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Designing and Implementing Cisco Service Provider Cloud Network Infrastructure
Duration
5 Days
Course
CSC-ELT-SPCNI
Available Formats
Self-Paced Training
Course Description
Overview
The Designing and Implementing Cisco Service Provider Cloud Network Infrastructure training teaches you how to design and implement virtualization cloud infrastructures in a service provider network. You will learn about virtualized network function infrastructures and how to use programmability and orchestration to manage virtualization cloud infrastructures. You will also learn about cloud computing and implementation of cloud interconnect and data center interconnect solutions. In addition, you will learn how to monitor and secure virtualization cloud infrastructures and provide optimization and high availability within the infrastructures.This training prepares you for the 300-540 SPCNI v1.0 exam. If passed, you earn the Cisco Certified Specialist – Service Provider Cloud Network Infrastructure certification and satisfy the concentration exam requirement for the Cisco Certified Networking Professional (CCNP) Service Provider certification. This training also earns you 40 Continuing Education (CE) credits toward recertification.
Objectives
This training will help you:
- Design and implement virtualization cloud infrastructures in a service provider network
- Learn about virtualized network function infrastructures
- Learn how to use programmability and orchestration to manage virtualization cloud infrastructures
- Learn about cloud computing
- Learn about cloud interconnect and data center interconnect solutions
- Learn how to implement various interconnect solutions
- Learn how to monitor and secure virtualization cloud infrastructures and provide optimization and high availability within the infrastructures
- Earn 40 CE credits toward recertification
- Get an overview of Cisco Network Function Infrastructure, Cisco Network Infrastructure Manager, Cisco Virtualized Infrastructure Manager (VIM), and Cisco Network Service Orchestrator (NSO) Virtualized Infrastructure Manager
- Understand the concept of networking and deployment operation in OpenStack platform
- Get an overview of the security features available in Cisco Network Functions Virtualization (NFVI) solution
- Describe the application hosting architecture on a Cisco IOS XR router
- Introduce containers and describe container architecture
- Describe Kubernetes concepts, such as Kubernetes objects, and how nodes, pods, and clusters fit into them
- Describe cloud computing, cloud deployment models, cloud service models, and Carrier-Neutral Facilities (CNFs)
- Implement and configure Multi-Protocol Label Switching (MPLS), Segment Routing (SR), and SRv6
- Describe the operation and data flow of the Layer 3 Virtual Private Network (VPN) control plane
- Configure Label Distribution Protocol (LDP) and Border Gateway Protocol (BGP) security and optimization options
- Describe Interior Gateway Protocol (IGP) control plane security mechanisms
- Configure unicast reverse path forwarding, Media Access Control Security (MACsec), and remote-triggered black-hole filtering
- Get an overview of high-availability technologies and multi-homing scenarios in the service provider network
- Describe the benefits, enablement, implementation, and configuration of Segment Routing Traffic Engineering (SR-TE)
- Describe Quality of Service (QoS) options for public cloud connectivity
- Discuss high availability mechanisms used in routing (anycast) and services Domain Name System (DNS)
- Implement On-Demand Next Hop
- Comprehend and implement model-driven telemetry and use Cisco ThousandEyes for enhanced network visibility and management
- Describe the basic concepts, history, and purpose of telemetry, including the telemetry push model and telemetry collectors
- Discuss the efficiency and ease of use of various encoding methods, including Google Protocol Buffers (GPB), Compact GPB, and Key-value GPB, as well as JavaScript Object Notation (JSON) and transport protocols
- Describe gNMI subscription modes, gRPC outputs, performance with different encodings, and key ideas related to gRPC
- Describe features, the architecture, and components of Cisco Crosswork Network Controller (CNC)
Audience
- System Engineers
- Technical Support Personnel
- Channel Partners
- Resellers
Prerequisites
-
The knowledge and skills you are expected to have before attending this training are:
- Routing protocol configuration experience with BGP, Intermediate System-to-Intermediate System (IS-IS), and Open Shortest Path First (OSPF)
- Knowledge of Layer 2 IEEE switching and related protocols, including MPLS configuration and troubleshooting of Cisco routers in a large network environment
- Implementing and Administering Cisco Solutions 1.0
- Understanding Cisco Service Provided Network Foundations 1.0
- Implementing and Operating Cisco Service Provider Network Core Technologies 1.0
Topics
Course Outline
1. Cisco NFV Infrastructure
2. Service Provider Model-Driven Programmability
3. Network Orchestration using NSO
4. Container Orchestration
5. Cloud Computing
6. MPLS and Segment Routing
7. Cloud Interconnect Solutions
8. Data Center Interconnect Solutions
9. Service Provider Control Plane Security
10. Service Provider Data Plane Security
11. Service Provider High Availability
12. Service Provider Core Optimization
13. Service Provider Performance Monitoring
14. Cisco Crosswork Network Controller
Lab Outline
1. Deploy a VNF Using OpenStack
2. Configure and Verify Devices by Using Model-Driven Programmability
3. Network Orchestration using NSO
4. Configure and Verify Application Hosting Within a Docker Container
5. Configure and Verify Segment Routing
6. Configure and Verify SRv6
7. Configure and Verify Layer 3 VPN
8. Configure and Verify EVPN VPWS
9. Implement BGP Security
10. Implement RTBH Filtering
11. Configure and Verify SR TI-LFA Using IS-IS
12. Configure and Verify SR TI-LFA Using OSPF
13. Configure and Verify SR-TE Using IS-IS
14. Configure and Verify SR-TE Using OSPF
15. Configure and Verify ODN and Flexible Algorithm
16. Configure and Verify Model-Driven Telemetry
Related Courses
-
Implementing Automation for Cisco Service Provider Solutions (SPAUI)
CSC-SPAUI- Duration: 3 Days
- Delivery Format: Classroom Training, Online Training
- Price: 3,000.00 USD
-
Understanding Cisco Service Provider Network Foundations (SPFNDU)
CSC-SPFNDU- Duration: 5 Days
- Delivery Format: Classroom Training, Online Training
- Price: 4,500.00 USD
Self-Paced Training Info
Learn at your own pace with anytime, anywhere training
- Same in-demand topics as instructor-led public and private classes.
- Standalone learning or supplemental reinforcement.
- e-Learning content varies by course and technology.
- View the Self-Paced version of this outline and what is included in the SPVC course.
- Learn more about e-Learning
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Self-Paced Training Terms & Conditions
ONCE YOU ARE ENROLLED IN THIS COURSE YOU WILL NOT BE ABLE TO CANCEL YOUR ENROLLMENT. You are billed for the course when you submit the enrollment form. Self-Paced Virtual Classes are non-refundable. Once you purchase a Self-Paced Virtual Class, you will be charged the full price.
This is a Cisco Self-Paced virtual class; it is intended for students who do not need the support of a classroom instructor. If you feel you would better benefit from having access to a Subject Matter Expert, please check to see if an Instructor-Led version is available.
- Students will receive an access code within 1-3 business days.
- If purchasing a self-paced course for multiple students, the purchaser will receive the access codes and must distribute them individually to the students.
- Students have access to the course 24/7 and will need to read and follow all instructions carefully to complete the course successfully within their allotted time.
Q: How long do I have access to the course and the Labs within the course?
A: Labs are available for the length of your course subscription.
Q: Can I reset the course and start over?
A: No.
Q: Is there a time limit for the Trial (Demo)?
A: There is no expiration on registration to the trial versions. Access is capped not in time, but by the fact that only a select number of sections are unlocked within the content.'
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