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IMT2000 technology in IMT2000 technology in 450MHz450MHz
Victor StanCTO Telemobil/Zapp
History & Baseline for startup
2
TELEMOBIL HISTORY (1)l First cellular license in Romania (1993) granted to Telemobil -
Telefonica (60%), Radiocomunicatii (20%), Romtelecom (20%)– Nation-wide use of 450 MHz spectrum (453-457.5 & 463-467.5) for NMT– 4.5 MHz of spectrum with 10 MHz duplex distance and 25 KHz channel
space– 900 MHz spectrum conditional allowance
l Launch - High Power balanced Network (1994-1995)– 1 switch in Bucharest (30K) and several cities covered from remote Base
Stations collocating with Radio TV broadcast sites (20 BTS)– Transmission support – analog leased lines– 15 Watt Portable Class terminals– Maximum 1,000 capacity offer (no frequency reuse)
l Rollout - Medium Power balanced Network (1995-1998)– Second switch in Constanta (10K) and in-city new Base Stations (60 BTS)– Transmission support – both analog and digital leased lines plus own MWs– 1.5 Watt Handheld Class terminals– Maximum 18,000 capacity offer (up to 80% congestion, 5% allowed)– 60% of the country covered with Outdoor Level of Service– Frequency reuse in Bucharest (Stockholm model) limits offered capacity to
10K.
TELEMOBIL HISTORY (2)l Telemobil fails to obtain a GSM900 license (1996)
– Monopoly being lost, the profit drops dramatically (1/3 ARPU) starting the 2nd quarter 1997, after the GSM900 begins the price war.
– Customer base remains almost stationary until the end of 1997 (15,000 subs) when starts dropping due to aggressive migration towards GSM services (-5K/year)
– First Voice Mail system (30K) was introduced in ‘97 before GSM.– Network Rollout tries accelerating but much slower than GSM expansion (over 10
times faster).l Telefonica seeks to sell its shares to Romtelecom (1997)
– Romtelecom diverts Telefonica’ shares to RDT – Balli, Racebrook and 450 WirefreeFund (JP Morgan) since was granted with a GSM/DCS1800 license for privatization.
– Consequently to RDT’s capital investment, Romtelecom and Radiocomunicatii shares have decreased accordingly while the license has been extended w ith 10 years, technology agnostic.
l RDT vision focuses on LEMS roadmap (1998-2000)– Both Passive & Active Intelligent Antenna (analog) solutions were the steps proposed
by Radio Design AB (Sweden) to introduce a competitive Low Power Emission Station (0.15 Watt) handset.
– Telemobil chooses a lower cost alternative to introduce the LEMS on Romanian Market – the High Gain Antenna (HGA) together with Low Noise Amplifiers (LNA).
– New Rollout – Low Power balanced network to support 0.1 Watt terminals within the same coverage footprint as for the Medium Power handsets transmitting with 1.5 Watt.
– Additional sites (50 BTS) were required to provide a seamless GSM-equivalent coverage offer.
– The entire NMT network was upgraded, sectorized and optimized during 1999 and 2000.
3
TELEMOBIL HISTORY (3)l RDT/Telemobil seeks after digitalization options (2000)
– Entire NMT community was looking after vendors proposals to introduce a digital standard into 450 spectrum.
– Three proposals for a digital standard were submitted to the NMT MOU in 2000:l GSM400 – supported by Ericsson and Nokia.l Cdma450 – supported by Qualcomm and Lucent.l DNMT (replaced by TETRA) – supported by Radio Design & others.
– Both GSM400 & cdma450 were adopted by the operators and vendors were encouraged to continue the standardization and manufacturing work.
l Inquam acquires RDT – Qualcomm (45.7%), Omnia (45.7%), RDT parts (8.6%)– After RDT’ decision to follow CDMA2000 technology roadmap, Qualcomm and Omnia
starts funding Inquam for new licenses acquisition and for the f irst cdma450 network rollout in Romania.
