AMERICAN PREDATOR CORPORATION PREDATOR I PLUS Processor 80386DX/AMD386DX/80486SX/80487SX/CX486DLC/80486DX/AMD486DX/ 80486DX2/Pentium Overdrive Processor 20/25/33/40/50/50(internal)/66(internal)MHz Speed Chip Set Symphony Max. 64MB Onboard DRAM Cache 64/128/256KB BIOS AMI Dimensions 330mm x 218mm I/O Options 32-bit VESA local bus slots (2), 32-bit proprietary slot, floppy drive interface, IDE interface, parallel port, serial ports (2) NPU Options 80387 [Image] CONNECTIONS Purpose Location Purpose Location Mouse connector CN1 Reset switch J22 Serial port 2 CN2 IDE interface LED J23 Serial port 1 CN3 Speaker J24 IDE interface CN4 Power LED & keylock J25 Floppy drive CN5 32-bit VESA Local bus SL1, SL2 interface slots Parallel port CN6 32-bit proprietary SL3 slot Turbo switch & LED J21 USER CONFIGURABLE SETTINGS Function Jumper Position » RTC normal operation JP1 pins 1 & 2 closed RTC reset JP1 pins 2 & 3 closed » Flash ROM BIOS normal operation JP2 pins 1 & 2 closed Flash ROM BIOS emergency backup JP2 pins 2 & 3 operation closed » Standard I/O enabled JP3 pins 1 & 2 closed Standard I/O disabled JP3 pins 2 & 3 closed » Monitor type select color JP8 pins 1 & 2 closed Monitor type select monochrome JP8 pins 2 & 3 closed » Mouse set IRQ 12 JP9 pins 1 & 2 closed Mouse disabled JP9 pins 2 & 3 closed SERIAL PORT (COM1) IRQ CONFIGURATION IRQ JP5 IRQ4 pins 1 & 2 closed IRQ5 pins 2 & 3 closed Disabled pins 3 & 4 closed SERIAL PORT (COM2) IRQ CONFIGURATION IRQ JP6 IRQ3 pins 1 & 2 closed IRQ9 pins 2 & 3 closed Disabled pins 3 & 4 closed PARALLEL PORT IRQ CONFIGURATION Address JP4 IRQ7 pins 1 & 2 closed IRQ5 pins 2 & 3 closed Disabled pins 3 & 4 closed DRAM CONFIGURATION Size Bank 0 Bank 1 Bank 2 Bank 3 1MB (1) 256K x NONE NONE NONE 36 2MB (1) 256K x (1) 256K x NONE NONE 36 36 2MB (1) 512K x NONE NONE NONE 36 3MB (1) 256K x (1) 256K x (1) 256K x NONE 36 36 36 3MB (1) 512K x (1) 256K x NONE NONE 36 36 4MB (1) 512K x (1) 512K x NONE NONE 36 36 4MB (1) 256K x (1) 256K x (1) 256K x (1) 256K x 36 36 36 36 4MB (1) 1M x 36 NONE NONE NONE 5MB (1) 512K x (1) 512K x (1) 256K x NONE 36 36 36 5MB (1) 1M x 36 (1) 256K x NONE NONE 36 DRAM CONFIGURATION (CON’T) Size Bank 0 Bank 1 Bank 2 Bank 3 6MB (1) 1M x 36 (1) 512K x NONE NONE 36 6MB (1) 512K x (1) 512K x (1) 512K x NONE 36 36 36 8MB (1) 512K x (1) 512K x (1) 512K x (1) 512K x 36 36 36 36 8MB (1) 2M x 36 NONE NONE NONE 8MB (1) 1M x 36 (1) 1M x 36 NONE NONE 9MB (1) 2M x 36 (1) 256K x NONE NONE 36 9MB (1) 1M x 36 (1) 256K x (1) 512K x (1) 512K x 36 36 36 10MB (1) 1M x 36 (1) 1M x 36 (1) 256K x (1) 