Enea Freescale Webinar 12 Sep 2012 - Version 5-SDT
1. LTE Components Drive Multimode
Mobile Broadband
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3. Simon Stanley
Analyst at Large, Heavy Reading
Michael Christofferson
Director of Product Management, Enea
Stephen Turnbull
Wireless Access Marketing Manager, Freescale
Today’s Presenters
4. • Mobile Market Drivers and Growth of LTE
• Evolving Radio Access Networks
• HetNet and Small Cells
• Silicon solutions for integrated base stations
• Off-the-shelf software for LTE base stations
• Conclusions
Agenda
5. Mobile Device Internet Usage Accelerating
• Mobile broadband
usage growing rapidly
‒ New subscribers to
broadband services
‒ Quad core
smartphones
‒ Laptops and tablets
‒ M2M
• Network intensive
applications
‒ Video
• Mobile data 2011-2016 78% CAGR (Source: Source Cisco VNI Mobile, 2012)
‒ Mobile video traffic exceeded 50 percent for the first time in 2011
‒ Average smartphone usage nearly tripled in 2011
‒ 150 MB per month (up from 55 MB per month in 2010)
‒ average smartphone will generate 2.6 GB of traffic per month in 2016 (17x 2011)
6. LTE Is Significant Step Forward
• LTE provides 2 to 5 times greater spectral
efficiency than most advanced 3G networks
– Lower cost per bit
• Faster downloads
– Up to 100 Mbit/s initially
– Better user experience
• Reduced OPEX and CAPEX
– LTE base station cost <1/5 HSPA cost per user per
month (based on 10 Gbit/s per month)
– Energy efficient
7. LTE Market Rollout
• 592 Million LTE Subscriptions by 2016 (Source: Pyramid Research)
• 4G LTE Revenues Projected to Exceed $265 Billion
Globally in 2016 (Source: Juniper Research)
• 417 LTE Devices Announced (Source:GSA)
– From 67 companies
• 89 LTE operators have now launched commercial
services in 45 countries (Source:GSA)
– 80 FDD, 9 TDD
– Additional 61 expected to start
services during 2012
2009 2010 2011 2012
2 17
47
89
61
Source: GSA Evolution to LTE report July 11, 2012
8. Audience Poll #1
• When are you planning to deploy LTE?
– Already deploying
– Next 6 months
– 6-12 months
– 1-2 years
– 2-4 years
– No plans
10. Evolving Multi standard Radio Access
Networks
Next generation
Antenna Integrated
Radio Unit
Source: 4G Americas, ALU, NSN, Ericsson, Verizon
Iub
Iub
S1-MME
S1-U
Different standards are consolidated
into one base station
OSS
Converged multi
standard macro base
stations and
small cells (micro
main-remote, and
pico, femto)
Wi-Fi
12. HetNet Benefits
• Lower CAPEX with targeted coverage, affordable LTE roll out
• Lower OPEX with less redundancy
• Better user experience, higher data rates, more complete coverage
Femto
Internet
Backhaul
Femto
Pico
Relay
Relay RF
Backhaul
CORE
NETWORK
Internet
Pico and RRH
Dedicated Backhauls
RRH
19. Audience Poll #2
• What type of cell are you developing/deploying?
