Telcobriges Ss7 Spec Sheet
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TELCOBRIDGES’ SS7 SIGNALING Over 1000 ISUP Calls per second (CPS) …simply superior signaling performance TB-SS7 superior signaling performance has arrived, and it’s on a blade™ … a TB System-Blade™. The TelcoBridges’ platform offers a full set of signaling capabilities from ISDN to CAS to SS7, which can be configured together, or independently, at any time on a blade™, without shutting down the system. This enables swift, flexible connections to multiple networks, so creating a multi-purpose gateway. All signaling variations on the TB System-Blade™ are fully integrated with the required protocol software and are tested and delivered together.
TelcoBridges’ innovative, ultra performing System-Blade™ is in a class of its own. It allows telecom system integrators to compete effectively by offering a tailor-made option at an affordable price. The TelcoBridges’ TB640 system-on-a-blade™ solution has the reliability, flexibility and superior performance to replace any 8-64 trunk telecom system with a single blade; bridging easily up to 1024 trunks with our Multi-Blade™ system. TelcoBridges’ offers: • • • • • • • •
unique
TB640
System-Blade™
Easy integration Dynamic configuration Non-blocking architecture Proven flexibility High availability Unmatched density Superior scalability Telco-grade redundancy
The SS7 stack on the TB640 System-Blade™ provides an unparalleled combination of high performance, superior scalability, plus a dynamic configuration, allowing TelcoBridges to offer a carrier grade system on a blade™. Dynamic Configuration SS7 links, CICs, OPCs, DPCs and linksets can be added (or deleted) while the service is running. Multiple SS7 variants can be used on the same blade simultaneously, and can be added and removed dynamically. Higher Capacity and Performance For example, one TB System-Blade™ with SS7 has the capacity to support 64 links and 30,000 CICs. With its onboard processing power, a single TB640 SystemBlade™ can run several of the signaling stack layers and achieve more than 1000 ISUP calls per second (CPS). The application server controlling the system is thus freed to perform other tasks. Superior Scalability and Reliability By running the SS7 stack on a blade™, you can create a system that is easily scaled to achieve the overall system performance and stability required. This is due to: • the distributed architecture and its capability for unequaled N+1 redundancy (TB640); • the provision of the same point code on multiple blades; • the overall number of circuits controlled; • the number of SS7 links the system can support, as well as the high number of calls per second (CPS) the system can achieve with this architecture.
This distributed architecture capability means the TB System-Blade™ with SS7 achieves a higher performance and reliability and than any other system presently on the market.
Features:
Multiple variants and protocols supported simultaneously (ISUP, TUP and TCAP) More than 1000 Calls per second (CPS) Up to 16 links per E1/T1 Up to 64 links per blade Supports dynamic linkset and OPC configuration Supports dynamic route (DPC) configuration (add DPC without stopping service) Supports dynamic network, CIC and stack configuration Supports SS7 tapping
o
Supported variants (upon request) ETSI (V2 and v3): ETS 200 356, ETS 300 356 Deutsche Telecom FTZ, 163 TR 75.95 Italy ISUP, ISUP-S ISDN User Part Specification Russia ISUP, ISDN User Part (ISUP) Specifications for the National Network of Russia (Compliance Statement) NTT (Japan), Q.761-a, Q.762-a, Q.763-a, Q.764-a NTT (Japan), Appendices 4 and 5, ISUP Specification India 2000, National CCS7 Standards for MTP and ISUP Standards No.S/CCS02/03.Jan’2000
o o
For TCAP support Supported variants ITU-T, Q.711-Q.714, Q.716 (1988, 1993, 1996), Q.752 ANSI T1.112 (1988, 1992, 1996) GSM 08.06 China (1994) Supported variants (upon request) Telcordia GR246 Issue 5 Japan (JT Q711 - JT Q714)
TB-SS7 SPECIFICATIONS ¾
MTP1, MTP2, MTP3, ISUP, SCCP & TCAP support
Characteristics o o
APIs available for direct control of MTP2, MTP3, ISUP, SCCP & TCAP Distributed architecture Fault tolerance and high availability Load sharing
SCCP
o
MTP1 and MTP2 o o o o o
Support 56Kbps and 64Kbps links Supports dynamic link configuration Supports High Speed Links (HSL) at both 1.5M and 2M (upon request) Supported variants ITU-T, Q.701, Q.703 ANSI T1.111.3 Supported variants (upon request) JT Q.703 (TTC, Japan) NTT Q.703 (NTT, Japan)
MTP3 characteristics o o o o
o
Up to 64 OPC per blade Up to 64 linksets per blade Point code sharing by multiple boards with distributed architecture Supported variants ANSI (used for ANSI88 and ANSI92) ANSI96 (used for ANSI96 and TELCORDIA) ITU (used for ITU88, ITU92, ITU97, Q767, SINGAPORE and ETSI) China, GF001-9001 Supported variants (upon request) TTC, Japan NTT, Japan
ITU 97, Q.761 – Q.764 (1997), Q.763 Addendum 1 (05/1998), Q.765 ISUP ASE module (05/1998) Q.767, ITU 1991 Singapore Telecom, Common Channel Signalling System N.7, Singapore Telecom, 1988 Telcordia 97, GR-317, GR-394
TCAP characteristics o o
Supported variants ITU-T, Q.701, Q.752, Q.771-Q.775, Q.787 Supported variants (upon request) ETSI, ETS 300 287-1 ANSI, T1.114 TTC (Japan), JT Q.771- JT Q.774
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™.
