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COPYRIGHT © 2012 ALCATEL-LUCENT. ALL RIGHTS RESERVED.
ALCATEL-LUCENT — INTERNAL PROPRIETARY — USE PURSUANT TO COMPANY INSTRUCTION
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RADIO ACCESS NETWORK HARDWARE PRODUCT PORTFOLIO
Mingho Ling
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AGENDA
2 | eNodeB & eUTRAN solution2 | Radio module
1 | Digital module
2 | eNodeB & eUTRAN solution3 | Product roadmap
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Metro Cells Deployment
Cloud Architecture LTE-adv
Macro Cells Deployment
lightRadio™Networks
INDOOR,OUTDOOR, HOTSPOT
2G/3G/LTE/Wi-Fi
EVOLUTION TO 4G
lightRadio™ NETWORK
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GSM
WCDMA
LTE
WCDMA
LTE
COMMON BASEBAND UNIT – BBU
ALL DELIVERED PRODUCTS ARE SOFTWARE DEFINED RADIOS
GSM
WCDMA
LTE
WCDMA
LTE
TRIPLE TECHNO MODULES (GSM/WCDMA/LTE)
GSM+
ALCATEL-LUCENT CONVERGED RAN
HIGH LEVEL VIEW
RRH /DUAL PAWCDMA
LTETRDU
BBU
MC-TRX MC-RRH / DUAL PA
MACRO – PLUG-IN RADIO MODULES DISTRIBUTED – REMOTE RADIO HEADS
MC-TRDU
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AGENDA
2 | eNodeB & eUTRAN solution2 | Radio module
1 | Digital module
2 | eNodeB & eUTRAN solution3 | Product roadmap
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DIGITAL MODULE BASEBAND UNIT
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eNodeB BBU – THE ARCHITECTURE
Digital Modules : Baseband Unit
S1/X2 (IP/Ethernet)
MC-TRDU – MACRO
RRH – DISTRIBUTED
ready
Ready for BBU clustering/pooling withlightRadio™ digital modules
bCEM x 3
eCCM2
RF Modules
eCCM2 : Common Control ModulebCEM : Channel Element Module
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SUPERIOR LTE BASEBAND UNIT (d2U) CAPACITY –
FIELD PROVEN
Highest capacity multi-technology BBU today ready for LTE-Adv features
Compact &
lightweight•2Ux300 mm, < 8Kgs
LTE performance
(modem-bCEM)
• LTE DL: 315 Mbps/Modem
• LTE UL: 156 Mbps/Modem
• Bandwidths supported (from 1.4 to 20MHz)
• Multi-technology support: LTE TDD, LTE FDD &
3G
LTE-adv key
features supported
•eICIC
• eCoMP
• MIMO 4x4AT&T
ready
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Common Control Module – LTE eCCM2
eCCM2 is the next generation of BBU controller for the LTE eNB
- Higher capacity for Call Processing (CallP)
- Higher capacity for backhaul traffic
- Increased CPRI connectivity
Up to 6x compared to previous generation
2.5x compared to previous generation
9 CPRI ports versus 6 ports
Up-to 6000 RRC users1.1 GBps of S1 traffic(9 x 4.9GBps) or (6 x 9.8GBps + 3 x 4.9GBps) CPRI ports
eCCM2
9 x CPRI ports: each at rate 5 (4.9 GBps) or 6 at rate 7 and 3 at rate 5
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bCEM(Channel Element Module) Characteristics
bCEM (LTE)
bCEM LTE RF characteristics per Modem
LTE performance per Modem
• 1200 active users (3600 per eNodeB)
• 2400 RRC connected users (7200 per eNodeB)
• LTE DL: Peak L1 Tput of 315 Mbps/Modem
• LTE UL: Peak L1 Tput of 156 Mbps/Modem
• bandwidths supported (from 1.4 to 20MHz)
Key Feature supported
• 3GPP Rel 10 Ready
• eICIC
• eComp
• MiMo 4x4
PHYSICAL DESCRIPTION & INTERFACES
Function
� Performs the base-band signal processing for all supported WCDMA/LTE channels
• ICU (Interface and control unit):� control and timing interfaces to the base station� control and management functions
Interfaces
� 1 x Ethernet debug port 1 x 10/100 BT;
� Multiple synchronization signals
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Higher Density, Higher CapacityHigher Density, Higher Capacity
� 2400 Synchronized SAUs & 7200 RRC connected� 600 Mbps DL/300 Mbps UL� 3 CPRI connections (Rate 2 to 7)
� 2400 Synchronized SAUs & 7200 RRC connected� 600 Mbps DL/300 Mbps UL� 3 CPRI connections (Rate 2 to 7)
Higher LTE-A PerformanceHigher LTE-A Performance
� Full 3GPP REL-11 Capable� DL MIMO 4x4 @ 20 MHz on 3 Sectors � UL MIMO 2x2 @ 20 MHz on 3 sectors� Carrier Aggregation (up to 2x2MIMO 20MHz x 2 carriers
on 3-sector)� CoMP
� Full 3GPP REL-11 Capable� DL MIMO 4x4 @ 20 MHz on 3 Sectors � UL MIMO 2x2 @ 20 MHz on 3 sectors� Carrier Aggregation (up to 2x2MIMO 20MHz x 2 carriers
on 3-sector)� CoMP
SD-CEMLR
Sw Defined – Channel Element Module
SD-CEMLR
Sw Defined – Channel Element Module
lightRadio™ BBU Boards: 4G Capabilities
ModemModem
� Same as 1 SD-CEMLR� Same as 1 SD-CEMLR
SD-CAMLR
Sw Defined – Controller And Modem
SD-CAMLR
Sw Defined – Controller And Modem
Controller capacity and performanceController capacity and performance
� >10x processing power of eCCM (Controller)/bCEM (Modem)� 6 CPRI connections (Rate 2 to 7)� Extended Inter-Board connectivity for Pooling
� >10x processing power of eCCM (Controller)/bCEM (Modem)� 6 CPRI connections (Rate 2 to 7)� Extended Inter-Board connectivity for Pooling
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9926 BBU single technology (d2uv3) - WCDMA
FEATURE DESCRIPTION
• The 9926 BBU consists of four types of hardware elements:• CCM which controls OAM management, part of call processing
and internal/external data flow switching/combining, supporting external/internal alarm connectivity and external synchronisationreference interface.
