Intermec 6200 Guida Di Riferimento

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Because this is an open system, the system configuration could differ from that

shown in these tables; such as you may have a custom installation.  To

determine the exact configuration, see the .INI files in flash memory or in the

toolkit.  The IRQ and COM port mapping, for example, is defined in

CARDID.INI.  To verify this information, simply enter CARDINFO /v" from the

DOS screen, comparing that with the definitions in the CARDID.INI file.

Table 7Ć1 shows the layout of flash memory.  The various sections that are

required to be located at specific addresses are defined in this table.  The file

names shown appear as hidden system files in the ROM drive.  None of the

nonsystem files in flash memory are required for system booting.

Table 7Ć1 

Flash Address

File Name

Description

Shadow

Address

F00000ćFBFFFF

or

F80000ćFBFFFF

ććć

Either 768 KB or 256 KB of ROM drive (6300 has

1 MB of flash, 6200 has 512 KB)

ććć

FC0000ćFC67FF VGABIOS.BIN

26K VGA BIOS

C0000ćC7FFF

FC6800ćFCC3FF H8PROG.EXT

H8 application download

ććć

Either INT 13h PC Card window or upper

memory, or both

C8000ćEFFFF

FCC400ćFCFFFF

15 KB ROM drive

FD0000ćFD57FF ROMDOSHI.BIN 22 KB ROM DOS not shadowed

ććć

FD5800ćFEFFFF ććć

106 KB of ROM drive

ććć

FF0000ćFF99FF

ROMDOSLO.BIN 38.5 KB ROM DOS 5

F0000ćF99FF

FF9A00ćFFAFFF ććć

5.5 KB ROM drive

ććć

FFB000ćFFFFFF ROMBIOS.BIN

20K ROM BIOS

FB000ćFFFFF

The files listed in Table 7Ć1 are stored as hidden system files within the ROM

drive file system in flash memory.  In addition to these hidden system files,

COMMAND.COM is required for the computer to boot.  Additional drivers can be

stored and loaded from either the remaining free space in flash memory or from

any other drive.
The upper memory region can be shared for use either as upper memory or as a

PC Card windowed memory.  An upper memory provider, UMP.SYS, is available

for converting shadow RAM into DOS upper memory.
The shadow address ranges do not match the corresponding flash address

ranges.  There is a reason for this:  All the code copied into shadow RAM is

writeĆprotected.  The minimum granularity for this writeĆprotect mechanism

varies between 16k and 32K, based on the address range in question.  Those

regions of memory that are writeĆprotected cannot be used as upper memory,

because upper memory must be writeĆenabled.
By comparing the two maps, you can see how much address space is currently

reserved but not used as shadow ROM.  This reserved space may be used in the

future when the sizes of various components grow.  In that event, the available

ROM drive space will be decreased.