switches wifi

2013 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 1 Cisco Confidential 2011 Cisco and/or its affiliates. All rights reserved. 1

CTU-Mobility Update on Unified Access

Carlos Infante, PSE [email protected]

October, 2013

2013 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 2

Current Megatrends Converged Wired/Wireless Access The New Catalyst 3650 Catalyst 4500E Supervisor-E Indoor AP 3700 Outdoor AP 1530

AGENDA


Deliver an Uncompromised User Experience

on Any Workspace

I T R e q u i r e m e n t Megatrends

Mobility Seamless roaming Optimal client performance Cloud access/VXI

Video Multicast streaming Video conferencing Reliable performance

BYOD Secure access Customized experience Guest access


Early 2000 2002 2004 2006 2008 2010 2012 2014

CLI

ENTS

/ B

AN

DW

IDTH

Media Rich Applications Pervasive Mission Critical Nice to Have

10Gbps

11Mbps

802.11n 450 Mbps

802.11a, 802.11b 11 Mbps

802.11g 54 Mbps

802.11ac-1 1 Gbps

802.11ac-2 3.5 Gbps

Future


Is Your Network Ready?

Can I offer secure, mission critical wired/wireless access services? 2

Am I investing in an architecture future-proofed for scale? 3

1 How do I manage complexity to reduce costs?



AGENDA


Uncompromised User Experience in Any Workspace

U n i f i e d A c c e s s One Policy

One Management One Network


Wireless Control System

Access Control Server

LAN Mgmt Solution

Identity Mgmt

NAC Profiler

Guest Server

Cisco Wireless LAN Controller

Internal Resources

Cisco Firewall Cisco Access Point

Catalyst Switch

Corporate Network Internet

One Management Prime

One Policy ISE

Converged Access Mode Integrated wireless controller Distributed wired/wireless

data plane (CAPWAP termination on switch)

One Network

UA Switch

End-User Devices

Access Infrastructure

Management and Troubleshooting

IT Focus

Policy Enforcement

LAN Wireless Security

Wired Policies Wireless Policies Guest / VPN Policies

LAN Mgmt. Wireless Mgmt. Identity Mgmt.

Access Switch Access Switch Wireless Controller

Access Point

Wireless Controller

Access Point

Wired Devices Laptops Mobile Phones Tablets BYOD Growth

Access Point Access Point

Application Mgmt.

One Unified Access Security

Access Point

End-User Devices

Access Infrastructure

Management and Troubleshooting

IT Focus

Policy Enforcement

LAN Wireless

LAN Mgmt. Wireless Mgmt. Identity Mgmt.

Access Switch Access Switch Wireless Controller

Access Point

Wireless Controller

Wired Devices Laptops Mobile Phones Tablets BYOD Growth

One Policy

Prime Infrastructure One Management

UA Switch One Network

IT Focus to Business Innovations IT Focus on Business Innovation

Wired Policies Wireless Policies Guest / VPN Policies Cisco ISE

Access Point Access Point

Access Point

Application Mgmt.

IT

End-User

Simplified BYOD

Lower TCO

New Innovative Services

New Connected Experiences

Increased Productivity



AGENDA


The foundat ion fo r fu l l w i red and w i re less convergence on a s ing le p la t fo rm.

Wireless CAPWAP Termination Up to 1000

Clients per Stack

40 Gbps Uplink Bandwidth

Line Rate on All Ports

FRU Fans

Granular QoS/Flexible

NetFlow

Modular 160 Gbps 9 member Stack

SGT/SGACL

Full POE+

Fixed 1G/10G Uplinks

Up to 25 Aps/1000 clients per stack, and 40G per switch

New Front-End Power Supplies

* Cisco Confidential * Information being shared under NDA


Scale with distributed wired

and wireless data plane

160G stack bandwidth; 40G wireless/switch;

efficient multicast

Maximum resiliency with

fast stateful recovery

Layered network high availability design with

stateful switchover

Single platform for wired and wireless

Common IOS, same administration point,

one release

Un i f ied Access - One Po l icy | One Management | One Network

Network wide visibility for

faster troubleshooting

Wired and wireless

traffic visible at every hop

Consistent security and

quality of service control

Hierarchical bandwidth

management and distributed policy

enforcement


Known Deployment Model The Wireless LAN Controller

Wireless is an Overlay Network Software components within the WLC

today: Mobility Agent (MA) is responsible for:

AP CAPWAP termination Maintaining client database Policy enforcement

Mobility Controller (MC) is responsible for:

Client Mobility Radio Resource Management (RRM) WiPS, Spectrum Management

Access Points

5508 5508

Inter--Controller EoIP/CAPWAP tunnel AP-Contoller CAPWAP tunnel

ISE Prime

MC MA


ISE Prime

Access Points

Separation of MA and MC

Traditional Controllers continue to play MA and MC

Catalyst 3650 can play the role of both MA

and MC Valid for Branch and small-medium campus type

deployments

Moving the MA only to the Catalyst 3650 (typically in branch offices) helps with: Improved Scalability larger mobility domains Increased wireless bandwidth Uniform wired/wireless policy enforcement