• CEM, controls part of call processing and base band transmit/receive digital signal processing.
• RBP (user Rack Back Plane), supports all internal links between CCM-U and CEM-U modules.
• Fan rack / RUC (Rack User Commissioning), which supports all commissioning of non-volatile memories, and fan alarms. It is designed for -48V DC power supply.
KEY BENEFITS (compared to 9326 BBU)• The 9926 BBU is equipped with latest generation of digital
modules (eCCM-u and eCEM-u)• Unrestricted support of eCEM-u due to stronger fans
DEPENDENCIES• No support of LR modules (SD_CxM)
FUNCTIONS• Hosting of digital part of NodeB :
� For distributed solutions with RRH� For Macro solutions using TRDU
PHYSICAL DESCRIPTION
Weight < 26lb (12kg)
Dimension 2U x 300mm
Up to 3 modem cards
1 controller card
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KEY BENEFITS• 128 users HSUPA 2ms TTI • 90 OVSF codes available for up to 6 cells• Support of up to 6 Cells, 2 carriers • Aggregated DL throughput 60Mbps• Aggregated UL throughput 33 Mbps• Full support of enhanced cell FACH UL and DL • Support of CPC 2ms• Support of Mimo• Support of DC + Mimo up to 84 Mbps
Functions• Performs the base-band signal processing for all
supported WCDMA channels• ICU (Interface and control unit):
� control and timing interfaces to the base station� control and management functions
FEATURE DESCRIPTION• The eCEM-u is a new version of the Channel element module. It
is an evolution of the xCEM-u.• eCEM-u (Channel Element Module): The eCEM-u provides the 3G
signal processing within the NodeB for voice and high-speed data calls and supports multiple sectors.
• It is designed to provide increased performance and capacity compared to xCCM-u and future proofs for 3GPP standards evolution.
eCEM-u (WCDMA)
~25% additional CPU processing capacity in highly loaded situations (versus xCEM-u).
DEPENDENCIES• In case of extension in d2uv2 horizontally mounted in
MBI, a fan upgrade is necessary• Mixity with iCEM-u descoped due to low network
penetration of this module in d2uv2• The eCEM-u is compatible with xCEM-u• The eCEM-u is compatible with iCCM-u, xCCM-u and
eCCM-u.
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eCCM-u (WCDMA/LTE)
•LEDs
•Extracting hole
•4 E1/T1 connector (1)
•6 SFP cages for links to radio modules
•GPS input port
•Alarm
External synch input/output
•2 Ethernetports
•Gigabit Ethernet (GE) MDA
•2 SFP cages for optical GE1 RJ45 for electrical GE
•LEDs
•Extracting hole
•4 E1/T1 connector (1)
•6 SFP cages for links to radio modules
•GPS input port
•Alarm
External synch input/output
•2 Ethernetports
•Gigabit Ethernet (GE) MDA
•2 SFP cages for optical GE1 RJ45 for electrical GE
•FEATURE DESCRIPTION• The eCCM-U is the next version of Core Controller Module (CCM) for the
9926 BBU (will fit in the current 9326 d2U v2 rack w/o impacts)
•FEATURE VALUE• Increase Processing Power in order to support either 3G or LTE with the
same platform
• Improvements when comparing to the xCCM-U:
• Brings more updated and powerful HW components
• 2 variant of MDA types: 4E1/T1 MDA (3G) and GigE MDA (3G & LTE)
• Additional 10MHz input and 10 or 15 MHz output port (depending on HW versions) (dual SMB) to be used for inter-BBU synchronization (SW support in UA9/LA5.0)
• Improved Oscillator Stability in Holdover Mode (1 month frequency synchronization within the Node-B temperature operational rage)
• Support CPRI Rate 2 &3
• Capable of supporting additional security:
•The connection between the LMT & eCCM-U can be secured
•Un-ciphered data inside the eCCM-U will not be accessible
•The keys used for ciphering cannot be intercepted inside the eCCM-U (in case of tampering with HW).
•DEPENDENCIES• Two variants for deployment for 3G and LTE
• 3G: 3JR20073BB (factory load allows later remote SW upgrade to LTE)
• LTE: 3JR20073CB (GPS and eOCXO)
• 3G variant will be supported by LTE later: not in LA4 and not LA5 POR today
Functions- CPU power to manage the NodeB/eNodeB terminated flows
- NodeB/eNode B synchronization
- O&M functions
- Base Station Hubbing (UA9.0 POI)
Interfaces• Connection to Radio through 6 CPRI ports (optical or electrical SFP)
• One GPS synchronization port (PPS)
• One site lan or debug port
• Gigabit Ethernet for backhaul
• Input/output for synchronisation
(1) For W-CDMA backhaul
60% capacity increase for Control Plane traffic (versus xCCM-u).