– Starting point - the NMT450 network and license with no constrains related to digitalization.
– The NMT coverage baseline (on the next slide - outdoor level of service), indicates 60% geographical coverage and 40% covered population (in-building).
– In 2001 the NMT network consists in two switches, 125 Base Stations and 30 Transmission & Repeater sites.
– At the same time, each GSM900 network have 9 switches, 1,500 Base Stations and 300 Transmission & Repeater sites.
– The rollout plan targets to match the GSM coverage footprint which requires approximately 500 Base Stations operating at 450 MHz.
NMTBaseline
6
TECHNOLOGY – Key Factorsl Three key factors to consider while comparing different
wireless technologies:– Coverage offer – in terms of link budgets comparison– Capacity offer – in terms of spectral efficiency– Supported Services – in terms of differentiators for the end user
l Comparing CDMA against NMT and GSM results in:– Superior Coverage based on better Maximum Allowed Path Loss– Superior Spectrum Efficiency based on 1:1 frequency reuse factor– High Speed Packet Data capability as a strong
differentiator/advantage
Additional advantages:- increased optimization flexibility (trading coverage for capacity)- higher transport efficiency (packet based)- high capacity & throughput for data based services (ATM based QoS)- VoIP ready: 1x supports PTT (half duplex) and 1xEV-DV (full duplex
Telephony & Simultaneous Data)
Based on the Free Space Loss calculations, 450 offers 4x larger coverage comparing to 900 for the same technology.
CDMA capacity operating only 3 carriers (3.75MHz) is up to 4x higher than GSM capacity operating 62 channels (12.5MHz).
CDMA link budget is better than GSM even for the same band.
This results in a 4x better efficiency allowing the operator to provide more cost effective services to the end user.
Zapp experience demonstrates the ability to decrease the average investment for the same coverage & capacity to
450 MHz
900 MHz
TECHNOLOGY – Coverage and Capacity
7
TECHNOLOGY – Strategic considerations
l CDMA2000 can operate in multiple bands
l CDMA needs only 1.8 MHz of spectrum for the first carrier (1.25 MHz plus the guard bands) while 450 MHZ spectrum can host up to three CDMA carriers
l Based on its cost efficiency, CDMA2000/450 can cover and serve all the NICHE markets left underserved by GSM due to its capacity and/or coverage limitations (on both mobile voice & data markets).
l Due to the poor fixed infrastructure available in Romania & CEE countries, CDMA2000/450 can provide the most cost effective solution for the “Universal Service” initiative.
l Broadband data capability allows CDMA2000/450 to substitute equivalent fixed data solutions (ISDN, CATV, xDSL etc) where these
TECHNOLOGY – Chipsets roadmapl CDMA2000 Chipsets Evolution – Global Roaming
Support
8
Network DeploymentNetwork Deployment
Coverage – 2002/2003% - Phase 1 & 2 Sites
- Phase 1 & 2 Roads
9
% - Phase 1 & 2 Sites
% - Phase 3 Sites
- Phase 1 & 2 Roads
- Phase 3 Roads
% - Phase 1 & 2 Sites
% - Phase 3 Sites
- Phase 1 & 2 Roads
- Phase 3 Roads
Coverage – 2003/2004
% - Phase 1 & 2 Sites
