adc ibs presentation 0902-pdf
TRANSCRIPT
LGC in-building systems
8/11/2009 LGC Wireless 1
presentation
Erik Nilsson
Director of Sales, Wireless Group, Europe
ADC Coverage & Capacity Solutions
Network Edge; In-building, Near-building, Outdoor
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Network Solutions Wireless Portfolio
InIn--building Solutionsbuilding Solutions Mobility SolutionsMobility Solutions
LGC Wireless Fusion
UltraWAVE Base
Station SolutionsnanoBTS microBTS
FlexWave Base Station Solutions
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ClearGain Dual
Inline TMA
Outdoor SolutionsOutdoor Solutions
LoopStarFlexWave WMX
ClearGain GMA
FlexWave MMW
LGC Wireless Fusion
Backhaul SolutionsBackhaul Solutions
FlexWave Base Station Solutions
FlexWave Prism
Petronas Towers,
Kuala Lumpur
2002 Winter
Games, Salt Lake
City, UT
LGC Company Facts
• LGC Wireless Inc. - formed 1996
• Part of ADC since Dec 2007
• Market leader in in-building coverage and capacity solutions
– Solutions for small sites up to the largest venues
– Supports all European and American standards including 802.11
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Venetian Hotel,
Las Vegas NV
802.11
• Installed worldwide, with over 10 000 systems shipped to over 40 countries
• Innovative, patented technology (12 patents issued; 3pending)
• ISO 9001/14001 approved
• Headquarters in San José, California
• Number of employees: 230 (LGC) 9.000 (ADC)
Hotels
Airports
Enterprises
Sports Venues
Installation Examples
Winter Olympics
Salt Lake City, UT
SAFECO Field
Seattle, WA
Manchester UnitedStadium
London, UK
Heathrow
Atlanta
Denver
Orlando Sanford
JFK
Petronas Towers
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Hotels
SubwaysPublic Facilities
Venetian Hotel/Casino
Las Vegas, NV
MGM/Mirage properties
Las Vegas, NV
Bullring
Birmingham, UK
Times Square
Kuala Lumpur, Malaysia
Anaheim Convention
Center
Anaheim, CA
Petronas Towers
Kuala Lumpur
Intel
Multiple Sites
Silicon Valley
Santiago Metro
Santiago, Chile
Mexico City Metro
Mexico
Sofia Subway
Sofia, Bulgaria
CorporateABN AMRO Aegon Group Albertson’s Headquarters American Airlines Headquarters American Express Bank of America Barclaycard Best Buy Headquarters Boeing California State Capitol Dell Computer eBay Federal Communications Commission
FinancialAegon Group American Express American International Group Bank of America Barclays BBVA Charles Schwab Citibank Daehan Life Insurance Desert Schools Credit Union Fidelity Investments Fidelity National Fireman's Fund
High Tech 3Com Alcoa AMD Anheuser-Busch Apple Computer BellSouth Boeing Cingular Wireless DaimlerChrysler Dell Computer Dr Pepper/Seven Up E&J Gallo Winery eBay
HospitalsAlexian Brothers Hospital Baptist Health Borgess Medical Central Baptist Hospital Childrens Hospital Clinton Memorial Hospital Crawford Long Hospital Driscoll Childrens Hospital Enloe Hospital Florida Hospital Forbes Regional Hospital Halifax Medical Center IASO Hospital
Deployments worldwide
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Federal Communications Commission Florida State Building Frito Lay Genentech General Electric General Motors Google Hewlett Packard IBM Intel JP Morgan Lockheed McGraw Hill Nvidia Phileo Damansara Pixar Systems United Parcel Service Walmart Headquarters Xerox
Fireman's Fund First National Bank Fremont Investment and Loan Groupama Insurance HSBC Bank Huntington Bank ING Bank JP Morgan Lehman Brothers London Stock Exchange Merrill Lynch Prudential UBS Union Bank Unum Provident USAA Insurance Visa WestLB
eBay Flextronics Ford Motors General Motors Google Hewlett-Packard Honeywell Hummer IBM International Paper Iomega KLA Tencor Kraft Lockheed Martin Medtronics Mercury Interactive Microsoft Miller Brewing Motorola
IASO Hospital Indiana Methodist Hospital Johns Hopkins Lakeside Hospital Lima Memorial Hospital Methodist Hospital Orange Park Medical Orlando Regional Hospital ShandsSutter Gould Health University of Arkansas Medical Sciences University of Michigan Health Center Valley Baptist Medical Center Westmoreland Regional Hospital
Why Indoor Mobile Coverage?
