Wireless IP: The Killer Application !?

 

 

 

WFD4 videos

See some WFD4 videos ....

                                                      Motorola Solutions Overview

 

Aruba Controless WiFi

 

 

Future Wifi Innovations by Juniper

 

 

Meraki Cloud Architecture

 

  

Getting Started with a career in WiFi

 

 

Tools of the WiFi trade

 

 

Cisco 802.11ac

 

 

 

For the complete list of Wireless Field Day #4 videos please visit:

http://www.youtube.com/playlist?list=PLObjX_zORJMC0nVEGZJAzxJKlc8j93716&feature=view_all&utm_source=buffer&buffer_share=471cd

Standard CCIE Wireless Topology

CCIE Wireless topology consisting of 4 Wireless LAN Controllers (including two 5508 WLCs and two 2504 WLCs), four Catalyst switches, seven wireless access points, WCS, ACS, MSE and CME.

Preparing the CCIEW v2 LAB

 

 

 

 

 

European perspective on WFD#4

It is worthwhile to make the long trip over to help give a European perspective on WFD#4
(famous words by Keith Parsons)

Thanks to:
Claire, Stephen, Ben, Andrea, Blake, Jennifer, Sam, George, Mark, Dan, Scott, Steve, Chris, Keith and Lee.

Thanks PAL !

 

The Delegates Wrap Up Wireless Field Day #4

The Wireless Field Day 4 delegates summarize the event, giving a quick rundown of the five presenting companies: Motorola Solutions, Juniper Networks, Aruba Networks, Cisco Mobility, and Meraki. This video features Keith Parsons, Mark Julier, Peter Paul Engelen, Lee Badman, and Blake Krone.

Aruba Networks | controllerless managed by Airwave or controller based in the campus

On Tuesday, February 14, 2013 Wireless Field Day#4 delegates were invited by Aruba Networks to visit their company on 1344 Crossman Avenue, Sunnyvale, CA for a 4 hour timeslot presentation.

At 12am we had a quick chat with Keerti, Aruba co-Founder and Pradeep Iyer and Partha Narasimhan, Aruba Fellows followed by Aruba's management tooling AirWave

AirWave:
AirWave provides visibility into everything that affects service quality – Wi-Fi coverage, access points (APs), controllers and the wired network. It also offers tools to improve operations and manage RF security, including user location and mapping, real-time monitoring, proactive alerts, historical reporting, and efficient troubleshooting.
Designed for comprehensive visibility across the entire access network, AirWave supports multiple generations of products from leading vendors – from fat APs to thin, and from legacy 802.11b gear to the latest 802.11n mobile devices.

Some hand on sessions were presented by Rob Gin and Sujatha Mandava.

 

 

 

Controller based and Controller less WiFi:

Presented by Ozer Dondurmacioglu

 

How to select the best archtecture?

* Evolution of the Architectures...

 

Autonomous APs ->

1st Generation: 128 APs, 2,048 devices
2nd Generation: 512 APs, 8,064 devices
3rd Generation: approx. 2000 APs, 32,700 devices

 

Autonomous APs ->

Similar CPU & memory to 1st Generation wireless controllers

 

Aruba believes and supports both options..

 

Controller based solution: Aruba OS (10y) version 6.2, upcoming 6.3

Controllerless solution: Instant OS version 3.2, upcoming 3.3

Data plane: distributed on AP's
Management plane: synchronized AP's, survivable

 

One instant cluster op AP's among a single management VLAN (so 10 VLANs -> 10 instant clusters off AP's)

L3 roaming between them
No limitations

 

One management VLAN for the AP's & one client VLAN for devices, still the client VLAN needs to be one

VLAN for one instant cluster

 

Controllerless network integration: (Branche/Retail)

..if one of the AP's goes down, an other AP assumes the role of cluster management and talking to the Airwave
-> distributed management plane across the AP's

 

Dynamic or static management AP selection on IAP

Edge VLAN's for users and AP's on IAP
Access Switch <-> Distribution/Core (DHCP/DNS)
Management server usually optional but required by some vendors <-> Distribution/Core
Numbers of AP's and Wifi users per controllers group depends on VLAN sizing

 

Controller network integration:

AP Groups
Use existing edge VLAN's for AP's on the Access Switch <-> Distribution/Core
Centralized VLANs and DHCP for Wifi users in one location -> Mobility Controller <-> (DHCP/DNS)
Mobility Controller <-> WLAN wide Broadcast and Multicast controls
Number of APs and Wifi users per Mobility controller depending on model

 

Aruba's vision: Cisco Flex Architecture (one controller managing multiple Remote APs) not the best idea, -> big list price difference.. (Cisco Flex vs Aruba Instant)

 

Aruba's recommendation:

controllerless managed by Airwave or controller based in the campus

...not recommend: a lot of APs in the branche managed by some controller appliance in the datacenter.(roaming failures,WAN failure..)

 

 

Delegate @ WFD#4 -- February 13-15, 2013 in San Jose, CA

 

 

Peter-Paul Engelen is a technical consultant with advanced (pre) sales experience and business development skills in multi-vendor Cloud-based (W)LAN and Wholesale ISP/Carriers.
He holds a post academic degree in Communication Technologies with the thesis, “Wireless IP, The Killer Application !?”, and the following certifications:

• CWNP Inc: Wireless#, CWTS, CWNA, CWSP, CWDP, CWAPv1, CWAPv2, CWNE-WW, CWNE#86
• Cisco Systems Inc.: CCNA, CCNP, CCNP-W, CCIEWWv2 and is preparing the LAB in Brussels

Twitter: @PPJM_Engelen