ISUP characteristics o o o
Control of up to 30,000 CICs per blade Control of all Information Elements (IEs) Supported variants ANSI 88, T1.113 (1998) ANSI 92, T1.113 (1992) ANSI 95, T1.113.1 – T1.113.4 (1995) ITU 92, Q.761 - Q.764 (1993)
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 System-Blade™ is in a class of its own. It allows telecom system integrators to compete effectively by offering a tailor-made option at an affordable price. The TelcoBridges’ TB640 system-on-a-blade™ solution has the reliability, flexibility and superior performance to replace any 8-64 trunk telecom system with a single blade; bridging easily up to 1024 trunks with our Multi-Blade™ system. TelcoBridges’ offers: • • • • • • • •
unique
TB640
System-Blade™
Easy integration Dynamic configuration Non-blocking architecture Proven flexibility High availability Unmatched density Superior scalability Telco-grade redundancy
The SS7 stack on the TB640 System-Blade™ provides an unparalleled combination of high performance, superior scalability, plus a dynamic configuration, allowing TelcoBridges to offer a carrier grade system on a blade™. Dynamic Configuration SS7 links, CICs, OPCs, DPCs and linksets can be added (or deleted) while the service is running. Multiple SS7 variants can be used on the same blade simultaneously, and can be added and removed dynamically. Higher Capacity and Performance For example, one TB System-Blade™ with SS7 has the capacity to support 64 links and 30,000 CICs. With its onboard processing power, a single TB640 SystemBlade™ can run several of the signaling stack layers and achieve more than 1000 ISUP calls per second (CPS). The application server controlling the system is thus freed to perform other tasks. Superior Scalability and Reliability By running the SS7 stack on a blade™, you can create a system that is easily scaled to achieve the overall system performance and stability required. This is due to: • the distributed architecture and its capability for unequaled N+1 redundancy (TB640); • the provision of the same point code on multiple blades; • the overall number of circuits controlled; • the number of SS7 links the system can support, as well as the high number of calls per second (CPS) the system can achieve with this architecture.
This distributed architecture capability means the TB System-Blade™ with SS7 achieves a higher performance and reliability and than any other system presently on the market.
Features:
Multiple variants and protocols supported simultaneously (ISUP, TUP and TCAP) More than 1000 Calls per second (CPS) Up to 16 links per E1/T1 Up to 64 links per blade Supports dynamic linkset and OPC configuration Supports dynamic route (DPC) configuration (add DPC without stopping service) Supports dynamic network, CIC and stack configuration Supports SS7 tapping
o
Supported variants (upon request) ETSI (V2 and v3): ETS 200 356, ETS 300 356 Deutsche Telecom FTZ, 163 TR 75.95 Italy ISUP, ISUP-S ISDN User Part Specification Russia ISUP, ISDN User Part (ISUP) Specifications for the National Network of Russia (Compliance Statement) NTT (Japan), Q.761-a, Q.762-a, Q.763-a, Q.764-a NTT (Japan), Appendices 4 and 5, ISUP Specification India 2000, National CCS7 Standards for MTP and ISUP Standards No.S/CCS02/03.Jan’2000
o o
For TCAP support Supported variants ITU-T, Q.711-Q.714, Q.716 (1988, 1993, 1996), Q.752 ANSI T1.112 (1988, 1992, 1996) GSM 08.06 China (1994) Supported variants (upon request) Telcordia GR246 Issue 5 Japan (JT Q711 - JT Q714)
TB-SS7 SPECIFICATIONS ¾
MTP1, MTP2, MTP3, ISUP, SCCP & TCAP support
Characteristics o o
APIs available for direct control of MTP2, MTP3, ISUP, SCCP & TCAP Distributed architecture Fault tolerance and high availability Load sharing
SCCP
o
MTP1 and MTP2 o o o o o
Support 56Kbps and 64Kbps links Supports dynamic link configuration Supports High Speed Links (HSL) at both 1.5M and 2M (upon request) Supported variants ITU-T, Q.701, Q.703 ANSI T1.111.3 Supported variants (upon request) JT Q.703 (TTC, Japan) NTT Q.703 (NTT, Japan)
MTP3 characteristics o o o o
o
Up to 64 OPC per blade Up to 64 linksets per blade Point code sharing by multiple boards with distributed architecture Supported variants ANSI (used for ANSI88 and ANSI92) ANSI96 (used for ANSI96 and TELCORDIA) ITU (used for ITU88, ITU92, ITU97, Q767, SINGAPORE and ETSI) China, GF001-9001 Supported variants (upon request) TTC, Japan NTT, Japan
ITU 97, Q.761 – Q.764 (1997), Q.763 Addendum 1 (05/1998), Q.765 ISUP ASE module (05/1998) Q.767, ITU 1991 Singapore Telecom, Common Channel Signalling System N.7, Singapore Telecom, 1988 Telcordia 97, GR-317, GR-394
TCAP characteristics o o
Supported variants ITU-T, Q.701, Q.752, Q.771-Q.775, Q.787 Supported variants (upon request) ETSI, ETS 300 287-1 ANSI, T1.114 TTC (Japan), JT Q.771- JT Q.774
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™.
ISUP characteristics o o o
Control of up to 30,000 CICs per blade Control of all Information Elements (IEs) Supported variants ANSI 88, T1.113 (1998) ANSI 92, T1.113 (1992) ANSI 95, T1.113.1 – T1.113.4 (1995) ITU 92, Q.761 - Q.764 (1993)
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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