% - Phase 3 Sites
% - Phase 4 Sites
- Phase 1 & 2 Roads
- Phase 3 Roads
- Phase 4 Roads
% - Phase 1 & 2 Sites
% - Phase 3 Sites
% - Phase 4 Sites
- Phase 1 & 2 Roads
- Phase 3 Roads
- Phase 4 Roads
Coverage – 2004/2005
10
PHASE I (2001/2002)
•BTS: 180•DCS: 3•Population Coverage: 30% (Indoor level of Service)•Geographical Coverage: 30% (Outdoor level of Service)•60% Urban Population covered
PHASE II (2002/2003)
•BTS: 305•DCS: 4•Population Coverage: 60% (Indoor level of Service)•Geographical Coverage: 60% (Outdoor level of Service)•85% Urban Population covered
1x Coverage (1)
1x Coverage (2)
PHASE IV (2004/2005)
•BTS: 490•DCS: 5•Population Coverage: 90% (Indoor level of Service)•Geographical Coverage: 85% (Outdoor level of Service)•100% Urban Population covered
PHASE III (2003/2004)
•BTS: 430•DCS: 5•Population Coverage: 80% (Indoor level of Service)•Geographical Coverage: 80% (Outdoor level of Service)•98% Urban Population covered
11
1xEV-DO Coverage (2004)l The roll-out plan is based on a socio-economic analysis, considering multiple
factors: population, employment rate, turnover etc and focuses on the broadband data demands
l 1xEV-DO users can roam onto 1x national coverage layer while travelingl Providing up to 2.4Mbps peak data rates in all major cities and 153.6kbps
nationwide l Phase A – Bucharest (Q1/04)
l Phase B – other 40 cities(Q2/04)
Terminals
12
Z710
1. Z710i Z710i -- handsethandsetManufacturer: Giga Telecom - KoreaMarket positioning: High – endLaunch date: end of February Physical Characteristics:• - Weight: 80 g• - Size: 45.8 x 84 x 19.9• - LCD: 262K color TFT• - MSM: 5100• - Battery: Li -ion
• Main functions:• - BREW• - Browser• - Build in modem• - GPS One• - SIWA Telespree OTA• - Polyphonic ringtones• - Speaker phone• - Phone book: 500 entries• - T9
Z510
1. Z510/Z510i Z510/Z510i -- handsethandsetManufacturer: Giga Telecom Inc. – KoreaMarket positioning: Middle highLaunch date: available nowPhysical Characteristics:- Weight: 78 g- Size: 83 x 43 x 20 mm- LCD: Gray scale- MSM: 5105- Battery: Li-ion 600 mAhMain functions:– BREW*– Browser*– Build in modem– SIWA Telespree OTA– Polyphonic ringtones– Phone book: 200 entries– Speaker phone– T9* Available February 2004
13
Z330i
3. Z330i Z330i -- handsethandsetManufacturer: Curitel Communications Inc. – KoreaMarket positioning: Middle lowLaunch date: end of MayPhysical Characteristics:- Weight: 92.5 g- Size: 108.8 x 47 x 19.6- LCD: 4096 CSTN color- MSM: 5000- Battery: Li-ion 900 mAhMain functions:- BREW- Browser- Build in modem- SIWA Telespree OTA- Polyphonic ringtones- Phone book: 200 entries- Speaker phone- T9
Z315/325
4. Z315i/Z325i Z315i/Z325i –– PTT handsetPTT handsetManufacturer: Ubiquam - KoreaMarket positioning: PAMRLaunch date: end of July Physical Characteristics:
- Weight: 115 g- Size: 118 x 44 x 20 mm - LCD: 65 000 color, STN- MSM: 5100- Battery: Li-ion 1000 mAhMain functions:- BREW- Browser- Build in modem- SIWA Telespree OTA- PTT- GPS- Polyphonic ringtones- Phone book: 500 entries- Speaker phone- T9
14
Z110
