EUCAST_20120314

December 2011Room 303, 1018-2 Unjung-Dong, Bundang-Gu, Seongnam-City, Gyeonggi-Do, Korea, 463-440Tel: +82-31-706-5259Fax: +82-31-706-5226Email: [email protected]: www.eu-cast.com

mailto:[email protected]

http://www.eu-cast.com/

Who is EUCAST

• Developed mobile WiMAX core technology since 2004

• Talented workforce dedicated for Broadband Wireless Access Technologies Mobile WiMAX

LTE / LTE-Advanced

• System performance proven in the field

• Commercial references in mature & emerging market

• FLYVO is a brand name for Broadband Wireless Access (BWA) System

and Services since 2004

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FLYVO History

20052005 20072007

20082008 20092009

20042004 20062006

20102010

POSCO ICT Launched WiMAX Business Unit

A key contributor to IEEE 802.16e standardization

Successful feasibility test with Korean Telecom (KT)•System•Terminal

Successful field trials in USA and Japan

Strategic partnership with Intel

Pre-commercialfield trials in Singapore and south east Asia

First commercial contract with Q-MAX, Singapore

Commercial Deployment•Q-MAX (Singapore)•KT (Korea)•Lucky Town TV (Japan)

Technical trials•CISCO, Clearwire, Intel

Commercial Deployment•Super iMAX (Uzbekistan): 3rd order•Sprint Campus solution

20112011

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FLYVO R&D Group has established EUCAST on April

R&D Contract•Wireless access system for Korean Military application

Commercial Contract•Sikama Cho (Japan)

4G technology development•LTE / LTE-advanced

Commercial Deployment•Super iMAX (Uzbekistan)•DUCAT (Kazakhstan)

SeAH Networks has acquired FLYVO R&D Group on August

Competitive Edge

Technical Excellence• Talented workforce dedicated to Broadband Wireless Access Technologies since

2004• In-house development of core technologies• More than 200 patents filed/awarded (Modem MAC/PHY, System SW/HW)• Fully capable of leading edge technologies including 4G• Proven system performance and stability• Key contributor to mobile WiMAX standard and WiMAX Forum

Commercial Experience• Commercial operations in Korea and Global sites since 2008• Provided end to end solutions• Extensive IOT (inter operability test) with major device and ASN-GW vendors• Experienced team of maintenance and local partners globally for seamless support

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Products - OverviewEUCAST offers a full line-up of in-house developed mobile WiMAX equipments. Our base stations allow for pico to macro coverage in 2.3, 2.5 and 3.5 GHz frequency range to meet the needs of various service providers.

RAS 2000 •Fully integrated all-in-one compact base station•Mainly for outdoor coverage but can be used universally (macro/micro/pico)•Easy expansion from Omni to Multi-sector•Wave 2 features, 5W + 5W or 10W + 10W

RAS 1000•Indoor coverage with 100+ simultaneous users(outdoor coverage can be supported with heavy-duty enclosure)•Same baseband processor with RAS 2000•PoE support•Wave 2 features

RAS 200 •Dedicated for indoor coverage with 50+ simultaneous users•Low power consumption with optimized performance•PoE support•Wave 2 features

AGW20000 •Compact size ASN-GW solution•Optimized for private network•Support 10000 active users•Max 1.6Gbps at 64KB traffic, Max 5.6Gbps at 256 KB traffic•Scalable capacity extension•Multiple network interfaces

FLYVO EMS•Management system for controlling ACRs and base stations scattered within the network•Remote controlling, statistics, real-time monitoring, etc.•Easy operation through graphic user interface.

Base Stations / Radio Access System Base Stations / Radio Access System Access Service Network Gateway Access Service Network Gateway

Elements Management System Elements Management System

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Products - Mobile WiMAX Base Station

RAS2000 for outdoor deployment•1 carrier / Omni ~ Multi-sectors

•IEEE 802.16e compliant system

•Universal use (macro/micro/pico, outdoor)

•All-in-one compact & light system

•2x2 MIMO (Matrix A, B) support

•Lower Power Consumption

BTS Configuration Omni to Multi-sectors

RF Channel Bandwidth 5 / 8.75 / 10MHz

Operating Frequency band 2.3, 2.5 or 3.5 GHz

Output power 5W+5W or 10W+10W

Antenna Technology MIMO (2Tx/2Rx)

