |MARSYS5.SCH 2. REVISION HISTORY |MARSYS6.SCH 19. SERIAL PORT INTERFACE |MARSYS7.SCH |MARSYS8.SCH 3. CLOCK GENERATOR |MARSYS9.SCH 20. FLASH BIOS AND DEBUG PORT |MARSYS10.SCH |MARSYS11.SCH 4.
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CK3_IITCLKB PI5C3126 VS5_VDCLKEN 2.2K 0.1uF KB5_IDECLKEN P5VR KB5_IITCLKEN R131 CK5_32KV1 R129 2N7002 CK5_FS1 CK5_FS0 CK5_CPU 33.33MHz 50.00MHz 66.66MHz P5VR 60.00MHz P5VR CONFIDENTIAL P5VSW P5VSW VBAT ACER ADVANCED LABS,Inc. VBAT Title PROJECT MARS SYSTEM BOARD Size Document Number MARS SYSTEM BOARD...
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IS5_SA17 IS5_SA20 BB VERSION: INSTALL U28,R28,R98,R102 AND IS5_SA18 IS5_SA21 REMOVE PAD2,PAD6,PAD8,PAD11. CONFIDENTIAL IS5_SA19 IS5_SA22 IS5_SA23 P3VSW P5VSW CC VERSION: INSTALL PAD2,PAD6,PAD8,PAD11 AND SARES10_100K REMOVE U28,R28,R98,R102,R345. P3VSW P5VSW ACER ADVANCED LABS,Inc. P5VSW Title P54C PULL-UP, PULL-DOWN AND CAPS Size Document Number...
II. POPULATED/UNPOPULATED PARTS 1. NMG2090 VIDEO CONTROLLER UNPOPULATED PARTS: R63,R66,R67,R68,R73,R74,R77,R78,R83 C42,C123,C124,C125,C126 2. NMG2093 VIDEO CONTROLLER POPULATED PARTS: C42,C123,C124,C125,C126 UNPOPULATED PARTS: R63,R66,R67,R68,R73,R74,R77,R78 CONFIDENTIAL ACER ADVANCED LABS. Title PROJECT MARS MULTI-MEDIA BOARD Size Document Number REVISION HISTORY Date: May 23, 1996 Sheet...
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Tfhis section shows the media board schematic diagrams of the notebook. Schematics Page List: Page D2-1 Index Page Page D2-2 Revision History Page D2-3 PCMCIA Controller Page D2-4 PCMCIA Sockets Page D2-5 PCMCIA Socket Power and Interrupt Control Page D2-6 System / Media Board Connector Page D2-7 Internal Keyboard and Touchpad Connector...
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12. CRT & LCD CONTROLLER 6. SYSTEM/MEDIA BOARD CONNECTOR 13. LCD INTERFACE LOGICS 7. INTERNAL KBD & TOUCH PAD CONNECTOR 14. ISOLATION LOGIC AND SPARE PARTS CONFIDENTIAL ACER ADVANCED LABS Title PROJECT MARS MULTI-MEDIA BOARD (X5) Size Document Number MULTI-MEDIA BOARD...
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II. POPULATED/UNPOPULATED PARTS 1. NMG2090 VIDEO CONTROLLER UNPOPULATED PARTS: R63,R66,R67,R68,R73,R74,R77,R78,R83 C42,C123,C124,C125,C126 2. NMG2093 VIDEO CONTROLLER POPULATED PARTS: C42,C123,C124,C125,C126 UNPOPULATED PARTS: R63,R66,R67,R68,R73,R74,R77,R78 CONFIDENTIAL ACER ADVANCED LABS. Title PROJECT MARS MULTI-MEDIA BOARD Size Document Number REVISION HISTORY Date: May 23, 1996 Sheet...
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This section shows the CPU board schematic diagrams of the notebook. Schematics Page List: Page D3-1 P54C TCP CPU Page D3-2 P54C TCP CPU Interface Connector Page D3-3 P54C TCP CPU...
