AirTight 11ac Webinar Series, Aession 1 - Intro to 802.11ac - June 10 2014
Upcoming SlideShare
Loading in...5
×
 

AirTight 11ac Webinar Series, Aession 1 - Intro to 802.11ac - June 10 2014

on

  • 581 views

View the recording of the webinar: https://attendee.gotowebinar.com/recording/3166618036269403394 ...

View the recording of the webinar: https://attendee.gotowebinar.com/recording/3166618036269403394
AirTight Networks Webinar: 802.11ac Essentials
Topics:
11ac Technical Overview
11ac Features Compared to 11n
11ac Wave 1 Compared to Wave 2
11ac Scalability Compared to 11n
11ac Client Landscape

Statistics

Views

Total Views
581
Views on SlideShare
328
Embed Views
253

Actions

Likes
0
Downloads
24
Comments
0

3 Embeds 253

http://blog.airtightnetworks.com 243
http://www.airtightmojo.com 9
http://plus.url.google.com 1

Accessibility

Categories

Upload Details

Uploaded via as Adobe PDF

Usage Rights

© All Rights Reserved

Report content

Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
  • Full Name Full Name Comment goes here.
    Are you sure you want to
    Your message goes here
    Processing…
Post Comment
Edit your comment

AirTight 11ac Webinar Series, Aession 1 - Intro to 802.11ac - June 10 2014 AirTight 11ac Webinar Series, Aession 1 - Intro to 802.11ac - June 10 2014 Presentation Transcript