Dimension [WxHxD] 250x500x220 [mm]

Weight 24Kg

Power Consumption Typical 150W

Input power AC or DC -48V

Operating Temperature - 40 ~ 50 [ ]℃

RAS2000

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Specification

RAS 1000 for in-building coverage•IEEE 802.16e compliant system

•Public or private in-building solution

•Full capacity (100+ users) & mobility

•Easy capacity and coverage extension

•Flexible deployment such as Hot zone

•Remote control and management

•Artistic Design for interior decoration

BTS Configuration Omni Cell ( 1 Cell)



Output power 200mW + / Branch



Weight 3Kg


Input power DC 12Vw. PoE or AC Adaptor

Operating Temperature -5 ~ 50 [ ]℃

RAS1000


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Specification

RAS200 for in-building coverage•IEEE 802.16e compliant system

•Public or private in-building solution

•Small office capacity (50+ users) & mobility

•Easy capacity and coverage extension

•Flexible deployment such as Hot zone

•Remote control and management

•Artistic Design for interior decoration

BTS Configuration Omni Cell ( 1 Cell)



Output power 100mW / Branch



Weight 1Kg


Input power PoE

Operating Temperature -5 ~ 50 [ ]℃

RAS200


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Specification

Products - Mobile WiMAX ASN Gateway

1+1 Redundancy Configuration

Compact ASN-GW• Routing protocol support (Static, OSPF)• WiMAX Compliant R3/R6(Profile C, NWG R1.0 v1.2)• Call Processing, Subscriber Management, Radio Resource Management• High Availability (System redundancy-option)

1:1 Active/Standby, N+1 Clustering• Enable real-time detection of fault and hot swappable function• QoS Control (Per flow based Classifier, Congestion Control & Avoidance)

Dynamic QoS by PCC Interworking• Full mobility (Intra/Inter BS, Intra/Inter ASN-GW)• Multiple network interfaces (10/100/1000Base-Tx,1000Base-X)

Subscriber Active 10,000 / Idle 100,000 users

Interface 8xGigabit Ethernet Port (Combo)

WiMAX Data Throughput 1.6Gbps with 64byte packet5.63Gbps with 256byte packet

Function Handover/ Authentication with AAASimple IP, Paging, QoS, DHCP server support, Etc

AGW20000

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Specification

Products - Mobile WiMAX Element Management System

EMS(Element Management System) Provides Remote management, control and statistics, Real time system monitoring and Intuitive user interface

• Mobile WiMAX System Configuration• Physical / Logical View and Topology• Fault Management• Alarm and QoS Monitoring• Statistics Monitoring• Processor Status / Overload Control• Device / Path /RF Test• Package Download and Backup• Call Trace and Message Log• EMS System Resource Management• NMS Mediation and Integration

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Services

TechnologyTechnology

InteroperabilityInteroperabilityTesting (IOT)Testing (IOT)

Network Network PlanningPlanning

Cell PlanningCell Planning

OptimizationOptimization

TrainingTraining

MaintenanceMaintenance

The FLYVO team is committed to combining broadband internet technology with wireless communication technology for the first time ever to create a world where high speed broadband, and wireless mobile internet finally become available to everyone.

Optimization plays a vital role in a successful deployment of wireless access network. FLYVO utilizes high quality test tools to properly collect data on-site. Optimization results are used to assist with the final service and to minimize possible challenges during the commercial service.

- EUCAST provides full training for customers.- EUCAST’s Customer Support Team provides lectures and hands-on training on all installed equipment for better understanding.

- EUCAST is well-equipped to provide professional support for customers‘ needs.- EUCAST’s Customer Support Team provides lectures and hands-on training on all installed equipment for better understanding.

- Mobile Interoperability Testing(M-IOT) : To verify product compliance to IEEE802.16-2004 as amended by IEEE802.16e- 2005, and product interoperability with FLYVO base station.

- R6 Interoperability Testing(R6 IOT) : To ensure our base station and other ASN-GW partners have the same interpretation of the NWG standard, and equipment from both companies speak the same R6 language.

