When LAN meets WAN ensuring carrier-grade quality into any enterprise venue

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WHEN LAN MEETS WAN ENSURING CARRIER - GRADE QUALITY INTO ANY ENTERPRISE VENUE

Transcript of When LAN meets WAN ensuring carrier-grade quality into any enterprise venue

WHEN LAN MEETS WANENSURING CARRIER-GRADE QUALITY

INTO ANY ENTERPRISE VENUE

Did you know?

Indoor traffic will grow in 2020 by** 600%

Source: 2016 Amdocs State of the RAN report*Source: ABI Research**

25%There are

more connectivity issues indoor than than outdoor*

Did you know?

Which means...

Source: 2016 Amdocs State of the RAN report*Source: ABI Research**

Connectivity will explode if you don’t address it now!

Imperative to get it right the first time

Dependable enterprise networks now more business-critical than ever.

A poorly planned network will cost a lotof time and money.

HOSPITALITY SECTOR:of customers will pay more for a better experiencewill switch carriers due to bad experience

86%

62%

Carrier-grade quality for enterprise networksiBwave is the software standard adopted and mandated by carriers worldwide for planning indoor networks.

CARRIER GRADE QUALITY

ACCURATE PREDICTABILITY

CONSISTENCY OFCONNECTIVITY

AIRPORTHetNet

PUBLICSAFETY

Wi-Fi

SUBWAY

ENTERPRISE

Any technology, any venue, any vendor

STADIUM

SMALLCELLS

DAS

Steps for proper carrier-grade design for an enterprise

Define end-user experience1

Design all aspects of the network2

Iterate to optimize design while meeting KPIs3

Generate reports/documentation (with full BoM)4

• Building structure & layout• Equipment room,

facilities & logistics• Backhaul

• RF based on right KPIs• Cabling runs• Active and passive

elements

Capacity Planning: One size doesn’t fit all

How many users in any given region?

What is their behaviour?

Case Study: Hotel

5-star business hotel complex in Asia

600,000 sq. ft. / 14 floors / 437 rooms

1,500 to 4,000 Users

3 hours access per day

Hotel Case Study: Requirements

TECHNOLOGIES

KPIs

LTE2.3 GHz

Wi-Fi2.4GHz / 5GHz

3 Mb/s per userRSRP -98 dBm > 95% areaWi-Fi -65/70 dBm > 95% area

Hotel Case Study: Methodology

BUS. CASE SURVEY DESIGN BUILD MAINTAIN

Project Info from Internal tool

Survey & Prelim. Design

Design validation & optimization

Installation &as-built changes

Workflow mgmt &Future upgrades

Hotel Case Study: Results

390SMALL CELLS

7REPORTS

17kmOF TOTAL CABLING

§ Equipment list§ Output map§ Cable routing§ Cost details§ Annotation§ Compliancy§ Capacity

Hotel Case Study: Results

COMPLETED IN

3 days1Visit

TRADITIONALLY

10 days3-4 Visit

70% TIME / MONEYSAVED

Hotel Case Study: Results

Summary

PLANNINGEND-USERTECHNOLOGIESCOMPLIANCEDOCUMENT

Proper planning now imperative

Clear understanding of end-user experience requirements

Consider all technologies and aspects of venue

Design for KPI compliance by floor and high density hotspots

Document (and store centrally) all deployment phases

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