AP Capwap Tunnels Mobility Tunnels

Catalyst 3750

5508 or WISM2 with SW Upgrade or new 5760

New Catalyst 3650

MC

MA

MC

MA


Small Campus (192 users)

Total Wireless Bandwidth (Gbps)

Number of Switches: 4

Cat 3650

16 Employee Guest

Future Proof ing your Network for 802 .11ac and beyond

40G on Every Switch 40G on Every Switch

Total Wireless Bandwidth (Gbps)

Small Branch (48 users)

Number of Switches: 1

WAN

Central Location

MA MC

160 Gbps 40 Gbps Cat 3650

2013 Cisco and/or its affiliates. All rights reserved. Cisco Confidential 17 17

Modular Stacking (Optional)

New stack adapters

New connectors and copper cables

Stack Bandwidth

80 Gbps bi-directional

160 Gbps with spatial reuse

Stateful Switch Over (SSO)

Faster Convergence (vs 3750-X)

Active-Standby model

Improved Central synchronization on Active Switch for Wired+Wireless

Tunnel SSO ensures AP, MA-MC connectivity during failover

Resiliency

Please refer to the Software Roadmap for the list of features supported at FCS and upcoming releases


4 x Gigabit Ethernet with Small Form-Factor Pluggable (SFP) 2 x 10 Gigabit Ethernet with SFP+ or 4 x Gigabit Ethernet with

SFP 4 x 10 Gigabit Ethernet with SFP+ or 4 x Gigabit Ethernet with

SFP (available on 48-port switch only)

4 Uplink SFP/SFP+ Ports

2X10G / 4X1G 4X10G / 4X1G 4X1G

All 4 ports support 1G SFP modules

All 4 ports support 1G SFP and

10G SFP+ modules

Left 2 ports support 1G

SFP modules

Right 2 ports support 1G

SFP and 10G SFP+ modules

Uplink bandwidth up to 22 Gbps


Modular Data Stack with 160 Gbps bandwidth

Hot swappable Data Stack Adapter to enable stacking (optional and orderable separately)

New 0.5M, 1.0M, 3.0M copper stack cables

Support of up to 9 members in a stack Supports online insertion and removal of

stack members

Supports Stateful Switch Over (SSO)

25 APs and 1000 wireless clients per stack

Open or incomplete ring operates at half the available bandwidth - 80 Gbps

New modular stacking adapter and copper stack cable

Cisco StackWise-160 cabling for Catalyst 3650


Secure, reliable access Low TCO & energy-efficient

Competitive Feature Set at Compelling Prices Fe

atur

es

Scale

Converged Wired/Wireless Access Base Stackable Switch Lead Stackable Switch Lead Modular Switch


Catalyst 2960-X/XR

Catalyst 3560-X

Catalyst 3650

Catalyst 3850

Catalyst 4K

LAN Lite Yes / No No No No No

LAN Base Yes / No Yes Yes Yes Yes

IP Base No Yes Yes Yes Yes

IP Services/Ent Services No Yes Yes Yes Yes (Ent Services)

RTU Based Licensing No Yes Yes Yes H1CY13


3650 3560-X 2960X/XR 3850 Stacking/members in stack 160 Gbps/ 9 members No 80 Gbps/ 8 members 480 Gbps / 9 members

Native Wireless Controller Yes No No Yes

Wireless Scalability 25 APs /1000 clients No No 50 APs /2000 clients

10GE Uplinks 4 x 10 Gig/ 2 x 10 Gig (Fixed) 2 x 10 Gig

(FRU) 2 x 10 Gig

(Fixed) 4 x 10 Gig/ 2 x 10 Gig

(FRU)

StackPower No No No Yes

Power Dual (FRU) Dual (FRU); XPS Fixed/Dual (FRU) Dual (FRU); XPS

Native Flexible Netflow Support Yes No sFlow Yes

L3 Features Full L3 Full L3 No/Basic L3 Full L3

Advanced SW Services (AVC, Trustsec, SmartOps) Full Full No Full

QoS Model and Queues per Port MQC, 8 MLS, 4 MLS 4/8 (future) MQC, 8

Buffers per 48 port 12 MB 6 MB 4MB 12 MB

Flash / DRAM Size 2 GB / 4GB 64 MB / 512 MB 256MB / 512MB 2 GB / 4GB

Operating System IOS-XE IOS IOS IOS-XE Multi-Core CPU for Hosted Services Yes No No Yes



