EMAIL SUPPORT
dclessons@dclessons.comLOCATION
USApplication Quality of Experience Overview
Application Quality of Experience Overview
AppQoE integrates into Cisco SD-WAN, combining other Cisco IOS XE solutions such as quality of service (QoS), deep packet inspection (DPI), and additional functionalities. By using the existing orchestration or Zero-Touch Provisioning (ZTP) workflow from Cisco vManage and a centralized controller policy, AppQoE streamlines the deployment and management of Cisco SD-WAN networks, enhancing operational efficiency and the user experience.

There are multiple components to AppQoE:
-
TCP optimization
-
Forward Error Correction (FEC)
-
Packet duplication
-
Data redundancy elimination (DRE) and compression
TCP optimization employs the BBR2 congestion algorithm to regulate the transmission speed of data across the WAN link. BBR2, an acronym for Bottleneck Bandwidth and Round-trip propagation time, incorporates established TCP enhancements such as window scaling, large initial windows, and selective acknowledgment into its framework.
Comment
TABLE OF CONTENTS
- Onboarding & Provisioning Configuring Templates
- Authentication between vSmart & vBond
- Authentication between vSmart Controller
- Authentication between vBond & vEdge Router
- Authentication between vEdge Router & vManage NMS
- Authentication between vSmart Controller & vEdge Router
- Viptela Specific Port Terminology
- Deploy & Configure vManage & Generate Certificate
- Deploy & Configure vBond & Generate Certificate
- Deploy & Configure vSmart & Generate Certificate
- Configure vEdge & Generate Certificate
- SDWAN & NAT
- Secure DataPlane Bringup
- Enterprise CA for SDWAN Instances
- ZTP Process & PnP Overview
- Control Plane & Data Plane Operation - Unicast Routing Overview
- Configuring OMP & Its attributes
- Configure Unicast Overlay Routing
- Routing Configuration Example
- Segmentation Overview
- Configuring Segmentation
- Segmentation Configuration Example
- Data Traffic across Private WANs
- NAT in SDWAN & Data Encryption
- SD-WAN Viptela Policy Overview
- SD-WAN Centralized & Localized Control Policy Overview
- SD-WAN Centralized & Localized Data Policy
- Service Chaining
- Traffic Flow Monitoring
- vEdge Router as NAT Device
- Zone Based Firewalls
- Configure Centralized Control Policy
- Configuring Centralized Data Policy
- Configuring Cflowd Traffic Monitoring
- Configuring Zone based Firewall
- Service Chaining Configuration Example
- Configuring Service Side NAT
- Configuring Transport side NAT
- Control Policy Example 1: Hierarchical Topology
- Multi-Region Fabric
- Control Policy Example 2: Implementing Traffic Engineering
- Control Policy Example 2: Dynamic On-Demand Tunnels
- Deploy Cisco SD-WAN Edge Routers
- Deploy SDWAN Controllers
- LAB Deploy Cisco SD-WAN Devices Using Configuration Group
- Implement Service-Side Routing Protocols
- Implement TLOC Extensions
- Implement Control Policies
- Implement Data Policies
- Implement Application-Aware Routing
- Implement Branch and Regional Internet Breakouts
- Migrate Branch Sites
RECENT POSTS
- Understanding the ENSDWI Course: Advanced Cisco SD-WAN (Viptela) Concepts
- A Complete Guide to the DCACI-A Course: Mastering Advanced Cisco ACI Concepts
- How Our Online Python Certification Will Prepare You for a Career in Network Automation
- What You'll Learn in Juniper Mist Labs: A Deep Dive into AI-Driven Wireless Networking
- 10 Benefits of Studying Cisco ISE for Network and Security Folks
- Which AWS Advanced Networking Labs Course Includes # Real World Traffic Flows and Examines Objectives?
- How Do You Practice Cisco Nexus Configuration with Online Labs, No Physical Equipment?
- Why Cisco SD-WAN Viptela Training is Necessary in the Current Cloud-First Networking Age
- 5 Best Reasons to Learn Cisco SD-Access: From Networking Issues to Automation Solutions
- What is Cisco SD-LAN? A Beginner’s Guide to Software-Defined Access

LEAVE A COMMENT
Please login here to comment.