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IBM EOL Support — Ethiopia

IBM Support in Ethiopia After End of Life

ICD supplies tested tape, Power Systems and Storwize components into Ethiopia from Cairo inside the published East Africa band, including the older drive generations an archive still depends on being able to read.

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FAQ

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Tape generations, archive readability and the Ethiopia lane.

The East Africa card, four to six days door-to-door from Cairo, with Ethiopia named on it. It is a published standing band and customs clearance is quoted separately from it.
That is generational read compatibility, and it is finite. A tape drive reads back only a limited number of previous generations, typically one or two, and writes fewer. Skip far enough ahead and the new drive physically cannot read media the old one wrote. The upgrade worked exactly as specified. The archive became unreadable as a direct consequence.
It is the commonest omission we see, because a drive upgrade is treated as a capacity and speed decision about future backups. The archive is not part of that conversation: it is old, it is quiet, it has not been touched in years, and no one has asked it to do anything. It becomes visible only when somebody needs a restore from it.
Either retain or reacquire a drive of a generation that can read the media, or migrate the archive onto current media using such a drive. Migration is the durable answer and it needs the old drive to exist for as long as it takes. Both routes depend on obtaining hardware that is no longer sold, which is the part that takes time.
We do, for exactly this reason. The entire value of an older tape drive is reading media that newer hardware cannot, so we source them alongside media and magazines for generations withdrawn from sale.

IBM Support in Ethiopia After End of Life

A tape drive upgrade is one of the few improvements that can destroy access to data without touching it. The old cartridges are undamaged, correctly stored and perfectly readable by the drive that wrote them. That drive has been removed, and the replacement cannot read them, because reading backwards across tape generations has a hard limit.

Backward Compatibility on Tape Is Explicitly Finite

Each tape generation reads a small number of earlier generations and writes fewer still. That is a published characteristic of the format, not a defect. It means the gap between the drive you have and the drive you are buying determines whether your existing media remains readable. Skip two or three generations, which is normal when hardware is replaced only every several years, and the answer is no.

The archive is absent from the upgrade decision

A drive replacement is reasoned about as capacity and throughput for backups yet to be taken. The archive contributes nothing to that calculation. It is old media in a cupboard or an off-site box, nobody has requested anything from it in years, and it raises no requirement during planning. It is discovered at the moment somebody needs a restore, which is a moment already going badly.

Both remedies need hardware that is no longer sold

You either keep a drive that can read the media, or you migrate the archive onto current media using one. Migration is the durable answer, and it requires a working older drive for the whole duration of the copy. Either way the dependency is on a generation withdrawn from sale, and sourcing that under pressure, after a restore has already failed, is considerably harder than doing it deliberately in advance.

What ICD Supplies for IBM Estates in Ethiopia

Tape drives sourced by generation specifically to read media that newer units cannot, media and magazines for generations withdrawn from sale, Power Systems frames and boards, Storwize enclosures and canisters with the drive classes a shelf accepts, memory at the placement the frame was built around, and host and fabric adapters matched to the port opposite. The East Africa band we publish gives Ethiopia 4 to 6 days, Cairo to the door. Each unit is run in before dispatch, its serial noted, and covered for one to three years.

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