simplifying in-building wireless...

©2016 ZINWAVE / PROPRIETARY & CONFIDENTIAL

Simplifying in-building wireless

coverageMay / 2016


What we do

We make wireless work inside buildings

• Fiber only solution

• Wideband and futureproof

• No upgrade costs when you want to connect new services or frequencies

• Small remote RAU (Remote antenna units)

• Cover every Tetra / P25 frequency in 1 small box

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About Zinwave

•The most innovative DAS vendor• The only truly wideband Distributed Antenna System (DAS)

• All cellular bands and all public safety bands

• Any future bands

•Based on technology developed at Cambridge University and

University College London

•Solution targeted at multi-service, multi-operator• Cellular and public safety

• Wider range of buildings and applications than competitors

•Key Tier 1 customers across 5 continents

Part of McWane inc

• Financial strength

• Global reach

• Best-in-class procedures and customer service

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Proven by selection

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• Tested and Approved by:-• APPLE – Zinwave is THE global supplier of in-building wireless

systems

• NOKIA NETWORKS – Zinwave is a DAS supplier to Nokia

• All UK Operators– Endorse and use Zinwave

• Verizon – US national network operator chose UK technology

• Milestone projects• APPLE Headquarters – Largest building in the world

• Rialto Towers – Largest building in the southern hemisphere

• UK NHS – Supporting voice and data in clinical, life dependent areas

• Saudi Airports – All 3 of KSA’s large airports chose Zinwave

• Battersea Power Station – The UK’s largest single development project

• Land Securities – UK’s largest corporate land owner chose Zinwave

• MGM Grand Macau – MGM chose Zinwave

• Various college stadium in USA

• Pepsi Center - Denver

• US Nuclear Power – Zinwave installed at US nuclear power plants

• Erasmus Hospital – Europe’s largest hospital chose Zinwave

• Westfield, Land Securities,


Alternative DAS System: Passive DAS

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Passive solutions are:

• Limited by cable losses and therefore physical building size

• Poor noise figures

• Poor uplink performance

• Unequal coverage distribution

• Difficult to modify post installation

• Large amplifiers that are band selective

Passive

Amplifier

Power at the

antenna is a

function of

cable type and

length

RF

Services


Alternative DAS system: Passive system

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The solution

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Simple UNItivity DAS structure

• RF Services come from the Mobile Network Operators (MNOs), normally EE,

O2 and Vodafone. Services can also come from Private Mobile Radio (PMR)

used by security companies for their 2 way radios.

• The RF services are introduced to a UNItivity Primary Hub via coax cabling.

• The Primary Hub connects to Secondary Hubs or Remote Units (RUs) using

fibre optic cable.

• Secondary Hubs, when used, connect to RUs using fibre optic cable.

• RUs are the remote radios which transmit and receive the RF signal within the

building.


Key benefits

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The only TRULY future-proof in-building wireless coverage solution

• Install UNItivity to meet current indoor wireless requirements safe in the knowledge that

ALL future wireless technologies in the 150MHz – 2700MHz range will also be supported.

• UNItivity supports both FDD (2G, 3G, 4G, PMR, etc.) and TDD (LTE – current and future)

technologies today. UNItivity is the ONLY solution that enables any mix of FDD and TDD

across all global allocation to operate simultaneously.

What does this mean to you?

• No additional hardware is needed when adding new services

• Users experience no service disruption or down time when adding new services

• No future hardware costs

• Minimal or no disruption to the building

• No hidden mobilisation costs

• The ONLY DAS to support any mix of FDD (2G/3G/4G), TDD (4GLTE, 5G?) in SISO or

MIMO (high capacity/high throughput).


Key benefits

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UNItivity simplifies in-door wireless coverage

UNItivity DAS consisting of only 4 system elements, UNItivity has greatly simplified in-door wireless technology.

1. The Hub

2. Service Module – connection to base station

3. Optical Module – connecting Hub to Hub and Hub and RU

4. Remote Radio Units (RU)


- Fastest deployment and commissioning.

- Less building disruption at installation.

- Low maintenance and running costs.

- Simplified system design.

- Low spares holding.


