Radio Coverage Boosting Solutions

RADIOCOVERAGE BOOSTING SOLUTIONS

RADIOCOVERAGE BOOSTING SOLUTIONS

1. Repeaters •

Home Repeaters (SOHO)

•

Indoor Pico to Medium Power repeaters

•

Outdoor High Power Repeaters

2. Special Parabolic Antennas 3. Multi-beam antennas

REPEATERS

Applications

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Telecom Equipment & Services

 Buildings  Residences  Stadiums  Malls  Hotels  Hospitals  Airports  Underground parking areas

 Tunnels  Road tunnels  Train tunnels  Metro tunnels

 Moving platforms  Ships  Trains  Buses  Vehicles

 “Blind” areas  Mines

Home Repeaters (1) •

Embedded Service and Donor antennas

•

“Plug ‘n Play”

•

LTE1800, UMTS2100, LTE2600

•

Interference Cancellation System (ICS)

•

Small Home / Office (40 – 80 m2)

Node-B

Home Repeaters (2)

•

Embedded Service antenna

•

Single band

•

GSM900, DCS1800, LTE1800, UMTS2100, LTE2600

•

15 dBm / 65 - 70 dB gain

•

Isolation testing

•

Auto set up mode

•

UP link sleep mode

•

Small Home / Office (50 – 90 m2)

Home / Pico Repeaters  Dual purpose repeater:  Indoor Donor antenna

/ Pico

• Embedded service antenna  Outdoor Donor antenna

Home / Pico Repeaters  Dual purpose repeater:

residential (SOHO) /  DAS

 External Donor antenna

• Connector for external service antenna

Indoor Repeaters •

Single / Dual / Triple Band

•

SISO / MIMO

•

LTE800, GSM900, DCS/LTE1800, UMTS2100, LTE2600

•

Analogue or Digital

•

Up to 3 sub-bands per band

•

Customized / adjustable bandwidth

•

17 – 27 dBm / 65 – 75 dB gain

•

Gain trail

•

Isolation check

•

Auto set up mode

•

Suitable for covered area of 100 – 500 m2

Indoor Repeaters

Outdoor Repeaters •

Single / Dual / Triple / Quad Band

•

SISO / MIMO

•

LTE800, GSM900, DCS/LTE1800, UMTS2100, LTE2600

•

Analogue or Digital

•

RF / Optical / Frequency Shifting

•

Up to 3 sub-bands per band

•

Customized / adjustable bandwidth

•

30 – 43 dBm / 80 – 100 dB gain

•

Gain trail

Outdoor Repeaters •

Isolation check

•

ICS (Interference cancellation system / 25 dB) option

•

GPS option

•

Remote monitoring

•

Suitable for covered area of 500 – 2500 m2

COSMOTE FRAME CONTRACT REPEATERS PRODUCT LIST ITEM

DESCRIPTION

TYPE

POWER

No

GUANRI P/N

TYPE

A. Medium Power Digital A1.1 A1.2 A1.3 Triple Band : 2G 1800 (15 MHz bandwidth) + A1.4 LTE1800 (20 MHz bandwidth) + 3G 2100 (15 Moving ≥24 dBm MHz bandwidth) + LTE 800 (10 MHz platform (ships) A1.5 bandwidth) A1.6 A1.7 A1.8

ATOS24S7 ATOS27S7 ATOS30S7 ATOS33S7 ATOS24E8 ATOS27E8 ATOS30E8 ATOS33E8

Digital Hybrid ICS

Digital Bandwidth Adjustable (No ICS)

B. High Power Digital

B1.1 B1.2 Triple Band : 2G 1800 (15 MHz bandwidth) + Moving B1.3 LTE1800 (20 MHz bandwidth) + 3G 2100 (15 platform (ships) ≥34 dBm MHz bandwidth) + LTE 800 (10 MHz B1.4 bandwidth) B1.5 B1.6

ATOS34S7 ATOS37S7 ATOS40S7 ATOS34E8 ATOS37E8 ATOS40E8

Digital Hybrid ICS Digital Bandwidth Adjustable (No ICS)

C. E. High Power Digital

1

C1.1 ATOS34E8-1 Triple Band : 2G 1800 (15 MHz bandwidth) + C1.2 ATOS37E8-1 LTE1800 (20 MHz bandwidth) + 3G 2100 (15 Metro stations ≥34 dBm MHz bandwidth) + LTE 2600 (30 MHz C1.3 ATOS40E8-1 bandwidth)

