What's the difference between IBM and Intel ABG cards?
Posted: Wed Nov 30, 2005 12:56 am
I've been reading about Atheros chipset wifi cards for a while now, and I also have an IBM 11a/b/g card in my thinkpad, and I've learned that Intel also offers an abg card on the thinkpad now, at a little bit lower price no less. This interests me because I've been installing and configuring Slackware 10.2 Linux on my machine for a while, and gotten the wireless up and running by using madwifi. This seems to be the only way to get the Atheros card running in Linux, and I've read a little bit about the reasons for this limitation on thinkwiki.org, and it says that a proprietary HAL is all that is offered because one might be able to run the chip on any frequency. While I get this concept, I still don't understand why the intel chipset doesn't do that, and so the driver has now been compiled into the 2.6.14 kernel.
This is probably the wrong place to get into a long-winded discussion of this, but there are other things I wish I knew more about.
1) Is there any functional difference between the IBM and Intel cards besides the chipset (i.e. differences in power-consumption, connectivity,etc.?)
2) If I were to decide to change the adapter in my Thinkpad, would it simply involve buying the new card and swapping out the old-one, or would it require a complete change of the mobo?
3)Why does IBM/Lenovo offer both cards in the first place? It seems like there really need be only one offered since they both support all of the same IEEE standards.
This is probably the wrong place to get into a long-winded discussion of this, but there are other things I wish I knew more about.
1) Is there any functional difference between the IBM and Intel cards besides the chipset (i.e. differences in power-consumption, connectivity,etc.?)
2) If I were to decide to change the adapter in my Thinkpad, would it simply involve buying the new card and swapping out the old-one, or would it require a complete change of the mobo?
3)Why does IBM/Lenovo offer both cards in the first place? It seems like there really need be only one offered since they both support all of the same IEEE standards.