AGENDA


Scale with distributed wired

and wireless data plane

928 Gbps bandwidth; 20G wireless/switch;

efficient multicast

Maximum resiliency with

fast stateful recovery

Layered network high availability design with

stateful switchover

Single platform for wired and wireless

Common IOS, same administration point,

one release

Un i f ied Access - One Po l icy | One Management | One Network

Network wide visibility for

faster troubleshooting

Wired and wireless

traffic visible at every hop

Consistent security and

quality of service control

Hierarchical bandwidth

management and distributed policy

enforcement


Ciscos Leading Modular Access & Collapsed Access Platform

Price/Performance Modular Distribution Option

110M+ Ports Sold 800K+ Systems 70%+ Modular PoE/PoEP Port share 80% Adoption by Top Cisco Customers (GET, Enterprise)

MARKET LEADERSHIP CISCO LEADERSHIP Wired and Wireless Convergence

Future Proofed Uplinks 3rd Party Applications

Flexible Netflow In Service Software Upgrade

Cisco UPOE (60W)

Strategic Campus Platform


48G

24G

Data PoE

High

Den

sity

Lo

w De

nsity

1G 10G

WS-X4624-SFP-E

WS-X4748-UPOE+E WS-X4748-RJ45-E

WS-X4612-SFP-E WS-X4606-X2-E

WS-X4648-RJ45V+E WS-X4648-RJ45-E

UPOE 60W, IEEE 802.3az 30W/port on all 48 ports

30W/port on 24 ports

WS-X4712-SFP+E

SFP+/SFP

Fiber Linecards

Copper Linecards

4503-E

4507R+E 4510R+E

4506-E

3 Slot 6 Slot 7 Slot 10 Slot

Power Supplies 6000ACV 4200ACV 2800ACV 1300ACV

9000ACV

Shipping New

Scalability Slot b/w 48 Gbps 10/100/1000 Cu Ports 384 1G Fiber Downlink Ports 194 10G Fiber Downlink Ports 96


Reach New Heights Enterprise Switching

928Gbps Switching Capacity

Scalability 8 x 10G Uplinks 384 10/100/1000 ports 3,6,7 and 10 slot chassis 96 SFP+ LC ports 256K Routes

Platform Innovations

48G/slot Flexible NetFlow NBAR2 Lite* UPOE (60w) Hosted Applications (Wireshark) VRF-Lite, EVN In Service Software Upgrade VSS* Smart Install Director* Cisco TrustSec (SGA*, MACSec)

U N I F I E D A C C E S S I N N O VAT I O N * Integrated Wireless Controller Upto 20G Wireless capacity (50 APs, 2K clients) Converged Security Policy for Wired And Wireless Converged Flexible NetFlow Granular, Hierarchical BW management (SSID, AP, Radio, Client) Quad-Core CPU for 3rd party application * Roadmap


Built on UADP Unified Access Data Plane Unique and powerful Cisco innovation

Hardware performance with software flexibility

Optimized Performance CAPWAP encapsulation/de-capsulation,

Flexible Netflow, QoS happens in ASIC for line rate performance

Future Proofed and Programmable Flexparser enables new software features

(like SDN) over the product lifetime UADP is used across multiple platforms

Catalyst 3850, Sup 8E, WLC5760


Best of Breed for Entire Campus

Optimized for Small/Medium Sized Campus Deployments

Optimized for Large Enterprise Campus Deployments

848Gbps Switching Capacity

SCALABILITY 2 x10G , 4 x 1G Uplinks 240 10/100/1000 ports 3,6 and 7 slot chassis 60 10G LC Fiber ports 64K Routes

And more 4 x 10G Uplinks 384 10/100/1000 ports 3,6,7 and 10 slot chassis 96 SFP+ LC ports 256K Routes

Platform Innovations

48G/slot Flexible NetFlow UPOE (60w) Hosted Applications (Wireshark) VRF-Lite, EVN In Service Software Upgrade VSS (NEW) Smart Install Director (NEW) Cisco TrustSec (SGA*, MACSec) AutoSmart Ports

* Roadmap 520Gbps Switching Capacity


Features SUP7-E SUP8-E Bandwidth 848 Gbps 928 Gbps

Native Wireless Controller Support Over IOS-XE No Yes (HW Ready, SW 1HCY14)

Uplinks 4 x 10 Gbps 8 x 10 Gbps

Buffers 32 MB 32 MB

Routes 256K 256K

Security and QoS Entries 128K 128K

Campus LISP Readiness No Yes

Multi-Core CPU Dual Core Quad Core

Blue Beacon for Serviceability No Yes

Operating System IOS-XE IOS-XE


Access Points

UA 4K UA 4K

Three Use Cases

DMZ ISE Prime

UA 4K

31 Employee Guest

INTEGRATED CONTROLLER OPTIONS

BRANCH SMALL/MEDIUM CAMPUS

UP TO 50 ACCESS POINTS UP TO 2,000 CLIENTS ALL WAN SERVICES AVAILABLE

UP TO 250 ACCESS POINTS UP TO 8,000 CLIENTS VISIBILITY, CONTROL, RESILIENCY

Prime ISE

WAN

Traditional 4K

5508 or WISM2 with SW Upgrade or new 5760

UA 4K

LARGE CAMPUS

EXTERNAL MOBILITY COORDINATOR NEEDED

UP TO 72,000 ACCESS POINTS UP TO 864,000 CLIENTS LARGEST LAYER 3 ROAMING DOMAINS

ISE Prime

Access Points

AP CAPWAP Tunnels

Mobility Coordinator

Mobility Coordinator

INTEGRATED CONTROLLER



Mobility Agent

Capwap Tunnel Standard Ethernet, No Tunnels Guest Tunnel from Switch to DMZ Controller


