Provides instructions on how to configure the Cisco NCS 1014 Advanced Multihaul Optical Platform and its supported line cards for diverse optical networking applications. This guide covers card mode settings, controller configurations, performance monitoring, OTNSec encryption, and the setup of MOLS 2.0 modules for metro data center interconnects.
Cisco NCS 1014 Advanced Multihaul Optical Platform - An Overview
Explains the main features, modular components, and advanced transport capabilities of Cisco NCS 1014 platforms for next-generation optical networking.
Configuring the Card Mode
Explains the available card modes for modular line cards, their configuration options, and the impact each mode has on network operation and supported features.
Configuring Controllers
Explains what controllers are in the system and outlines their roles, key attributes, and significance within the platform.
CPSS upgrade and UDC traffic impact
Explains how CPSS version changes introduced in Cisco IOS XR Release 26.1.1 affect UDC traffic during software upgrades, downgrades, and Disaster Recovery operations, detailing the conditions and expected disruption periods.
OTNSec Encryption on the NCS1K14-2.4T-K9, NCS1K14-2.4T-X-K9, and NCS1K14-2.4T-A-K9 cards
Provides an overview of how OTNSec encryption operates on the NCS1K14-2.4T-K9 card, including key implementation features and supported workflows.
Performance Monitoring
Explains the attributes and role of performance monitoring metrics used to assess network health and system efficiency.
Pseudo Random Binary Sequence
Explains how pseudo random binary sequences are used in telecommunications for signal integrity verification.
Implementing Host Services and Applications
Explains how host services and applications enable network devices to provide essential functions, enhance connectivity, and streamline operations.
AppSel Code Provisioning
Explains the fundamentals and attributes of application select code provisions in optical modules.
Remote Node Management Using GCC
Describes how remote management of network nodes is achieved using the General Communication Channel (GCC).
MOLS 2.0
Provides an overview of MOLS 2.0 components, including EDFA2 line cards, OSC controllers, UDC connections, and associated configuration and monitoring tasks.
Configure Coherent Probe
Provides an overview of configuring the coherent probe and related features on the EDFA2 card, including supported hardware, setup procedures, and verification steps.
Configure OTDR
Provides an overview of OTDR (Optical Time-Domain Reflectometer) configuration steps, including scan parameter setup, measurement verification, and automatic scan modes, to ensure accurate fiber network testing and troubleshooting.
Optical Safety on EDFA2 Card
Describes the optical safety features, configuration, and troubleshooting steps for the NCS1K14-EDFA2 card and associated amplifier modules to ensure user safety and equipment protection.
Span Loss
Explains the factors that cause signal loss across fiber-optic spans, how span loss impacts network performance, and methods used to measure and manage signal degradation in optical transmission systems.
Channel APC
Describes how Channel APC operates, its configuration options, and the benefits it provides for optical network stability.
Amplifier APC
Explains how amplifier APCs automatically control and stabilize output power in optical networks to ensure consistent signal performance and network reliability.
Internode Topology Discovery and Communication
Explains how internode topologies enable automatic discovery and communication between network nodes, supporting efficient configuration and real-time network updates.
Three-Way Path Protection with NCS1K-PSM and EDFA2
Explains how three-way path protection mechanisms ensure network reliability by using multiple redundant optical paths to maintain service continuity and minimize downtime