BOARD ID="NET0003" MFR="NEC" NAME="NEC H250E/H2500E Memory Expansion Board" CATEGORY="MEM" SLOT=isa16 ; LENGTH=330 COMMENTS="The APC-H250/H2500E is a 4-MB Memory Expansion Board. Additional memory up to 8MB can be added by installing up to 2 Memory Expansion Kits(APC H251) of 2MB each.\n Up to 2 APC-H250E/H2500E boards can be installed on a system for a total of 16 MB. The H2500E is the International version." ;SOFTWARE(1)="" SWITCH(1)=4 NAME = "SW1 - Board 1" STYPE = DIP VERTICAL = NO REVERSE = YES FACTORY = LOC(1-4)0000 COMMENTS = "This is Switch 1 of the first Memory Expansion board installed in the system.\n The first position of this switch is not used. The second 3 positions define the address of the 3rd bank of 2MB memory." SWITCH(2)=6 NAME = "SW2 - Board 1" STYPE = DIP VERTICAL = NO REVERSE = YES FACTORY = LOC(1-6)000000 COMMENTS = "This is Switch 2 of the first Memory Expansion board installed in the system.\n This switch defines the address of the 1st and 2nd bank of 2MB memory." SWITCH(3)=6 NAME = "SW3 - Board 1" STYPE = DIP VERTICAL = NO REVERSE = YES FACTORY = LOC(1-6)000000 COMMENTS = "This is Switch 3 of the first Memory Expansion board installed in the system.\n This switch defines the address of Bank 0 and 1 of the 2MB memory." SWITCH(4)=4 NAME = "SW1 - Board 2" STYPE = DIP VERTICAL = NO REVERSE = YES FACTORY = LOC(1-4)0000 COMMENTS = "This is Switch 1 of the 2nd Memory Expansion board installed in the system. " SWITCH(5)=6 NAME = "SW2 - Board 2" STYPE = DIP VERTICAL = NO REVERSE = YES FACTORY = LOC(1-6)000000 SWITCH(6)=6 NAME = "SW3 - Board 2" STYPE = DIP VERTICAL = NO REVERSE = YES FACTORY = LOC(1-6)000000 ; FUNCTION="Memory Expansion" TYPE = "MEM" COMMENTS = "The following choices show the switch settings for the memory expansion boards based on different starting addresses as determined by the amount of 32 bit system memory installed. Addresses must be set without intervals of space.\n" CHOICE="Starting Memory Addresses" TOTALMEM = 8M COMBINE MEMORY = 4M ADDRESS = 200000h|0A00000h INIT = SWITCH(1)LOC(1-4)1001|1001 INIT = SWITCH(2)LOC(1-6)100011|100011 INIT = SWITCH(3)LOC(1-6)010001|010001 INIT = SWITCH(4)LOC(1-4)1000|1000 INIT = SWITCH(5)LOC(1-6)000111|000111 INIT = SWITCH(6)LOC(1-6)110101|110101