ISE Prime

Access Points

Wired Multicast Traffic

UA 4K UA 4K

Multicast with Traditional Deployments ( Multicast-Multicast mode) Wired Multicast Replication happens at the switch Wireless Multicast Replication happens at the

Controller Multicast Optimization with Converged Access Wired and Wireless Multicast Replication happens

at the Catalyst 4500E/Sup8-E Reduces the number of streams for the same traffic

type in the network

Multicast Server

Replication happens at the Access switch for all clients

Multicast wired and wireless receivers Wireless Multicast Traffic

Multiple Replications at different points for wired and wireless


Designed from the ground up for High Availability

Unique Redundant Uplinks All uplinks (active & standby Sup.) active, even when a Sup. fails

Redundant Fans

No disruption with single fan

failure

Redundant Power Supplies

Active Standby Design

Dual Supervisors

Stateful Switchover

Cisco UPOE

Endpoint data and power convergence

Virtual Switching

System 10G/1G VSL

High Availability for Dual Homing

Power Circuit Redundancy

Pwr Rail 1 Pwr Rail 2

Reduces Line Card failures

Transparent Linecards


2000

2003

2007 2009

Industry Standard: IEEE 802.3af (15W

PoE)

Industry Standard: IEEE 802.3at (30W

PoE+)

7W Inline Power 15W (PoE)

30W (PoE+)

A Historical Perspective

Rapidly Growing UPOE Ecosystem

Cisco UPOE Wider Choice of End Points Efficient Power Delivery High Availability Universal RJ45 Lower CapEx/OpEx

2011


Management Solution Single platform for onePk and openFlow control Bundled Apps for common use cases

OnePK API interface to Enterprise features Leverage Rich Qos, Netflow and Wireless capabilities

OpenFlow OpenFlow 1.3 support

Leverage IOS features sets and Hardware capabilities

Control Plane

Forwarding Plane

Control Plane

Forwarding Plane

Management and Orchestration

ASIC

Network Services (Energywise, Security, Medianet)

Network Elements and Abstraction

Analysis and Monitoring, Performance and Security

Control Plane

Forwarding Plane

A p p l i c a t i o n D e v e l o p e r E n v i r o n m e n t

FCS 1HCY14

OpenFlow



AGENDA


BYOD Multiple Devices per User

Mobility Smart Roaming

High Bandwidth Applications

Real-Time and Streaming

The rapid adoption of client devices including 802.11ac

Increasing demand more bandwidth and performance

throughout the network.

Both cloud-managed and enterprise solutions are seeing more Bandwidth intensive apps

in the network


What Are the Features? What is 802.11ac? Most efficient Wi-Fi standard to date Optimized for high bandwidth applications Backwards compatible with 802.11n and .11a Provides better coverage in dense

environments Optimized for better client battery life

Wider Channels and More Spatial Streams than 802.11n

Data rates Up to 1.3 Gbps (Wave 1) & 2.6/3.5 Gbps (Wave 2)

Operates in 5GHz Band only Multi-user mode Switch-like

Noticeably faster connectivity enabling an enhanced Quality of Experience for the end user Wired-like experience at higher speed Significantly better client battery life Client device adoption will be rapid to take advantage of extended battery life

What to expect with 802.11ac

38

What is 802.11ac?


High Education K-12 Healthcare

Service Provider Stadiums Outdoor High bandwidth Hotspots

give SPs a competitive advantage

Generate more revenue by charging for more bandwidth

Better Customer experience to high Bandwidth Apps such as Netflix or Hulu Plus

Continued shift to 5 GHz to offload the crowded 2.4 GHz

Historic districts, shopping centers, stadiums or any location with strict aesthetic requirements

Service Providers that want to customize the AP with a logo to advertise a Wi-Fi hotspot

SP-Wi-Fi off-load push data-hungry users to Wi-Fi, freeing-up the limited 3G/4G/LTE for voice

BYOD & rapid Client adoption

Students bring in latest laptops, smartphone, tablets.

High concentration of devices connecting to the network

Better spectrum use when devices move to 5GHz rather than the crowded 2.4GHz band

CT, MRI, Cardiac Imaging, and 4D modeling demands higher bandwidth

Legacy devices operate better on 802.11ac: EMR, PACS, Cows (Computer on Wheels)

802.11ac and CMX deliver next-gen fan experience

High density!!!