Recommended for deployments where more Control Plane Capacity is required
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9926 BBU
MODEM CHARACTERISTICS
eCEM-U (3G)
eCEM-U WCDMA RF characteristics
# RRH Up to 24 Cells WCDMA
WCDMA
performance
• 128 users HSUPA 2ms TTI
• 90 OVSF codes (540 per NodeB)
• DL: 60Mbps (360 Mbps / NodeB)
• UL: 33Mbps (198 Mbps / NodeB)
Key Features
supported
• Full support of enhanced cell FACH
UL/DL
• Support of CPC 2ms
• Support of Mimo
• Support of DC + Mimo up to 84 Mbps
bCEM (LTE)
bCEM LTE RF characteristics
# RRH Up to 6 RRH LTE-FDD/LTE-TDD
LTE performance)
• 1200 active users (3600 per eNodeB)
• 2400 RRC connected users (7200 per eNodeB)
• DL: 315 Mbps/Modem (945 Mbps per eNodeB)
•UL: 156 Mbps/Modem (468 Mbps per eNodeB)
• All bandwidths supported (from 1.4 to 20MHz)
• 3 Sectors MiMo 2x20MHz
Key Features
supported
• 3GPP Rel 10 Ready
• eICIC
• eComp
• MiMo 4x4
PHYSICAL DESCRIPTION & INTERFACES
Function
� Performs the base-band signal processing for all supported WCDMA/LTE channels• ICU (Interface and control unit):
� control and timing interfaces to the base station� control and management functions
Interfaces
� 1 x Ethernet debug port 1 x 10/100 BT;
� 1 debug port, on the same connector as Ethernet;
� Multiple synchronization signals
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PHYSICAL DESCRIPTION
2U – 12kg
Up to 3 modem cards
CAPACITY PER MODEM BOARD
• R99:256 CE DL/UL• HSDPA: 128 users, 90 OVSF codes, DL Agg Tput: 60Mbps • E-DCH: 128 users HSUPA 2ms TTI (UL Agg Tput: 33Mbps ) ���� 0 CE consumption for HSPA User Plane traffic
TECHNOLOGY WCDMA or LTE
9926 BBU
CHARACTERISTICS
9926 BBU d2u
4U – 14kG
9926 BBU d4u
WCDMA and LTE
Up to 6 modem cards
CAPACITY PER BBU
• R99: 768 CE DL/UL• HSDPA: 384 users,180Mbps • E-DCH: 384 users , 100 Mbps
• R99: 1536 CE DL/UL• HSDPA: 768 users,,360Mbps • E-DCH: 768 users , 200 Mbps
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9926 BBU 9926 BBU 4U
single controller
9926 BBU 4U dual
controller
#eCCM-u(*) 1 1 2
#eCEM-u(*) 3 5 6
capacity R99 768 CE 1280 CE 1536 CE
#cxn HSDPA 384 640 768
#cxn HSUPA 384 640 768
throughput DL 180 Mbps 300 Mbps 360 Mbps
throughput UL 99 Mbps 165 Mbps 198 Mbps
Iub throughput(GigE-MDA)
450 Mbps (DL+UL) 450 Mbps (DL+UL) 2*450 Mbps (DL+UL)
signalling
capacity (**)486 NBAP/sec 486 NBAP/sec 822 NBAP/sec
(*) xCEM-u and xCCM-u are also supported, see product details(**) traffic model: average call duration (CS and PS) of 18.96 sec and 4.14 Nb NBAP requests / RL setup
Capacity of WCDMA digital solutions
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AGENDA
2 | eNodeB & eUTRAN solution2 | Radio module
1 | Digital module
2 | eNodeB & eUTRAN solution3 | Product roadmap
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Radio Module
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2G/LTE Radio Modules
9741 SB-RRH2x60 1800
GSM �
WCDMA
LTE �
RRH2x60-B3
Frequency Band Full B3 (1800)
Technology GSM, LTE
RF Output Power 2x60W
Operational range UL:1710-1785 DL:1805-1880
Instantaneous Bandwidth
60 MHz
Configuration (HW readiness)
2T2R/2T4R
Carriers (HW readiness)
GSM : Up to 10 TRXLTE: up to 2 car (5, 10, 15, 20 MHz)
Interfaces
2Ge (GSM)+2x CPRI Rate 7 Ports
AISG 2.0 for RET/TMA with integrated Smart BiasT
4 Antenna (7/16 DIN F)
External Alarms 6
MTBF > 210 000 hours
Operating Temperature
-40° C to +55 C (without solar load)
Physical
Dimensions HxWxD(with solar shield)
630mm x 272mm x 160mm
Volume 27.5l
Weight 20 kg
Mounting options Pole/Wall
Power Consumption (typ) 520W@100%
Power -48VDC
- High Output Power
- Extremely large IBW for RAN sharing
- MSR
- 4 Rx Diversity
IDEAL FOR MSR
KEY CHARACTERISTICS
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LTE Radio Modules
RRH2x40-Band 28 (700 APT)
GSM
WCDMA
LTE �
RRH2x40-APT
Frequency Band B28 (700 APT)
Technology LTE
RF Output Power 2x40W
Operational rangeUL : 703-748 MHzDL : 758-803 MHz
Instantaneous Bandwidth
45MHz
Configuration (HW readiness)
2T2R/2T4R
Interfaces
2x CPRI Rate 7 ports
AISG 2.0 for RET/TMA with integrated Smart BiasT
4 Antenna (7/16 DIN F)
External Alarms 4
MTBF > 210 000 hours
Operating Temperature
-40° C to +55 C (without solar load)
Physical
Dimensions HxWxD(with solar shield)
610x270x159 (upper) – 26l610x270x211 (lower) – 34l
Weight 22 kg (upper) – 24kg (lower)
Mounting options Pole/Wall
Power Consumption (typ) 320W@2x40
Power -48VDC
4 RX DIVERSITY
Customer target APAC then CALA
KEY CHARACTERISTICS
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LTE Radio Modules
MC-RRH2x40-Band 8 (900)
GSM
WCDMA
LTE �
RRH2x40-900
Frequency Band B8
Technology LTE
RF Output Power 2x40W
Operational rangeUL : 885-915 MHzDL : 930-960 MHz
Instantaneous Bandwidth
30MHz
Configuration (HW readiness)
2T2R/2T4R
Interfaces
2x CPRI Rate 7 ports
AISG 2.0 for RET/TMA with integrated Smart BiasT
4 Antenna (7/16 DIN F)
External Alarms 4
