In this document we will see how Packet Flows Between Cisco PPPoE Access Point and PPPoE server. As mentioned in the previous document "
Cisco Service Provider Wi-Fi - PPPoE Feature Support", Cisco has come up with bunch of features those were developed to help Service Provider in deploying large network in public area and named it as SP Wi-fi but it does not mean that it is limited to Service Providers. Anybody can use SP Wi-Fi features, it all depends on company’s network and requirements.
PPPoE Active Discovery Initiation – From AP
PPPoE Active Discovery Offer – From PPPoE server
PPPoE Active Discovery Request – From Cisco Access Point
PPPoE Active Discovery Session-confirmation – From PPPoE server
LCP (Link Control Protocol) Request From Access Point
(AP was not configured with MTU under PPP - configuration and supports default -1500)
LCP (Link Control Protocol) ACK
From server for Access Point’s Magic Number
LCP (Link Control Protocol) Request
From PPPoE Server – server sending MTU as – 1492 and magic number
LCP (Link Control Protocol) NAK
From AP because it supports the feature but higher MTU
LCP (Link Control Protocol) Request
PPPoE server again sending request with revised MTU because higher value will be selected
LCP (Link Control Protocol) ACK
Now Access Point acknowledges it
Note – Same way all the supported features of LCP will be negotiated.
From AP for IP address and DNS
From PPPoE server – providing IP Address and DNS IP to the AP
Now Cisco Access Point again sends a IPCP request with the above IP Address and DNS IP (whatever it gets from the server) then PPPoE server acknowledges it.
Same way IPCP Request sent by PPPoE with its IP address and Cisco Access Point acknowledges it.
Peers send rejection of any unsupported feature IPCP config-reject packet.
SP WiFi Updates on Wireless LAN Controller - 7.3 Release
Features and Use Cases in Release 1.0
The main features supported in Release 1.0 include:
• Controlling, securing, and differentiating services through intelligent policies embedded directly in the network or received through open and standards-based control interfaces to the basic service set (BSS)
• Customizing service convergence with zero-touch provisioning across customized networks
• Authenticating and authorizing subscribers using Dynamic Host Configuration Protocol (DHCP), RADIUS-based authentication, web logon, Wireless Internet Service Provider roaming (WISPr), MAC address, and IP address
• Controlling and accounting for per-subscriber and per-service use for postpaid and prepaid billing
• Validating high availability under high scale for:
– Number of access points per controller – Subscriber count – Call rates – Load balancers
Cisco SP Wi-Fi Services Overview
Our SP Wi-Fi Services portfolio is a comprehensive set of services representing a holistic approach to the total lifecycle of service provider Wi-Fi engagements. Starting with a proof of concept, it covers the end-to-end spectrum of planning, building, optimization, and operation services, each assured by Cisco service-level agreements (SLAs). These services are flexible and can be customized. • Cisco SP Wi-Fi Proof of Concept Service – Demonstration of a centralized management system, with zero-touch service fulfillment for rapid deployments of meshed access points, using a cloud-based architecture hosted in a Cisco data center • Cisco SP Wi-Fi RF Plan and Build Service – Professional services from Cisco and our Wi-Fi specialized partners – Help in planning and deploying the RF components of the Cisco SP Wi-Fi solution – Analysis of architectural readiness, with guidance on selecting and prioritizing locations for Wi-Fi – RF expertise to obtain the most from your wireless access points – Coverage and capacity planning – Post-deployment RF analysis assistance to promote deployment success • Cisco SP Wi-Fi Core Plan and Build Service – Professional services from Cisco and our Wi-Fi specialized partners – Help planning and deploying the core components of the Cisco SP Wi-Fi solution – Analysis of architectural readiness and assistance with the SP Wi-Fi deployment design – Start-to-finish deployment assistance, including a mobile subscriber policy enforcement system – Pre-deployment validation to help ensure deployment success – Post-deployment knowledge transfers to help ensure your understanding of the solution • Cisco SP Wi-Fi Solution Support Service (Reactive) – Expert assistance to streamline operation of the Wi-Fi architecture – Quick isolation and remediation of unplanned service disruptions – Tracking and identification of the root cause of disruptive incidents, which provides valuable information for design changes and to help you scale with mobile subscriber growth • Cisco SP Wi-Fi Optimization Services (Proactive) – Expert analysis and recommendations for transforming your Wi-Fi architecture into a high-performing, efficient environment – Help creating a strategy for managing all the critical components of the Cisco SP Wi-Fi architecture using a suite of Cisco hosted network management applications – Availability and performance optimization expertise to validate your planned design changes – Collaboration in developing a strategy for managing software releases and changes – Continuous learning activities that help your IT staff become more self-sufficient • Cisco SP Wi-Fi Assurance Service (Preemptive) – Extension of the measurement and analytical capabilities provided by your Cisco SP Wi-Fi architecture – Real-time monitoring of various key performance indicators (KPIs) from Cisco network operations center – Comprehensive analytics using fault, capacity, availability, and performance information to help ensure reliable operations • Cisco SP Wi-Fi Operate Service (End-to-End Platform Management) – Monitoring of the managed devices in the your environment to help ensure access points and controllers are properly activated and provisioned – Management of incident and problem resolution – Identification of operational trends to continually improve performance
Hi Team, I am trying to form a mobility tunnel between l between WLC9800 - CATOS and WLC3504 - AireOS . However, unable to do so. I am following below steps to achieve the same : https://www.cisco.com/c/en/us/support/docs/wireles...
Got my hands on a 3702i. It was supposed to be an AIR-CAP3702I-A-K9, but what I reecived was an AIR-AP3702I-UXK9. 5ghz radio will only sit in "station-mode scanner" until I change the domain, which seems to require AirProvision, rather than a C...
Is there a way to specifically assign the IW3700's antenna ports to either 2.4GHz or 5Ghz only or 2 Ports for 2.4Ghz and 2 Ports for 5Ghz for a 2x2 MIMO configuration? Would this be done through CLI or the GUI?