cixp.web.cern.ch
How to understand the graph | CIXP
http://cixp.web.cern.ch/how-understand-graph
How to understand the graph. How to understand the graph. Statistics graph represents values polled on devices using SNMP and stored in a RRD (Round Robin Database). For example, traffic statistics use the following MIBs. The RRDtool is used to extract data from the RRD file and can be used to generate various graphical representations of this data (for example, incoming traffic and outgoing traffic are displayed on the same graph using "mirror" view. A graph represents data stored for a given period.
as55666.net
as55666 - Tools
http://as55666.net/tools.html
Help desk: noc@gmedia.co.id. Website @ www.gmedia.net.id. Public IPv4 and IPv6 Looking Glass. European Organization for Nuclear Research 02. lg.he.net. Hurricane Electric's Network 03. lg.as6453.net. TATA COMMUNICATIONS 04. noc.seabone.net. Seabone 05. pch. Packet Clearing House - - Public DNS Tools. DNSQUERIES 03. dnsstuff. FASTNEXT DNS Tools 04. testns. APNIC - DNS Diagnostics.
cixp.web.cern.ch
Members' traffic | CIXP
http://cixp.web.cern.ch/technical/members-traffic
How to understand the graph.
cixp.web.cern.ch
Application form | CIXP
http://cixp.web.cern.ch/how-join/application-form
For current Membership and Port charges, see the Pricelist. Or email cixp-support@cern.ch. Please complete all sections of this form. Entries marked with an asterisk *. Once submitted, the form will be automatically sent to the CIXP team who will deal with your request. Legal name of company *. Principal contact person *. Official web site *. Accounts contact name or role *. Billing Address (if different). Network Operations Centre Details. NOC contact name/role *. NOC email address *.
cixp.web.cern.ch
Technical Information | CIXP
http://cixp.web.cern.ch/technical-information
The CIXP is a distributed layer 2 infrastructure with switched 10M/100M/1G/10G ports. 1Gbps ports can be baseT, base SX and LX. 10Gbps can be baseSR and LR. Brocade and Force10 switches are used. IPv4 and IPv6 addresses are provided for peerings. Connection to the CIXP does not provide any automatic connectivity. In order to get connectivity to other networks it is the full responsibility of the ISP to make agreements and/or subscribe to such services via other ISPs located on the CIXP or elsewhere.
cixp.web.cern.ch
History | CIXP
http://cixp.web.cern.ch/about/history
The CIXP was formally established on January 1st, 1996 using standard Ethernet switching technology. In 1989 the first pan-European internet backbone was established through CERN, and in 1990 the first T1 connection to NSFnet. In the USA was made. At the time, trans-Atlantic speeds were at a record 1.5Mb/s, about 10% of today's ADSL for home-use. The CIXP has been a member of Euro-IX (European Internet Exchange Association). Since the very first meeting of that organisation in October, 2001.
cixp.web.cern.ch
Route Servers | CIXP
http://cixp.web.cern.ch/technical/route-servers
CIXP has made available two route servers to allow any CIXP member to peer through them rather than setting up individual peerings with all the other members. Individual routing policies can be set by the members by using the BGP communities described later in this page. The usage of the route servers is not mandatory; members may still configure individual peerings if they prefer - or complement the individual peerings with the usage of one or two route servers, for a more robust peering infrastructure.
cixp.web.cern.ch
News | CIXP
http://cixp.web.cern.ch/news
Viatel acquired by Zayo Group. Submitted by John Shade. On Mon, 01/04/2016 - 16:22. Viatel, a CIXP member, has recently been acquired by Zayo Group Holdings, Inc. ( Zayo ) (NYSE: ZAYO). For further information, visit www.zayo.com (link is external) and www.viatel.com (link is external). Read more about Viatel acquired by Zayo Group. NORDUnet present at CIXP. Submitted by John Shade. On Wed, 10/14/2015 - 14:33. We are pleased to welcome NORDUnet (AS2603) as the latest member to join the CIXP. Ixreach, glo...