LTE SRAN

LTE - Advanced

Confidential 20-May-14 1

TD-LTE

SRAN

LTE & MBB Evolution ©2014 Nokia Solutions and Networks. All rights reserved.

LTE-A Carrier Aggregation Enhanced user throughput LTE

LTE Advanced

LTE-A eICIC Efficient capacity growth

©2014 Nokia Solutions and Networks. All rights reserved.

Doubled downlink data rates with LTE-Advanced Carrier Aggregation

Spectrum allocation B

Carrier Aggregation

Spectrum allocation A

Secondary component carrier Primary component carrier


Doubled downlink data rates

3GPP catalogue of carrier aggregation band combinations FDD

TDD

Band

MHz

Uplink MHz

Downlink MHz

Region or typical name

Band

MHz

1 2 3 4 5 7 8 9 10 11 12 13 14 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

2x60 2x60 2x75 2x45 2x25 2x70 2x35 2x35 2x60 2x20 2x17 2x10 2x10 2x12 2x15 2x15 2x30 2x15 2x80 2x20 2x34 2x65 2x35 2x17 2x45 1x11 2x10

1920-1980 1850-1910 1710-1785 1710-1755 824-849 2500-2570 880-915 1749-1784 1710-1770 1427.9-1447.9 699-716 777-787 788-798 704-716 815-830 830-845 832-862 1448-1463 3410-3490 2000-2020 1626.5-1660.5 1850-1915 814-849 807-824 703-748

2110-2170 1930-1990 1805-1880 2110-2155 869-894 2620-2690 925-960 1844-1879 2110-2170 1475.9-1495.9 729-746 746-756 758-768 734-746 860-875 875-890 791-821 1496-1511 3510-3590 2180-2200 1525-1559 1930-1995 859-894 852-869 758-803 717-728 2350-2360 462.5-467.5

UMTS core, “2.1GHz” US PCS, “1900MHz” “1800MHz” US AWS “850MHz”; US, Korea, APAC, MEA, Africa “2.6GHz” GSM 900 Japan 1700 Extended AWS Japan 1500 US 700 MHz Lower (Band A,B,C) US 700 MHz Upper (Band C) – Verizon US 700 MHz Upper (Band D+) US 700 MHz Lower (Band B, C) – AT&T Japan 800 Japan 800 „800MHz“; European Digital Dividend band Japan (upper 1500) 3,5 GHz band FDD US S-band US L-band US ext. 1900 Korea, US: Extended 850 Latin America, 850 “APAC 700”; mainstream Carrier Aggregation US, AT&T Brazil

33 34 35 36 37 38 39 40 41 42 43 44

1x20 1x15 1x60 1x60 1x20 1x50 1x40 1x100 1x194 1x200 1x200 1x90

2305-2315 452.5-457.5

Status: 3GPP Rel12 TS36.101, December 2013 ©2014 Nokia Solutions and Networks. All rights reserved.

Uplink+Downlink MHz 1900-1920 2010-2025 1850-1910 1930-1990 1910-1930 2570-2620 1880-1920 2300-2400 2496-2690 3400-3600 3600-3800 703-803

Region or typical name UMTS core TDD UMTS core TDD US (possible TDD alternative to FDD) US (possible TDD alternative to FDD) US 2.6GHz - TDD, China, Europe, Lat.Am China UMTS TDD China TDD, APAC ,MEA, RUS,…. US TDD TDD global TDD global “APAC700”; alternative

Carrier Aggregation operating band catalogue Inter-band CA band

Intra-band contiguous Band B

CA band

Band A

Band B

CA_1-5

Korea, US,… 850

CA_4-5

AWS 1700/2100

Korea, US,… 850

CA_1-8

GSM, 900

CA_4-7

2.6GHz

Japan, 800

CA_4-12

US, lower 700 (A,B,C)

CA_1-19

Japan, 800

CA_4-13

US, 700 (C, Verizon)

CA_1-21

Japan, upper 1500

CA_4-17

US, lower 700 (B,C, AT&T) US,700 DL only, AT&T

CA_1-18

Band A

UMTS core, 2.1GHz

CA_1-26

Korea, extended 850

CA_4-29

CA_2-4

AWS 1700/2100

CA_5-7

Korea, US,… 2.6GHz 850 US, lower 700 (A,B,C)

Korea, US,… 850

CA_5-12

US, lower 700 (A,B,C)

CA_5-17

CA_2-13

US, 700 (C, Verizon)

CA_5-25

CA_2-17

US, lower 700 (B,C, AT&T)

CA_7-20

CA_2-29

US,700 DL only, AT&T

CA_7-28

CA_3-5

Korea, US,… 850

CA_8-20

GSM, 900

CA_3-7

2.6GHz

CA_11-18

Japan, 1500

CA_3-8

GSM, 900

CA_12-25

CA_2-5 CA_2-12

CA_3-19

US PCS, 1900MHz

1800MHz

Japan, 800

US, lower 700 (B,C, AT&T)