A p p e n d p e n d i x BIOS POST Checkpoints This appendix lists the POST checkpoints of the notebook BIOS. Table E-1 POST Checkpoint List Checkpoint Description • Determines if the current booting procedure is from cold boot (press reset button or turn the system on), from warm boot (press ), or from exiting BIOS setup.
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Note: If system has any display card, here it should be initialized via its I/O ROM or corresponding initialization program. • VGA BIOS POST. • Enables video shadow RAM • Displays Acer (or OEM) logo (if necessary) • Displays Acer copyright message (if necessary) • Displays BIOS serial number • Memory testing •...
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Table E-1 POST Checkpoint List Checkpoint Description • Enables UIE, then checks RTC update cycle Note: The RTC executes an update cycle per second. When the UIE is set, an interrupt (IRQ8) occurs after every update cycle and indicates that over 999ms are available to read valid time and date information.
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Table E-1 POST Checkpoint List Checkpoint Description • Power on password checking • Display configuration table • Clear memory buffer used for POST • Select boot device • Shutdown 5 • Shutdown A • Shutdown B...
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A p p e n d i x A p p e n d i x Debug Board Information This appendix shows the model number definition of the notebook. PCB No:94359-SC Tool P/N: F005.022 Tool P/N: F006.008 Tool P/N: F005.021 CN18 AN970 main board Ordering contact person: Michael Shieh (by CC:mail)
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Problem Report Forms The attached forms are for the user to explain any problem that may occur with an Acer product. Acer engineers can better understand the problem through the feedback of the user, whether electrical, mechanical, or electronic in nature.
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AcerNote 970 Reader Response Form Dear Reader, At Acer, documentation is not viewed as a necessary evil. On the contrary, documentation support, like product reliability and performance, has always been viewed as a potentially decisive factor for market success. Because documentation is important, we want to know what you think about our manuals.
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C u s t o m e r S u p p o r t D i v i s i o n Acer Incorporated 6F, 156 Min Sheng East Road, Sec. 3 Taipei 105, Taiwan, R.O.C. ------------------------------------------------------------------------------------------------------------------------------ ------------------------------------------------------------------------------------------------------------------------------ Manual Title : AcerNote 970 Service Guide Part No. 49.46811.011 Doc. No. SG230-9701A...
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Date (mm/dd/yy): __________ Sheet ___ of ___ Acer Products Incoming Inspection Report Distributor: ________________________ Year/Month: _______________________ * Major defect : M * Minor defect : m * Acceptable : A Model Number: __________________ Test Date (mm/dd/yy): __________________ Invoice Number: __________________ Remarks: Qty.
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Date (mm/dd/yy): __________ Sheet ___ of ___ Acer Products Field Maintenance Report Distributor: ________________________ Year/Month: _______________________ * Fixed after repair : F * Not fixed after repair : N Model Number: __________________ Failure Classification Motherboard: _____ % Video board: ____ % Qty.
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PC/Peripheral Problem Report Form Customer: Date: Issue I.D.: S/N: Attachment: Model No.: S/N: BIOS Version: RAM Size: O.S.: EnE.Version: Add-On Cards: Disk Type & Capacity: Disk Controller: A/P Name & Version: Other: Error Message: Problem Description: - CHARACTERISTICS: - QUALITY ISSUE - SPECIFICATION - PERFORMANCE - COMPATIBILITY...
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Multiuser Product Problem Report Form Customer: Date: Issue I.D.: S/N: Attachment: Model No.: S/N: BIOS Version: RAM Size: O.S.: EnE.Version: Add-On Cards: Disk Type & Capacity: Disk Controller: A/P Name & Version: Other: Error Message: Problem Description: - CHARACTERISTICS: - QUALITY ISSUE - SPECIFICATION - PERFORMANCE - COMPATIBILITY...
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LAN Product Problem Report Form Customer: Date: Issue I.D.: S/N: Attachment: Model No.: S/N: BIOS Version: RAM Size: O.S.: EnE.Version: Add-On Cards: Disk Type & Capacity: Disk Controller: A/P Name & Version: Other: Error Message: Problem Description: CHARACTERISTICS: TIME OF FAILURE: - QUALITY ISSUE - INSTALLATION - SPECIFICATION...