TB N+1 Trunk Protection - Revision history

Allyntree: Needs revising edit

2018-04-24T19:24:28Z

Needs revising edit

← Older revision		Revision as of 15:24, 24 April 2018
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	For example, the TB-N+1-16 Solution comprises up to fifteen primary TB640 System-Blades™ connected to the network through the N+1 shelf, plus one redundant TB640 blade waiting to be connected to the network in case of need.		For example, the TB-N+1-16 Solution comprises up to fifteen primary TB640 System-Blades™ connected to the network through the N+1 shelf, plus one redundant TB640 blade waiting to be connected to the network in case of need.

	The redundant TB640 System-Blade™ can takeover at any time any one primary TB640 System-Blade™, so re-~~routing~~ the traffic to the redundant blade until the necessary maintenance is completed.		The redundant TB640 System-Blade™ can takeover at any time any one primary TB640 System-Blade™, and re-route the traffic to the redundant blade until the necessary maintenance is completed.

	The N+1 architecture is compatible with the TB-Multi-Blade™ architecture. With N+1, fifteen primary blades plus one redundant blade can be fully interconnected to create a non-blocking switch of 960 trunks.		The N+1 architecture is compatible with the TB-Multi-Blade™ architecture. With N+1, fifteen primary blades plus one redundant blade can be fully interconnected to create a non-blocking switch of 960 trunks.
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Cbilodeau: add needs revising category

2013-01-18T21:22:53Z

add needs revising category

← Older revision		Revision as of 17:22, 18 January 2013
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Ktrueman: initial content

2009-07-21T15:56:04Z

initial content

New page

[[Image:Photo-TB-N+1-shelf.jpg|thumb|300px|Photo of the TB N+1 shelf]]
The TelcoBridges [[N+1]] Shelf family of products were specifically designed to facilitate maintenance and protect the system against any interruption of a [[TB640]] System-Blade™ connected to the N+1 Shelf.

For example, the TB-N+1-16 Solution comprises up to fifteen primary TB640 System-Blades™ connected to the network through the N+1 shelf, plus one redundant TB640 blade waiting to be connected to the network in case of need.

The redundant TB640 System-Blade™ can takeover at any time any one primary TB640 System-Blade™, so re-routing the traffic to the redundant blade until the necessary maintenance is completed.

The N+1 architecture is compatible with the TB-Multi-Blade™ architecture. With N+1, fifteen primary blades plus one redundant blade can be fully interconnected to create a non-blocking switch of 960 trunks.

Control, maintenance and diagnostics are all provided through TB640 API calls, with a full set of easy-to-use functions for complete system status monitoring and control.

N+1 blades can be added live to a system with no downtime. This means the system can scale from a 1:1 to 15:1 protection while it is still running.
The TB640 System-Blades™ attached to the N+1 blades also provide the low power needed by the system.

== References ==
*[[Media:Data-sheet-TB-N+1 Shelf.pdf|Data sheet]]

[[category:Hardware]]