New revenue opportunities (sponsorship, merchandising)

CMX maps with featured attractions

Differentiate core retail services

Collaborative Classrooms with HD Video

Multi-screen HD video is streamed live to 802.11ac and 802.11n enabled devices in classrooms


HDX Technology for Scale and Performance in High-Density Environments

High-Density Experience (HDX) CleanAir with 80Mhz

ClientLink 3.0

Cross-AP Noise Reduction Enhanced Location Accuracy

Integrated 802.11ac (Wave 1)

3x Performance of Current Wi-Fi: Higher performance at a Greater Distance Optimized AP Roaming: Faster Attach and Release

Modular Design: Future-proof for Next-Gen Mobile Devices and Wi-Fi Standards

RF Excellence Enabled by Purpose Built Chipset Modules

WSSI

3G Small Cell

802.11ac (Wave 2)

With Integrated 802.11ac (4x4:3SS)


ClientLink 3.0 CleanAir 80MHz Cross AP Noise Reduction* Explicit Compressed Beam Forming

Turbo Scheduler* Client Scale and Performance

Purpose-built Wi-Fi Chipset innovation Hardware-based performance

acceleration Leveraging Best in Class RF

architecture e.g. 4x4 MIMO 11ac

All to deliver improved High density networks

High number of APs High number of clients per AP

Performance at range Seamless fast roaming for client Improved network selection for clients

More than signal strength Battery savings for clients

Tx_Interference_Suppression No client involvement Zero overhead

compared to ECBF

stds based requires client involvement

(efficient but adds overhead)


Industry-Leading Wireless Connectivity

Performance and Investment Protection

Adv

ance

d Fu

nctio

nalit

y

Small to Mid Enterprise

Feature-Optimized Enterprise

Mid to Large Enterprise

High-Density Enterprise

Aironet 1600 Aironet 2600 Aironet 3600 Aironet 3700 With HDX

Wireless Data Rate

802.11a/g/n ClientLink 2.0 CleanAir

Wireless Data Rate

802.11a/g/n/ac Modular ClientLink 2.0 CleanAir

Wireless Data Rate

802.11a/g/n/ac (Native) Modular ClientLink 3.0 CleanAir with 80 Mhz Enhanced Location

Accuracy Cross-AP RF Noise

Reduction

802.11a/g/n ClientLink 2.0 CleanAir Express


2x3:2 $1395

2x3:2 $995

2x2:2 $795

4x4:3 $1495

3x4:3 $1095

3x3:2 $695

Q4CY13


4x4:3 SU-MIMO Dual-band 2.4 and 5 GHz integrated radios with Modularity

802.11ac Wave 1 on the integrated 5 GHz radio 1.3 Gbps PHY : 3 Spatial Streams, 20/40/80 MHz channels, 256 QAM Explicit Compressed Beam Forming (ECBF) support as per the 802.11ac specification 802.11a, .11n and .11ac clients supported on the integrated 5 GHz radio

Modular architecture carried forward from the AP3600 WSSI (Security & Monitoring) Module, Cisco 3G Small Cell Module, future 802.11ac Wave 2 Module will be supported

Requires ~15w of power at the AP Enhanced PoE or PoE+ for full functionality Will fit under 15.4w 802.3af by down revving antennas to 3x3:3 on both 2.4 and 5 GHz With PoE from a 2500 Series WLC the 3700 will automatically come up in 3x3:3

Antenna support Will support all the antennas available for the 3600, 2600 and 1600 New High gain dual-band antenna planned for the 3700; 13 dBi for 2.4 and 5 GHz

FCS Q4CY13


Module WSSI (Security Module)

Cisco 3G Small Cell Module

802.11ac Wave 2

Benefits Full comprehensive wireless security posture with off channel scan for WIPS, Rogue Detection, Context Aware, CleanAir,

and RRM

Provides extended 3G cellular infrastructure

coverage where cell tower signals cannot go (carpet

areas in high rises, MDUs)

Support new 802.11ac data clients and

Smartphones, up to 1Gbps+ wireless speeds

Target Markets

All Enterprise, Retail (PCI), Healthcare,

Manufacturing All Enterprise All Enterprise

List Price $500 TBD TBD

Availability Now Q4CY13 Band I Q1CY14 Band II/V CY2015 (Target)


Max Data Rate 1.3 Gbps

Radio Design MIMO:Spatial Streams Dual-Radio, Dual-Band, 4x4:3

Modular Yes WSSI, Cisco 3G SCM, 802.11ac Wave 2 Max No. Clients (per Radio) Max No. ClientLink and ECBF (per Radio)

