Oceus Networks At-A-Glance
» Through an exclusive relationship Ericsson and other best-of-breed technology companies Oceus Networks designs builds and operatestechnology companies, Oceus Networks designs, builds and operates communications networks.
» The only integrator to implement innovative solutions to the U.S. y g pFederal market from Ericsson, the worldwide leader in 2G, 3G and 4G mobile technologies.
L E i ’ l $5 billi h d d l t» Leverages Ericsson’s annual $5 billion research and development investment to help its government customers quickly and cost-effectively utilize emerging communications capabilities.
» U.S. owned entity.
PUBLICOCEUS NETWORKS PROPRIETARY8/8/2011 3
Agenda
» Main commercial trends and benefits» Architecture 3G and 4G» Benefits for government agencies
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4G LTE well suited to the government needs5
Oceus Networks
4G LTE MAJOR TRENDS AND BENEFITS IN THE COMMERCIAL SPACE
Oceus Networks
IN THE COMMERCIAL SPACE
Industry Vision: 50 Billion Devices 2020
E hi h b d ill b d
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Everything that can be connected will be connected
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Commercial Evolution – General Roadmap
LTE Advanced
HSPA E l ti
4G/LTE
LTE Advanced
3G3G/HSPA
HSPA Evolution
Max speeds. Average user rate is operator and frequency band specific
384 kbps 3.6 Mbps21/28/42 Mbps
~150 MbpsPeak rate
7/14Mbps 1 Gbps
Target
p q y p
2002 2005 2008‐2009 20102007 2014
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4G LTE is the evolution to 1 Gbps8
GLOBAL LTE Commitments – steadily increasing
» 180 operators are investing in LTE p g
» 128 LTE network commitments and 52 additional pre-commitment trials ongoing
17 commercial networks launched to date 64» 17 commercial networks launched to date, 64 commercial networks expected by end-2012
Economies of scale increases innovation and decreases costSource: Global mobile Suppliers Association (GSA), January 12, 2011
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Economies of scale increases innovation and decreases cost
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LTE Commercial contractsBy OPERATOR SIZE; excluding smaller contracts
80
100MSUBS
40
60
80
0
20
40
0
AT&T
Verizo
nDOCOMO
T-Mob
ile (G
er)
Vodafo
ne (G
er)KDDI
fonica
O2 (
Ger)Tels
traMetr
oPCS
Etisala
t
eliaS
onera
(SE)
Net4Mob
ilityA1T
A
eliaS
onera
(Fin)
Teleno
r (N)
TDC (DK)
CSL
TeliaS
onera
(N)
CMHKDNA
Teleno
r (DK)
eliaS
onera
(DK)
L i d l d ’ i d i
T V
Telefo
Teli Teli Te
Teli
Subscriber figures from World Cellular Information Services, 12/2010
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Leverage industry leaders’ experience and expertise
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LTE Devices
» Industry LTE devices ecosystem is rapidly emerging S LTE d i il bl th h i l t t d– Some LTE devices are available through commercial operators today
– By 2013/2014 the annual sales of 4G/LTE phones is expected to match 3G levels– 3G devices today include cameras as well as aircards and laptops
• LTE devices are expected to follow the proliferation 3G devices• and expand into new types of devices• and expand into new types of devices
– Smart devices are replacing PCs as the input and viewing device, much like the PC replaced the mainframe
– iOS and Android filling common niche, Android predicted to surpass iOS in 2013– Upgrades every 6-18 months
O th t 1G b k– On path to 1Gpbs peak
» Recent GSA report (1/12/2011) confirms that a LTE devices eco system is emerging
– 98 LTE devices have been announced to date– USB Modems, Phones, Air cards, M-Tablets, Note books, Modules, Routers
R d t d l 4G LTE l ti t d
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Ready to deploy 4G LTE solutions today
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3G Architecture (3GPP)
» Evolution of GSM (2G) mobile network
NB
PSTNPDNmobile network
» Wideband Code Division Multiple Access (WCDMA) & High Speed Packet A (HSPA)
NB
MGWGSN
Access (HSPA)– Improved data rates by