256K x 36 36 10MB (1) 2M x 36 (1) 512K x NONE NONE 36 11MB (1) 2M x 36 (1) 256K x (1) 256K x (1) 256K x 36 36 36 12MB (1) 2M x 36 (1) 1M x 36 NONE NONE 13MB (1) 2M x 36 (1) 1M x 36 (1) 256K x NONE 36 14MB (1) 2M x 36 (1) 1M x 36 (1) 256K x (1) 256K x 36 36 14MB (1) 2M x 36 (1) 1M x 36 (1) 512K x NONE 36 16MB (1) 2M x 36 (1) 2M x 36 NONE NONE 16MB (1) 4M x 36 NONE NONE NONE 16MB (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 17MB (1) 4M x 36 (1) 256K x NONE NONE 36 17MB (1) 256K x (1) 2M x 36 (1) 2M x 36 NONE 36 17MB (1) 256K x NONE (1) 2M x 36 (1) 2M x 36 36 18MB (1) 512K x NONE (1) 2M x 36 (1) 2M x 36 36 18MB (1) 2M x 36 (1) 2M x 36 (1) 512K x NONE 36 18MB (1) 4M x 36 (1) 512K x NONE NONE 36 19MB (1) 4M x 36 (1) 512K x (1) 256K x NONE 36 36 21MB (1) 4M x 36 (1) 1M x 36 (1) 256K x NONE 36 21MB (1) 4M x 36 (1) 256K x (1) 512K x (1) 512K x 36 36 36 22MB (1) 4M x 36 (1) 1M x 36 (1) 256K x (1) 256K x 36 36 24MB (1) 4M x 36 (1) 2M x 36 NONE NONE 24MB (1) 4M x 36 (1) 1M x 36 (1) 1M x 36 NONE 25MB (1) 4M x 36 (1) 256K x (1) 1M x 36 (1) 1M x 36 36 28MB (1) 4M x 36 (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 32MB (1) 8M x 36 NONE NONE NONE 32MB (1) 4M x 36 (1) 4M x 36 NONE NONE 32MB (1) 2M x 36 (1) 2M x 36 (1) 2M x 36 (1) 2M x 36 33MB (1) 4M x 36 (1) 4M x 36 (1) 256K x NONE 36 33MB (1) 8M x 36 (1) 256K x NONE NONE 36 34MB (1) 8M x 36 (1) 256K x (1) 256K x NONE 36 36 DRAM CONFIGURATION (CON’T) Size Bank 0 Bank 1 Bank 2 Bank 3 34MB (1) 4M x 36 (1) 4M x 36 (1) 256K x (1) 256K x 36 36 35MB (1) 8M x 36 (1) 256K x (1) 256K x (1) 256K x 36 36 36 36MB (1) 8M x 36 (1) 1M x 36 NONE NONE 36MB (1) 8M x 36 (1) 512K x (1) 512K x NONE 36 36 37MB (1) 8M x 36 (1) 1M x 36 (1) 256K x NONE 36 38MB (1) 8M x 36 (1) 512K x (1) 512K x (1) 512K x 36 36 36 40MB (1) 8M x 36 (1) 2M x 36 NONE NONE 40MB (1) 8M x 36 (1) 1M x 36 (1) 1M x 36 NONE 41MB (1) 8M x 36 (1) 256K x (1) 1M x 36 (1) 1M x 36 36 41MB (1) 8M x 36 (1) 2M x 36 (1) 256K x NONE 36 42MB (1) 8M x 36 (1) 2M x 36 (1) 512K x NONE 36 44MB (1) 8M x 36 (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 48MB (1) 8M x 36 (1) 2M x 36 (1) 2M x 36 NONE 48MB (1) 8M x 36 (1) 4M x 36 NONE NONE 49MB (1) 8M x 36 (1) 4M x 36 (1) 256K x NONE 36 50MB (1) 8M x 36 (1) 4M x 36 (1) 512K x NONE 36 52MB (1) 8M x 36 (1) 4M x 36 (1) 1M x 36 NONE 56MB (1) 8M x 36 (1) 4M x 36 (1) 1M x 36 (1) 1M x 36 64MB (1) 8M x 36 (1) 8M x 36 NONE NONE Note:SIMMS installed in banks 2 and 3 must be of the same size. At least one SIMM must be installed at a time. The order they should be filled is from the inside of