MTBF > 210 000 hours
Operating Temperature
-40° C to +55 C (without solar load)
Physical
Dimensions HxWxD(with solar shield)
610x270x159 (upper) – 26l610x270x211 (lower) – 34l
Weight 22 kg (upper) – 24kg (lower)
Mounting options Pole/Wall
Power Consumption (typ) 320W@2x40
Power -48VDC
4 RX DIVERSITY
KEY CHARACTERISTICS
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Taiwan LTE Spectrum fulfillment
-- IBW 45Mhz(700) / 30Mhz(900) / 60Mhz(1800)
-- Support Contiguous/dis-contiguous 10+10,10+15 dual-carriers
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2G/3G/LTE Radio Modules
9742 lightRadio™ TRDU2x60 900/1800
GSM �
WCDMA �
LTE �
TRDU2x60-B3(18)/B8(09)
RF Output Power 2x60W
Instantaneous
Bandwidth25 MHz
Configuration
(HW readiness)2T2R
Carriers
(HW readiness)
GSM : up to 6TRX 3G: up to 4
LTE: 1
Interfaces
2Ge (GSM)+2x CPRI Rate 3 Ports
AISG 2.0 for RET/TMA with
integrated Smart BiasT
External Alarms 8
MTBF >184000 hours (21 years)
Operating Temperature 0C°°°° to +65°°°°C
Physical
Dimensions HxWxD 88 x 449 x 300 – 12 L
Weight 20 kg
Power Consumption (typ)620W@100% & 450W @ 50% RF
load
Power -48VDC
HIGH OUTPUT POWER – MIMO SUPPORT19” FORM-FACTOR FOR EASY INTEGRATION IN CABINET
KEY CHARACTERISTICS
Target Customer EMEA, APAC
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2G/3G/LTE Radio Modules
9742 lightRadio™ TRDU2x60 : flexible configuration
GSM CarriersGMSK Output Power
With moderate Power OverbookingGMSK Output Power
With high Power Overbooking
8PSKOutput power
1 carrier 60 60 56 W
2 carriers 60 60 56 W
3 carriers 30 30 28 W
4 carriers 30 30 28 W
5 carriers 22 31 19 W
6 carriers 22 31 19 W
Multi-modeConfiguration
Output Power
1 GSM + 1 WCDMA 1x60W + 1x60W
2 GSM + 1 WCDMA 2x30W + 1x60W
3 GSM + 1 WCDMA 3x29W + 1x60W
4 GSM + 1 WCDMA 4x15W + 1x60W
WCDMA-modeconfiguration
Output Power
1x WCDMA 60W
2x WCDMA 60W
3x WCDMA 30W
4x WCDMA 30W
LTE-modeconfiguration
Output Power
MIMO 60W+60W
Output power given Top of Cabinet
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26
3G/LTE Radio Modules
RRH2x60-21A
GSM
WCDMA �
LTE �
RRH2x60-21A
Frequency Band Full B1 (2100)
Technology WCDMA, LTE
RF Output Power 2x60W
Operational range UL: 1920-1980 DL: 2110-2170
Instantaneous Bandwidth
3G:2x45MHz-45MHz(VAM/MIMO)LTE: 45 MHz
Configuration (HW readiness)
2T4R
Interfaces
2x CPRI Rate 2(3G)/3(4G) ports (HW-ready 5)
AISG 2.0 for RET/TMA with integrated Smart BiasT
4 Antenna (7/16 DIN F)
External Alarms 4
MTBF 210 000 hours
Operating Temperature
-40° C to +55 C (with solar load)
Physical
Dimensions HxWxD(with solar shield)
510 x 285 x188mm (28l)
Weight 19.5 kg
Mounting options Pole/Wall
Power Consumption (typ) 445W@2x60W – 250W @1x60W
Power -48VDC
IDEAL FOR HIGH
CAPACITY, MSR
- High Output Power- Very high IBW & disaggregated spectrum
- MSR- 4 Rx Diversity ready
KEY CHARACTERISTICS
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3G Radio Modules
TRDU60-21
GSM
CDMA
WCDMA �
LTE
THE MOST COST EFFECTIVE MACRO MODULE FOR 2100 MHz
TRDU60-21B
• 20MHz wide operational block (4 carriers), anywhere in band
• 60W RF Tx power (3c @20W, 2c @30W);
• Typical Noise Figure <1.8 dB;
• MTBF 205 000 hours;
• Module efficiency 24%;
• Power consumption: 245W, typical @100% load;
• CPRI up to Rate 3 (2.4 Gbps);
• RF power accuracy: ± 0,75dB
• Daisy chaining supported;
Size: 325 x 74 x 350 mm
Weight: 10.5 kg
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lightRadio™ CABINETS
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lightRadio™ Outdoor CabinetVALUE PROPOSITION
Easy stackingSmall & Compact cabinetsEach cabinet is independent
Backward compatiblelegacy or new modules housing
Site support configuration
Smart coolingIP65 with Direct Air Cooling (DAC)
Power flexibilityAC or DC
Multi-standard configuration
New family of cabinets made of 2 stackable cabinets: Compact & Small
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COMPACT AND SMALL OUTDOOR CABINETS
PLINTH
BASE CABINET
(21U)
PLINTH
BASE CABINET
(21U)
9712 lightRadio Compact Outdoor Cabinet
•Standalone configuration: multi-standard or site support
•AC/DC power, battery and modules housing
•Easy small cabinet stacking on top
•Compactness: 1040 x 600 x 750 (HxWxD)
•No craning needed: Weight <100 Kgs
9712 lightRadio Small outdoor Cabinet
•Standalone configuration: multi-standard or site support
•AC/DC power and modules housing
•Easy Compact or another Small Cabinet stacking on
top
•Compactness: 680 x 600 x 750 (HxWxD)
•No craning needed: Weight <80 Kgs
PLINTH
Ext CABINET
(13U)
PLINTH
Ext CABINET
(13U)
« Smallest Outdoor cabinet in the world that supports within one single cabinet all what is needed for a site with 360W RF output power, full digital
performance plus AC/DC rectifiers and site options »
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lightRadio™ INDOOR CABINETS
9711 lightRadio Small Indoor Cabinet
•Full multi-standard configuration
