Roy Ramakers

Product Sales Specialist Enterprise Networks – Commercial

Ronald van Rees TD AZLAN

Mobility – 802.11ac and beyond

Agenda

• Mobility Trends

• Wireless as the new access standard

• 802.11ac Wave 2, how does it work?

• Cisco Aironet 1850 Series Access Point

• Analytics & Location

Mobility Trends

People change

COLLEGE STUDENTS AND

YOUNG PROFESSIONALS

CONSIDER INTERNET A FUNDAMENTAL

HUMAN RESOURCE

OF COLLEGE

STUDENTS

OF YOUNG

EMPLOYEES

AND

SAY THEY COULD NOT LIVE WITHOUT

THE INTERNET

The new way of transport

COLLEGE STUDENTS GLOBALLY WOULD

CHOOSE AN INTERNET CONNECTION

OVER A CAR

INTERNET CAR

Mobile Devices as the most important technology

OF STUDENTS

OF EMPLOYEES

SAY THAT A MOBILE DEVICE

(LAPTOP, SMARTPHONE,

TABLET) AS “THE MOST

IMPORTANT TECHNOLOGY IN

THEIR LIVES.”

SMARTPHONES ARE POISED TO SURPASS DESKTOPS AS THE

MOST PREVALENT TOOL FROM A GLOBAL PERSPECTIVE

in 2015

—Gartner 90% of the businesses will allow personal devices

for work related use

The past 200 years : From Locomotive to DNA

Human History

120,000 years ago: Homo sapiens

6000 BC: Invention of the wheel

Today

1800: First locomotive

1834: First computer (analytical engine)

1876: Invention of the telephone

1878: First incandescent light bulb

1902: First flight

1906: Invention of the radio

1926: Invention of television

1940s: First general purpose electronic computer

1953: Discovery of DNA

1958: First integrated circuit

1960: First laser

1961: First manned space flight

1969: Beginning of the Internet

1971: First microprocessor

1975: First personal computer

1989: World Wide Web

2003: Human genome mapping complete

1926: First transistor

1957: First satellite

All in less than 0.2% of the human existence!

170 years ago: Invention of the Telegraph

100 years ago: Invention of the radio

70 years ago: 1st electronic computer

40 years ago: 1st Internet connection

20 years ago: World Wide Web

The history of ‘Connections’

Today Intelligent Connecting of People, Processes, Data, and Things

2003: 0.5B Connected Devices

2005: IP Traffic: 29 exabytes

2005: 1ste Smartphone

2008: Video Traffic: 21 exabytes

2010: 7B Connected Devices

2017: 300M Connected Cars

2010: 0.5B Smartphones

2016: IP Traffic: 1.3 zettabytes

2013: 10B Connected Devices

2012: 50M Connected Cars

2011: 90M Smartmeters

2020: 1B Smartmeters 2015:

2/3rds Video Traffic

2/3

500%

4.5B New People, 37B New Things

2012: 1B Smartphones

2020: Global Cloud Market: 500% Growth

Wireless as the new access standard

Compiled from multiple sources: Gartner, ABI, IDC, VNI

Mobile Devices were

a privilege…

2000

Everyone had at least

one Mobile Device…

2010

Plan for 3 or more

Mobile Devices per user

moving forward…

2015

WiFi Trends

Corporate Applications

only on the network

2000

Corporate and Personal

Applications started to

share the network

2010

Corporate Applications are

competing on average

with 40+ Personal

Applications

2015

Wi-Fi Trends for the Sales Professional…

Compiled from multiple sources: Gartner, ABI, IDC, VNI

WiFi Trends

Wireless as the“preferred” access method

2014

WiFi

3G/4G

2018

WiFi

3G/4G

Source: Analysys Mason

Wi-Fi as Primary Connectivity –

Ethernet as Fallback Connectivity

802.11ac: A New WiFi Standard

Built for next-generation networks: more devices, exponential bandwidth growth

- Nearly 3x the speed of 802.11n

- Operates at 5 GHz – less interference and crowding than 2.4 GHz (802.11 b/g/n)

- Capacity for more devices, HD video, and bandwidth-intensive applications

802.11n: 450 Mbps 802.11ac: 1,300 Mbps

Wi-Fi Timeline Gigabit Wi-Fi as primary

4SS Desktops

3SS Desktops / Laptops

2SS Laptops / Tablets

1 SS Tablets / Smartphones

*Assuming 80 MHz Is Available and Suitable

**Assuming 160 MHz Is Available and Suitable 2015 2013

802.11 802.11n 802.11b 802.11a/g 802.11ac

Wave 1

802.11ac

Wave 2

1 Spatial Stream

3 Spatial

Streams

8 Spatial

Streams

2 G

iga

bit

Eth

ern

et

Up

lin

ks

2 11

54

24

65

600

450

300

6900**

1300*

870*

430* 430*

6900**

3500**

2340**

Gig

ab

it

Eth

ern

et

Up

lin

k

1730** 2

Spatial Stream

4 Spatial

Streams

2007 2003 1999 1997

= Connect Rates (Mbps)

