The Wi-Fi Architectures Main Event: Controller vs. Cloud

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This heavyweight webinar matchup features two of the most prominent Wi-Fi architectures today. In one corner, standing 2” tall and 18”x18” is a WLAN controller. And in the other corner, with a height that stretches for miles, is a cloud management platform. When evaluating WLAN solutions for 802.11ac deployments, these two architectures will most likely go head-to-head and factor prominently in your decision-making. In this webinar, we’ll equip you with the tools to referee such a bout to ensure your organization is the one coming out on top. We’ll examine: - Central controller-based infrastructure - Cloud controller-based architecture - Distributed control with cloud-based management

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1© 2013 XIRRUS :: All Rights Reserved

Kowshik Bhat

Director of Product Marketing

November 2013

CONTROLLER VERSUS CLOUD ARCHITECTURES

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AGENDA

• Industry Trends

• Evaluating the Architectures

• Reasons to Reconsider the Architectures

• Checklist to Evaluate the Architectures

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MOBILITY IS DRIVING IT SPEND

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MOST NETWORKS ARE NOT PREPARED

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release

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APPLICATION USAGE EXPLODES

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MOBILE DATA TRAJECTORY

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EVALUATING ARCHITECTURES

DATA PLANE VS CONTROL PLANE

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AUTONOMOUS ARCHITECTURE

Small networks Cost effective

X ScalabilityX IT burden

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CENTRALIZED CONTROLLER

Access Points + Central Controller

Large networks Simplified IT operations

X CostX Resiliency

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WI-FI ARCHITECTURES AND TRAFFIC FLOW

Distributed Control• Control at edge for best performance• No Single Point of Failure• Seamless Scalability• Distributed Intelligence

Central Control• Central processing creates bottlenecks• Single Point of Failures• Stair step scalability• Intelligence Choke Point

Edge Traffic Management Centralized Traffic Management

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HYBRID ARCHITECTURE

Large networks Simplified IT operations

X CostX ResiliencyX Policy enforcement

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CLOUD BASED CONTROLLER

Medium sized networks Access from anywhere Capex to Opex

X Policy enforcementX Performance

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DISTRIBUTED CONTROL WITH CLOUD MANAGEMENT

Scalability Resiliency Performance Ease of deployment Intelligence at the edge

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802.11AC AND IMPACT ON SCALABILITY

• High performance

• Superior throughput

• Support more devices

• Battery Life

• Only 5GHz spectrum

• Channel bonding up to 160Mz

• Up to 8 spatial streams

• MU-MIMO

• Improved modulation

Technology Benefits

Data rates up to 6.9Gbps

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