Currently peering with the IIX

(in order of connecting):

Currently peering with the IIX

Peer Name	Size	Type	Status	IPv6	Backup Link	Redundancy	Status
Machba (Israeli Universities Consortium)	10Gb/s	10GE		Active
Netvision 013 \ Cellcom	100GE	100GE		Active	100Gb/s
Bezeq International	100Gb/s	100GE		Active	100Gb/s
Partner \ 012	100Gb/s	100GE		Active	100Gb/s
Interspace	200Mb/s	GE
Internet Binat	20Gb/s	10GE		Active		Yes
Gilat Telecom	40Gb/s	40GE		Active	40Gb/s
GOV.IL - Tehila	1Gb/s	GE		Active
AT&T	1Gb/s	GE		Active
R.L. Internet	10Gb/s	10GE
Internet Rimon	40Gb/s	10GE		Active
CCC	20Gb/s	10GE		Active		Yes
Hot Net	200Gb/s	100GE		Active	200Gb/s
CellAct Communication	100Mb/s	GE		Active	100Mb/s	Yes
Interhost	100Gb/s	100GE		Active
VoiceCenter	100Mb/s	GE		Active
ITC	100Gb/s	100GE		Active	100Gb/s
Connect972	40Gb/s	10GE		Active
Bezeq	200Gb/s	100GE		Active		Yes
CLOUD LEASE Ltd.	40Gb/s	40GE		Active
Tamares Telecom	200Gb/s	100GE		Active		Yes

Note:

• Backup line – 2nd peer on standby, not forwarding traffic.
• Redundancy – 2nd peer where both peers are active and forwarding traffic.

Adding up the speed figures of the Shared GigE connected Peers in the above table, may result in a figure that is larger than the nominal IIX GigE trunks speed. This does not imply “overbooking”, or oversubscription of the access lines.

Traffic distribution in multiplexed networks is statistical. The correct way to check for trunk utilization would, therefore, be to go over some statistics.