![]() ![]() I’ve created a separate blog entry for how I write the images back to physical drives and how to create your own images if you do not want to use one of mine. Step 3: Creating your bootable HFS ZipDisk A 100MB OS 7.5.5 Bootable image (zipped, 5MB) for the remaining 68k systems that have 2MB or more memory installed.įor information on the content of these images and how to edit these images see my entry on creating a bootable disk starting with a disk image.įor other images I’ve created a separate page with a complete list of image files etc.I’ve managed to track down a scan of the Apple Memory Guide from November 2000 (pdf) that shows how to upgrade the memory for these and other 68k systems. ![]() The SE/30, Classic, Classic II, Portable, II, IIx, IIcx, IIci, IIsi, LC typically shipped with only 1 MB of memory. A 100MB OS 6.0.8 Bootable image (zipped, 5MB) for older 68k systems that may only have 1MB of memory installed.You can use one of mine, or create your own (I’ve created another blog entry to explain what drive images are, how to create them and with a summary table of all the drive images I’ve created).įirst determine which operating system you can, or want to run on your classic Macintosh.įor Iomega Zip drives I’ve made 2 types of bootable drive images, both formatted using the Hierarchical File System (HFS): a 100 MB SCSI Zip drive attached to my Windows 10 PC using a SCSI controller card.a USB 250 Zip drive attached to my Windows 10 PC, and.I’ve used this method to write an 100MB image file to both: Otherwise, you will need to use one of the other setup methods I’ve previously identified. This method will only work for 68k Macintosh computers that have an internal Iomega Zip drive, or have a working SCSI or PCMCIA connector for an external Iomega Zip drive. Step 1: Determine if you can use this method You have at least one, 100MB Zip disk that you plan to use.You have a working USB 100MB or 250MB Iomega Zip drive to connect to your Windows, OS X or Linux System using USB, SCSI or IDE.You have a working SCSI 100MB Iomega Zip drive attached to your 68k Macintosh System, set with a valid SCSI ID and with the terminator enabled if it is at the end of the chain.Your classic 68k Macintosh supports and is connected to an external or an internal Iomega Zip drive.If your 68k Macintosh does not turn on, or does not show the insert disk icon, you may need to do some repair work before you proceed. Your classic 68k Macintosh turns on, and is prompting you to insert a disk.Step 4: Booting your 68k Macintosh from your SCSI Zipdrive.Step 3: Creating your bootable HFS ZipDisk.Step 1: Determine if you can use this method. ![]()
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