•Reuse of MBI3 seismic 4 cabinet
•Compactness: 130cm/60cm/50cm (HxWxD)
•Weight <60 Kgs
9711 lightRadio Compact Indoor Cabinet
•Full multi-standard configuration
•Compactness: 194cm/60cm/50cm (HxWxD)
•Weight <75 Kgs
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lightRadio™ CABINETS- Configuration : GSM900 S444+WCDMA 900 S111+LTE 1800 S111 2*2MIMO 15MHz
MC-TRDU 1800
MC-TRDU 1800
MC-TRDU 900
MC-TRDU 900
MC-TRDU 1800
MC-TRDU 900
Outdoor Compact Cabinet
Indoor Small Cabinet
• Height: 1042 mm
• Width: 650 mm
• Depth: 600 mm
• Height: 1300 mm
• Width: 600 mm
• Depth: 500 mm
MC-TRDU 1800
MC-TRDU 1800
MC-TRDU 1800
MC-TRDU 900
MC-TRDU 900
MC-TRDU 900
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RRH Solution
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RRH Solution
Baseband
RRH
PSU + Baseband + Transmission +
Batteries
Conventional Base Station (including RF, digital, Transmission,
Batteries, etc.)
Classical Base Station
RF Feeders
(Coax)
Distributed Base Station
Optical Fibers
+ RRH Power
Backhaul
Backhaul
不使用室內機房則可降低不使用室內機房則可降低不使用室內機房則可降低不使用室內機房則可降低Opex
基地台建設工程實施簡便基地台建設工程實施簡便基地台建設工程實施簡便基地台建設工程實施簡便
No feeder cable loss 提升基地台無線覆蓋能力提升基地台無線覆蓋能力提升基地台無線覆蓋能力提升基地台無線覆蓋能力
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OUTDOOR SOLUTION –
Support Pole/wall Mounted
LightRadio Outdoor Cabinet
30 cm
35 cm
95 cm
3 RRH meme
niveau à 120°
RRH
30 cm
35 cm
95 cm
30 cm108 cm
RRH
LightRadio Outdoor Cabinet
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DDSM
2 RRH à 120°
20 cm
Mat de 114 mm
38 cm
58 cm
38 cm
192 cm
RRH
Cable tray
INDOOR SOLUTION –
Support Pole/Wall Mounted
20 cm
20 cm
back clearanceRRH
58 cm
Feeders
80 cm
RRH
LightRadio Indoor Cabinet
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LightRadio Outdoor/Indoor Cabinet
Small Cabinet
• Config with small plinth
- Only digital and options inside (no RF) with PSU and 1x battery
- Digital: SUMX 19” GSM, 1x or 2x 2dU LTE, d4U for WCDMA
Small + Small (stacked)
• All sub equipped configurations are included
• Config with small plinth
- Digital and options inside with PSU and 2x batteries
- 2x 2dU for LTE, 1x d4U for WCDMA
Compact Cabinet
- Only digital and options inside (no RF) with PSU and 1x battery
- Digital: GSM, LTE or WCDMA
Indoor Cabinet
• GSM
- Only distributed
• WCDMA
- Only distributed
• LTE
- Only distributed
• Config
- Configurations:AC plus digital maximum 3 bands distributed
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3) Single PtP fiber with WDM
Basic BBU Centralization Transport Options
This CPRI transport configuration is already supported but …
• … fiber is not widely available on cell sites
• … even when available, fiber is usually a scarce and costly resource and this usage is not efficient
• in an ideal scenario, a cell site should not use more than 1 optical fiber (2 for resiliency)
• … it does not scale up easily when the site configuration must be increased
• fibers must be added when new RRH are added
• high number of Long reach SFP heads increase the CAPEX
• … this is not a carrier-grade solution
• no management of the optical NW: optical NW failures hard to detect, troubleshoot and fix
This configuration is defined in CPRI standard and reduces the number of fibers used but …
• … it would introduces a single point of failure on the cell site and wireless equipment have a lower reliability than transport equipment
• … it would not be adapted to large site configurations
• the highest CPRI rate currently defined in the standard is 9 830 Mbps, and the bandwidth required for large site configurations exceeds this value (e.g, 3 sectors LTE 20 MHz MIMO 4x4 would require 2 CPRI Rate 7)
• … this is not a carrier-grade solution either
Passive solution with reduced number of fibers used, but…
• … requires many expensive long-haul colored interfaces (SFPsI in BBU and RRH making it an expensive solution for sites with many CPRI interfaces
• … it is difficult to manage operationally as each RRH must use the correct colored transceiver with a matching colored interface at the BBU Pool end
• … it is also not a carrier grade solution
BBU Hotel
CPRI over PtP fiber
(daisy chain)
RRH
RRHsBBU Hotel
CPRI over PtP fiber
λ1
λ2
λ3
λn
CPRI over PtP fiber
(parallel interfaces)
RRHBBU Hotel
BBU Centralization requires a solution making a more cost-efficient usage of fiber, long reach optical heads and providing OAM mechanisms capable to detect and automatically recover from transmission failures
BBU Centralization requires a solution making a more cost-efficient usage of fiber, long reach optical heads and providing OAM mechanisms capable to detect and automatically recover from transmission failures
1) Point to Point Fibers 2) Single PtP fiber with RRH in daisy chain
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9721 lightRadio™ Fronthaul Optimiser (LFO)
What is the problem we are trying to solve ?