200 128

Beamforming ClientLink 3.0 a/g/n/ac and ECBF - ac CleanAir Technology 80 MHz wide Converged Access FlexConnect Autonomous FCS+1 BandSelect VideoStream Rogue AP Detection Adaptive wIPS Monitor Mode Ethernet Uplink GbE

Power 802.3at, AC Adapter Dynamically downshifts to 3x3:3 with .3af Temperature Range 0 to 50 C

3700 Series Access Point with integrated 802.11ac Wave 1


3700 PoE ready Switches 3x3:3 RF Design per Radio Full - 4x4:3 RF Design per Radio

Cisco Switches 802.3af - PoE Cisco Enhanced PoE 802.3at - PoE+ UPoE

4500 E Series 47xx line card X X 4500 E Series all other copper line cards X X X

4500 non E Series X X X X 3850 24P/48P/48F models X X X

3750-X X X X 3750-E X X X 3750-G X X X X 3650-X X X X 3560-X X X X 3560-E X X X 3560-C X X X

2960-XR X X X 2960-X X X X 2960-S X X 2960-C X X X X 2960 X X X X

Power Injectors AIR-PWR-INJ4

= Sufficient Power for full 4x4 RF with the 3700 Series Access Point


AP3700 with Integrated 802.11ac Wave 1

Same Dual Radio Dual Band

Same Leading 4x4:3 RF architecture

3700 carries forward the 3600 modular architecture

1.3 Gbps Max Data Rate via AP3600 with 802.11ac Module (5 GHz) AP3700 and integrated 5 GHz radio

Shared Modules WSSI Cisco 3G Small Cell 802.11ac Wave 2

3600 3700 Max Data Rate 450 Mbps 1.3 Gbps 11ac Module 1.3 Gbps

Radios Dual Radio, 2.4 and 5 GHz Dual Radio, 2.4 and 5 GHz

RF Design (MIMO:SS) 4x4:3 Integrated Radios 3x3:3 11ac Module 4x4:3

Power Draw 4x4:3 + 3x3:3 = 802.3at 5 GHz only = 802.3af 4x4:3 = 802.3at 3x3:3 = 802.3af

Client Count 200 - per integrated radio 50 11ac Module 200 - per integrated radio

Beamforming ClientLink 2.0 a/g/n - AP ECBF with 11ac Module ClientLink 3.0 a/g/n/ac and ECBF with 11ac

Beamforming Client Count 128 - per integrated radio 7 11ac Module 128 - per integrated radio

Spectrum Intelligence CleanAir CleanAir

RRM

Modules WSSI

802.11ac Wave 1 3G Small Cell

802.11ac Wave 2

WSSI

3G Small Cell 802.11ac Wave 2

List Price (Integrated Ant.) $1495 AP $500 11ac Module $1495


Competitors ClientLink 1.0 ClientLink 2.0 ClientLink 3.0 Beamforming Type Standards Beyond Standards Standards and

Beyond Standards Standards and

Beyond Standards Access Points Supported Most 802.11n 1140, 1260, 3500

No. of Transmitters to Improve Reliability for Downlink Traffic

2-3 2 3-4 4

Clients Supported 802.11n 802.11a/g 802.11a/g/n 802.11 a/g/n/ac No. of Clients Supported (per Radio) - 15 128

(1600 = 32*) 128

Optimized for iPhone, iPads (1x1:1SS, 11n or 11ac)

No No Yes Yes

Optimized for Newer Laptops from Apple. Dell, Lenovo, HP - (3x3:3SS, 11n) Upcoming 802.11ac 2x2 and 3x3 Noteboks

No No Yes (2600, 3600)

Yes

Ready for Mobile Devices Influx (BYOD) No No Yes Yes Optimizes AP Resources for Higher Client Density Support

No Yes (Limited) Yes (2600, 3600)

Yes

Client Performance and Coverage Improvements

Legacy 1SS 1SS 2SS 3SS

Legacy

802.11n 1SS 1SS 2SS 3SS

Legacy

802.11n 802.11ac


Integrated devices Shipping Apple Macbook Air http://www.apple.com/macbook-air/features.html#wireless

Intel Dual Band Wireless-AC 7260 - http://www.intel.com/content/www/us/en/wireless-products/dual-band-wireless-ac-7260-bluetooth.html

Samsung S 4 - http://www.samsungmobilepress.com/2013/03/14/GALAXY-S-4-1

HTC ONE http://www.htc.com/us/smartphones/htc-one/#specs

ZTE Grand Memo - http://www.zteusa.com/news-zte-launches-grand-memo/

USB Clients - Shipping LinkSys AE6000 1x1 - http://store.linksys.com/linksys-ae6000-wifi-wireless-ac-dual-band-mini-usb-adapter_stcVVproductId153081401VVcatId553466VVviewprod.htm

Asus USB-AC53 2x2 - http://www.asus.com/Networking/USBAC53/

NetGear A6200 2x2 - http://www.netgear.com/home/products/wireless-adapters/ultimate-wireless-adapters/a6200.aspx