  • © 2014 AirTight Networks, Inc. All rights reserved. Introduction to 802.11ac 802.11n vs. 802.11ac
  • © 2014 AirTight Networks, Inc. All rights reserved. Agenda • Beyond the Hype: 11ac’s True Benefits • Where 11ac Can Really Help • How they Stack Up: 11n vs. 11ac • Should You Catch Wave 1 or Wait for Wave 2? • Greater Scalability = Cost Savings: 11n vs. 11ac • 11ac Clients Everywhere You Look • AirTight Networks C-75 • The Big Payout 2
  • © 2014 AirTight Networks, Inc. All rights reserved. Beyond the Hype: 11ac’s True Benefits • Effectively quadruple per radio capacity: 160 MHz vs. 11n/40 MHz • More bits per MHz: 33% increase 256-QAM vs. 11n/64-QAM • Double per radio capacity: Up to 8 spatial streams vs. 4 with 11n • Higher average data rates/greater range: Standardized explicit beamforming (TxBF) • Switch-like functionality: MU-MIMO supports up to 4 simultaneous transmissions • More efficient MAC layer: Larger frame aggregation 4 Bottom Line 802.11ac provides significantly higher aggregate bandwidth & lower latency compared to 802.11n
  • © 2014 AirTight Networks, Inc. All rights reserved. Where 11ac Can Really Help Greenfield • Wave 1 technology is here now • Wave 2 is 1.5 – 2 years out and initial improvements over Wave 1 incremental • 802.11n will ensure obsolescence before refresh cycle 4
  • © 2014 AirTight Networks, Inc. All rights reserved. Where 11ac Can Really Help High Density Environments 5
  • © 2014 AirTight Networks, Inc. All rights reserved. Where 11ac Can Really Help High Throughput Environments 6
  • © 2014 AirTight Networks, Inc. All rights reserved. Where 11ac Can Really Help Latency Sensitive Applications 7
  • © 2014 AirTight Networks, Inc. All rights reserved. 8 Feature Benefits 11n 11ac Channel Width Quadruple Throughput 20, 40 MHz 20, 40, 80, 80+80, 160 MHz QAM Encoding More Bits/MHz 16, 64 QAM 16, 64, 256 QAM Spatial Streams Double Throughput 4 8 Beamforming Higher Data Rates & Range Implicit, Explicit (Standardized) Explicit MIMO Switch-like Wi-Fi SU-MIMO SU-MIMO, MU-MIMO Frame Aggregation Greater Efficiency A-MSDU size 7,935 Bytes A-MPDU size 65,535 Bytes A-MSDU size 11,426 Bytes A-MPDU size 1,048,576 Bytes Bands Supported More Channel & Less Cluttered Spectrum 2.4, 5 GHz 5 GHz Only How they Stack Up: 11n vs. 11ac
  • © 2014 AirTight Networks, Inc. All rights reserved. 9 Feature Wave 1 Wave 2 Channel Width 20, 40, 80 20, 40, 80, 80+80, 160 MHz QAM Encoding 16, 64, 256 QAM 16, 64, 256 QAM Spatial Streams 3 8 Beamforming Explicit Explicit MIMO SU-MIMO SU-MIMO, MU-MIMO Frame Aggregation A-MSDU size 11,426 Bytes A-MPDU size 1,048,576 Bytes A-MSDU size 11,426 Bytes A-MPDU size 1,048,576 Bytes Bands Supported 5 GHz 5 GHz Should You Catch Wave 1 or Wait for Wave 2?
  • © 2014 AirTight Networks, Inc. All rights reserved. 0 500 1000 1500 2000 2500 3000 3500 11g or 11a/20MHz 11n/1ss/20MHz 11ac/1ss/20MHz 11n/1ss/40MHz 11ac/1ss/40MHz 11ac/1ss/80MHz 11ac/1ss/160MHz 11n/2ss/20MHz 11ac/2ss/20MHz 11n/2ss/40MHz 11ac/2ss/40MHz 11ac/2ss/80MHz 11ac/2ss/160MHz 11n/3ss/20MHz 11ac/3ss/20MHz 11n/3ss/40MHz 11ac/3ss/40MHz 11ac/3ss/80MHz 11ac/3ss/160MHz 11ac/4ss/20MHz 11ac/4ss/40MHz 11ac/4ss/80MHz 11ac/4ss/160MHz 54 72 87 150 200 433 867 144 173 300 400 867 1733 217 289 450 600 1300 2340 347 800 1733 3467 Max Data RatesClient Type / Channel Width Device Data Rates: 1ss 11n vs. 1ss 11ac iPad Galaxy Tab Pro, Galaxy S4 10 MacBook Air MacBook Pro
  • © 2014 AirTight Networks, Inc. All rights reserved. 11 Use Case 11n (40 MHz) 11ac Wave 1 (80 MHz) Single Radio Throughput (5 GHz only) 96 Mbps* (11n 2x2 clients) 277 Mbps* (11ac 2x2 clients) Multi AP Throughput (Single interference zone, DFS, US) 1.7 Gbps* (11n 2x2 clients, 12 unique 40 MHz channels) 2.6 Gbps* (11ac 2x2 clients, 6 unique 80 MHz channels) Max Client Density (4 APs, 3 Mbps SLA) 128 Clients* (11n 2x2 clients, 40 MHz) 232 Clients** (11ac 2x2 clients, 80 MHz) Video Streaming (1 AP, 3 Mbps video via HTTP) 15 Tablets (11n 1x1 tablets, 40 MHz) 58 Tablets 11ac 2x2 tablets, 80 MHz Greater Scalability = Cost Savings: 11n vs. 11ac *Estimated moderate density (16 - 30 clients active simultaneously) aggregate throughput capacity = 32 % max data rate **Estimated very high density (46 - 60 clients active simultaneously) aggregate throughput capacity = 20 % max data rate
  • © 2014 AirTight Networks, Inc. All rights reserved. 12 Client Client Type 802.11ac Capabilities Approx. Cost MacBook Air Laptop 2x2 $900 MacBook Pro Laptop 3x3 $1,300 Lenovo ThinkPad (e.g. T440s 20AQ) Laptop 2x2 $1,700 iMac Desktop 3x3 $1,300 Microsoft Surface Pro Tablet 2x2 (?) $800 Samsung Tab Pro Tablet 1x1 $500 Samsung Note 3 Phablet 1x1 $700 Samsung Galaxy S5 Phone 1x1 $850 HTC One M8 Phone 1x1 $700 11ac Clients Everywhere You Look
  • © 2014 AirTight Networks, Inc. All rights reserved. #11acEssentials#11acEssentials AirTight Networks 802.11ac APs Dual radios • Radio 1—802.11a/n/ac, 3x3:3, 5 GHz • Radio 2—802.11b/g/n, 3x3:3, 2.4 GHz Connectors • LAN 1—GigE/802.3af PoE • LAN 2—GigE/Wired Backhaul • Power—12 VDC • Console—RJ45 • Antenna—6 RSMA (Model C-75-E only) Benefits • Best price/performance • Industry’s only 11ac WIPS solution • Low power consumption (No feature sacrifice using 802.3af PoE) • Uses existing infrastructure (No costly upgrades to 802.3at required) Model C-75-E External antennas Model C-75 Internal antennas 13
  • © 2014 AirTight Networks, Inc. All rights reserved. Additional Resources www.airtightnetworks.com/11ac 802.11ac Data Sheets For C-75 and C-75-E Access Points 802.11ac White Paper Essential Considerations 802.11ac Migration Qualifying and Planning Questions 14
  • © 2014 AirTight Networks, Inc. All rights reserved. Session 1: Intro to 11ac Session 2: 11ac Deeper Dive Session 3: Is 11ac Right for Your Network? Session 4: 11ac Deployment Best Practices Session 5: 11ac Channel Capacity Planning Session 6: 11ac Network Optimization 11ac Webinar Series
  • © 2014 AirTight Networks, Inc. All rights reserved. Thank You! Send inquiries to Ask@airtightnetworks.com Next webinar: Tuesday, June 24th, 8am & 6pm PST. “11ac Deeper Dive.” 16 #11acEssentials#11acEssentials @AirTight@AirTight AirTight NetworksAirTight NetworksBlog.airtightnetworks.comBlog.airtightnetworks.com