Telcobriges N1 4 Shelf Spec Sheet
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TELCOBRIDGES’ N+1-4 Shelf 1+1 to 4+1 …strength and flexibility with no loss of service for the smaller system
TelcoBridges’ innovative, ultra performing SystemBlade™ is in a class of its own. It allows telecom system integrators to compete effectively by offering a tailor-made option at an extremely affordable price. The TelcoBridges’ system-on-a-blade™ solution has the reliability, flexibility and superior performance to replace any 4-64 trunk telecom system with a single blade. In addition, the bridging of multiple blades can easily increase a single system capacity up to 1024 trunks using our innovative Multi-Blade™. TelcoBridges’ unique TB640 System-Blade™ offers: • • • • • • • •
Easy integration Dynamic configuration Non-blocking architecture Proven flexibility High availability Unmatched density Superior scalability Telco-grade redundancy
The TelcoBridges N+1 solution facilitates flexible maintenance without loss of service, and protects the system against any interruption of a TB640 SystemBlade™ connected to the N+1 shelf. The solution comprises up to three 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 rerouting the traffic to the redundant blade until the necessary maintenance is completed. The N+1 architecture is compatible with the TB- MultiBlade™ architecture. 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 3:1 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. Features:
Facilitates maintenance without loss of service Protects against TB640 interruptions Scales from 1:1 to 3:1 Compatible with the TB Multi-Blade™
TB-N+1-4 SHELF SPECIFICATIONS Physical Interfaces
Power Requirements o o
N+1 Primary Blade o o
64 trunks internal (to active TB640s) 64 trunks external (to customer facility)
o
64 trunks internal (to standby TB640)
N+1 Redundant Blade
Environment and Certifications Environmental
Scalability Safety o o
Up to 3 N+1 primary blades and 1 N+1 redundant blade Each N+1 blade supports up to 64 trunks
Control and Management
Provided by he TB640 System-Blade™ 0.1 W per N+1 blade
EMC
o o o o
Operating temperature: 0 to +50C Storage temperature: -40 to +70C Operating humidity: 5% to 85% non-condensing Storage humidity: 95% at +40C
o o o
US: UL60950 (2000) Europe: EN 60950 (2000) International: IEC60950 (1999)
o o o
FCC 47 CFR Part 15, Subpart B: 1999 (Class A) EN55022: 1998 for Class A EN55024: 1998
Designed to meet NEBS-3 compliance
Control o o
Control is done through TB640 API calls when connected to the N+1 Shelf N+1 redundant blade can takeover or release a N+1 primary at any time
High Availability and Redundancy o o o
Hot swap Hot insertion No software on N+1 blades
o
Can detect presence of all N+1 blades from any connected TB640 Each blade component is defined and state is readable by software for easy maintenance: Cable ID, connector ID, Slot ID Can check traffic state on each connection
Diagnostics o o
Host Operating System o
Remotely controlled by TB640 blade (no direct access to N+1 shelf)
Backplane Interfaces o
Mechanical N+1 Shelf
Proprietary
2U high x 245mm deep 19 inch rack mountable
N+1 Primary Blade o
6U single slot Front panel (233 x 160mm) Connectors Eight SCSI-3 cables per blade Each SCSI-3 cables support 16 trunks
N+1 Redundant Blade o
6U single slot Front panel (233 x 160mm) Connectors Four SCSI-3 cables per blade
o o
GR-63 Environmental specifications GR-1089 EMI/EMC specifications
Note: As these specifications are being revised on a regular basis, for up to the minute details, please check:
http://www.telcobridges.com/ ABOUT TELCOBRIDGES TelcoBridges designs, develops, manufactures and markets high performance, technologically advanced platforms for use in legacy and converged services networks, allowing telecommunication system integrators to attain significant efficiency and affordability levels in the creation of their products and services. TelcoBridges solutions permit customers to position themselves advantageously in today’s competitive marketplace by allowing them to target existing and new markets when they want, according to their development schedule. This is due to the built-in scalability and one-platform architecture that can grow with them. In addition, they shorten their time to market by utilizing innovative, cost-effective state-ofthe-art solutions on a blade™. For further information contact: TELCOBRIDGES Inc 115-A1 De Vaudreuil Boucherville, Quebec Canada, J4B 1K7 Telephone: +1-450-655-8993 Fax: +1-450-655-9511 [email protected] www.telcobridges.com