5. Z110 Z110 -- handsethandsetManufacturer: Gtran Inc. – KoreaMarket positioning: Low endLaunch date: end of August Physical Characteristics:- Weight: 100 g- Size: 103 x 44.5 x 17.5 - LCD: STN with blue color backlight- MSM: 5105- Battery: Li-ion 950 mAhMain functions:- Build in modem- SIWA Telespree OTA- Polyphonic ringtones- Phone book: 100 entries
H150
6. H150 H150 -- handsethandsetManufacturer: Curitel Communication. – KoreaMarket positioning: Low endLaunch date: available now Physical Characteristics:- Weight: 145 g- Size: 124 x 50 x 20 mm - LCD: STN with blue color backlight- MSM: 5000- Battery: Li-ion 950 mAhMain functions:- Build in modem- Browser- Phone book: 100 entries
15
S200
7. S200 S200 –– handsethandsetManufacturer: Synertek Wireless. – KoreaMarket positioning: Low endLaunch date: available now Physical Characteristics:- Weight: 120 g- Size: 110 x 44 x 21 mm - LCD: Gray scale- MSM: 5000- Battery: Li-ion 850 mAhMain functions:- Build in modem- Browser- Phone book: 200 entries
Z010
1. Z010 Z010 –– EVEV--DO modemDO modemManufacturer: Gtran Inc. – KoreaMarket positioning: High speed data usersLaunch date: end of MarchPhysical Characteristics:- Weight: 96 g- Size: 116.2 x 47 x 22.2 mm - LCD: Gray scale- MSM: 5500- Battery: Li-ion 1000 mAh
Main functions:- Wireless connectivity: - up to 307 Kbps in 1xRTT
- up to 2.4 Mbps in 1xEV-DO- Built in GPS- Voice- Simple SMS
16
Voice and HSPSD capabilityStandard Interfaces:
POTS RJ11Serial RS232CUSB DC in (9 V)
OptionalEthernet moduleWeb Server moduleHandset inside or removable
External antenna
Mobilink – Topex WLL
Traffic & Performance
17
ZAPP ZAPP -- SubscribersSubscribers
0
20,000
40,000
60,000
80,000
100,000
120,000
140,000
160,000
180,000
Jul-02 Aug-02 Sep-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03
Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03
SUBSCRIBERS
SUBSCRIBERS 18,380 26,021 31,971 40,733 54,134 65,583 76,342 87,505 98,707 106,109 115,382 126,685 134,644 144,439 151,385 161,146 170,754
Jul-02 Aug-02 Sep-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03 Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03
ZAPP ZAPP –– Traffic/Subscriber Traffic/Subscriber -- Voice & DataVoice & Data
Traffic per Subscriber [mE]
0
5
10
15
20
25
30
Jul-02Aug-02
Sep-02Oct-02
Oct-02Nov-02
Dec-02Jan-03
Feb-03Mar-03
Apr-03May-03
Jun-03Jul-03
Aug-03Sep-03
Oct-03Nov-03
Dec-03
voice traff per Sub
data traff per Sub
18
ZAPP ZAPP –– Traffic Voice & DataTraffic Voice & Data
0
500
1,000
1,500
2,000
2,500
3,000
3,500
4,000
4,500
Jul-02 Aug-02 Sep-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03 Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03
Traffic CDMA [E] - Network voice traffic data traffic
ZAPP - Hourly Traffic Distribution
Network Voice & Data - Busy Day of the Month
0
500
1,000
1,500
2,000
2,500
3,000
3,500
4,000
4,500
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23
Traffic Voice (E) Traffic Data FCH (E)
19
ZAPP ZAPP -- International TrafficInternational Traffic
0
5
10
15
20
25
30
35
40
45
50
Jul-02 Aug-02 Sep-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03 Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03
International Traffic [E] Incoming Outgoing
ZAPP – Voice Traffic per Destination