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Drivers for in-building coverage
• Increased mobile traffic and usage, driven by:
– More capable devices
– Reduced traffic prices/flat rates
– Increased acceptance for mobile office solutions
– Improvements in battery life and network quality
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– Fixed phone replacements
• Increased and urgent need for high speed wireless data
service
• The increased need for in-building coverage reduces available
time for design and installation
• Increased quality expectations and shorter time calls for new
technologies in in-building solutions
The in-building challenge: RF performance
Isolation, interference
• Users receives signals from
many base stations
• Metallic coated windows
attenu-ating the signal
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attenu-ating the signal
• The result is bad quality
• The solution is to have a
dominant signalIn high rise buildings, interfeerence from distant
bastations is a problem
The in-building Challenge: Capacity
Buildings need dedicated capacity
• Mobile service is crucial inside buildings
• Dedicated capacity is needed inside big buildings
• No impact from outdoor traffic congestion
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Outdoor traffic congestions must not affect the indoor users Mobile service should always be available
The in-building Challenge: Elevators
Full mobile service is crucial
• Elevators need full coverage
• The steel enclosure of the
elevator stops the mobile
coverage
• Hard with traditional systems
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• Hard with traditional systems
• The ADC-Fusion system can
be a part of the elevator
installation
• 300m+ elevators
ADC covers the elevators in the ICC in Hongkong
Why use active in-building systems?
• High and wide buildings can generate high losses in a passive system
• Historical buildings can be sensitive to extensive drilling and pulling of thick cables
• Campus applications like universities, amusement parks, sports arenas have buildings that are separated
For very tall, wide
or complex
buildings
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that are separated
• For buildings with restricted access like hospitals, hotels, tunnels, airports
• When upgrading low frequency systems (like GSM900) to UMTS
– UMTS is uplink limited and very sensitive to high losses in a large passive network
• For high data rate applications based on HSDPA and especially HSUPA
Historical buildings
where drilling is not
allowed
Campus
applications
ADC In-building Coverage Solutions
• ADC In-building solutions:
– Superior wireless signal clarity, capacity and coverage
– Simple standard LAN-type cabling
– Star or double star architecture
� Unison – For larger in-building venues, such as corporate campuses and hospitals, requiring single operator support.
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� Fusion – For larger in-building venues requiring multi-band or multi-operator support, such as
airports, convention centers, and corporate HQs.
� Fusion SingleStar offers the same performance in a single eight-port hub for small venues.
Fusion
Fusion SingleStar
campuses and hospitals, requiring single operator support.
� Unison Accel offers the same performance in a single eight-port hub for small venues.
Unison
InterReach Unison®
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Product Overview
The Unison Product Family
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Unison
• For larger in-building venues, such as airports, convention centers, and corporate campuses
• Distribution with Fiber and Cat-5/6
• Up to 32 remotes per hub
Unison Accel
• For small to medium size
buildings like offices and
hotels
• Distribution with Cat-5/6 only
• Up to 8 remotes per hub
InterReach Unison® Product Line
• Unison Accel
– Ideal for venues up to
350,000 sq. ft.
– Max 1-8 configuration
• Unison
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– Large venue solution
– Max 1-4-32 configuration
• Unison Remote Access Units
– GSM 900
– GSM 1800
– UMTS
WLAN can be installed in parallel with Unison
for considerable cost savings
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• IT managers often prefer parallel DAS/802.11 systems because they can:
– Choose the latest technology (802.11b, a, g, …)
– Select their 802.11 vendor of choice (e.g. Cisco, Extreme Networks, etc.)
