AT7 Motherboard Test Report
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CPU COMPATIBILITY TEST
MEMORY MODULES
IDE CHANNELS COMPATIBILITY TEST
USB COMPATIBILITY TEST
SOUND CARD OR CODEC COMPATIBILITY TEST
(FAX) / MODEM(CARD) / MR COMPATIBILITY TEST
LAN CARD COMPATIBILITY TEST
SCSI CARD COMPATIBILITY TEST
VGA CARD COMPATIBILITY TEST
POWER SUPPLY
MECHANICAL MEASURMENT
ACPI (STEP2)
ACPI (Step2)
Configuration:
BIOS AT7_8C.B05
Memory Micron 128MB**2 PC-2700
CPU Athlon 1333 (133)
FDD Panasonic 1.44MB
HDD WD WD600BB
CD-ROM AOPEN 50X
Mouse Genuine USB Mouse
Keyboard Genuine USB Keyboard
Must to open some applications before enter suspend mode. Table 1: 
Entered Suspend Mode
Suspend Mode Standby Suspend to RAM Suspend to DISK Shutdown
Power Button Acts
Windows 2K V V V V
Windows XP V V V V
Start èShutdownèStandby(S1/S3 Choose from BIOS) / Hibernation
Windows 2K V V V V
Windows XP V V Not Support V
Sleep Button Acts
Windows 2K V V V V
Windows XP V V V V
Wake-up Event From Suspend mode
Power Button Acts
Windows 2K V V V V
Windows XP V V V V
Wake-up by LAN
Windows 2K V V V V
Windows XP V V V  
Sleep Button Acts
Windows 2K V V V  
Windows XP V V V V
Table 2: Timer
Item Windows 2K Windows XP
Standby via Timer V V
Hibernation via Timer V V
Standby / Hibernate via Timer V V
Note:
1.         Standby Mode includes S1 & S3
2.       Not all systems have a sleep button, if the system has a sleep button that does not appear, then the system BIOS may not have listed the sleep button in the BIOS code.
3.       For Standby/Hibernate via Timer:
Change system Standby to 1 minute; set the Hibernate timer to 3 minutes. The system should enter Standby after 1 minute. At the 3 minutes mark, the system should resume from Standby and enter Hibernate. Table 4: (Win2K¡BWinXP)
Item S3 S4 Comments
2K XP 2K XP
System Enters Standby or Hibernation V V V V  
System Resume from Standby or Hibernation V V V V  
WAV File plays after Resume V V V V  
Read/Write to Floppy Disk V V V V  
Access Network Share V V V V  
Note: Reference Document (ACPI Specification 1.0b, P.52) Table 4-1 Feature/Programming Model Summary
Feature Name Description Requirements Programming Model
Power Management Timer 24-bit/32-bit free running timer. Required for ACPI compatibility. Fixed Feature Control Logic.
Power Button User pushes button to switch the system between the working and sleeping states. Must have either a power button or a sleep button. Fixed Feature Event and Control Logic or Generic Event and Logic
Power Button Over-ride User sequence (press the power button for 4 seconds) to turn off a hung system. This or a similar function required.  
Real Time Clock Alarm Programmed time to wake-up the system. Required for ACPI compatibility (for S1-S3; optional for (S4). Optional Fixed Feature Event[1]
Sleep/Wake Control Logic Logic used to transition the system between the sleeping and working states. Required for ACPI compatibility. At least one sleeping state needs to be supported. Fixed Feature Control and Event Logic.
Embedded Controller Interface ACPI Embedded Controller protocol and interface, as described in section 13. Optional. Generic Event Logic, must reside in the general purpose register block.
Legacy/ACPI Select Status bit to indicates the system is using the legacy or ACPI power management model (SCI_EN). Required. Status bit indicates the mode of a legacy/ACPI platform. Fixed feature Control Logic.
Lid switch Button used to indicate whether the system¡¦s lid is open or closed (mobile systems only). Optional, strongly recommended for mobile systems. Generic Event Feature.
C1 Power State Processor instruction to place the processor into a low-power state. This is a required feature. Processor ISA.
C2 Power Control Logic to place the processor into a C2 power state. Optional, strongly recommended for mobile systems. Fixed Feature Control Logic.
3 Power Control Logic to place the processor into a C3 power state. Optional, strongly recommended for mobile systems. Fixed Feature Control Logic.
Thermal Control Logic to generate thermal events at specified trip points. Optional Generic Event and Control Logic. See description of thermal logic in section 3.9.
Device Power Management Control logic for switching between different device power states. Optional, strongly recommended for mobile systems. Generic control logic.
AC Adapter Logic to detect the insertion and removal of the AC adapter. Optional Generic event logic
Docking/device insertion and removal Logic to detect device insertion and removal events Optional Generic event logic
[1] RTC wake-up alarm is required; the fixed feature status bit is optional.