Belkin - 2x2 - http://www.belkin.com/us/F9L1106-Belkin/p/P-F9L1106

D-Link 2x2 - http://www.dlink.com/us/en/home-solutions/connect/adapters/dwa-182-wireless-ac1200-dual-band-usb-adapter

Bulffalo 2x2 - http://www.buffalotech.com/products/wireless/client-adapters/airstation-ac866-dual-band-wireless-usb-adapter

Edimax 2x2 - http://www.edimax.com/en/produce_detail.php?pd_id=479&pl1_id=28&pl2_id=138

Ethernet to 802.11ac Bridges - Shipping LinkSys (Belkin) WUMC710 - http://store.linksys.com/en-us/linksys-WUMC710-wireless-media-connector-wifi-5ghz-bridge_stcVVproductId149779333VVcatId550467VVviewprod.htm

Buffalo WLI-H4-D1300 - http://www.buffalo-technology.com/en/wli-h4-di300-airstation-1300.html


Ciscos next generation flagship indoor Access Point with integrated 802.11ac Dual-Radio, Dual-Band and Modular architecture

Industries only 802.11ac AP with 4x4 MIMO RF design Technical Leadership Unparalleled signal Reach, Quality and Performance via perfect blend of Hardware and Software

Modular architecture enabling Business Flexibility Add-on feature modules Security & Spectrum, 3G Small Cell, future 802.11ac Wave 2

High Density Experience HDX delivered with purpose built chipsets Predictive Noise Reduction; 3700s working together to increasing client density in close proximity ClientLink 3.0 with 11ac & ECBF concurrently; enhanced signal quality and throughput at range CleanAir on 80 MHz; real-time interference detection for optimal channel selection and usage

Voice and Video scaled to the next-level Streaming and Real-Time Hardware based feature processing, optimized aggregation for scale and throughput


Indoor Access Point Series

600 Teleworker

700 1600 2600 3600 3700 (Q4 CY13)

Max Data Rate* 300 Mbps 300 Mbps 300 Mbps 450 Mbps 1.3 Gbps 1.3 Gbps

RF Design MIMO:Spatial Stream 2x3:2 2x2:2 3x3:2 3x4:3

11n: 4x4:3 11ac: 3x3:3 4x4:3

Performance/Coverage/ Investment Protection

Max No. of Clients* 15 100 128 200 200 50 - .11ac Module 200

RRM CleanAir TBD CleanAir Express**

ClientLink ECBF ClientLink 2.0 ClientLink 2.0 ClientLink 2.0 for 802.11agn EBF for 802.11ac ClientLink 3.0 for 802.11a/g/n/ac

& ECBF for 802.11ac

Max No. of ClientLink Clients* 32 128

128 - ClientLink 32 ECBF 128

BandSelect

VideoStream

Rogue AP Detection

Adaptive wIPS

External Antenna Opt (Future)

Module Options Multiple Local Ethernet Ports

WSSI (Security) Shipping 802.11ac - Shipping

Cisco 3G Small Cell Q4CY13 802.11ac Wave 2 CY15

WSSI (Security)

Cisco 3G Small Cell Q4CY13 802.11ac Wave 2 CY15

List Price $419 $495 $695 $1095 $1495 - AP $500 Module $1495

*Per Radio **Available as a Software Upgrade in 1HCY14



AGENDA


Product Overview

Hardware Overview

Power Options

Software Details

Design and Planning


Controller

L3/L2 switch

Mesh Deployment Flexibility: LAN-to-LAN connectivity Multiple hop backhaul 2.4 GHz and 5GHz wireless client access Ethernet Access to wired clients LAN-to-LAN in motion with Work Group Bridge (WGB)

2.4 GHz Access

5 GHz Access

MAP (Mesh AP)

RAP (Root AP) Backhaul 5GHz

MAP

Backhaul 5GHz WGB

5 GHz Access

Wired access

L2 switch


Internet

Point To Point

L3/L2 switch L2 switch 5GHz/2.4 GHz

Bridging: basic LAN to LAN wireless connectivity

Point To Multipoint

L2 switch

Bridging


Ultra Low-Profile, Outdoor-AP 802.11n Dual-band (2.4 & 5 GHz) Models: Internal (1530I) or External (1530E) Antenna

Cisco Flexible Antenna Port SW configure ports for single-band or dual-band antennas

Unified or Autonomous modes New boot logic allows AP to boot Unified or Autonomous from same HW PID

Supports Bridging on 2.4 or 5 GHz Point-to-point or point-to-multipoint topology

Supports Daisy Chaining Serial backhaul or enhanced universal access


Volume: 3.0 Liters (70% smaller) vs. 10.0 Liters Weight: 2.3 kg (64% lighter) vs. 6.4 kg Size: 23 x 17 x 11 cm vs. 31 x 23 x 14 cm Profile: Vertical along pole vs. Horizontal Shape: Tapered Trapezoid vs. Rectangle Box Color: Gray vs. White Plugs: Gray & flat screw vs. Metallic Silver bolt Cover: Yes (paintable) vs. No