Tri-band digital


DESCRIPTION

TYPE

POWER No

GUANRI P/N

TYPE

D. Low Power Analogue or/and Digital

1

2

3

4

Single Band / Single technology : 3G 2100 (15 MHz bandwidth)

Single Band / Single technology : LTE 1800 (20 MHz bandwidth)

Dual Band / Triple technology : 2G 1800 (15 MHz bandwidth) + LTE1800 (20 MHz bandwidth) + 3G 2100 (15 MHz bandwidth)

Dual Band : LTE 1800 (20 MHz bandwidth) + LTE 2600 (30 MHz bandwidth)

RESIDENTIAL

RESIDENTIAL

RESIDENTIAL

RESIDENTIAL

14-23 dBm

14-23 dBm

14-23 dBm

14-23 dBm

D1.1 D1.2 D1.3 D1.4 D1.5 D1.6 D1.7 D1.8 D2.1 D2.2 D2.3 D2.4 D2.5 D2.6 D2.7 D2.8 D3.1 D3.2 D3.3 D3.4 D3.5 D3.6 D3.7 D3.8 D4.1 D4.2 D4.3 D4.4 D4.5 D4.6 D4.7 D4.8

ATWA14B1 ATWA17B1 ATWA20B1 ATWA23B1 ATWA14E1 ATWA17E1 ATWA20E1 ATWA23E1 ATLA14B1 ATLA17B1 ATLA20B1 ATLA23B1 ATLA14E1 ATLA17E1 ATLA20E1 ATLA23E1 ATOA14B3 ATOA17B3 ATOA20B3 ATOA23B3 ATOA14E3 ATOA17E3 ATOA20E3 ATOA23E3 ATLA14B2 ATLA17B2 ATLA20B2 ATLA23B2 ATLA14E2 ATLA17E2 ATLA20E2 ATLA23E2

Band selective pico

Bandwidth adjustable pico

Band selective pico


Triple Band selective pico

Triple Bandwidth adjustable pico

Dual Band selective pico

Dual Bandwidth adjustable pico

COSMOTE FRAME CONTRACT REPEATERS PRODUCT LIST ITEM E.

1

2

3

DESCRIPTION

TYPE

POWER

No

GUANRI P/N

TYPE

Medium Power Analogue or/and Digital

Single Band / Single technology : 3G 2100 RESIDENTIAL 23-33 dBm (15 MHz bandwidth)

Single Band / Single technology : LTE 1800 RESIDENTIAL 23-29 dBm (20 MHz bandwidth)

Dual Band / Triple technology : 2G 1800 (15 MHz bandwidth) + LTE1800 (20 MHz RESIDENTIAL 23-33 dBm bandwidth) + 3G 2100 (15 MHz bandwidth)

E1.1 E1.2 E1.3 E1.4 E1.5 E1.6 E1.7 E1.8 E1.9 E1.10 E1.11 E1.12

ATWA23B1 ATWA24B1 ATWA27B1 ATWA29B1 ATWA30B1 ATWA33B1 ATWA23E1 ATWA24E1 ATWA27E1 ATWA29E1 ATWA30E1 ATWA33E1

E2.1

ATLA23B1

Band selective pico

E2.2 E2.3

ATLA27B1 ATLA29B1

Band selective micro

E2.4

ATLA23E1


E2.5 E2.6 E3.1 E3.2 E3.3 E3.4 E3.5 E3.6 E3.7 E3.8 E3.9 E3.10 E3.11 E3.12

ATLA27E1 ATLA29E1 ATOA23B3 ATOA24B3 ATOA27B3 ATOA29B3 ATOA30B3 ATOA33B3 ATOA23E3 ATOA24E3 ATOA27E3 ATOA29E3 ATOA30E3 ATOA33E3

Bandwidth adjustable micro

Band selective pico Band selective micro Bandwidth adjustable pico Bandwidth adjastable micro

Triple Band selective pico Triple Band selective pico Triple Bandwidth adjustable pico Triple Bandwidth adjustable


F.

DESCRIPTION

TYPE

POWER

No

GUANRI P/N

TYPE

High Power Digital F1.1 ATOS34E6-1

1

Dual Band / Triple technology : 2G 1800 (15 MHz bandwidth) + LTE1800 (20 MHz bandwidth) + 3G RESIDENTIAL ≥34 dBm F1.2 ATOS37E6-1 2100 (15 MHz bandwidth) F1.3 ATOS40E6-1

Triple Digital

F2.1 ATLS34E4 2

Dual Band : LTE 1800 (20 MHz bandwidth) + LTE RESIDENTIAL ≥34 dBm F2.2 ATLS37E4 2600 (30 MHz bandwidth) F2.3 ATLS40E4

