nanog mailing list archives

Re: Recommended L2 switches for a new IXP


From: Aaron <aaron () wholesaleinternet net>
Date: Mon, 12 Jan 2015 09:24:56 -0600

We used to use Brocade FastIrons until we needed more 10G port density. We moved to Brocade SX's.

Originally, when it was 2 or 3 peers, we used an old Netgear switch. :)

Aaron

On 1/12/2015 7:07 AM, Mike Hammett wrote:
I look forward to this thread.

I think one important thing is who is your addressable market size? I'm working with a startup IXP and there's only 20 
carriers in the building. A chassis based switch would be silly as there would never be that many people present. 2x 1U switches 
would be more than plenty in their environment.




-----
Mike Hammett
Intelligent Computing Solutions
http://www.ics-il.com



----- Original Message -----

From: "Manuel Marín" <mmg () transtelco net>
To: nanog () nanog org
Sent: Monday, January 12, 2015 12:35:15 AM
Subject: Recommended L2 switches for a new IXP

Dear Nanog community

We are trying to build a new IXP in some US Metro areas where we have
multiple POPs and I was wondering what do you recommend for L2 switches. I
know that some IXPs use Nexus, Brocade, Force10 but I don't personally have
experience with these switches. It would be great if you can share your
experience and recommendations. There are so many options that I don't know
if it makes sense to start with a modular switch (usually expensive because
the backplane, dual dc, dual CPU, etc) or start with a 1RU high density
switch that support new protocols like Trill and that supposedly allow you
to create Ethernet Fabric/Clusters. The requirements are simple, 1G/10G
ports for exchange participants, 40G/100G for uplinks between switches and
flow support for statistics and traffic analysis.

Thank you and have a great day.

Regards



--
================================================================
Aaron Wendel
Chief Technical Officer
Wholesale Internet, Inc. (AS 32097)
(816)550-9030
http://www.wholesaleinternet.com
================================================================


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