TelcoBridges’ innovative, ultra performing SystemBlade™ is in a class of its own. It allows telecom system integrators to compete effectively by offering a tailor-made option at an extremely affordable price. The TelcoBridges’ system-on-a-blade™ solution has the reliability, flexibility and superior performance to replace any 4-64 trunk telecom system with a single blade. In addition, the bridging of multiple blades can easily increase a single system capacity up to 1024 trunks using our innovative Multi-Blade™. TelcoBridges’ unique TB640 System-Blade™ offers: • • • • • • • •
Easy integration Dynamic configuration Non-blocking architecture Proven flexibility High availability Unmatched density Superior scalability Telco-grade redundancy
The TelcoBridges N+1 solution facilitates flexible maintenance without loss of service, and protects the system against any interruption of a TB640 SystemBlade™ connected to the N+1 shelf. The solution comprises up to three 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 rerouting the traffic to the redundant blade until the necessary maintenance is completed. The N+1 architecture is compatible with the TB- MultiBlade™ architecture. 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 3:1 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. Features:
Facilitates maintenance without loss of service Protects against TB640 interruptions Scales from 1:1 to 3:1 Compatible with the TB Multi-Blade™
TB-N+1-4 SHELF SPECIFICATIONS Physical Interfaces
Power Requirements o o
N+1 Primary Blade o o
64 trunks internal (to active TB640s) 64 trunks external (to customer facility)
o
64 trunks internal (to standby TB640)
N+1 Redundant Blade
Environment and Certifications Environmental
Scalability Safety o o
Up to 3 N+1 primary blades and 1 N+1 redundant blade Each N+1 blade supports up to 64 trunks
Control and Management
Provided by he TB640 System-Blade™ 0.1 W per N+1 blade
EMC
o o o o
Operating temperature: 0 to +50C Storage temperature: -40 to +70C Operating humidity: 5% to 85% non-condensing Storage humidity: 95% at +40C
o o o
US: UL60950 (2000) Europe: EN 60950 (2000) International: IEC60950 (1999)
o o o
FCC 47 CFR Part 15, Subpart B: 1999 (Class A) EN55022: 1998 for Class A EN55024: 1998
Designed to meet NEBS-3 compliance
Control o o
Control is done through TB640 API calls when connected to the N+1 Shelf N+1 redundant blade can takeover or release a N+1 primary at any time
High Availability and Redundancy o o o
Hot swap Hot insertion No software on N+1 blades
o
Can detect presence of all N+1 blades from any connected TB640 Each blade component is defined and state is readable by software for easy maintenance: Cable ID, connector ID, Slot ID Can check traffic state on each connection
Diagnostics o o
Host Operating System o
Remotely controlled by TB640 blade (no direct access to N+1 shelf)
Backplane Interfaces o
Mechanical N+1 Shelf
Proprietary
2U high x 245mm deep 19 inch rack mountable
N+1 Primary Blade o
6U single slot Front panel (233 x 160mm) Connectors Eight SCSI-3 cables per blade Each SCSI-3 cables support 16 trunks
N+1 Redundant Blade o
6U single slot Front panel (233 x 160mm) Connectors Four SCSI-3 cables per blade
o o
GR-63 Environmental specifications GR-1089 EMI/EMC specifications
Note: As these specifications are being revised on a regular basis, for up to the minute details, please check:
http://www.telcobridges.com/ ABOUT TELCOBRIDGES TelcoBridges designs, develops, manufactures and markets high performance, technologically advanced platforms for use in legacy and converged services networks, allowing telecommunication system integrators to attain significant efficiency and affordability levels in the creation of their products and services. TelcoBridges solutions permit customers to position themselves advantageously in today’s competitive marketplace by allowing them to target existing and new markets when they want, according to their development schedule. This is due to the built-in scalability and one-platform architecture that can grow with them. In addition, they shorten their time to market by utilizing innovative, cost-effective state-ofthe-art solutions on a blade™. For further information contact: TELCOBRIDGES Inc 115-A1 De Vaudreuil Boucherville, Quebec Canada, J4B 1K7 Telephone: +1-450-655-8993 Fax: +1-450-655-9511 [email protected] www.telcobridges.com
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