= Spatial Streams SS

And a Real Tangible Benefit for you… Client Battery Lasts Longer with Gigabit Wi-Fi / 802.11ac

DATA

802.11ac

802.11n

25%

0MB

20%

890MB

15%

2.1GB

10%

3.26GB

5%

4.68GB 4.68GB

25%

20%

15%

10%

5%

0MB 432MB 1.08GB 1.64GB 2.13GB 2.76GB

Gigabit Wi-Fi and ClientLink transmits and receives faster for all clients = Improved Battery Life

Up To 2X Improved

Battery Life

Cisco = Highest Performance Access Points in the Industry

Supports full Suite of HDX capabilities

4X4 MIMO Antenna – 3 Spatial Streams

Modular & Supports full Suite of HDX capabilities

Cisco AP2700 Cisco AP3700

Most CPU and Memory per AP in the Industry

3X4 MIMO Antenna – 3 Spatial Streams

Value: Why Gigabit Wi-Fi / 802.11ac now…!!!

75% new devices will be

802.11ac by end of 2015

Wi-Fi as Primary –

Ethernet as Fallback

Connectivity

Wireless (53%) will

bypass Wired traffic

(40%) by 2016

1 Cisco VNI Global Mobile Data Forecast 2012-2017, 2 AVI Research 3 Nemertes Research Global Mobile Research 2013

Value: Why Gigabit Wi-Fi / 802.11ac now…!!!

No Price Premium

over 802.11n

3X the Performance

over 802.11n

2X the Battery Life

over 802.11n

Why Cisco for Gigabit Wi-Fi / 802.11ac

Only Modular and

Future Proofed Access

Point in the industry

Most CPU and Memory

per AP in the industry

Suite of High Client

and Access Point

Density capabilities

Only AP manufacturer

that built their own

Radio ASIC

Is it really about speed?

802.11ac Wave 2, How does it work?

How 802.11ac Wave 2 Works

Multi-User MIMO

(MU-MIMO)

Wider RF Channels Four Spatial Streams

speed boost compared to Wave 1, thanks to: 80%

How 802.11ac Wave 2 Works

Clients get on and off the network

quicker, allowing more

clients to be served.

Multi-User MIMO (MU-MIMO)

How 802.11ac Wave 2 Works BW

(MHz)

# Spatial

Streams

MCS

(QAMr5/6)

PHY Rate

(Mbps)

MAC

Throughput

(Mbps)*

80 3 256 1300 845

80 4 256 1733 1126

160 1 64 650 422

160 1 256 780 507

160 1 256 866 563

160 2 64 1300 845

160 2 256 1560 1014

160 2 256 1732 1126

160 3 64 1950 1268

160 3 256 2340 1521

160 3 256 2600 1690

Data rates introduced with 802.11ac Wave 2

Potential throughput at

160-MHz channel widths:

• Multi-user MIMO (MU-MIMO)

• Wider RF channels

* Based on 65% MAC utilization

How 802.11ac Wave 2 Works

• Multi-user MIMO (MU-MIMO)

• Wider RF channels

• Four spatial streams

Object

Access point transmits

“abcdefghijkl”

to client

Wi-Fi client receives

“abcdefghijkl”

through four streams of data

Four spatial

streams support

using single-user MIMO

Wall

Ceiling

Cisco Aironet 1850 Series Access Points

Next-Generation Wave 2 802.11ac Access Points

Cisco Aironet® 1850

* Planning

• Next-generation 4x4 MIMO:4 spatial streams (SS) Wave 2 802.11ac access points

• Dual radio, 802.11ac Wave 2, 80 MHz

• 5 GHz: 4x4 supporting

- 3 SS MU-MIMO

- 4 SS SU-MIMO

- 1.7-Gbps Max 5-GHz PHY

• 2 Gigabit Ethernet and USB 2.0 ports

• Internal and external antenna models

Gigabit Wi-Fi has fully arrived

Free WiFi

Free WiFi

Analytics & Location

Create Connected Experiences with Cisco® CMX

Presence and location detection

Visibility (Wi-Fi, BLE, video)

Detect

Easy Wi-Fi login, custom or social

Zone-based, custom splash pages

Connect

App-based mobile engagement

Context-aware in-venue experiences

Engage

Analytics