; ; Specialix RIO Micro Channel Host Intelligent I/O Controller ADF file ; Copyright (C) 1991 by Specialix International ; All rights reserved ; ; Created : 901106 jeremyr@specialix.co.uk ; Version : 0.01 jeremyr@specialix.co.uk ; : First version ; : 1.00B jeremyr@specialix.co.uk ; : DOS utilities disk 1.00B ; Latest Version : 1.00B ; AdapterId 06A5CH AdapterName "RIO Micro Channel Host Intelligent Communications Card" NumBytes 2 NamedItem Prompt "Interrupt Level" choice "IRQ3" POS[0]=1111001Xb int 3 choice "IRQ4" POS[0]=1111010Xb int 4 choice "IRQ7" POS[0]=1111011Xb int 7 choice "IRQ9" POS[0]=1111000Xb int 9 choice "IRQ10" POS[0]=1111100Xb int 10 choice "IRQ11" POS[0]=1111101Xb int 11 choice "IRQ12" POS[0]=1111110Xb int 12 choice "IRQ15" POS[0]=1111111Xb int 15 Help "There are eight possible interrupt levels for the RIO Micro Channel Host. They may be shared between RIO Micro Channel Hosts but not with other adapters. Use the F5 and F6 keys to select an interrupt level to be used by the card." NamedItem Prompt "RIO Micro Channel Host Memory Address" choice "A0000 to AFFFF" POS[1]=00001010b mem 0A0000H-0AFFFFH choice "B0000 to BFFFF" POS[1]=00001011b mem 0B0000H-0BFFFFH choice "C0000 to CFFFF" POS[1]=00001100b mem 0C0000H-0CFFFFH choice "D0000 to DFFFF" POS[1]=00001101b mem 0D0000H-0DFFFFH choice "E0000 to EFFFF" POS[1]=00001110b mem 0E0000H-0EFFFFH choice "E00000 to E0FFFF" POS[1]=11100000b mem 0E00000H-0E0FFFFH choice "E10000 to E1FFFF" POS[1]=11100001b mem 0E10000H-0E1FFFFH choice "E20000 to E2FFFF" POS[1]=11100010b mem 0E20000H-0E2FFFFH choice "E30000 to E3FFFF" POS[1]=11100011b mem 0E30000H-0E3FFFFH choice "F00000 to F0FFFF" POS[1]=11110000b mem 0F00000H-0F0FFFFH choice "F10000 to F1FFFF" POS[1]=11110001b mem 0F10000H-0F1FFFFH choice "F20000 to F2FFFF" POS[1]=11110010b mem 0F20000H-0F2FFFFH choice "F30000 to F3FFFF" POS[1]=11110011b mem 0F30000H-0F3FFFFH help "The RIO Micro Channel Host uses 64k consecutive bytes of memory space. 256 possible locations are available - a selection of which can be chosen by using the F5 and F6 keys. Only protected mode operating systems, such as UNIX and XENIX can use addresses above 1 megabyte."