MP064 User's Manual Intel FX Triton Pentium Motherboard Foreword ======== This manual is designed to provide the basic necessary information for the end user to understand and properly use the MP064 mainboard. The mainboard ensures superlative performance and complete compatibility with industry standards, which incorporating many technical enhancements. Trademarks ========== WTC is a registered trademark of Win Technologies Co., Ltd. All trademarks belong to their registered owner. Checklist ========= Your MP064 Cache package contains the following: * MP064 Cache mainboard * User's Manual. * HDD/FDD Cable * Coml & ComZ Cable * Printer Cable Precautions =========== Make sure you ground yourself before handling the mainboard or other system components. Electrostatic discharge will damage mainboard.Note that you must take special precaution when handling the mainboard in dry or air-conditioned environments. The precaution below is to protect the mainboard from electrostatic discharge. * Do not remove the anti-static packaging until you are ready to install the mainboard and other system components. * Ground vourselfbefore removing any system component from its protective anti- static packaging. To ground yourself , grasp the expansion slot covers or other unpainted portion computer chassis. * Frequently ground yourself while working , or use a grounding strap. * Handle the mainboard by the edges and avoid touching its components. Mainboard Features ================== * Intel Triton PCI chipset: 82437 (TSC)/82438(TDP)/82371FB (PIIX) * Support P54C/P55C Microprocessor, system running up to 200 Mhz * Support High performance 32bits PCI local bus and provide four PCI bus master * Support four 16bits ISA system bus I/O slot *On-Board Synchronous Cache Option 256KB AND 512KB * Direct mapped organization with write through / write back selection * Main memory (DRAM) support from 4MB to 128MB, using standard page mode or EDO mode DRAM * Support Enhance IDE onboard * PnP (Plug & Play) compatible I/O (Serial port , Parallel port , FDC )onboard Jumper and Connectors Reference =============================== Before installing the mainboard, make sure that the jumper setting are properly set for your configuration. The function of different jumpers are respectively as follows: CPU Internal Clock Multiplier ............................ JP31, JP32 CPU Clock Frequency Selector ............................. JP17, JPl8 CPU Voltage Selector ..................................... JP36, JP37 Cache Option ............................................. JP20 Flash ROM Voltage Selector ............................... JP14 CMOS Charge/ Discharge ................................... JP13 AT Bus Speed Selector .................................... JP15 Mainboard Connectors: ===================== Onboard HDD LED Connector ................................ J3 Reset Switch Connector.................................... J2 Speaker Connector ........................................ J1 Keylock and Power LED Connector........................... J4 PS/2 mouse Connector ..................................... MS2, MS1 Keyboard Connector ....................................... KB2 Power Supply Connector ................................... PW1 Turbo Switch Connector ................................... TB/SW Turbo LED Connector ...................................... TB/LED Jumper Caps reference : ======================= Red Jumper for Voltage Selector White Jumper for CPU Type Yellow Jumper for Clock Selector Blue Jumper for Cache Option Black Jumper for Other Intel CPU Type Configuration ============================ CPU type configuration will give you detailed information to install the jumper setting of P54C type of CPU. If the CPU type you are using is not listed in our user's manual,please contact your dealer for the correct jumper setting. CPU Clock Jumper Setting (reversion A) ====================================== (Intel CPU) CPU CLOCK JP17 JP18 JP31 JP32 CLOCK FREQUENCI MODULATION 75 MHZ CLOSE CLOSE OPEN OPEN 5OMHz x 1.5 100 MHZ CLOSE CLOSE OPEN CLOSE 5OMHz x 2 (6x86-P120+ ) 90 MHZ OPEN CLOSE OPEN OPEN 60MHz x 1.5 120 MHZ OPEN CLOSE OPEN CLOSE 60MHz x 2 ( 6x86-P150+ ) 150 MHZ OPEN CLOSE CLOSE CLOSE 60MHz x 2.5 100 MHZ CLOSE OPEN OPEN OPEN 66.6MHz x 1.5 133 MHZ CLOSE OPEN OPEN CLOSE 66.6MHz x 2 ( 6x86-P166+ ) 166 MHZ CLOSE OPEN CLOSE CLOSE 66.6MHz x 2.5 180 MHZ OPEN CLOSE CLOSE OPEN 60MHz x 3 200 MHZ CLOSE OPEN CLOSE OPEN 66.6MHz x 3 CPU Clock Jumper Setting (reversion B) ====================================== (Intel CPU - Single voltage) CPU CLOCK JP17 JP18 JP31 JP32 JP29 JP36 JP37 JP38 CLOCK 75 MHz CLOSE CLOSE OPEN OPEN 1-2,3-4 1-2 OPEN 1-2 50x1.5 5-6 100 MHz CLOSE CLOSE OPEN CLOSE 1-2,3-4 1-2 OPEN 1-2 50x1.5 5-6 90 MHz OPEN CLOSE OPEN OPEN 1-2,3-4 1-2 OPEN 1-2 60x1.5 5-6 120 MHz OPEN CLOSE OPEN CLOSE 1-2,3-4 1-2 OPEN 1-2 60x2 5-6 150 MHz OPEN CLOSE CLOSE CLOSE 1-2,3-4 1-2 OPEN 1-2 66.6x2.5 5-6 100 MHz CLOSE OPEN OPEN OPEN 1-2,3-4 1-2 OPEN 1-2 66.6x1.5 5-6 133 MHz CLOSE OPEN OPEN CLOSE 1-2,3-4 1-2 OPEN 1-2 66.6x2 5-6 166 MHz CLOSE OPEN CLOSE CLOSE 1-2,3-4 1-2 OPEN 1-2 66.6x2.5 5-6 180 MHz OPEN CLOSE CLOSE OPEN 1-2,3-4 1-2 OPEN 1-2 60x3 5-6 200 MHz CLOSE OPEN CLOSE OPEN 1-2,3-4 1-2 OPEN 1-2 66.6x3 5-6 (Intel CPU - Dual voltage) CPU CLOCK JP17 JP18 JP31 JP32 JP29 JP36 JP37 JP38 CLOCK 166 MHz CLOSE OPEN CLOSE CLOSE OPEN 1-2 2-3 2-3 66.6x2.5 180 MHz OPEN CLOSE CLOSE OPEN OPEN 1-2 2-3 2-3 60x3 200 MHz CLOSE OPEN CLOSE OPEN OPEN 1-2 2-3 2-3 66.6x3 * JP37 Set 1-2: 2.6 Volt * JP38 Set 1-2 : Single Volt 2-3: 2.8 Volt 2-3 : Dual Volt * JP36 Set 1-2 : 3.55 Volt * JP29 Set Close : Single Volt 2-3 : 3.45 Volt Open : Dual Volt CYRIX CPU Clock Jumper Setting And Voltage Selector =================================================== (Single Voltage) CPU CLOCK JP17 JP18 JP31 JP32 JP29 JP36 JP37 JP38 CLOCK P120+ CLOSE CLOSE OPEN CLOSE 1-2,3-4 1-2 OPEN 1-2 50x2 5-6 P150+ OPEN CLOSE OPEN CLOSE 1-2,3-4 1-2 OPEN 1-2 60x2 5-6 P166+ CLOSE OPEN OPEN CLOSE 1-2,3-4 1-2 OPEN 1-2 66.6x2 5-6 (Dual Voltage) CPU CLOCK JP17 JP18 JP31 JP32 JP29 JP36 JP37 JP38 CLOCK P120+ CLOSE CLOSE OPEN CLOSE OPEN 1-2 1-2 2-3 50x2 P150+ OPEN CLOSE OPEN CLOSE OPEN 1-2 1-2 2-3 60x2 P166+ CLOSE OPEN OPEN CLOSE OPEN 1-2 1-2 2-3 66.6x2 AMD CPU Clock Jumper Setting And Voltage Selector ================================================= (Single Voltage) CPU CLOCK JP17 JP18 JP31 JP32 JP29 JP36 JP37 JP38 CLOCK P75 CLOSE CLOSE OPEN OPEN 1-2,3-4 1-2 OPEN 1-2 50x1.5 5-6 P90 OPEN CLOSE OPEN OPEN 1-2,3-4 1-2 OPEN 1-2 60x1.5 5-6 P100 CLOSE OPEN OPEN OPEN 1-2,3-4 1-2 OPEN 1-2 66.6x1.5 5-6 (Dual Voltage) CPU CLOCK JP17 JP18 JP31 JP32 JP29 JP36 JP37 JP38 CLOCK K5-P100 CLOSE CLOSE OPEN OPEN OPEN 1-2 1-2 2-3 50x1.5 K5-P120 OPEN CLOSE OPEN OPEN OPEN 1-2 1-2 2-3 60x1.5 K5-P133 CLOSE OPEN OPEN OPEN OPEN 1-2 1-2 2-3 66x1.5 K5-P150 OPEN CLOSE OPEN CLOSE OPEN 1-2 1-2 2-3 60x2 K5-P166 CLOSE OPEN OPEN CLOSE OPEN 1-2 1-2 2-3 66x2 NOTE: Please pay attention to your CPU voltage and Jumper number of motherboard reversion. SRAM Configuration ================== SIZE JP 20 TAG RAM 256K OPEN 8Kx8 512K 1-2 16Kx8 CPU Voltage Selector ==================== VOLTAGE JP36 CPU VOLTAGE SPEC 3.45V 2-3 FOR INTEL P54C STANDARD CPU 3.55V 1-2 FOR INTEL P54C VRE CPU OTHER JUMPERS ============= JP15 ( AT BUS SPEED SELECTOR ) 1-2 PCI CLOCK V3 2-3 PCI COLCK V4 JP14 ( FLASH ROM VOLTAGE SELOCTOR ) 1-2 FLASH ROM 12 VOLTS (INTEL BRAND) 2-3 FLASH ROM 5 VOLTS (SST BRAND) JP13 ( CMOS CHARGE / DISCHARGE ) OPEN CHARGE CMOS CLOSE RESET CMOS MS2 ( PS/2 MOUSE CONNECTOR ) KB2 ( KEYBOARD CONNECTOR ) PW1 ( POWER SUPPLY CONNECTOR ) Memory Configuration ==================== IMPORTANT: Do not useSIMM modules with more that 24 chips per module with this mainboard . Module with more that 24 chips exceeds the design specification of the memory subsystem and will cause unreliable operation. Memory Module Combinations ========================== Bank O Bank 1 Total Memory Using Sockets Socket 1 & 2 Socket 3 & 4 1 through 4 4MB x 2 None 8MB 8MB x 2 None 16MB 16MB x 2 None 32MB 32MB x 2 None 64MB None 4MB x 2 8MB None 8MB x 2 16MB None 16MB x 2 32MB None 32MB x 2 64MB 4MB x 2 4MB x2 16MB 4MB x 2 8MB x 2 24MB 4MB x 2 16MB x 2 40MB 4MB x 2 32MB x 2 64MB 8MB x 2 4MB x 2 24NB 8MB x 2 8MB x 2 32MB 8MB x 2 16MB x 2 48MB 8MB x 2 32MB x 2 80MB 16MB x 2 4MB x 2 40MB 16MB x 2 8MB 48MB 16MB x 2 16MB x 2 64MB 16MB x 2 32MB x 2 96MB 32MB x 2 4MB x 2 72MB 32MB x 2 8MB x 2 80MB 32MB x 2 16MB x 2 96MB 32MB x 2 32MB x 2 128MB