1) Enable BBU Centralization in every possible
fiber circumstance
2) In a cost effective way to optimize TCO gains
3) Introducing Manageability of the Optical Network
How ?
1) By the ability to connect any Optical access Network
2) By compressing and multiplexing electrically CPRIs to
save optical NW cost
3) Using ITU-T G.709 standard in the optical network
What is LFO ?
1) LFO is an ALU Wireless-aware Transmission-access module
� ALU Wireless-aware allows optimization of the CPRI links, Transmission-access allows to optimize the way we access
any fibers
LFO: Saves fibers, saves lambdas, interworks with any Optical network bringing manageability to this new interface (network supervision and automatic recovery from failures)
Without LFO
2G
3G
2G
3G
With LFO LFO LFO
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MRO
Daisy chaining
Macro
LFO
“Central Office”
BaseBand Cluster
� Scalability
� Flexibility
� Easy & fast to
deploy
IP BH
Fronthaul: OTN
-Point to point fiber-PON
-WDM
Fronthaul: OTN
-Point to point fiber-PON
-WDM
9721 lightRadio™ Fronthaul OptimiserNetwork Overview with LFO for Stadiums, Shopping Malls and Other Venues
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LTE UE Status
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LTE Global Spectrum Outcomes
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LTE Ecosystem: 948 user devices announced
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AGENDA
2 | eNodeB & eUTRAN solution2 | Radio module
1 | Digital module
2 | eNodeB & eUTRAN solution3 | Product Roadmap
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2013 2014 2015
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
LTE RF HARDWARE ROADMAP
available
700APT
(B28)
RRH2x40-APT 4RxRRH2x40-APT 4Rx 4G
900
(B8)
MC RRH2x40-9 4RxMC RRH2x40-9 4Rx
TRDU2x60-9TRDU2x60-9 3G/4G
1800
(B3) RRH2x60-18RRH2x60-18
TRDU2x60-18TRDU2x60-18
2G/4G
TRDU2x60-APTTRDU2x60-APT 4G
3G/4G
Q2 Q3 Q4
2G/4G
9764 B289764 B28
9764 B89764 B8
9764 B39764 B3
4G
4G
4G
Q1
RRH2x40-APT 2RxRRH2x40-APT 2Rx 4G
MC RRH2x40-9 2RxMC RRH2x40-9 2Rx 3G/4G
RRH2x60-18RRH2x60-18 4G
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AVAILABLE 2013 2014
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
BBU
d2U v3
Smart NodeB
eCEM-U / eCEM
eCCM-U
9100 MBSEv2
LR cabinetOutdoor (Distributed)
9926 BBU 4u (d4u)
CabinetsLR cabinetLR cabinet
Outdoor& Indoor (Macro)Outdoor& Indoor (Macro)
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d4u dual techd4u dual tech
LR cabinetLR cabinetLarge Outdoor Large Outdoor
Wireless Roadmap Update Session WCDMA – BBU & Cabinet
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AVAILABLE 2013 2014 2015
Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4 Q1 Q2 Q3 Q4
RNC9370 eDCPS (*)
OC-3/GE
32,000
3 500 Mbps
24
4800
9370 eDCPS (*)
OC-3/GE
32,000
3 500 Mbps
24
4800
9370 eDCPS (*)
OC-3/GE
40,000
4 375 Mbps
28
4800
9370 eDCPS (*)
OC-3/GE
40,000
4 375 Mbps
28
4800
Packet Server Interfaces Erlangs1
IuB (HSPA+)2
Max TMU3
Cells
(3)Maximize Smartphone capacity
Wireless Roadmap Update Session WCDMA – Controller
Capacity parity with LR13
(*) 9370 Cabinet Capacity (2 physical RNCs) (1) ALU CS Profile(**) 9771 Cabinet Capacity (1 or more logical RNCs) (2) ALU PS Profile (IuB HSPA+)
9771 WCE RNC – Release 1
•Capacity (**)
• 44,000 Erlangs1
• 7.5 Gbps2
• 12000 Cells
•WCE configuration
• Single cabinet supporting 1 or 2
shelves
• Minimum configuration: 1 shelf / 6
blades
•Supports single or multiple RNC tenants
•Feature parity with 9370
•NEBS compliant, AC and DC powered
variants
9771 WCE RNC – Release 2
•Capacity (**)
• 1 cabinet / 2 shelves
• 120,000
Erlangs1
• 15 Gbps2
• 12000 Cells
• 2 cabinets / 4 shelves
• 240,000
Erlangs1
• 30 Gbps2
• 24000 Cells
WCE 3G
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CONCLUSION -- PORTFOLIO EVOLUTION AND DIFFERENTIATORS
ALU RF
PORTFOLIO
PA MODULES� ALU FDD product delivered with 2Tx or 4Tx
� ALU TDD product delivered with 2Tx or 8Tx for BF
� Multi standard capability (GSM/LTE, WCDMA/LTE)
HIGH OUTPUT POWER
� 2x60W becoming the baseline
� Higher output power in the near future
� Enabler for efficient MSR support, RAN sharing or capacity
ALL INTEGRATED TRDU AND 19” INDUSTRY FORM-FACTOR
� Highly integrated solution with all RF assets in one box, providing better efficiency
� 19” form-factor for easy integration in cabinets/racks
4 RX EMBEDDED
