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Intelligent Mobile Broadband
- 1. Femtocells Asia Q2 2011
Intelligent Mobile Broadband
April 4, 2011
Todd Mersch, Director Product Line Management
www.ccpu.com Copyright © 2011 Continuous Computing. All Rights Reserved. | Confidential & Proprietary 1
- 2. At a Glance
Femtocells = Cheapest Bit Pipes
Over 150 Customers Worldwide
LTE
Femto
DPI
= Fastest Bit Pipe DPI = Smartest Bit Pipe
Visit us in the Exhibit Area
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- 3. Recent News & Awards
Juni – 28th 3G Small Cell Customer
Market leading customer wins
FlowEngine DPI SW Framework
DPI SW + Trillium + Ecosystem
10 RAN Silicon Giants choose Trillium
Winner:
Femto Forum Awards
Winner:
Informa LTE Awards
Finalist:
GSMA Awards
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- 4. Mobile Broadband: Huge Demand, Huge Challenges
Capacity Mind The Gap
Traffic doubling every 12 months More for less
Text
LTE spectral efficience gain = 4X Lower cost per bit
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- 5. Demand – Supply Imbalance
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- 6. Shannon – Moore Divide
Mind The Gap
Shannon vs. Moore Shannon Channel Capacity
Moore Reaching Limit with LTE
Moore’s Law still doubling
Divide Data hungry devices
Shannon MIMO
LTE
LTE-Advanced
Carrier Aggregation
Spectrum?
Exponential Problem NEEDS Exponential Solution
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- 7. Options
Increase Revenue Reduce Traffic
$X / MB Walled Garden
Less for More Traffic Blocking
But, that’s going backwards…
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- 8. The Alternative - Intelligent Mobile Broadband
MME / Serving GW MME / Serving GW
Capacity
S1 S1
X2
eNodeB eNodeB
Cost
eNodeB
But Still
Spectrum
Limited
4X 1,000,000x Manage
LTE Spectral FAP Spectrum DPI Limited
Efficiency Reuse Capacity
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- 9. Disruption
Core
MME / Serving GW MME / Serving GW Adaptive Video
Internet
Traffic Trans-codin
Offloading
Shaping g
S1 S1
X2
eNodeB eNodeB
Access
WiFi
eNodeB Small Cells TD-LTE
Offloading
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- 10. Network Mutation
Macro Topology Hierarchical Cell Structure
Courtesy AirHop Communications
Coverage Era Capacity Era
1990 2010
“The need for 4G picocells and femtocells to enhance coverage and boost
capacity in hotspots is one of the important principles for Verizon's LTE Network”
-- Verizon Wireless CTO
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- 11. Shrinkage!
Our Focus: Small Cells
Macrocell
Capacity
Microcell /
Picocell
Greater
Femto
Femtocell
Coverage
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- 12. Spectrum
The Spectrum Challenge
700 MHz 2.6 GHz
2.6 GHz 2.6 GHz
Digital Dividend
900 / 1800 MHz re-farming 2.6 GHz
Frequency Impacts Network Costs
Increases with frequency Cell radius ~ 30 – 300m
TD-LTE = Opportunity 700 MHz
FDD for Macros
TDD for Femtos
Multi-Band Deployment
2.6GHz for Femtos
700MHz for Macros
Cell radius ~ 1 – 3km
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- 13. Mixed Mode in the News
“3, Telia & Telenor acquire both FDD and TDD
Spectrum in Denmark Auction ” – May 2010
Hi3G Access AB 's plan to roll out dual-mode Long Term
Evolution (LTE)/Long Term Evolution Time Division Duplex
(LTE TDD) networks in Sweden and Denmark signals the rise of
a hybrid deployment model using both flavors of the next-
generation mobile technology. – March 2011
“Polish operator, Aero 2 Sp. z o. o. could actually be the first
mobile operator to launch a dual-mode FDD/TDD network
using 2.5GHz TDD spectrum, which is expected to become
operational this year” – March 2011
"With a limited supply of appropriate LTE FDD spectrum, mobile operators
with access to TDD spectrum are driving hybrid LTE FDD/TDD network
