Intel SIU520 SS7 manual Table of Figures

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Application Note Building Fault-tolerant SS7 Systems Using the Intel® NetStructure™ SIU520 SS7 Signaling Gateway

Table of Figures

Figure 1

Structure of the Intel® NetStructure™ SIU520 SS7 Signaling Gateway

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Figure 2

Integrating the SIU520

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Figure 3

SIU Connected to Adjacent Node with Two Links in Link Set

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Figure 4

SIU520 Connected to Mated STP Pair Providing Route Resiliency

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Figure 5

Dual SIU Architecture

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Figure 6

Transmit Routing to a Single Destination

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Figure 7

Dual-resilient SIUs Connected to a Mated STP Pair in a Straight Line

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Configuration

 

Figure 8

Dual-resilient SIUs Connected to a Mated STP Pair in a Crossed Link

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Configuration

 

Figure 9

Transmit Routing Through Mated STPs

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Figure 10

Normal Routing for Circuit Group 0 When Controlled by SIUA

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Figure 11

Routing When All Local Links Have Failed, Group 0 Controlled by SIUA

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Figure 12

Routing Following Failure of SIUA

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Figure 13

Two Different Architectures for a TCAP Processing SIU System

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Figure 14

Message Flow on a Dual-resilient System Running

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the SS7 Stack up to TCAP

 

Figure 15

Dual LAN Operation on the SIU520

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Figure 16

TCAP Dialogue Groups Example

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Figure 17

Inter-SIU Link over Crossed E-1/T-1 Cable

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Figure 18

Inter-SIU Link Set over V.11

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Figure 19

Example Configuration to an Adjacent SSP/SCP

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Figure 20

Example Configuration to an Adjacent STP Pair

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Contents Application Note Intel CommunicationsTable of Contents Table of Figures Abstract SIU Circuit-switched API OperationManagement Interface Transaction-based API OperationSIU Connected to Adjacent Node with Two Links in Link Set Failure of SS7 LinksLink Failure of RoutesFailure of Signaling Interface Unit Failure of Power SupplyRouting Architectures of a Dual-resilient SIU System Connection to a Single Adjacent Signaling PointConnection to an Adjacent Mated STP Pair Compares the advantages and disadvantages of these methods SS7 Dual SIU Architecture for Circuit-Switched ApplicationsMTP1-3 Circuit Group Active Inactive MTP1-3 Siua Siub Dual SIU Architecture for Transaction-based ApplicationsSS7 Failure of Application Failure of IP SubnetworkSIU520 HostInter-SIU Link over Crossed E-1/T-1 Cable Hardware RequirementsSystem Configuration Changes to the config.txt Parameter FileConfiguring the Inter-SIU Link Routing Configuration Circuit Group ConfigurationExample Configuration Connecting a Host to Two SIUs For SiuaFor Siub Transferring Control of a Circuit Group between SIUs Communicating with Both Siua and SiubGCTsetinstance GCTgetinstanceRe-synchronization of Circuit State Information Transferring the Circuit GroupRecovery of the Failed Unit Transferring Control BackCircuit Group Conflict What happens if the Ethernet interfaces fail on an SIU? How can I tell if an SIU fails?If an SIU fails do I need to take any action? What happens if an inter-SIU SS7 link fails?Route Ten Parsippany, NJ Phone

SIU520 SS7 specifications

The Intel SIU520 SS7 is a significant advancement in the realm of telecommunications, specifically designed for seamless signaling in a wide array of telecommunication infrastructures. As a part of Intel's pioneering suite of products, the SIU520 plays a critical role in managing signaling for telephony systems that require efficient handling of SS7 protocols.

One of the main features of the SIU520 is its support for the SS7 signaling protocol, which is pivotal for the establishment and management of telephone calls over traditional circuit-switched networks. With its robust design, the SIU520 ensures reliability in signaling, contributing to the reduction of call set-up times and the minimization of errors, thus enhancing the overall quality of communication services.

The SIU520 incorporates advanced technologies such as high-speed data processing capabilities, allowing it to handle multiple signaling messages concurrently. This is particularly important in environments with high call volumes, where efficient processing can significantly affect the performance of telecommunication services. Furthermore, the architecture of the SIU520 is designed for scalability, enabling easy integration into existing infrastructures while accommodating future expansions as demand increases.

Another characteristic that sets the SIU520 apart is its support for various signaling types beyond standard SS7, including ISDN and SIP. This makes it a versatile tool for service providers aiming to offer diverse services, such as voice, video, and data communications. The SIU520 is also designed with a focus on interoperability, which ensures that it can effectively communicate with equipment from different manufacturers, thus providing flexibility in deployment.

In terms of security features, the SIU520 is architected to withstand common threats in the communication landscape. It employs encryption and authentication protocols to safeguard signaling traffic, ensuring that sensitive information remains protected during transmission.

In summary, the Intel SIU520 SS7 represents a robust and flexible signaling solution crucial for modern telecommunications. With its support for multiple protocols, high processing speeds, scalability, and secure communication capabilities, it stands as a testament to Intel's commitment to advancing telecommunication technologies and enhancing the efficiency and reliability of communication networks worldwide.