- Stage 1 : Internet Access, Application, Billing Service / Fast system Deployment, Tolerable Stability, Service Coverage- Stage 2 : Application, O&M Service / Stability, No. of Subscribers, Various Services, Efficient Operation- Stage 3 : Application, Mobile IP, IMS, IPv6 Service / Business Collaboration, Efficient Operation, Preparing for Next

- Planning : Capacity Planning and Network Expansion, Coverage Planning- RF Design : Coverage Prediction and Visual Representation, FLYVO System Design & Site Identification- Site Integration Planning : Implementation, Site Acceptance and Integration planning- Network Design : Integrate FLYVO Network Elements and apply a Specific Requirements

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Commercial Reference

KoreaKorea

Hyundai Heavy Industries Inc.: The world’s largest maker of ships, deployed a high-speed wireless network across the yard.Commercial service since August 20082.3GHz/8.75MHz, Wave 2

KT W-Town(Pohang)Commercial service since August 20082.3GHz/8.75MHz, Wave 2

JapanJapanLucky Town TVCommercial service since May 2009Integrating with existing fixed broadband service and Mobile WiMAX service2.5GHz/10MHz, Wave 2

North AmericaNorth AmericaNY State UniversityTrial service since June 20102.5GHz/10MHz, Wave 2

KazakhstanKazakhstanDucatCommercial service since May 20092.3GHz/10MHz, Wave 2

UzbekistanUzbekistanSuper-iMAX(EVO)Commercial service from September 2008Global Market Development with KT2.3GHz/10MHz, Wave 2

Since 2008, FLYVO’s mobile WiMAX team successfully deployed WiMAX equipments to 7 sites, all of which have gone commercial service as of date.

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Super iMAX, a 60/40 joint venture between South Korean telco KT Corp and Japanese firm Sumitomo, has announced the launch of a commercial WiMAX service in three Uzbek cities. Launched under the brand EVO, the wireless broadband network has been deployed in the capital Tashkent, Ferghana and Samarkand. Initially, the Uzbeki operator will focus on enterprise customers. According to TeleGeography’s GlobalComms Database, Super iMAX’s network operates on the 802.16d standard in the 2.4GHz frequency band and uses equipment supplied by BreezeMax.EVO is one of the first operators of the mobile network WiMAX of wave-2 in the world and has all licenses to render respective telecommunication services o n the territory of Uzbekistan. These services are based o n the technologies of broadband wireless access of fixed and mobile WiMAX.

2010 Coverage zone of Mobile WiMax

Reference Site 1. Uzbekistan – Super iMAX

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http://evo.uz/

The subscriber has increased from 1,230 to 18,605 in two years. Evo expect to increase by 53 percent in the following two years.Gross sales for 2010 came in at 10 Million USD , almost three times increase from 2009.

Reference Site 1. Uzbekistan – Super iMAX

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"We can freely communicate with other workers, so work efficiency will improve and we expect to cut back working hours," says Han Jong-heon,

ULSAN, South Korea—Hyundai Heavy Industries Inc., the world's largest maker of ships, has spent nearly $50 million on factory-planning software.

over the past few months, Hyundai Heavy deployed a high-speed wireless network across the yard, one of the first such installations in an industrial setting anywhere in the world. Data zips around the complex at four megabits per second, about four times as fast as on a cable modem that is common in U.S. homes.

Now, workers inside a ship under construction simply use Skype numbers to call their colleagues on the surface. Designers in an office building a mile or so away, meanwhile, can take control of Web cams to look in on problems.

So far, the most visible change is on the roads of the shipyard, where 30 transporter trucks move engines, steel frames and other parts from fabrication sheds to dockside. They've been fitted with receivers that connect to the wireless network once every 20 seconds to update their location to a control room. Dispatchers can more easily match the location of transporters with orders for parts.

Reference Site 2. Hyundai Heavy Industries

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U-Safety/ Crane Collision Prevention

Collision Prevention

Operator

Field Quality Management

Field Ship Design Forwarding and Revision Request

Transporter

Block Yard

Material Warehouse

Signalman

Ship Design Data

Position of Transporters

Block Positioning

Warehousing of Goods & Delivering Goods from Warehouses

IT Center

RASRAS

Safety Data


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December 2011

Base Station Design ConceptDistributed BTSCompact BTS (All-in-One)

RAS2000/C4000

R6(B/H)

R6(B/H)

R6(B/H) Daisy-Chain

(B/H & 1588 Clock Sync. )