Dual Digital

Additional Materials



Antennas

 Splitter / Tappers / Combiners  Cables / connectors


 Service Antennas • SISO / MIMO • Ultra wide band


 Donor Antennas


 Splitter / Tappers


 Cables / Connectors

Low Loss Flexible Cable

Superflexible ½” RF Cable

LMR-240 / LMR-400 / LMR-500


 Cables / Connectors

Smart Coverage solutions

mortek …Extending the Coverage Telecom Equipment & Services

Smart Coverage Solutions: The case • Today, cellular operators all over the world should be able to provide solutions that improve service to the end user and increase profitability to the operator with minimum CAPEX. Special antennas is one way of achieving more (coverage) for less (CAPEX). • In many cases Special Antennas can actually save the cost of additional base station, outdoors repeater system and Indoor coverage DAS. It can solve your difficult coverage scenarios at a fraction of the cost of any other solution. •An indispensable tool for cellular planners and optimizers.

High efficiency Parabolic antenna: The Solution By using an ultra high efficiency Parabolic Antenna with a “special” feed we can succeed to have a narrow beamwidth antenna that can be used to improve coverage, signal reception and service delivery at targeted locations. It can be considered as a specially “shaped sector”.

This solution can be used to enhance the existing network of a mobile operator and significantly reduce the cost of extra equipment to provide decent service to areas with specialized coverage requirements or cases where it is difficult to penetrate, even inside commercial or residential buildings. 

Does NOT Compete With or Replace Common Sector Antennas!



It Opens a Whole NEW Range of Coverage Solutions

Main characteristics of a High efficiency Parabolic Antenna

• Ultra high gain • Narrow beamwidth (H & V) • Suppressed side lobes • High F/B ratio • Single, dual or circular polarization • Quick to install • Low cost Covers all Cellular bands: GSM900 and wide band 1700-2200 MHz Can increase coverage distance up to 30Km v2.0s

High efficiency Parabolic Antennas Categories

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Solid

Mesh v2.0s

Types of Special Parabolic Antennas • Solid dual polarization parabolic antennas Heavy duty designs Optional radome Dual polarization

Frequency Band

DCS 1800 & UMTS 2100 (1710 – 2170 MHz)

Antenna Gain

Up to 30 dBi

3 dB Beamwidth (V&H)

Down to 5.2o

Polarization

Dual Linear

Reflector Aperture Diameter

Up to 2.0 meters (3.3 feet)

v2.0s

Types of Special Parabolic Antennas • Dual polarization mesh parabolic antennas Ultra light Minimal wind load Frequency Band

GSM 900 (805 – 960 MHz) or DCS 1800 & UMTS 2100 (1710 – 2170 MHz)

Antenna Gain

Up to 29 dBi

3 dB Beamwidth (V&H)

Down to 5.5o

Polarization

Dual Linear

Reflector Aperture Diameter

2.0 meters (3.3 feet)

v2.0s

Smart Coverage Solutions

Case Studies & Applications • Remote locations coverage

• Buildings penetration • Highways and corridors coverage • Maritime coverage • Eliminating Interference • Shaping coverage • 3G networks improvement • Repeater applications

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Case Study: (Rural Areas) Increase coverage to remote locations •Coverage of remote areas from distant stations. •Actual -3dB Beam Width at needed distance from BTS.

•Provide coverage to remote villages and campus. •Illuminating Several Remote Communities from the same BTS Site. •Ideal for mountainous or irregular terrain. •Remote areas could be in a distance Of 50Km from the BTS site.

Rural Areas

Up to 50km




Case Study: Building Penetration • Improve coverage inside buildings. • Ideal for difficult to penetrate residential buildings, campus, malls etc. • Cost effective alternative solution for in-door coverage.

• Offload the pressure on existing infrastructure. • Resolves issues of no coverage at lower floors and hard handoffs at top floors.

Case Study: Building Penetration /Offices •Ideal for difficult to penetrate offices. • Cost effective alternative solution for in-door coverage, compared to a Repeater installation system. •Providing dominant signal for high building from nearby BTS •Mobile users in upper floors of lucrative office building suffer from “hard handoffs” due to multiple signals from several BTS. •No added interference to surrounding BTS Due to extremely narrow beam & low side & back lobes. No frequency reuse problem either.




Case Study: Highways • Improve the poor service on a long section of a highway. • No more complaints of dropped calls along the road. • Use of high gain narrow beam antenna along the highway results in significant improvement in service and added income for operator. • Save a significant number of Base Stations, required to cover the whole route. • Creates strong signal to vehicles on major highway

Up to 40% more effective coverage along the route compared to standard BTS antennas

Case Study: Railroads • Improve the poor service along the railroad. • Provide decent service inside the train all over the journey. • Use of high gain narrow beam antenna along the train route results in significant improvement in service and added income for operator.