� generalization of 4Rx for high band
� Improved UL coverage and UL cell EDGE throughput with 4Rx diversity
SPECTRUM AGILITY
� very large IBW with plans to go up to 75MHz
� 2 independent RF chains in the module ready for disaggregated spectrum
� Enabler for RAN sharing
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Backup
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PRODUCT STRATEGY
From Single Applications to Radio Network Platform
PCRF RNC
PCRF
RNC
PCRF RNCSCGW MME
Virtualization
Virtualization
Other
One applicationOne dedicated hardware
Multi - Tenancy
• Cloud in a boxHardware independent scalable platform supporting multiple technologies
• FlexibilityFrom small single technology to large multi-technology controller
• Cloud on a diskSoftware only solution can be deployed in existing data center
• Seamless capacity and scalability
Cloud architecture
SW
HW
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What is WCE?
• Cloud compatible, virtualized IT platform hosting telecom applications
• Capable of hosting multiple real time telecom application such as RNC, SCG, EPC (PCRF, MME, PGW, SGW), LMS, ALPS…
• Supports Single or multi-technology solutions
• Large configurations built by adding additional commoditized IT hardware
• Evolution toward software only model deployment on top of existing data centers or customer hardware
Why WCE?
• First step toward supporting a virtualized RAN/Core by hosting real time applications over a virtualized IT platform
• Foundation platform for ALU next generation products such as RNC, microEPC, LMS over IT
• Unmatched by any competitor product
Evolution Plan
• Step1 short term: Market launch in 2014 supporting the RNC application
• Step2 medium term: Expand the tenant list to support SCG, LMS, ALPS, EPC/uEPC
• Step3 Long term: Support software only model
9771 Wireless Cloud Element (WCE)
RNC
Virtualization
EPCSCGW
RNCSCGW
Virtualization
LMS OTHER
EPC
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Wireless Cloud Element
SCALABILITY � Start small scale as necessary� Flexible Reconfiguration
HW INDEPENDANCE
� Server blade sharing � Shift from specialized hardware to commodity HW
INNOVATION � First to extend IT cloud capability to telecom; � Greater than 5’9s availability
FLEXIBILITY� Scalable multi-tenant configuration� Any Hardware, Any Configuration, Anywhere
A Critical Step in Building a Mobile Broadband Platform
SAVINGS � 25% OPEX reduction over traditional HW dependant deployment
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Wireless Cloud Element RNC SW
LR 14.2 Configuration Examples
WCE A
RNC
WCE B
RNC 1
RNC 2
WCE C
RNC 1
RNC 2
RNC 3
• Single large RNC instance or multiple smaller RNC instances per WCE
• One Cabinet with up to two shelves
• Expandable in LR15.2 to support two cabinets, four shelves and multiple instances (10) of an RNC
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Wireless Cloud Element Roadmap
PCRF
Virtualization
SCG
RNCOther
Virtualization
LR14.2 Q2 2014 – Release 1 DR4 LR 16 2016 – Release 3 Candidate
Pre-DR4 WCE available for customer demos
Virtualized platform (HP/VmWare)
•Tenant Deployment
•Shadow
•Horizontal Scalability -# of Roles
•RNC Capacity > 1Gbps
•Full 3G E2E Calls – Real UE � Core
•HSPA Calls – Skype & YouTube applications
WCE – Release 2
Virtualized platform
Multiple Tenancy
Cloud features
• Reduced Power Usage
• Geo-Redundancy
• Elasticity (dynamic tenant dimensioning)
RNC Capacity**
•240,000 Erlangs1
•30 Gbps2
•24000 Cells
DR4 WCE – Release 1
Virtualized platform (HP/VmWare)
Cloud features
•Shadow Upgrade (Zero Downtime)
•Distributed controller
•Multiple logical tenants (RNC) per WCE
RNC features
•9370 RNC feature parity
•Full load balancing (dynamically adapt to call profile variation)
•Full IP on all interfaces (no ATM)
•Requires LMS OAM for management
RNC Capacity**
•44,000 Erlangs1
•7.5 Gbps2
•12000 Cells
Virtualization
RNC
LR15 2015 – Release 2 Candidate
Other RNC PCRF
WCE – Release 3
Cloud on a disk
Deployable in customer data centers
Virtualization
RNC RNC
Virtualization
(**) 9771 Cabinet Capacity (1 or more logical RNCs)(1) ALU CS Profile(2) ALU PS Profile (IuB HSPA+)
WCE is supporting live E2E calls using a virtualized RNC and PCRF
Incremental Cloud features and multi-tenancy.
Full Hardware independence allowing deployment in existing customer Cloud infrastructure.
