Specifications
Part number 4000504,4000510,4000532,4000533,4000585,4000586,4000608

Specifications
Intel 440BX PCIset
  • 82443BX PMC (492 mBGA)
  • 82371EB PIIX4e (324 mBGA)
System Memory
  • 100-MHz Memory Bus Speed (FSB)
  • Three 64-bit or 72-bit (ECC) 4-clock, 3.3V, unbuffered SDRAM DIMMs
  • Expandable to 384-MB of SDRAM (CAS latency of 2) using 64-Mbit chips
  • Intel 4-clock 100MHz 64-bit unbuffered SDRAM DIMM specification compatible
  • Uses gold-plated DIMM socket
  • ECC signal and multiple bit detection (single bit correction) supported, using ECC DIMMs, can be enabled and disable in BIOS
Processor Slot SECC2 connector for Intel® Pentium® III Processor
HDD Interface
  • Internal to core logic (PIIX4)
  • Supports up to four IDE devices
  • Uses two shrouded IDE connectors
  • Dual independent channel support for Fast IDE (PIO) mode 3, mode 4, and ATAPI compatible CD-ROM drives
  • Support for DMA modes 1, 2 (bus mastering), and Ultra-DMA33 on both channels Bus Mastering supported on both channels
I/O
  • SMC FDC37C707 Ultra I/O with BIOS code base to match BIOS, which supports two serial and one parallel port, single FDD, keyboard, mouse, RTC, and IR
  • I/O connectors include:
    • Stacked PS/2 style mouse (top) and keyboard (bottom)
    • Stacked DB25 connector for parallel port and two DB9 serial ports
USB Interface
  • USB controller integrated into PIIX4
  • Two USB 1.0 ports (one rear panel stacked connector), another USB header on board (a jumper must be used to enable/disable this header, when enabled the lower stacked USB connector will be disabled)
  • Stacked USB connectors
Battery Socketed Lithium coin cell 3V (~5 year life) and external battery connector
Speaker
  • On board piezo speaker
  • Speaker header for off board speaker (part of front panel header)
BIOS
  • Intel/Phoenix code base
  • 4-Mbit flash support (TSOP)
    • Pentium III processor detection and initialization
    • Memory auto-configure and ECC support
    • AGP set initialization module
    • Autodetect keyboard, mouse, floppy, IDE, serial, and parallel devices
    • CD-ROM boot
    • Password secured boot
    • User and administrator mode for system Setup screens with two separate password protected accesses
    • Supports NON-volatile storage in BIOS flash
    • PCI Configuration space and DMI support
    • USB support with support for Legacy input devices
    • Audio disable support in BIOS
    • Supports bootable LS-120
    • Ultra DMA/33 support
    • ATAPI support for IDE CD-ROM and tape drives
    • Int 13h extensions to support drives larger than 2GB
    • AC power loss state retention management
Power Management
  • BIOS control (on/off) of Power Supply fan
  • BIOS control (on/off) of Processor Fan sink
  • BIOS control of Dual Mode LED (Full-On/Suspend)
  • Legacy APM 1.2 Power Management support of on-board peripherals
  • Supports Soft-Off (Touch for one second or less puts the system in Suspend mode. Touch and hold for four seconds puts the system in the Full-Off state, where Full-Off has all power removed except Power Supply 5V Standby).
  • Support for WOL
  • Energy Star Compliant
  • SMM, VESA monitor specifications
  • Power down of ATAPI green enabled devices
  • Standard 20 pin power header provides standby current used to maintain CMOS real time clock
PCI/AGP/ISA Slots
  • Six total slots:
    • Four PCI, one 1x(3.3v) AGP, one shared (PCI/ISA)
    • All PCI slots are masters, rev 2.1
    • All slots support full length cards
Front Panel
  • 2x8 front panel header:
    • Supporting Soft-off power switch
    • Sleep switch
    • IR interface
    • HD LED
    • Dual Mode (two color: green and yellow) Power LED (also called Sleep LED)
    • Reset Switch
    • Speaker
  • Multiple 3-pin auxiliary fan connectors
  • Stuffable Custom (1x26) header to match case configurations
Manufacturing
  • Surface mount technology, single sided assembly
  • Four layer PCB
Form Factor
  • ATX form factor (12.9" x 9.6") - has existing BAT/AT plus three new holes (10 holes total)
  • ATX 2x10 power supply connector - includes 3.3V and PS-ON






BIOS Configuration Jumper
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BIOS configuration jumper The BIOS configuration jumper block (J7B1) is located near the battery. It requires a single jumper to set the configuration mode for the BIOS Setup Utility. This allows all motherboard configuration to be performed in the BIOS Setup Utility, including processor speed and bus frequency. Pin 1 is indicated on the board by an arrowhead.

The following table describes the three settings.

Function/Mode Jumper Setting Configuration
Normal Pins 1 and 2 covered (default) The BIOS uses current configuration information and passwords for booting.
Configure Pins 2 and 3 covered After the POST runs, Setup runs automatically. The maintenance menu is displayed.
Recovery No pins covered The BIOS attempts to recover the BIOS configuration. A recovery disk is required.

Note: Do not move this jumper while there is power to the computer.

Memory Slots
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Memory slots The motherboard has three Dual Inline Memory Module (DIMM) memory slots. Minimum memory size is 8 MB; maximum size is 384 MB. The BIOS automatically detects memory type, size, and speed.

Memory can be installed in one, two, or three slots. Memory type, size, and speed can vary between slots. Bank 0 is nearest the center of the board, bank 1 is the middle memory slot, and bank 2 is closest to the edge of the board.

The motherboard supports the following memory features:

DIMM Size Non-ECC Configuration ECC Configuration
8 MB 1 Mbit × 64 1 Mbit × 72
16 MB 2 Mbit × 64 2 Mbit × 72
32 MB 4 Mbit × 64 4 Mbit × 72
64 MB 8 Mbit × 64 8 Mbit × 72
128 MB 16 Mbit × 64 16 Mbit × 72


Wake On LAN Connector
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Wake On LAN connector The 3-pin Wake On LAN (WOL) connector is used to bring the computer out of power-saving mode via a network connection. Gateway® does not use this at the present time.


Wake On Ring Connector
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Wake On Ring connector The 2-pin Wake On Ring (WOR) connector (J1A1) allows the computer to wake from sleep or soft-off mode when a call is received on a telephony device, such as a modem, configured for operation on COM1. The first incoming call turns on the motherboard, but a second call must be made to access the computer.

Pin out information