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Wide Area Networking (WAN) with Wireless Technologies

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Wide Area Networking (WAN) with Wireless Technologies Graham Robinson Senior Wireless Architect Agenda Wireless WAN Technology Options Wireless WAN Overview Purpose ... – PowerPoint PPT presentation

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Title: Wide Area Networking (WAN) with Wireless Technologies


1
Wide Area Networking (WAN)with Wireless
Technologies
  • Graham Robinson
  • Senior Wireless Architect

2
Agenda
Technology OverviewSolution DesignLong Range
Site Survey Simply Wireless Case Studies
3
Wireless WAN Technology Options
  • Class Licensed Spectrum
  • 2.4 GHz and 5 GHz
  • Licensed Spectrum
  • Cellular, 3G, Microwave
  • Free Space Optics (Laser)

4
Wireless WAN Overview
  • Purpose
  • To connect multiple sites, offices, buildings or
    houses with network connectivity.
  • Attributes
  • High Bandwidth (1Mbps to 54Mbps)
  • Long Distance (10m to 15km)
  • Single (Initial) Investment
  • Quick to Implement
  • Comparatively High ROI
  • Limitations
  • Require Line of Sight
  • May require Development Approval (DA)

5
Wireless WAN Flavours
Point-Point
Point-Multipoint
Up to 54Mbps
Up to 54Mbps
Speeds
Frequency Band
2.4 GHz and 5 GHz
2.4 GHz and 5 GHz
Worldwide
Worldwide
Availability
Duplex
Half/Full Duplex
Half Duplex Only
5km
15km
Distance
6
Australias 2.4 GHz Band
2.4 GHz Band
2.402
2.478
AUS (ACA) 11 Channels
11 Channels
Band 1 1W (30dBm) Radio 6dBi Antenna EIRP
(max) 4W
Band 1 Indoor or Outdoor (Wireless LAN and WAN)
7
Australias 5 GHz Band
5 GHz Band
5.15
5.35
5.470
5.725
5.825
AUS (ACA) 12 Channels
4 Channels
8 Channels
Band 1 50mW(17dBm) Radio 6dBi Antenna EIRP
(max) 200mW
Band 2 1W(30dBm) Radio 6dBi Antenna EIRP
(max) 4W
Band 1 Indoor Use Only (Wireless LAN) Band 2
Outdoor Bridging Only (Wireless WAN)
8
Agenda
Technology OverviewSolution DesignLong Range
Site Survey Simply Wireless Case Studies
9
Solution Design
  1. Site Selection
  2. Physical Access Approval
  3. Technical Requirements
  4. Environmental Analysis

10
Site Selection
  • Business Requirements
  • Number of Sites
  • Location of Links
  • Visibility / Line of Sight

11
Physical Access Approval
  • Building Ownership
  • Rooftop Access
  • RF collocation
  • Strata Approval
  • Council Approval (DA)

12
Technical Requirements
  • Reqd Bandwidth
  • Network Topology
  • Management
  • Application Usage
  • Voice vs. VoIP
  • Monitoring

13
Environmental Analysis
  • EM Radiation
  • Weather Conditions

14
Agenda
Technology OverviewSolution DesignLong Range
Site Survey Simply Wireless Case Studies
15
Understanding Your Environment
  • Line of Sight (LOS)
  • Expected Changes
  • Existing Bridges (collocation)
  • Development Approval

16
Radio Planning
  • Multi-path Degradation
  • RF Interference
  • Legacy System Cohesion
  • Channel Plan
  • Optimal Spectrum Usage

17
Survey Documentation
  • Signal Strengths
  • Signal Quality
  • Fade Margin
  • Network Baseline
  • Estimated Availability
  • Troubleshooting

18
Agenda
Technology OverviewSolution DesignLong Range
Site Survey Case Studies
19
XYZ Pty. Ltd.
  • Case Study 1 XYZ Pty. Ltd. (Under NDA)
  • Requirements
  • Reliable network connectivity (point-point)
    between multiple buildings separated by a large
    roadway.
  • Conventional Ideology Limitations
  • Fibre cabling costs were to exceed 500,000 AUD.
  • The project required extensive planning due to
    the requirement to trench under the roadway.
  • Any alterations to the roadway required a lengthy
    approval process.
  • The estimated lead time to implementation was
    6-18 months.
  • The Simply Wireless Solution
  • Simply Wireless provided an appropriate
    point-point solution for less than 60,000 AUD.
  • The wireless solution had a three (3) week
    implementation lead time.
  • Wireless Bridge Benefits
  • Large cost savings.
  • No development approval required.
  • Very low lead time to implementation.

20
XYZ Pty. Ltd.
  • Case Study 2 XYZ Pty. Ltd. (Under NDA)
  • Requirements
  • Reliable and scalable network (point-multipoint)
    connectivity between multiple buildings separated
    by open space, other buildings and grassed areas.
  • Conventional Ideology Limitations
  • Fibre, cabling, switches and integration costs
    were to exceed 100,000 AUD.
  • The fibre solution could not be easily
    re-designed.
  • Additional building were to cost approximately
    20,000 each.
  • The project required extensive planning due to
    some trenching requirement.
  • The estimated lead time to implementation was 2-6
    months.
  • The Simply Wireless Solution
  • Simply Wireless provided a point-multipoint
    solution for less than 40,000 AUD.
  • Additional buildings could be brought on for less
    than 10,000 each.
  • The wireless solution had a three (3) week
    implementation lead time.
  • Wireless Bridge Benefits
  • Large cost savings.

21
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