2013 Demo – available now
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ALCATEL-LUCENT 9370 RNC
Filler Panel
•1st Shelf •Large Configuration
9370 Single
•9370 Dual (Expansion)
•1st Shelf•Large Configuration
•2nd Shelf•Large Configuration•
Free Space2nd RNC
600mm
600mm
2125 m
m
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ALCATEL-LUCENT 9370 RNC ARCHITECTURE
IP CommunicationMulti-service fabric
56G Fabric
•eDCPS – Enhanced Dual Core Packet Servers
•ATM
•IP
•CP4 - Control ProcessorsControls
•RNC shelf functions such as loading, fault detection,
sparing.
• Disk Management
•Ethernet access to WMS for Out of Band OAM connectivity
Manages bearer processing functions for user plane traffic as well as the control plane processing)
responsible for transmission links
-interface connections
4pGigE Functional Processor responsible
for IP connectivity
Manages the internal switching in load sharing mode, each of them able to process by itself the RNC capacity in case of failure
RNC ARCHITECTURE
KEY BENEFITS•Backplane communication is IP based•No single point of failure (Single Backplane)•No subsystem cross impact on subsystem failure•Continuous test of both active and backup systems
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ALCATEL-LUCENT 9370 RNC
BOARDS DETAIL
56G Fabric (not shown)
4p GigE Interface Card or eDCPS
Enhanced Dual Core Packet Server (eDCPS)
Control Processor (CP4)
• Only three module types, fewer card types to maintain in spares inventory• Fully redundant 5 9’s architecture – field proven• New features introduced with Software Upgrade (e.g. HSDPA, HSUPA)
because of generic computing architecture – No new hardware needed• Only reason to upgrade Packet Server card is for additional capacity
16p OC3 Card or eDCPS
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CP4 functions� Control of base RNC 9370 functions such
as loading, fault detection and sparing� Disk management
� a software-based journaling system (the shadow file system or SFS) is used to replicate file writes to the spare CP4 disk drive.
� Ethernet access to MDM/MDP via TCP/IP for Out of band OAM connectivity
� In-Band OAM management will also be provided. IP flow containing OAM signalling will be sent to the OMC-R on top of AAL5 ATM on the same STM1 that is used to carry Iu protocol. This type of OMC connectivity is handled by the 16ptOC3/STM1 board.
� IP routing function for OMC-B/Node Bs links
� Security: Radius and IP-Sec for OAM paths
The Control Processor (CP4)1GHz Processor1+1 hot redundancy scheme (2 / RNC)80 Gbytes (EIDE) 5400 RPM disks1MB L2 Cache, Speed: 1GHzDDR memory supports DMA bursts at 266MHz9 M counters / 2400 Cells (2.5/1200cells CP3)
ALCATEL-LUCENT 9370 RNC
CONTROL PROCESSOR VERSION 4 (CP4)
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ALCATEL-LUCENT 9370 RNC
ENHANCED DUAL CORE PACKET SERVER (EDCPS)
• FEATURE DESCRIPTION
• 9370 RNC capacity growth with DCPS has reached its limit. 3G data traffic continues to grow exponentially year over year.
• Enhanced Dual Core Packet Server (eDCPS) is introduced as an alternative to the existing DCPS to enable future capacity growth of the RNC compared to the 9370 with DCPS.
• By default, the eDCPS will provide the same capacity as DCPS. The capacity increase will be available through software upgrade
• DCPS and eDCPS simultaneous support in the same RNC at iso-capacity.
• FEATURE VALUE
• RNC increase capacity through software without additional HW need
• CAPEX saving: Immediate investments in eDCPS at iso- capacity is less costly compared to adding DCPS and then replacing them witheDCPS when additional capacity is needed.
• Reduced footprint thanks to reduced nb of RNCs vs the RNC with DCPS.
• eDCPS allows for continuing capacity evolution in future software releases
Future proof 9370 capacity growth solution while protecting hardware
investment
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PROCESSOR ROLES ALLOCATION IN 9370 RNC
GENERIC COMPUTING
TMUTMUTMUTMU TMUTMU
TMUTMUTMUTMU TMUTMU
PC PCPCPCPC PC
PC PCPCPCPC PC
RABRABRABRABRABRAB
RABRABRABRABRABRAB
RABRABRABRABRABRAB
NINIRABRAB RABRAB
Master RABRABMaster RABRAB
OMUOMURABRAB RABRAB
RABRABRABRAB TMUTMU
RABRABRABRABRABRAB
CP4
CP4
OC-3
/ S
TM
-1
OC-3
/ S
TM
-1
Master – 2 per RNC
•Manages all other processors;
•It contains the Resource and Transport managers
Protocol Converter (PC) – 12 per RNC
•Segmentation and Reassembly(AAL2/AAL5 conversion for internal )
Radio Access Bearer (RAB) – 40 per RNC
•Bearer Processing, Radio Protocol Handling (MAC, RLC ..), Interface bearer, Macro Diversity Handover (basically provides user plane functions).
Traffic Management Unit (TMU) – 14 per RNC
•Terminates Radio network interface protocols (RANAP, RNSAP, NBAPetc..)�manages the control plane processing
•Support RRM (RRC, Always-On, Qos Mgmt, Call Admission, iRM
Network Interface (NI) – 2 per RNCProvides NI that manages ss7 signaling between NE •OAM Management Unit (OMU) – 2 per RNC•Manages Configuration, Fault management, Performance management ,Call trace Management
3 Dual Core Processors per DCPS. Each core assigned a role by software
Number of TMUs can be configured to cope with increased signaling load