ACR/EPCOptic Cable

(CPRI)

D4000

RRH RRH RRH

BBU

ACR/EPC

• Compact BTS: All-in-one packaging of RF and base-band components

• Distributed BTS: Baseband Unit (BBU) and Remote Radio Head (RRH) are separated

WiMAX to LTE Migration – Compact BTS

C4000 (WIMAX) 1C / 1S ~ Multi sectors 2T4R MIMO Full Capacity, Power & Coverage 5W/antenna at 2.3/2.5G/3.5G DU + RU Integrated type (all-in-one)

1C / 1S ~ Multi sectors 4T4R MIMO Full Capacity, Power & Coverage 5W/antenna at 2.3/2.5G/3.5G DU + RU Integrated type (all-in-one)

C4000W (1C / Omni) C4000W1C / 3S (Daisy-Chain)

No Card change !!Only SW upgrade !!

C4000 (TD-LTE/LTE adv)

100% SW upgrade

C4000L (1C / Omni) C4000L1C / 3S (Daisy-Chain)

C4000 C4000 C4000 C4000

C4000 C4000 C4000C4000

C4000: Multi-RAT (radio access technology) co Platform supports WiMAX & LTE

D4000 (WiMAX) 1C / 1S ~ 1C / 3S multi sectors 2T4R MIMO Full Capacity, Power & Coverage 5W or 10W/antenna at 2.3/2.5G/3.5G DU/RU Separated type

1C / 1S ~ 1C / 3S multi sectors 4T4R MIMO Full Capacity, Power & Coverage 5W or 10W/antenna at 2.3/2.5G/3.5G DU/RU Separated type

D4000 (1C / Omni) D4000 (1C / 3S, Daisy-Chain)

LTE Card Change !!

D4000 (LTE)

SW Upgrade & LTE card replacement

Wimaxcard

LTEcard

D4000 (1C / Omni) D4000 (1C / 3S, Daisy-Chain)

D4000 D4000

D4000D4000

WiMAX to LTE Migration – Distributed BTS

D4000: Multi-RAT (radio access technology) co Platform supports WiMAX & LTE

Road Map – Technology and Product

2011 2012 2013 2014

RAS 2000/1000 (Available) Macro/Pico cell coverage MIMO (2Tx/2Rx) All-in-one architecture IEEE802.16e Full Compatible

e-NodeB (‘13 Q4) Software upgradable to C4000 Software upgradable to D4000

C4000 (‘12 Q4) Compact RAS MIMO (2Tx/4Rx, 4Tx/4Rx) Multi RAT Co-platform

RAS

ASN-GW AGW 20000 (Available) Medium capacity Small form factor Easy installation 1+1 Active/Standby

eNodeB

EPCEPC (‘13 Q4) MME S-GW P-GW

D4000 (‘12 Q4) Distributed RAS MIMO (2Tx/4Rx, 4Tx/4Rx) Multi RAT Co-platform

WiMAX/LTE Co-Platform Ready

LTE Service Ready

Phase1. Mobile WiMAX service stage

1. Start mobile WiMAX service at 10 MHz BW and 2T2R MIMO (Use RAS2000)

2. (From year 2013) Deploy Multi-RAT Co-Platform (C4000 or D4000: SW Upgradable to LTE/LTE

adv.) and continue mobile WiMAX service at 2T2R or 2T4R MIMO

Phase2. Migration to TD-LTE/LTE adv. at the same site When LTE SW is ready for commercial service (From year 2014)

1. Part of mobile WiMAX BS may be changed to LTE e-NodeB with software upgrade

2. Add EPC for LTE service, while maintaining current ASN-GW for existing WiMAX customers

3. Start TD-LTE/LTE adv. service at 20+ MHz BW and 2T2R/2T4R/4T4R MIMO

Beam-forming will be used for interference reduction as well as throughput increase

Maintain mobile WiMAX service to support existing mobile WiMAX users

Phase3. Complete migration to TD-LTE/LTE adv. (If Needed) All mobile WiMAX BS/ASN-GW will be changed to LTE e-NodeB/EPC with software

upgrade

Road Map – Technology Migration Stages

Thank you !

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EUCAST_20120314

Documents

1c 3s

radio access

broadband

1c omni

hyundai heavy

speed wireless

management

mobility easy