1550-I 1530-I


1552E 1532E 1550 Parameter 1530

SFP backhaul X Cable backhaul X CleanAir X ClientLink X Direct AC power input X

PoE Out X GPS X Battery Backup X

1550 supports many options not available on the 1530


Cisco Flexible Antenna Port can support either dual-band or single band antennas on the same platform Configurable via a software command Dual-band ports, use the bottom 2 antenna ports to connect to dual-band omni or directional antennas Single-band ports, use two separate 2.4 GHz and two 5 GHz antenna ports

SW Configure

2.4 & 5GHz 2.4 GHz

5 GHz

No Used


Cisco does not support third-party antennas

RF connectivity and compliance is customers responsibility

Cisco doesn't track or have any idea about the quality, performance or reliability of these Antennas

Cisco Technical Assistance Center will have no training or customer history with regard to non-Cisco antennas

Cisco's FCC Part 15 compliance is only guaranteed with Cisco antennas or antennas that are of the same design and gain as Cisco antennas


IP67 Certification means the 1530: Has an air-tight enclosing case, totally protecting it from dust Is Water-proof when immersed in up to 1 meter of water for up to 30 minutes


WLAN Controller RAP

2.4/5GHz

WGB

1530 are point to point bridging replacements for 1310/1410

1530s can operate in Bridge Mode with unified software or as a WBG with autonomous software

WBG can bridge on either the 2.4GHz radio or the 5GHz radio

Directional antennas should be used to maximize bridging distance


157/161

WLAN Controller RAP

149/153

MAP1a MAP1b MAP2

Only 1530s in Bridge Mode can utilize this configuration

MAP1a & MAP1b are operating on different 5GHz channels to maximize throughput across the mesh link

BGN configuration and the Preferred Parent command are recommended to maintain the mesh tree


WLAN Controller RAP

5GHz

MAP1a MAP1b

Only 1530s in Bridge Mode can utilize this configuration

MAP1b is dedicated for Client Access, while MAP1a will provide the mesh backhaul link

In this configuration, MAP1b should be in local mode or flex-connect mode

2.4/5GHz


WLAN Controller RAP MAP1 MAP2

AP1530s are fully operable with AP1550s

149/153 149/153


RF Nature: Not an Exact Science, Especially in Unlicensed Spectrum

Mesh: AP-to-AP Backhaul Distance Capability should be | 2x AP-to-Client WiFi Network Planning Involves:

Site Survey to Identify: AP Location & Height, Line-of-Sight (LoS)/Partial LoS, Interference, Access to wired backhaul (i.e. Max # Hops),

Client type (Smart Phones, Tablets, Laptops, ) Weakest Link typically would be the Uplink on a Smart Phone

User Experience: Minimum Throughput to User, Type of Applications (Internet, Video, Gaming, .)

CAPEX & OPEX available for project; Match to type of Service, Robustness of Coverage,

Regulatory Considerations; different countries allow different Tx power at different Frequency Bands.

When to use internal antenna 1532 vs. the external antenna 1532


AP-to-Client Distance 2.4 GHz

AP1530I: 600 ft/180 m AP1530E: 600 ft/180 m

Recommendations AP to AP (Backhaul) = 2 X (AP to Client Distance) AP-AP = 2x(AP to Client) AP1532I: 1200 ft/360 m AP1532E: 1200 ft/360 m

AP Density AP1530I: ~ 25 AP/sq-mile = 10 AP/sq-km AP1530E: ~25 AP/sq-mile = 10 AP/sq-km

Assumptions: Height: APs are at 33 Ft (10 m); Client @ 3.3 ft (1 m) Throughput: > 1 Mbps Decreasing AP-AP Distance improves coverage Near LoS. For Less LoS Scenarios => Reduce Distance Assumptions Flat Terrain Environment Comparing the 1530I to the 1530E with AIR-ANT2547V-N dual band antennas

1 meter = 3.28 ft 1 sq-meter = 10.7 sq-ft 1 mile = 1.61 km 1 sq-mile = 2.6 sq-km


Access Point (Domain Specific)

AP Client @2.4 GHz AP to AP = 2 x AP to Client

1532I (-A ) 800ft/200m 1600ft/400m

1532E (-A) 1000 ft/250m 2000ft/500m

1532I (-E) 600ft/180m 1200ft/360m

1532E (-E) 600ft/180m 1200ft/360m

1 meter = 3.28 ft 1 sq-meter = 10.7 sq-ft 1 mile = 1.61 km 1 sq-mile = 2.6 sq-km

Comparing the 1530I to the 1530E with AIR-ANT2547V-N dual band antennas

Thank you.

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