COMPAQ COMPUTER CORPORATION ProLinea 4/33 Processor 80486DX Processor Speed 33MHz Chip Set Compaq Max. Onboard DRAM 32MB Cache None BIOS Compaq Dimensions 330mm x 218mm I/O Options Bus mouse, floppy drive interface, IDE interface, parallel port, serial ports (2), VGA port NPU Options None [Image] CONNECTIONS Purpose Location Purpose Location VGA port CN1 Serial port 2 CN4 Parallel port CN2 PS/2 bus mouse CN5 Serial port 1 CN3 Riser card CN6 USER CONFIGURABLE SETTINGS Function Jumper Position » Monitor type select monochrome P4 pins 1 & 2 closed Monitor type select color P4 pin 2 & 3 closed » VGA I/O address select 396H/399H P5 pins 1 & 2 closed VGA I/O address select 25EH/25FH P5 Open » Wait states select 0 P6 pins 1 & 2 closed Battery select external P6 Open » EGA emulation enabled P7 pins 1 & 2 closed EGA emulation disabled P7 pins 2 & 3 closed » Speaker select internal P8 pins 1 & 2 closed Speaker select external P8 pins 2 & 3 closed » VGA port enabled P50 & P51 pins 2 & 3 closed VGA port disabled P50 & P51 pins 1 & 2 closed » Battery select internal P52 pins 2 & 3 closed Battery select external P52 pins 1 & 2 closed » CMOS memory normal operation P52 pins 1 & 2 or 2 & 3 CMOS memory clear P52 Open Note:The location of jumpers on board are unidentified. 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 4MB (1) 256K x (1) 256K x (1) 256K x (1) 256K x 36 36 36 36 4MB (1) 512K x (1) 512K x NONE NONE 36 36 4MB (1) 1M x 36 NONE NONE NONE 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) 1M x 36 (1) 1M x 36 NONE NONE 8MB (1) 4M x 36 NONE NONE NONE 12MB (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 NONE 16MB (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 (1) 1M x 36 16MB (1) 4M x 36 NONE NONE NONE 24MB (1) 4M x 36 (1) 1M x 36 (1) 1M x 36 NONE 32MB (1) 4M x 36 (1) 4M x 36 NONE NONE Note: The simplest memory configuration is shown to conserve space. In practice, any bank may be filled with any type of SIMM, as long as Bank 0 is filled first, Bank 1 second, etc. and the total memory is less than 32MB.