Not sure about the optical (fibre) but the copper is Intel Pro Series.
-----Original Message----- From: owner-toasters@mathworks.com [mailto:owner-toasters@mathworks.com] On Behalf Of Art Hebert Sent: Friday, March 15, 2002 4:15 PM To: Toasters (E-mail) Subject: What brand of gig cards does Netapp use? Intel, 3com, ??
Optical is also Intel Pro 1000.
----- Original Message ----- From: "Todd Phillips" toddp@iarchive.com To: "'Art Hebert'" art@arzoon.com Cc: "'Toasters (E-mail)'" toasters@mathworks.com Sent: Saturday, March 16, 2002 9:49 PM Subject: RE: What brand of gig cards does Netapp use? Intel, 3com, ??
Not sure about the optical (fibre) but the copper is Intel Pro Series.
-----Original Message----- From: owner-toasters@mathworks.com [mailto:owner-toasters@mathworks.com] On Behalf Of Art Hebert Sent: Friday, March 15, 2002 4:15 PM To: Toasters (E-mail) Subject: What brand of gig cards does Netapp use? Intel, 3com, ??
I will say Optical GE is much better than copper GE. :)
-----Original Message----- From: "Uros Lampret" uros.lampret@ourspace.si To: toddp@iarchive.com, "'Art Hebert'" art@arzoon.com Date: Sat, 16 Mar 2002 22:44:02 +0100 Subject: Re: What brand of gig cards does Netapp use? Intel, 3com, ??
Optical is also Intel Pro 1000.
----- Original Message ----- From: "Todd Phillips" toddp@iarchive.com To: "'Art Hebert'" art@arzoon.com Cc: "'Toasters (E-mail)'" toasters@mathworks.com Sent: Saturday, March 16, 2002 9:49 PM Subject: RE: What brand of gig cards does Netapp use? Intel, 3com, ??
Not sure about the optical (fibre) but the copper is Intel Pro Series.
-----Original Message----- From: owner-toasters@mathworks.com [mailto:owner-toasters@mathworks.com] On Behalf Of Art Hebert Sent: Friday, March 15, 2002 4:15 PM To: Toasters (E-mail) Subject: What brand of gig cards does Netapp use? Intel, 3com, ??
Alfred Lim wrote:
I will say Optical GE is much better than copper GE.
From what I recall copper gigabit is actually a bit of a hack and not gigabit at all. ISTR that its only half duplex and it sends 250Mb/s over groups of pairs. Whatever the detail it's never going to perform as well as fibre.
Chris
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Uros Lampret