On Thu, 2 Aug 2001, Kenneth Wayne Culver wrote: > Also, the PIII CAN'T natively support more than 4GB of ram. If a > particular PIII motherboard supports this, then it's using some > kind of wierd chipset that allows this to happen. 4GB is the > limit with a 32 bit chip I believe; and the PIII is a 32-bit > chip. The Xeon series have 32 bits of virtual address space and 36 bits of physical address space. Rik -- Executive summary of a recent Microsoft press release: "we are concerned about the GNU General Public License (GPL)" http://www.surriel.com/ http://www.conectiva.com/ http://distro.conectiva.com/ To Unsubscribe: send mail to [EMAIL PROTECTED] with "unsubscribe freebsd-hackers" in the body of the message
- Re: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Terry Lambert
- Re: How to visit physical memory above 4G? Julian Elischer
- Re: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Sergey Babkin
- Re: How to visit physical memory above 4G? Julian Elischer
- Re: How to visit physical memory above 4G? Kenneth Wayne Culver
- Re: How to visit physical memory above 4G? Mike Smith
- Re: How to visit physical memory above 4G? Julian Elischer
- Re: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Kenneth Wayne Culver
- RE: How to visit physical memory above 4G? Charles Randall
- RE: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Terry Lambert
- Re: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Terry Lambert
- Re: How to visit physical memory above 4G? Mike Smith
- Re: How to visit physical memory above 4G? Rik van Riel
- Re: How to visit physical memory above 4G? Terry Lambert
- Re: How to visit physical memory above 4G? Terry Lambert