PCB board size: 30.5 cm x 18.00 cm PCB layer: 4 layers Slot 1 socket Support Intel Pentium II CPU at 66 MHz &100 MHz & 133MHz F.S.B and PentiumIII 100MHz F.S.B. Memory DIMM: 3 of 168-pin 3.3V DIMM Professional PC *100 MHz freq. : PC-100 DIMM * 66 MHz freq. : SDRAM up to 384MB PC-100 DIMM is required for 100 MHz F.S.B. CPUs. Basic PC: 66 MHz freq. * SDRAM up to 384MB Expansion Slot : 2x ISA, 4 x PCI slots, 1x A.G.P. slot and 1 x AMR Chipset VIA VT82C693/693A VIA VT82C686A BIOS: flash EEPROM for BIOS Award full PnP (Plug & Play) BIOS I/O function 2 x PCI IDE devices 1 x FDC, 2 x serial ports(16550 fast com) 1x parallel port device /EPP/ECP/SPP 2x USB connector IrDA (infrared) connector Audio function Green function: Complied with APM (Advanced Power Management) ATX form factor The ATX form factor has been defined to address four major areas of improvement required of today's predominant form factors. Enhance PC ease-of-use with all built-in I/O connector Better support for current and future I/O Reduce total system cost Better support for future processor technology ATX is an evolution of the popular Baby-AT form factor. By mounting the power supply on its side, the processor is relocated away from the expansion slots, and the longer side of the board is used to host more on-board I/O connector; this placing of I/O on the board reduces cabling inside the box, lower costs, and improves reliability and ease-of use. A flexible I/O panel allows ATX to support all current and future I/O requirements. The ATX power supply will directly suck the air out of chassis that will save the cost of a secondary fan in the system. System cost is further reduced by the higher integration of PC components onto the system board itself, saving materials, inventory holding, and assembly cost. Power supply regulation Onboard switching voltage that supports appropriate power to the CPU and future upgraded CPUs.

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