re-architecting RAN– Reuse 2G core
MSCHLR AuC
RNC
Core
RAN– CS voice– PS data up to 5.8 Mbps
UL and 28 Mbps DL– Connection latency 2 s to NB NB NB
RNC RAN
Connection latency 2 s to 500 ms
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Yesterday’s baseline – Not where we need to be13
4G LTE Architecture (3GPP)
» Long Term Evolution (LTE)» Opportunity to re engineer system» Opportunity to re-engineer system
– All services are data– All data is IP, packet switched– 48 Mbps UL / 143 Mbps DL (1 Gbps by
2014)Connection latency < 20 ms
PSTNPDN IP data flows directly from RAN to servers– Connection latency < 20 ms
» Circuit switched support is not included in core
» Services are plug-ins– Voice over IP (VoIP)
HSS
MGW
IMS HLRAuC
CPGservers
– App Store– Sensors– Push to Talk
» Variable spectrum use from 1.4 to 20 MHz bandwidth eNB eNB eNB
MMECore
RANba d d» Support for both FDD and TDD
4G LTE id i d b db d biliti
eNB eNB eNB
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4G LTE provides increased broadband capabilities
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LTE FDD & TDD Frequency Allocations
FDD Band Identifier Uplink Downlink Regions
1 IMT Core Band 1920 – 1980 2110 – 2170 EU, Japan, Asia
2 PCS 1900 1850 – 1910 1930 – 1990 Americas
3 GSM 1800 1710 – 1785 1805 – 1880 Finland HK Germany
TDD Band
Identifier Uplink/Downlink Regions
33 TDD 2000 1900-1920
34 TDD 2000 2010-20253 GSM 1800 1710 1785 1805 1880 Finland, HK, Germany
4 AWS 1710 – 1755 2110 – 2155 Americas
5 Cellular 850, UMTS 850
824-849 869-894 Americas
6 UMTS800 830-840 875-885 Japan
7 IMT Extension 2500 – 2570 2620 – 2690 EU
35 TDD 1900 1850-1910
36 TDD 1900 1930-1990
37 PCS Center Gap 1910-1930
38 IMT Extension Center Gap
2570-2620 EU
7 IMT Extension 2500 2570 2620 2690 EU
8 GSM 900 880 – 915 925 – 960 EU, Latin America
9 UMTS1700 1749.9-1784.9 1844.9-1879.9 Japan, North America
10 3G Americas 1710-1770 2110-2170 South America
11 1500 (Japan #1) 1427.9-1452.9 1475.9-1500.9 Japan
39 China TDD 1880-1920
40 IMT-2000 2300-2400
41 3400-3600 China, India
12 US 700 698 – 716 728 – 746 US
13 US 700 777 – 787 746 – 756 US (C, Verizon)
14 US 700 788 – 798 758 – 768 US (D)
17 US 700 704 – 716 734 – 746 US (B, AT&T)
18 850 815-830 860-875 Japan
4G LTE t ti l d l t ti
19 850 832-862 875-890 Japan
20 Digital Dividend 832 - 862 791 – 821 EU
21 1500 (Japan #2) 1447.9-1462.9 1495.5-1510.9 Japan
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4G LTE supports many operational deployment options
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Enabler of mobile broadband applications
Sensors Operational PictureDatabases Positioning Surveillance Biometrics
LTE Broadband Network
Command Out PostTactical Ops Center On The HaltForward Deployed
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LTE solving mission critical needs17
Government Agency Considerations
» Augment existing services with broadband» Cost-effective use of commercial technology and smart
phones» Transfer data in a secure manner
V hi h d ( 100Mb ) d l l t» Very high speeds (> 100Mbps) and low latency» Support for a multitude of frequency bands (FDD & TDD)» Easy selection of frequencies in the field to support missions
in a certain co ntr /regionin a certain country/region» Compact and portable configurations» Rapidly deployable
E t t» Easy to operate
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Delivering data to your devices18
Benefits for Government Agencies
» Leverage commercial technology and economy of g gy yscale
» Enable capacity demanding field applications to transfer large amount of data in a secure mannertransfer large amount of data in a secure manner (ISR, Video, Biometrics, etc)
» Key component of tactical solutionsP id bil b db d i kl i h» Provide mobile broadband quickly in areas where no suitable network exists
» Compact, portable, rapidly deployable and easy to p , p , p y p y yoperate
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4G LTE technology addresses mission needs19
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