Traffic Distribution Nov-03Mobile to Mobile
to NMT
to Mobifon
to Mobilrom
to Cosmorom
to PSTN TZE
to International
to Voice Mail
Incoming External to MT
20
ZAPP ZAPP –– Minutes Of UsageMinutes Of Usage
0
10
20
30
40
50
60
70
80
Millions
Jul-02 Aug-02 Sep-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03 Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03
Minutes Of UseVoice Data
ZAPP ZAPP –– Call PerformanceCall Performance
Calls & Handoff Success Rate [%]
90
91
92
93
94
95
96
97
98
99
100
Jul-02
Aug-02
Sep-02
Oct-02
Nov-02
Dec-02
Jan-03
Feb-03
Mar-03
Apr-03
May-03
Jun-03
Jul-03
Aug-03
Sep-03
Oct-03
Nov-03
Calls Handoff
21
ZAPP ZAPP –– Drop Call RateDrop Call Rate
Drop Call Rate [%]
0.0
0.2
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1.8
Jul-02 Aug-02 Sep-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03 Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03
ZAPP ZAPP –– Mean Hold TimeMean Hold Time
Mean Hold Time [sec]
0
30
60
90
120
150
180
210
240
270
300
Jul-02 Aug-02 Sep-02 Oct-02 Oct-02 Nov-02 Dec-02 Jan-03 Feb-03 Mar-03 Apr-03 May-03 Jun-03 Jul-03 Aug-03 Sep-03 Oct-03 Nov-03 Dec-03
voice data
22
Sales Results
0
2000
4000
6000
8000
10000
12000
14000
16000
Jan '
02Fe
b '02
Mar '0
2
Apr'0
2
May'02
Jun'0
2
Jul'0
2Au
g'02
Sep'0
2
Oct'02
Nov'0
2De
c'02
Jan'03
Feb'0
3Mar'0
3
Apr'03
May'03
Jun'0
3
Jul'03
Aug'0
3
Sep'0
3
Oct'03
Nov'0
3
Monthly Gross Additions
Launch
Management Change
Re-Launch
High-season
Easter HolidaySummer Holiday
23
2,003,600 2,180,500 2,337,000 2,462,500 2,635,300 2,672,700 2,746,100 2,911,700
1,637,0001,719,000
1,857,0002,020,000
2,211,000 2,377,0002,590,000
2,878,000
79,500
83,500
95,20191,192
112,700107,209
99,36293,099
153,182127,729
37,03821,114
17,7992,112
68,898 100,671
Q4 '01 Q1 '02 Q2 '02 Q3 '02 Q4 '02 Q1 '03 Q2 '03 Q3 '03
Connex Orange Cosmorom Telemobil
Growth in Customer Base (Postpaid+Prepaid)
3,749,9214,029,999 4,306,306
+ 60.6%
4,614,7395,014,560
Mobile Market Evolution
5,243,470
6,022,382*5,547,329
*Estimation
Source: TIW, ORANGE and OTE quarterly financial reports
Market Share – Net Addition (total market)
Mobile Postpaid Market Evolution
41
24 2314
4832
21
3342
52
30
55
37
42
44 56
54
179611
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Q1 '02 Q2 '02 Q3 '02 Q4 '02 Q1 '03 Q2 '03 Q3 '03*
Connex Orange Cosmorom Telemobil
24
Starting from Q3 2002, Zapp has always acquired over 30% of the post paid market growth (tariff plans over 10 USD)
Market Share – Net Addition (Postpaid with monthly fee >10 USD)
Mobile Postpaid Market Evolution
Source: TIW, ORANGE and OTE quarterly financial reports
30.2
4.9
50.8 51.1
63.3
41.5
14.514.323.2
32.439.1
27.2
41.325.3
27.5
26.1 35.3
22.1
14.340.1
30.6
17.328.3
0%
10%
20%
30%
40%
50%
60%
70%
80%
90%
100%
Q1 '02 Q2 '02 Q3 '02 Q4 '02 Q1 '03 Q2 '03 Q3*
Connex Orange Cosmorom Telemobil
Sales by Products
0
2000
4000
6000
8000
10000
12000
14000
16000
Jan '
02Fe
b '02
Mar '02
Apr'0
2May
'02Ju
n'02
Jul'02
Aug'0
2Se
p'02
Oct'02
Nov'0
2De
c'02
Jan'0
3Fe
b'03
Mar'03
Apr'0
3May
'03Ju
n'03
Jul'03
Aug'0
3Se
p'03
Oct'03
Nov'0
3
All Products
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