Key benefits

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UNItivity runs over fibre optic structured cabling

Fibre optic cabling is now the infrastructure of choice for all new build construction and

refurbishment projects. UNItivity is the ONLY in-building wireless solution which uses fibre end-to-

end.


Allows UNItivity to provide limitless capacity over a low cost infrastructure with the most

flexible system design available because:-

• Fibre optic cable is a 50%-75% lower cost than coax.

• High performance infrastructure.

• FO installation is fast to install & causes minimal disruption to the stadium.

• Can use existing containment.

• Fibre optic cable has a transmission distance measured in kilometres while coax and

Cat5/Cat 6 is measured in 10s of metres. This greatly increases the flexibility of in-

building system design and means a single Zinwave system can cover a whole

campus not just a single building.


Component parts

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UNIhub Chassis

• Primary and Secondary with

common chassis

• 4 service modules

• 8 link modules

• Unique routing matrix

• Power control

• Self calibration

• Auto setup

• Remote management

UNIhub Modules

• Hot swappable

• Fiber based

• SMF/MMF

• Remote Unit

or SH link

• Service or Remote Unit

Link

• 2 x N-type RF ports

UNIremote

• Fiber based

• SMF/MMF

• PoE or local PSU

• 150MHz-2700MHz


International Airport Jordan

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SITA: Introduction

SITA is the world's leading air transport IT and

communications specialists. Airlines, airports,

governments, air cargo, aerospace and international

organizations all use SITA's IT and communications

solutions. Almost every airline and airport in the world does

business with SITA.

Their strategic direction, developments and innovations are

driven by industry requirements. Owned by the industry,

SITA are guided by the expertise and experience of the

SITA Board and SITA Council, comprising industry

members the world over.

We provide the broadest portfolio for the air transport

industry, including:

• Managed communications, infrastructure & outsourcing

• Airline commercial management, passenger operations,

flight operations, aircraft operations, air-to-ground

communications, airport management and operations,

baggage operations, transportation security and border

management, cargo operations and more

Project: QAIA

Project Data

• AIG (Airport International Group)

• 25 year concession

• $800m investment

• The Airport

• Twin terminals – 68,000m2 under

refurbishment – 5.6m (2010)

• New terminal – 100,000m2 under

construction – 9m capacity

• Twin runways

• Tetra safety driver

• Capability to support cellular


International Airport: Saudi Arabia

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Saudi Bell: IntroductionSaudi Bell was part of the Al Mazrou Group and

established in 1982 under the Chairmanship of Mr.

Mohammed Al Mazrou. The Group subsequently became

the Saudi Bell Group.

The Saudi Bell team consists of highly qualified

professionals in all aspects of the telecommunications,

safety and security fields, which have made Saudi Bell one

of the lead solution providers in the industry.

Saudi Bell has to date an enviable record in systems

design, innovation, integration and quality established over

a wide customer base. It often utilizes partnership

agreements with reputable overseas consultancy firms for

delivery of complex, forward-looking and highly competitive

solutions, including:.

• Turn-key communications systems

• Industrial and Building Electronic Security and Safety

• Office Automation

• Detection, Monitoring and Measurement

• Operations and Maintenance

Project: KFIA

Project Data

• GACA (General Authority of Civil Aviation)

• Released public tender

• The Airport

• 776km2 – largest geographically

• Twin terminals – 327,000m2

• Currently 5m capacity

• Growing to 16m by 2038

• Twin runways

• Tetra safety driver

• Capability to support cellular


Mountain Hydroelectric Power Plant

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Norwegian Hydroelectric Power Plant Facility

• Site: Aurland Hydroelectric Power Plant

• Started in 1969 - Finished in 1989

• Owner: E-CO Energi AS

• Production 2015 GWH

• Subcontractor: Last Mile Communication As

Project Data

•Several tunnels and 5 levels of generator station

• DAS deployed January 2011

Services

• Current – GSM 900

• Future - PMR 450MHz

Decision Makers

• Telecom Management

• Operations Management

Competition

• IP-phones, Pico-cells, DECT

Decision

• Must be multi-service + High availability + Ideally fibre + Future proof


Contact

Derek Paton

President, International

[email protected]

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