Chapter 2: Installation

December 20, 2004

DSX and HDSL Connector Procedure

Step

Action

1Complete one of the following steps to make the DSX-1 and HDSLx connections to the shelf using one of the following methods: Plug the DSX-1 interface cables into P1 and P2 and the HDSLx interface cables into P3 and P4. Wire-wrap the DSX-1 and HDSLx inputs to the appropriate individual card slots. Pin assignments are listed in Appendix A: “Signal and Pin Assignments” on page A-1.

Note: See Figure 1-2 on page 1-3for the location of the HDSLx Span connectors. HDSLx Span

pin assignments are listed in Appendix A: “Signal and Pin Assignments” on page A-1. Standard

PIC cable color codes are listed in Appendix B: “Standard PIC Color Code” on page B-1.

2Continue to “Bonding (Safety) Ground, Power and Frame Ground, Alarm, and Optional Fan Inputs” on page 2-9.

SPAN POWERED XDSL CONNECTIONS

Perform the following procedure to connect the Span Powered xDSL interface cables to connectors P1, P2, P3 and P4 (see Figure 1-2 on page 1-3for connector location and “Connecting Span Powered xDSL Circuits to the HMS- 318 List 3 Shelf” on page 1-10for connector descriptions).

DANGER

Before making any Span Powered xDSL connections to the HMS-318 List 3 shelf, ensure that the

Main CO power breaker is off. Otherwise, severe injury to the installer or damage to the unit may

 

 

result.

Span Powered xDSL Connector Procedure

 

 

 

Step

 

Action

1

Complete one of the following steps to make the Span Powered xDSL connections to the shelf using one

 

of the following methods:

 

Plug the Span Powered xDSL interface cables into P1, P2, P3 and P4.

 

Wire-wrap the Span Powered xDSL inputs to the appropriate individual card slots. Pin assignments

 

 

are listed in Appendix A: “Signal and Pin Assignments” on page A-1.

 

 

Note: See Figure 1-2 on page 1-3for the location of the HDSL Span connectors. HDSL Span

 

 

pin assignments are listed in Appendix A: “Signal and Pin Assignments” on page A-1.

 

 

Standard PIC cable color codes are listed in Appendix B: “Standard PIC Color Code” on

 

 

page B-1.

 

 

2

Continue to “Bonding (Safety) Ground, Power and Frame Ground, Alarm, and Optional Fan Inputs” on

 

page 2-9.

 

 

 

2-8

LTPH-UM-1261-01

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Image 36
ADC HMS-318 Span Powered Xdsl Connections, DSX and Hdsl Connector Procedure, Span Powered xDSL Connector Procedure

T1MF2S04RA, HMS-318, LTPH-UM-1261-01 specifications

The ADC LTPH-UM-1261-01, HMS-318, and T1MF2S04RA are exemplary devices tailored for advanced data communications and network management. Each product is designed with unique features, technologies, and characteristics that cater to various applications in the telecommunications sector.

The ADC LTPH-UM-1261-01 is a high-performance unit that excels in low power consumption while providing reliable data integrity. Equipped with advanced error correction capabilities, this device ensures the seamless transmission of data over long distances. One of its standout features is its ability to support multiple transmission protocols, making it highly versatile for various applications. Its compact design allows for easy integration into existing systems, enabling operators to upgrade without significant infrastructure changes.

On the other hand, the HMS-318 is renowned for its enhanced connectivity options. It supports multiple interface types, including Ethernet, Serial, and Fiber optic connections, making it a highly adaptable solution for a variety of network configurations. The HMS-318 comes with built-in security features like encryption and authentication protocols, which safeguard data against unauthorized access. Additionally, its user-friendly interface makes configuration simple, allowing network managers to swiftly deploy and manage the device within their ecosystems.

The T1MF2S04RA represents the cutting-edge of telecommunications technology, particularly in the realm of T1 line functionalities. It is engineered to optimize the management of T1 circuits, facilitating efficient bandwidth allocation and monitoring. The T1MF2S04RA also features state-of-the-art diagnostic tools that provide real-time analytics, allowing operators to quickly identify and rectify issues. Its robustness ensures minimal downtime, which is critical for maintaining the reliability of telecommunication networks.

In summary, the ADC LTPH-UM-1261-01, HMS-318, and T1MF2S04RA stand out in their respective domains due to their innovative technologies and features. From enhancing data integrity to providing extensive connectivity options and advanced diagnostic capabilities, these devices exemplify the strides made in modern telecommunications. They are indispensable tools for operators seeking to enhance their network performance and reliability in a rapidly evolving technological landscape. Each product not only meets the current demands of the industry but also provides a scalable foundation for future growth.