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Singapore: First ICC (APAC) launched on July 1999
Madrid: Second ICC (EMEA+LA) launched on
September 2001
September 2002
ICC Madrid
ICC Singapore
the required areas (no "black holes")
Capacity
Quality
Off-loads the Macro Network
Coverage or not coverage?
That is the question!
RBS
Experienced in 2G
In-building Coverage will increase capacity demand in Macro Network
Users inside building will use more High Speed service
This user will expect same level of service in Macro network
In-Building Solutions
June 2004
Dedicated Base Station
Distributed Antenna System
Confined and defined
(low battery consumption)
Each Operator installs his own infrastructure: antennas, cables and other required components
Single Operator Solutions
All the operators and systems
combined into one common
distributed antenna system (DAS)
etc...
time savings
Minor visual
In-Building Solutions
June 2004
Max composite input power: 100 W (50 dBm)
Max power/carrier: 5 W (37 dBm)
19” rack mounting
Weight: 25 kg
Low losses (long distances)
Local
interface
Tri-band modular system
any requirements
Centralized system management interface
Infrastructure cost optimization
Adding WLAN (802.11.b or .g)
in a DAS using Ericsson's patented WLAN-Injector
Reduces the number of
point instead
a BlipNode Access Point
RBS
IP Services
over the
mobile network
In-Building Solutions
June 2004
promotional offers
access intranet, send e-mail,
Multi-operator 2G/3G DASes in all sites
MD110 Mobile Extension functionality
Most wireline- and all DECT- phones will be phased out
Internal calls on flat rate
Full mobility and cost control for
voice calls
The users are satisfied and do not want
to change back to wireline phones
Office example: OnePhone at Ericsson in Sweden
In-Building Solutions
June 2004
Implementation and Follow Up
101 floors plus 5 basements
508 m high
4 Systems: CDMA 2000, GSM 900,
GSM 1800, WCDMA
Project Implementation: 2003
85 floors
Offices
480 Omni Antennas
16 Panel Antennas
1110 Jumper Cables
garages, restaurant etc
Project Implementation: 2002
6 Triple-band Combining Boxes
Project Implementation: 2003-04
Office areas, conference areas,
well as for 3G
4 Triple-band Combining Boxes
Coverage area
above ground covered
ground
Excellent example of simple star-node
system expansion capability
4 different operators and 6 Macro BTSs
Cellular systems: PDC and CDMA
3
above ground covered
mainly omni
Served by one single Micro BTS
located in one of the buildings
Good example of the low BTS
power requirement when using
In-Building Solution
vendor
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Reference Example
Building Characteristics
New Delhi
Coverage area
In-Building Solution
5 systems share the same antenna
system
Reference Example
Building Characteristics
International Airport
Coverage area
Public areas
In-Building Solution
Passive solution using coaxial
Building Characteristics
Passive solution using Radiating
antennas for the platforms
Reference Example
Building Characteristics
Coverage area
area, restaurant and the car parks
In-Building Solution
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Four levels of seating above ground
Total seating capacity of 65,200
VIP seating capacity of 7,300 with
presidential suite
corporate center
Pavilion with sports complex, shopping
center, and museum
141 antennas
Reference Example
Building Characteristics
in Riyadh
230 omni antennas
4 panel antennas
7 MCM
6 RBS 2202 with a total of 24 TRU’s
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time inside buildings!