IBM Calls Linux "Logical Successor" To AIX
pknoll writes "Though it probably won't happen soon, IBM is talking about Linux eventually replacing AIX. The article at Globe Technology states there are IBM folks working on 'chips for 2007' systems, and the viewpoint projected is described as 'multidecade,' but it's an interesting view into the future of IBM and Linux."
I think the only things holding back Linux from replacing AIX are:
I installed Linux on an IBM eServe recently and it took to it really well, although I did have to use the "vanilla" install option of the Debian netinst to get it to use the ServeRAID card.
unixkb.com -- articles on practical Unix issues.
" Although IBM may not have contributed directly to kernel code, they are doing a lot to improve LINUX's image in the mindset of MANAGERS of IT Project,"
Just so noone gets the wrong idea, IBM has been contributing to kernel and OS code. Granted it's not out of charity...
Also dont they have a mjority stakholding in SuSE practically the only distrobution you cant download iso for?
Um, you can't download this?
In walking, just walk. In sitting, just sit. Above all, don't wobble.
-- Yun-Men
Actually IBM did put AIX on the desktop in the form of RT-PC. In fact the AIX first appeared on the desktop before on a server,
So far, he's refused an absolutely huge patch from an IBM team, there were two competing implementations and the IBM team lost out (LVM?). Anyway, the team acted with dignity and honour, and got to work immediately with helping the other team. So - they have no history of this whatosever wrt to Linux.
Anyway, the moment there was a patent problem with the kernel, there'd be a non-infringing implementation in within seconds.
"And they get to milk developers who work for free!"
"Milk" implies that they don't contribute their share and from watching linux-kernel I can tell you thier engineers are responsable for many of the scaleabillity improvments added so far during the 2.5.x development cycle.
Support for large major/minor configurations. For example this translates to being able to handle more than 256 devices on a SAN. Hot Plug PCI & Io drawers that work. Capacity on demand across virtual partitions allows processor/RAM to appear disappear from a virtual partition. A journaled file system that supports dynamic expansion across LV's. Mixed 32-bit and 64-bit applications running on the same hardware under either a 32-bit or 64-bit kernel. A built in kernel debugger that doesn't suck.
This just off the top of my head. Most of these features like the the JFS/LVM stuff has been there for years.