Hi Steve,
I have been involved with Norberto with the development of the Z67-IDE since
about 2010, working mostly on testing of the system and developing variants
of the OS systems to exploit the advantages of the new hardware. As the
system has developed, the images change.
Heath systems are dependent on the installed hardware. The closer the
hardware compliment of the machine being imaged matches the hardware of the
target machine will determine how well the image will work on the target.
Most of the images are named to reflect the drive complement: c1767-4m.imgc
is CP/M for an H89 with H17 and Z67 drives running the 2/4 MHz Speed
Modification and C3767-2G.imgc is for CP/M with H37 and Z67 drives for a 2
GB CF card.
Loading an image that is close to the same hardware complement as your
machine can save you a great deal of time in generating a bootable system
but will still need to be 'tweaked' for your specific hardware.
As for currency, the image file (if not corrupt) is a snapshot of my testing
environment on the day that the image was made. I try to configure the
hardware to typical Heath settings prior to making the image to minimize
difficulties on the user's end (but sometimes miss a setting). For
instance, I run my terminal at 19200 baud on the H17/Z67 machine and must
set all boots for 9600 baud before making the image to allow unmodified
machines to boot up on it.
The latest image made is of the H8 with both H17 & H37 floppies and the
Z67-IDE+ running Norberto's H8 Speed card, USB card, and Real-Time Clock
card and with both CF cards formatted in QuikStor format allowing each
system selector position to be either a QS-CP/M environment of 240 MB or
three independent sessions of HDOS running in an 80 MB environment.
Now, for your specific hardware, things will be different. On a Standard
Heath H89, you can only have two disk controllers: H17 & H37, H17 & Z67, or
H37 & Z67. Usually, one of the floppy controllers is removed to allow
installing the Z67 SASI card for the Z67-IDE.
The H17 system is supported with Les Bird's H8D IMAGE utility to allow
re-creating H17 floppy disks from H8D disk images, but you are limited to 40
track drives to do this. The H37 floppy provides 2 to 4 times the storage
space, doesn't require Hard-sectored disks and will work at either 2 or 4
MHz CPU clock speeds. I am not familiar with the MMS 77316 but expect it to
work about the same as the H37 controller.
-- ken
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