development in Europe, Eastern Europe/CIS, and Middle East/ Africa
beginning in 2012,“ – Berge Ayvazian (Heavy Reading)
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- 14. Multi-Mode Small Cells
Multi-Mode Femtocell Aggregator Core Network
Femtocell
Iu 3G Core
Security
Iuh HNB GW
Gateway
S1
Security HeNB S1
Gateway GW EPC
Increase 3G and LTE capacity and coverage in single device
Upgrade path from 3G to LTE
Support for mixed subscriber base
Leverage same IP backhaul
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- 15. Heterogeneous Network Scenario
Capacity
Multi-Mod
e
(LTE- TD Demand-based
LTE –TDD D 2.6GHz Capacity &
LTE - TDD
LTE-TDD Femto / 3G Coverage
Femto
Femto 2.6GHz 2.1Ghz)
2.6GHz
2.6GHz
LTE FDD Networks, 700 MHz
Nationwide
3G / HSPA Networks, 2.1GHz Network
GSM / GPRS / EDGE Networks, 900MHz / 1800MHz
Coverage
Rural Sub-urban Urban Dense Urban
Low Broadband Proliferation High
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- 16. EPC Scaling Problem
E-UTRAN Architecture
MME / Serving GW MME / Serving GW
HeNodeB HeNodeB HeNodeB
S1 S1
X2
eNodeB eNodeB HeNodeB HeNodeB HeNodeB
HeNodeB HeNodeB HeNodeB
eNodeB
Small cells creating ‘Signaling Deluge’ for EPC
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- 17. Scaling EPC!
64K Associations!
1M+ SCTP Packets / sec!!
SCTP in the fast path
PP50
+
Death by 1,000 pizza boxes
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- 18. DPI = Control
Video Conference
Platinum
Operator VoIP
Gaming
Bronze Video on Demand
Gold
Email
Business Class VPN
Silver Browsing
P2P
App- ba Maximum
Tiered
sed Network
SLAs
QoS Monetization
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- 19. Not All Cells Are Loaded Equally!
Top 5% utilized Average cell
cells heavy on HTTP
P2P Streaming grew
to 27%
Source: Allot Mobile Trends, Global Mobile Broadband Traffic, H2/2009
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- 20. Adaptive Traffic Shaping
Dense Urban RAN-Aware Traffic Shaping
#1 Radio
- Congestion Aware
Access
- Femto Aware
Network
- Dynamic Network Policy
(RAN)
Signaling Information
Suburban RNC
#2
ATS SGSN GGSN
Platform
Femto
Gateway
Residential
Femtocell #3
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- 21. Framework
RAN
Tiered SLA
Congestion
Aware
Aware
Application
Femto Aware
Aware
Policy
Enforcement
Point
DPI Key to Real-Time, Line-Rate, Multi-Aware Policy Enforcement
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- 22. Internet Offload Network Architecture
Offloaded data traffic to PDN
CGF CRF OCS
Internet
Gi
Ga
Gx
Gy
Iub Iu Iu Gi
Node B IOG
RNC SGSN GGSN
Legend
Signaling Non-offloaded data traffic Offloaded data traffic
Offloading
• Bump-in-wire device • Minimize traffic to CN
• DPI application / protocol • Reduce CN OPEX / CAPEX
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- 23. IOG Anatomy
Control Plane Software
Application
XLR # 1
SGSN
IuPS
Charging Stack Monitoring Stack Gi
Internet
IuPS
Data Plane Software
XLR # 0
Application RNC
Offload
Decision Block
DPI
PP50 COP50 RTM
Classification IP ~ 10 Gbps Line Fail-to-
Rate wire
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- 24. Summary
LTE alone will not solve the crunch
Linear solution for an exponential problem
Femtocells = Exponential Solution
Spectrum Efficiency + Spectrum Reuse
Solving the
Harness heterogeneous networks
TDD for Femto / FDD for Macro
Mobile
Multi-mode bolstered business case Broadband
Must effectively manage signaling load Capacity
Challenge
Still spectrum limited
Traffic Management Essential 21 LTE, 28
Congestion, Femto, SLA, Application Aware Femto, & 21
DPI holds the key DPI Wins!
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- 25. Questions & Comments
Todd Mersch
Director, Product Line Management
www.ccpu.com Copyright © 2011 Continuous Computing. All Rights Reserved. | Confidential & Proprietary 25