• Save a significant number of Base Stations, required to cover the whole route. Up to 40% more effective coverage along the route compared to standard BTS antennas

Case Study: Long Bridges •Long bridges coverage. •Specially shaped beam boosts power to the certain direction of the bridge.

•No repeaters are required along the bridge.

Up to 40% more effective coverage along the route compared to standard BTS antennas




Case Study: Maritime coverage • Provide coverage to remote islands, costal and off-shore oil rigs in a cost-effective way. • Remote off-shore communities get actual cellular coverage. • The parabolic antenna is installed at existing mainland Base Station.

Case Study: Maritime coverage • Provide coverage or stronger signal to isolated beaches, shores and coastal lines • Use of the existing infrastructure in one island in order to improve service on another nearby island




Case Study: Eliminating interference • An efficient parabolic antenna provides strong dominant signal where needed while eliminating interference.

• In congested areas, a narrow-beam antenna is the ideal solution to avoid increasing the interference of the area and mitigate mutual BTS interference. No interference to surrounding Base Stations.




Case Study: Shaping coverage • In Rural Areas the Required Coverage FootPrint is Never Circular, thus an efficient parabolic antenna can be utilized to shape the coverage as required. • Low Side-Lobes and Back-Lobes enable Frequency Re-Use reduction due to diminished Spatial Inter-Base Station Interference.

BTS2 F2 BTS1

F1

F2

FREQENCIES ARE A LIMITED AND EXPENSIVE RESOURCE !

F1




Case Study: 3G networks improvement •UMTS Down-link Capacity is inter-cell INTERFERENCE limited due to PILOT Pollution. A high efficiency parabolic antenna presents much higher PILOT across covered area. •UMTS Up-link coverage is Interference (from other areas mobiles) limited. A high efficiency parabolic antenna is a spatial filter minimizing interferences reception

Sector Interfered from other mobiles Pilot pollution from other BTS

With a high efficiency Parabolic antenna lower interference and stronger pilot eliminates pollution

Case Study: 3G networks improvement • UMTS Down-link Capacity and Data Speed are BTS’s POWER limited. A high efficiency parabolic antenna enhances BTS Radiated power enabling higher Capacity and Data Rate to HOT-SPOTs

• UMTS Cell Load Equalization- Up-Link Coverage is Load limited and Range shrinks with load. By Splitting sectors, A high efficiency parabolic antenna equalizes load, enhancing HOT-SPOT coverage.

Sector shrinks

With a high efficiency Parabolic antenna lower interference and stronger pilot eliminates




Case Study: Repeater applications • A high efficiency parabolic antenna is ideal to be used at Repeater sites as it provides:  Higher gain  Lower interference  Slant or dual pol  Lower cost to cover longer distances 1 Km Omni Antenna

F2

F1

F1

Donor Antenna High efficiency Parabolic antenna

BTS

F1 / f2 Repeater Max 28 Km

BTS coverage area

Repeater coverage area

Parabolic Antennas Installation References

v2.0s

Multi beam Antennas

v2.0s

Multi beam Antennas

SPECIAL EVENTS ANTENNA SOLUTIONS 6, 9, 3/6 and 5/10 Beam Antennas for Special Events applications

v2.0s

Multi beam Antennas •Ideal for Sporting and Special Events, Low Mobility Venues, where social media and the ability to share photos and videos demand high capacity and high data rates. •Reduces Antenna Counts •Single Panel Design •Ideal for Limited Spectrum Markets •Immediate Capacity Relief Enhancing data transfer rates within LTE, UMTS and EVDO network sectors and addressing “hotspots” in mobile wireless networks.

v2.0s

Multi beam Antennas – 6 Beams

v2.0s

Multi beam Antennas – 9 Beams

v2.0s

Multi beam Antennas – 6/3 Beams

v2.0s

Multi beam Antennas – 10/5 Beams

v2.0s

Multi beam Antennas Dual Ultra-Wideband 30° x 30° Antenna

v2.0s

Multi beam Antennas Dual Pol Triple Band 33o Antenna

v2.0s

Long-Lasting Partnership Philosophy

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Mortek Telecommunications Ltd 110 Agias Marinas str. GR19002 Peania Greece

Tel: +30 210 9408601/2 Fax: +30 210 9408148 email: [email protected] www.mortek.gr

Radio Coverage Boosting Solutions

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