mobile backhaul optimization for the 4g lte era
DESCRIPTION
Dialogic Presentation at Mobile Backhaul Asia 2013: Mobile Backhaul Optimisation for the 4G LTE Era Exploring the impact of LTE and VoIP services on bandwidth requirements Strategies to optimise network traffic in converged 2G/3G/4G backhaul networks Delivering QoS and QoE over any transport medium Backhaul optimisation deployment challenges and opportunities: Lessons learnedTRANSCRIPT
COMPANY CONFIDENTIAL © COPYRIGHT 2013 DIALOGIC INC. ALL RIGHTS RESERVED.
Mobile Backhaul Optimization for the
4G LTE Era
Daniel Aymbinderow Product Line Manager
2
Today, mobile network managers’ decisions are about complex dilemmas
To…or Not To…Build and risk more? To…or Not To…Leverage what exists? To…or Not To…Allow more speed? To…or Not To…Migrate now? To…or Not To……
There was a time when, without smartphones, tablets and video streaming, decisions were about a single dilemma
3
Some known facts behind the dilemmas
Increased preference for mobile devices as the main voice and data communication tool
It is anticipated that the number of connected mobile devices worldwide will exceed 10 billion in 2017
Growing smartphone adoption
Surging volumes of data traffic due to widespread use of bandwidth-hungry services
It is anticipated that by 2017, more than 60% of this traffic will be video
2017 11,200,000 Terabytes
2012 885,000
Terabytes
Monthly Traffic Transmitted Over Mobile Data Networks
source: Cisco Visual Networking Index – Global Mobile Data Traffic Forecast Update, 2012-2017
4
Both Operators and Mobile Users are impacted
Endless stress on mobile networks
Growing number of connections
Growing data rate per connection
Growing bandwidth requirements
Growing signaling traffic rate (UE)
Threatened QoS
Network congestion issues
Bandwidth exhaustion at hot points – bottlenecks
Threatened QoE
A QoE below mobile subscribers' expectations could translate into subscriber churn and lower ARPU source: Cisco Visual Networking Index – Global
Mobile Data Traffic Forecast Update, 2012-2017
5
Traffic Bandwidth Requirements
Revenues
Time
Planning with uncertainty
Revenue-Traffic decoupling challenges mobile operators’ competitiveness
Limits CapEx spending capability
Translates into OpEx reduction plans
Complex, evolving traffic and service forecasting models
Greater sensitivity to changes in end-user/market behavior
As more bandwidth and higher data rate become available, some applications increase data consumption (e.g. streaming video)
Diverse QoE expectations and market segmentation
Business, social networking, entertainment, browsing, mail, E-commerce, Facebook, YouTube,…
Multiple (simultaneous) applications per user
6
Potentially impacted traffic due to capacity bottlenecks inside the 3G network
• RNC - Radio Network Controller • SGSN - Serving GPRS Support Node • GGSN - Gateway GPRS Support Node • Node B – 3GPP Mobile Radio Station • Nb – Interface between 3G mobile gateways
• IuPS - Interface between RNC and the Packet Switched Core Network
• IuCS - Interface between RNC and the Circuit Switched Core Network
• GN – SGSN-GGSN interface • GI – GGSN to PDN interface
BACKHAUL EDGE CORE
Gi
Tier 2 Cities Tier 1 Cities Tier 1 Cities
Iub IuPS Gn
IuPS
Gn
Nb CS-MGW
Nb
CS-MGW Nb CS-MGW
MSC & MGW
MSC & MGW
VoIP
Node B
Node B
Node B
Node B
CS-MGW
IuCS
CS-MGW
IuCS
GGSN RNC
SGSN
Internet
RNC
SGSN
Iub
Nb IP/TDM
IP/TDM
IP IP
7
Bookended traffic optimization as a key alternative
SBO-MB and SBO-MBX Iub and Abis backhaul
traffic optimization (*) Dialogic® I-Gate® 4000 Session Bandwidth Optimizers- Mobile Backhaul (**) Dialogic® I-Gate® 4000 Session Bandwidth Optimizer – Core X
BACKHAUL EDGE CORE
Gi IuPS
Tier 2 Cities Tier 1 Cities Tier 1 Cities
IuPS Gn Gn
IuPS IuPS Gn
CS-MGW
CS-MGW Nb CS-MGW
MSC & MGW
MSC & MGW
VoIP
Node B
Node B
Node B
Node B
Iub
CS-MGW
IuCS
CS-MGW
IuCS
GGSN RNC
SGSN
Internet
RNC
SGSN
SBO CX
(**)
SBO CX
SBO CX
SBO CX
SBO CX
SBO CX
SBO CX
SBO CX
SBO CX
SBO MB/X
(*)
SBO MB/X
SBO MB/X
SBO MB/X Nb
IP/TDM
IP/TDM
Iub
Nb
Nb
IP
IP
SBO-CX Nb, IuCS and VoIP core and
edge traffic optimization
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(*) Dialogic® SBO-DV – QA in Q3-2013
Bookended Data and Video Traffic Optimization Solution for the Mobile Network
Techniques: Object Caching (HTTP) Headers Optimization (e.g. IP, TCP, UDP, GTP) Grooming Payload Lossless Compression (bit-exact characteristics)
Supports mobility -- no drop of TCP sessions during NodeB handover and during RNC relocation
Full transparency to the Service Provider, the Application Provider and the End-User (billing, content filtering, Lawful Interception, others )
RNC SGSN GGSN Internet
SBO DV (*)
IuPS Gn
IP IP SBO DV
SBO DV
SBO DV
NodeB
9
In 3GPP R6
RNC GGSN Internet
SBO DV (*)
IuPS IuPS Gn Gn IP IP
SBO DV
SBO DV
SBO DV
SGSN
Suited to planning for network evolution and migration towards 4G/LTE
(future SBO-DV release) In 3GPP R8/ LTE
eNodeB
SAE-GW
Internet IP
S1-U S1-U
SBO DV
SBO DV
(*) Dialogic® SBO-DV
In 3GPP R7
RNC Internet
NodeB
IuPS
IP
IuPS
IuPS
IP
SBO DV
SBO DV
SBO DV
GGSN
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Dialogic® SBO Solutions - Summary
SBO solutions amplify network capacity to leverage the currently deployed network
Multiply network throughput by leveraging state-of-the-art video, voice and data optimization techniques
Deliver network capacity expansion on all wireless architectures --2G/3G/4G/LTE, wireless, microwave, satellite
Significantly expand capacity at a fraction of the cost
Do you want to build a new network or make better use of the one you already have?
Dialogic and Network Fuel, among others, as well as related logos are either registered trademarks or trademarks of Dialogic Inc. and all companies controlling, controlled by, or under common control with Dialogic Inc. (“Dialogic”). The names of actual companies and products mentioned herein are the trademarks of their respective owners.
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03/13