– Macro
– Metro
– Micro
– Enterprise
– Residential
– Other
20. Enea’s Basestation Solution v1.0
In a Nutshell
Linux Middleware
services
Linux IPC services
Linux real-time
characteristics:
Enea Light-weight
Run Time
Threading (LWRT)
DSP/Layer 1
processing platform
Linux (e)NodeB
IP transport: Enea PAX
Linux Tools
21. LTE Evolved UMTS Terrestrial Radio
Access Network (EUTRAN)
Layer 2-3
Can be implemented in a
communication processor
Layer 2 is often implemented
together with L1 in the DSP to
reduce the latency of the MAC
and L1 interaction
Layer 1 or Physical Layer
(PHY)
Usually implemented in a DSP
X2APXP Application Protocol
RRCRadio Resource Control
GTP-UGPRS Tunnelling Protocol - User plane
SCTPStream Control Transmission Protocol
S1APS1 Application Protocol
UDP
Secure IP
PDCPPacket Data Convergence Protocol
RLCRadio Link Control
MACMedium Access Control
O&M
SONSelf-OrganizingNetworks
RRMRadioResourceManagement
Bit Rate Processing
Symbol Rate Processing
iFFTinverse Fast Fourier Transform
FFTFast Fourier Transform
Ctrl plane
to/from MME
(S1-MME)
Ctrl plane
to/from
eNB (X2-C)
Data plane
from SGW or
eNB (S1-U/X2-U)
Data plane
to SGW or
eNB (S1-U/X2-U)
From
Antenna / UE
To
Antenna / UE
EUTRAN Layer 1
EUTRAN Layer 2
EUTRAN Layer 3
Internet Layers
eNB Application
Specific Software
Source: Enea
Operation and
Support System
- OSS (Mul)
22. Enea’s Basestation Solution v1.0
In Context of the Application
Tier 1 grade DSP
management / control platform
IP transport optimized for
hardware acceleration
Enea Linux + real time
characteristics
Inter-process communications
service across all layers
RTOS optimized for
DSPs
System wide tools
X2APXP Application Protocol
RRCRadio Resource Control
GTP-UGPRS Tunnelling Protocol - User plane
SCTPStream Control Transmission Protocol
S1APS1 Application Protocol
UDP
Secure IP
PDCPPacket Data Convergence Protocol
RLCRadio Link Control
MACMedium Access Control
SONSelf-OrganizingNetworks
RRMRadioResourceManagement
Bit Rate Processing
Symbol Rate Processing
iFFTinverse Fast Fourier Transform
FFTFast Fourier Transform
Ctrl plane
to/from MME
(S1-MME)
Ctrl plane
to/from
eNB (X2-C)
Data plane
from SGW or
eNB (S1-U/X2-U)
Data plane
to SGW or
eNB (S1-U/X2-U)
From
Antenna / UE
To
Antenna / UE
EUTRAN Layer
1EUTRAN Layer
2EUTRAN Layer
3Internet Layers
eNB Application
Specific
SoftwareSource: Enea
Operation and
Support System
- OSS (Mul)
System management middleware
23. LTE/HSPA Picocell Board
BSC9132 SoC
Picocell 2012 – BSC9132 SoC
Linux CLI tools and OSEck Shell
Optima Eclipse
LINX over Shared Memory & DMA
dSPEED
OSEck
DSP C0
dSPEED
OSEck
DSP C1
Ethernet
IP and LINX
over Ethernet
Linux
C0
dSPEED
Linux
C1 IP Transport optimized
for HW acceleration
Ethernet / IP connection
for Tools
Multi channel LINX /
OSEck Backplane
core-to-core
communication
System wide tools
covering SoC
Enea Linux tailored
for the base station
use-case
Enhanced with a light
weight run-time
Antenna
To SGW / MME / eNB / RNC / OSS
DSP management
over shared memory
Source: Enea
24. LTE/HSPA Macro Base Station Board
B4860 SoC
Multi-Standard Macrocell 2012 – B4860 SoC
Linux CLI tools and OSEck Shell
Optima Eclipse
LINX over Shared Memory & DMA
dSPEED
OSEck
DSP C0
dSPEED
OSEck
DSP C1
dSPEED
OSEck
DSP C5
Ethernet
IP and LINX
over Ethernet
Linux
C1
Linux
C0
dSPEED
Linux
C3
Multi channel LINX /
OSEck Backplane
core-to-core
communication
System wide tools
covering SoC
LINX HDLC
communication
IP Transport optimized
for HW acceleration
Ethernet / IP connection
for Tools
Enea Linux tailored
for the base station
use-case
Enhanced with a light
weight run-time
DSP management
over shared memory
To SGW / MME / eNB / RNC / OSS
Remote Radio Unit
Basic Enea
Linux
Source: Enea
25. A Variety of SoC Implementations
Freescale HW: Multi-chip with different sRIO types or SoC or a mix
Enea Software: Linux, Hypervisor and/or RTOS, and a DSP RTOS
Macro, small cell, public safety
26. • The mobile data tsunami is driving the need
for diverse , distributed network deployments
• HetNet deployments provide higher data
rates and QoS for users at affordable
CAPEX & OPEX for service providers
• Companies such as Freescale & ENEA
provide complete, scalable hardware &
software solutions from femto to macro cell.
Conclusions
27. Simon Stanley
Analyst at Large, Heavy Reading
Michael Christofferson
Director of Product Management, Enea
Stephen Turnbull
Wireless Access Marketing Manager, Freescale
Q&A Session
28. Thank you for attending!
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