ADTRAN 1xN specifications LED Indication, Installation, Mounting Procedure, Cable Connections

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Documentation associated with the listed cards provides information on implementing the auto-protect function.

LED Indication

Table 1 describes LED indication.

•All LEDs OFF indicates no power to the SCIM.

•All LEDs flashing red indicates the protect card is disabled and SCIM power is local -48 VDC.

2.INSTALLATION

C A U T I O N !

SUBJECT TO ELECTROSTATIC DAMAGE

OR DECREASE IN RELIABILITY.

HANDLING PRECAUTIONS REQUIRED.

After unpacking the unit inspect it for damage. If damage is noted, file a claim with the carrier then notify ADTRAN. Refer to Warranty and Customer Service.

Mounting Procedure

The 1xN Pro-Cap installs at the remote location using the following procedure:

NOTE

All component fasteners are spring-loaded, captured thumb screws.

1.Remove the housing from the shelf by unscrewing the two thumb screws on the side of the housing. The housing pulls out and away from the shelf.

2.Remove the shelf from the mounting-plate by unscrewing the thumb screw at the top center of the shelf bay. It is not necessary to remove the SCIM assembly unless its position is to be reversed to the other side of the shelf.

3.The shelf assembly lifts away from the mounting- plate by disengaging the chassis tabs from the mounting-plate support hooks.

4.Using the mounting-plate as a template, position the mounting-plate at the desired location and mark four pilot holes. Ensure the unit is level and that cable plugs will reach their designated sockets.

5.Using an appropriate bit, drill the four pilot holes.

6.Align the mounting-plate to the pilot holes and attach to the wall with appropriate fasteners.

7.Reassemble the unit by reversing steps 1 through 3.

Cable Connections

Frame Ground

Both the shelf and SCIM have separate ground connections. Each must be connected to a known approved ground location. Verify metal to metal contact on all connections and ensure ground circuit continuity.

The shelf has various openings for wire route options along with tie-wrap anchor points and extrusions for securing cables and connectors.

Specific wiring arrangements are customer developed.

CAUTION

Transmit and receive loops to both facility and CPE have two connection schemes. Only one connection method is to be used, not both.

Facility Side

Amphenol Connection – The to-facility and from-facility amphenols can be either left-side or right-side oriented.

Table 1. LED Indication

Slot LED

OFF

Flash Green

Solid Green

Flash Red

Solid Red

Flash Red/Green

 

 

 

 

 

 

 

1 - 7

Protect

Request to

Protect

Protect Card

In Protect

N/A

Deselected

Protect Enable

Enabled

Disabled**

Mode*

 

 

 

 

 

 

 

 

 

8 PROT

No Network

Protect

Protect In

Protect Card

N/A

Protect Card Armed

Signal

Activated

Standby

Disabled**

 

 

 

 

 

 

 

 

 

 

FAIL

Protect

N/A

N/A

Protect Card

Protect Failure

N/A

Operational

Disabled**

 

 

 

 

 

 

 

 

 

 

 

 

* Only one module at a time in slots 1 through 7 can be in Protect Mode. ** Protect switch S3 OFF.

61190860L1-5B

Section 61190860L1-5, Issue 2

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Contents L1-5B Issue 2, January Clei Code NCM5NTDD TablesGeneral Functional Description FeaturesRevision History Physical DescriptionCable Connections InstallationMounting Procedure LED IndicationConfiguration Local Power Span Power Switch S1Protection Select/Reset Switch S2 Protect Switch S3Normal Operation Protect OperationProtect Receive Path In-Band CommandsOut-of-Band Commands Command Hex Binary PatternProtection Switch In-Band Slot Enable/Disable ProtocolArming In-band Protection Switch Protocol Out-of-Band Enable/Disable ProtocolOut-Of-Band Protection Switch Protocol Switchback Receive Path SwitchbackAUTO-PROTECT Operation Specifications MaintenanceWarranty and Customer Service

1xN specifications

ADTRAN 1xN is a significant innovation in the realm of broadband network technology, designed to enhance the capacity and efficiency of data transmission in various communications infrastructures. This technology is particularly beneficial for service providers looking to upgrade their existing networks in an economically viable manner.

One of the primary features of ADTRAN 1xN is its ability to support multiple optical network terminals (ONT) from a single fiber source, which drastically reduces the amount of infrastructure required for deployment. This one-to-Many approach allows network operators to extend their service reach while minimizing the cost associated with laying down extensive fiber networks.

ADTRAN 1xN utilizes both Passive Optical Network (PON) and Active Optical Network (AON) technologies. The PON technology grants high-speed data transmission rates, accommodating several service tiers and customer demands, while the AON provides enhanced flexibility and control over data flows for network administrators. This dual-faceted approach enables operators to choose the best deployment strategy to meet specific user needs, whether in residential, commercial, or enterprise environments.

Another characteristic of this technology is its scalability. Providers can easily integrate ADTRAN 1xN into existing networks without needing extensive overhauls, allowing for easy upgrades as customer demand for service increases. This feature ensures that investments in infrastructure remain relevant and capable of handling increased data loads over time.

Additionally, ADTRAN 1xN offers robust support for various applications, including Voice over Internet Protocol (VoIP), streaming media, and cloud computing solutions. The network’s architecture effectively prioritizes data traffic to ensure quality of service, critical for users relying on real-time communications.

ADTRAN also emphasizes energy efficiency in its 1xN solutions, aligning with global sustainability initiatives. By minimizing power consumption while maximizing performance, ADTRAN not only meets operational needs but also helps service providers lower their overall environmental impact.

In conclusion, ADTRAN 1xN stands out as an inventive and flexible solution for modern broadband service providers. With its combination of advanced optical technologies, scalability, extensive application support, and commitment to energy efficiency, it represents a significant advancement in delivering high-quality, reliable internet connectivity.
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