– Determine the optimal antenna placement for each system (can trade off equipment cost vs. installation cost)
– Own, manage, and extend the 802.11 system themselves
– Have a future-proof solution as 802.11 technologies evolve
Remote Unit (RAU)
RAU Characteristics:
• Install above ceiling, near
antenna
• NO POWER REQUIRED - Self
powered from CAT5 cable
• Size (H x W x L): 44 x 205 x 158
mm
DCS 1800
# Carriers Power [dBm]
GSM EDGE
1 17,5 26.0* 23.0*
2 14,5 20.0* 17.5*
3 12,5 16.5* 14.0*
*Max composite power
P1dB = 26.0 dBm
IP3 = 36 dBm UMTS
IP3 = 38 dBm DCS/GSM
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mm
• RJ45 connector, SMA port
• Dust cover
4 11,5 14.0* 12.0*
5 10,5 12.0* 10.5*
6 9,5 11.0* 9.5*
7 9,0 10.0* 9.0*
8 8,5 9.0* 8.0*
9 8,0 8.5* 7.5*
10 7,5 8.0* 7.0*
11 7,0 7.5* 6.5*
12 6,5 7.0* 6.0*
13 6,5 6.5* 6.0*
14 6,0 6.5* 5.5*
15 5,5 6.0* 5.0*
16 5,5 5.5* 5.0*
UMTS
# Carriers Power [dBm]
1 15.0
2 11.0
3 8.0
4 6.5
5 5.0
6 4.0
7 3.0
Accel provides best-in-class configuration,
monitoring, and alarming capabilities
• Extensive system alarming, enabling isolation to the Field Replaceable Unit
• Easy-to-use installation process
• Remote configuration, monitoring, and diagnostics
• Options:
AdminManager
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• Options:
– External alarmsConnect the Accel system to the BTS external alarm input
– AdminManagerLocal or remote control of a single system (hub)
– Network Interface UnitOffers SNMP interfacing to network vendors O&M system
NIU (Network Interface Unit)
Introducing
InterReach Fusion®
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®
InterReach Fusion® Product Line
• Fusion SingleStar
– Ideal for venues up to 350,000 sq. ft.
– Max 1-8 configuration
– Available now with 850/1900, 900/2100, and 900/1800 RAU
• Fusion “large system”
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• Fusion “large system”
– Large venue solution
– Max 1-4-32 configuration
– Generally available Q4 ’06
• Fusion Remote Access Units
– Common to both systems
» 850/1900
» 800/900/1900
» 900/2100
» 900/1800
InterReach Fusion® System Components
Hub, RAU, Cabling, Antenna
Expansion Hub
Remote Access Unit
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F-connector withThin-Ethernet type cabling0-275 meters distance to RAU
Expansion Hub
Main Hub
Hub and RAU Dimensions
•Hubs: 19” rack mount, 2U high, 15” deep
•RAU: ~11.25” x 11” x 2”, N connector to antenna
Fusion Hubs
• Main Hub
• 2-3 separate RF source inputs*
• Supports up to 4 E-Hubs
• RJ45 port for maintenance
• DB9 for alarm contact support
• Expansion Hub
• Supports up to 8 RAUs
• RJ45 port for maintenance
• DB9 for alarm contact support
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* Based on RAU selected
Remote Access Unit
Fusion SingleStar System Components
Hub, RAU, Cabling, Antenna
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F-connector withThin-Ethernet type cabling0-275 meters distance to RAU
Hub and RAU Dimensions
•Hubs: 19” rack mount, 3U high, 15” deep
•RAU: ~11.25” x 11” x 2”, N connector to antenna
Fusion Uses CATV Cable to the
RAU
CATV cabling is economical,
easy to install and connectorize,
and provides great “reach”
RG-59 (.207”OD)
RG-6 (.237”OD)
Cable types and max run lengths
Copper clad Copper core
Max. length Max length
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RG-11 (.347”OD)
RG-6 (.237”OD)
• Can use any of 3 CATV cable types – RG59, RG6, RG11
• Copper clad or copper core
• Non-plenum or plenum
• Can “mix and match” cable types on a single hub
RG 59 100m/330 ft. 150m/490 ft.
RG 6 130m/425 ft. 170m/560 ft.
RG 11 275m/900 ft. 275m/900 ft.
Fusion: Best-In-Class Admin &
Maintenance
• Extensive system alarming, enabling fault isolation
to the Field Replaceable Unit
• Easy-to-use installation process
Fusion provides best-in-class configuration, monitoring, and alarming capabilities
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• Easy-to-use installation process
• Remote configuration, monitoring, and diagnostics
• Integrated SNMP capabilities – optional feature
LGC Wireless: The In-Building Wireless
Leader
• Largest installed base of in-building wireless systems :
– Market leader for in-building coverage and capacity solutions
since 1996
– Over 10,000 systems shipped to more than 40 countries
– 20 major service provider customers (single operator
and neutral host implementations)
• Innovative, patented technology (12 patents issued;
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• Innovative, patented technology (12 patents issued;
3 pending)
• Extensive design, implementation, and support
capabilities
– Experienced in-house RF engineers and project managers
– Global network of service delivery partners
Thank you
LGC Wireless, Inc.Expanding the Reach of Wireless
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Expanding the Reach of Wireless
2540 Junction Avenue
San Jose, CA 95134-1902 USA
1 + 408.952.2400
www.lgcwireless.com