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Please view the sequence of pictures of a Sonus Networks Voice over IP Solution.  This particular solution uses a pair of RiverStone RS8600 routers in redundant configuration to handle intra-system communications.  This is an example of how it can be configured within a carrier central office.  Additional components of this solution include several Sun Microsystems Netra 1400s and Netra 120s.  This installation adheres to the Telcordia Installation Standards manual, GR1275, and it NEBS compliant to GR63


 

Riverstone Networks RS8600 with GBIC modules and providing connectivity and intra-system redundancy.

Riverstone Networks RS8600s with GBIC modules and providing connectivity and intra-system redundancy.

Riverstone Networks RS8600s with GBIC modules and providing connectivity and intra-system redundancy.

Riverstone Networks RS8600s with GBIC modules and providing connectivity and intra-system redundancy.

Riverstone Networks RS8600 DC Fuse panel providing -48 VDC redundancy.

Riverstone Networks RS8600s showing placement in cabinet and cablemanagement.

Riverstone Networks RS8600s with GBIC modules and providing connectivity and intra-system redundancy.

Riverstone Networks RS8600s with GBIC modules and providing connectivity and intra-system redundancy.

Riverstone Networks RS8600 DC Fuse panel providing -48 VDC redundancy.

Riverstone Networks RS8600 rear view with DC Fuse panel providing -48 VDC redundancy.

Riverstone Networks RS8600 rear view with DC Fuse panel providing -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Rear view of completed VoIP system.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

DC Fuse panel providing -48 VDC redundancy for equipment in the lower part of the cabinet..

Rear view of VoIP system Switch.

Sous Networks GSX 9000 HD Chassis.

Rear view of VoIP system Switch. Shows Gig-E fiber jumper protection.

Sous Networks GSX 9000 HD Chassis.

Rear view of VoIP system Switch. Shows Gig-E fiber jumper protection.

Sous Networks GSX 9000 HD Chassis.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Sun Microsystems Netra 1400 rear view with intra-system Ethernet connections and DC connectivity showing triple -48 VDC redundancy.

Rear view of VoIP system Switch.

Sous Networks GSX 9000 HD Chassis.

Front view of VoIP system Switch.

Sous Networks GSX 9000 HD Chassis.

Front view of completed VoIP system

Front view of VoIP system Switch. Shows Gig-E fiber jumper protection.

Sous Networks GSX 9000 HD Chassis.

Front view of Sun Microsystems Netra 1400

Front view of Sun Microsystems Netra 1400

 

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Last modified: 02/18/09