the board outward. CACHE CONFIGURATION Size Bank 0 Bank 1 TAG 64KB (4) 8K x 8 (4) 8K x 8 (1) 8K x 8 128KB (4) 32K x 8 NONE (1) 32K x 8 256KB (4) 32K x 8 (4) 32K x 8 (1) 32K x 8 CACHE JUMPER CONFIGURATION Size JP12 JP13 JP14 JP16 64KB pins 1 & 2 pins 1 & 2 pins 1 & 2 pins 1 & 2 closed closed closed closed 128KB pins 2 & 3 pins 2 & 3 pins 2 & 3 pins 2 & 3 closed closed closed closed 256KB pins 3 & 4 pins 3 & 4 pins 3 & 4 pins 1 & 2 closed closed closed closed CACHE JUMPER CONFIGURATION (CON’T) Size JP17 JP18 JP19 JP20 64KB pins 1 & 2 pins 1 & 2 pins 1 & 2 pins 1 & 2 closed closed closed closed 128KB pins 2 & 3 pins 2 & 3 pins 2 & 3 pins 2 & 3 closed closed closed closed 256KB pins 1 & 2 pins 1 & 2 pins 1 & 2 pins 1 & 2 closed closed closed closed CPU TYPE/CACHE SIZE CONFIGURATION CPU Type Cache Size JP28 JP29 Any 486 xX 64KB pins 1 & 2 pins 1 & 2 closed closed Any 486 xX 128KB pins 1 & 2 pins 1 & 2 closed closed Any 486 xX 256KB pins 1 & 2 pins 1 & 2 closed closed 386 or 486DLC 64KB pins 2 & 3 pins 2 & 3 closed closed 386 or 486DLC 128KB pins 1 & 2 pins 1 & 2 closed closed 386 or 486DLC 256KB pins 2 & 3 pins 2 & 3 closed closed CPU TYPE CONFIGURATION CPU Type JP22 JP23 JP27 JP30 80386DX pins 1 & 2 pins 1 & 2 pins 7 & 8 pins 1 & 2 closed closed closed closed 80486SX pins 1 & 2 pins 1 & 2 pins 5 & 6 pins 1 & 2 closed closed closed closed 80486DLC pins 2 & 3 pins 2 & 3 pins 7 & 8 pins 2 & 3 closed closed closed closed 80487SX pins 1 & 2 pins 1 & 2 pins 3 & 4 pins 1 & 2 closed closed closed closed 80486DX pins 1 & 2 pins 1 & 2 pins 1 & 2 pins 1 & 2 closed closed closed closed 80486DX2 pins 1 & 2 pins 1 & 2 pins 1 & 2 pins 1 & 2 closed closed closed closed Pentium pins 1 & 2 pins 1 & 2 pins 3 & 4 pins 1 & 2 Overdrive closed closed closed closed CPU SPEED CONFIGURATION Speed JP15 JP21 JP31 JP32 20MHz pins 1 & 2 pins 1 & 2 pins 2 & 3 pins 1 & 2 closed closed closed closed 25MHz pins 3 & 4 pins 1 & 2 pins 2 & 3 pins 1 & 2 closed closed closed closed 33MHz pins 5 & 6 pins 1 & 2 pins 2 & 3 pins 1 & 2 closed closed closed closed 40MHz pins 7 & 8 pins 1 & 2 pins 2 & 3 pins 1 & 2 closed closed closed closed 50MHz pins 9 & 10 pins 2 & 3 pins 1 & 2 pins 2 & 3 closed closed closed* closed* 50iMHz pins 3 & 4 pins 1 & 2 pins 2 & 3 pins 1 & 2 closed closed closed closed 66iMHz pins 5 & 6 pins 1 & 2 pins 2 & 3 pins 1 & 2 closed closed closed closed Note:Only if using local bus adaptors, otherwise same settings as row above. (reversed) VESA WAIT STATE CONFIGURATION Wait states JP11 0 wait states pins 1 & 2 closed 1 wait state pins 2 & 3 closed