CA band

Band

CA_1

UMTS core, 2.1GHz

CA_3

1800MHz

CA_7

2.6GHz

CA_23

US, S-band

CA_27

Latin America, 850

CA_38

2.6GHz – TDD

CA_40

2.3GHz –TDD

CA_41

2.496-2.690GHz – TDD

US ext. 1900 2.6GHz

EU800 Digital Dividend

Intra-band non-contiguous

APT700 Digital Dividend EU800 Digital Dividend Japan, 800

CA_19-21

US, lower 700 US ext. 1900 (A,B,C) Japan, 800 Japan, upper 1500

CA_23-29

US, S-band

CA band

Band

CA_3-3

1800MHz

CA_4-4

AWS 1700/2100

CA_7-7

2.6GHz

CA_23-23

US, S-band

CA_3-20

EU800 Digital Dividend

CA_3-26

Korea, extended 850

CA_25-25

US ext. 1900

APT700 Digital Dividend

CA_41-41

2.496-2.690GHz - TDD

CA_3-28

Status: 3GPP Rel12 TS36.101, December 2013 ©2014 Nokia Solutions and Networks. All rights reserved.

US,700 DL only, AT&T

Band_2 = 1900 Band_4 = AWS Band_5 = 850 Band_7 = 2600 Band_28 = APT700

Commercial LTE-Advanced in 2013 = LTE-Advanced in Korea Carrier Aggregation in live networks 1st commercial LTE-A launches – all using NSN

Growing LTE-A device ecosystem

1st

NSN: World‘s dynamic LTE-A Carrier Aggregation demo on commercial HW

MWC 2011

SK Telecom: LTE-A Carrier Aggregation with NSN Flexi Multiradio BTS

Galaxy 10.1 LG G2

Pantech Vega

MWC 2012


Vu3

Galaxy S4

Summer 2013

Note 3

LG Flex

…

300 Mbps Carrier Aggregation live network test Elisa, Finland together with NSN and Broadcom, February 2014 Test of LTE-A Carrier Aggregation on Flexi Multiradio 10 BTS with Broadcom Cat.6 technology in Elisa’s commercial network "This live network demonstration with 300 Mbps mobile data speed is a great example of possibilities of the mobile technology. It's a major step towards delivering the best possible experience to our customers. In addition to the extremely high maximum data speeds, it will also offer much more capacity for mobile broadband customers.“ Dr. Eetu Prieur, Head of Access Networks, Elisa Source: http://corporate.elisa.com/attachment/content/Q4-2013-English.pdf http://corporate.elisa.com/press-releases/bulletin/?id=33127858109163&tag=corporate.elisa.com:press http://nsn.com/news-events/press-room/press-releases/broadcom-and-nsn-demonstrate-category-6-lte-advanced-300-mbps-on-live-commercial-network-f https://www.broadcom.com/press/release.php?id=s824740


At the forefront of 40MHz Carrier Aggregation commercialization Inter Operability Development Testing (IODT) with Qualcomm in February 2014 Successful tests with Flexi Multradio 10 BTS at LTE Technology Center of NSN, Ulm, Germany

Tested high-/high-band combination

2.6GHz + 1800MHz

20MHz +

20MHz

300

 Mbps

Qualcomm Gobi 9x30 chipset

Tested high-/low-band combinations

1800MHz + 850MHz

1800MHz + 900MHz

2.6GHz + 850MHz

20MHz +

10MHz



225 225Mbps Mbps ©2014 Nokia Solutions and Networks. All rights reserved.

Working with commercial UE chipset

Supported Carrier Aggregation band combinations

Evolution in line with 3GPP and chipset/device availability.

RL60 (additional band combinations)

Other Band Combinations SW-ready eg. APT700 + 2600

RL50 • • • • • •

band 1 + band 5 band 1 + band 8 band 1 + band 18 band 3 + band 5 band 3 + band 8 band 5 + band 12


+

• • • • • • • • • • • • • •

band 2 + band 4 band 2 + band 5 band 2 + band 17 band 3 + band 3 (non contiguous, contiguous) band 3 + band 7 band 3 + band 20 band 3 + band 28 band 4 + band 4 (non contiguous, contiguous) band 4 + band 7 band 4 + band 12 band 4 + band 17 band 5 + band 12 band 7 + band 7 band 7 + band 20

RL45TD (TD-LTE) • band 38 + band 38 • band 40 + band 40 • band 41 + band 41

+ ….

Terminal Update (Q2 2014): CA + APT700

•Device Capability in terms of Peak-Throughput and utilized Bandwidths •CAT6 with 300Mbps and 40MHz •First commercial available Devices (CPE, MiFi) in Q2-2014 ©2014 Nokia Solutions and Networks. All rights reserved.

•HTC first APT700 capable Smartphone (during MWC Barc.) •Several Variants (Desire, M8) •As well, Samung S5 •CAT4 Device (no CA yet)

10+10 MHz and 20+20 MHz Carrier Aggregation demo setup Live Flexi Multiradio 10 BTS with RL60 software Equipment room 2.6 GHz Flexi Multiradio RF Module 1800 MHz Flexi Multiradio RF Module

Experience area 20 + 20

2.1 GHz Flexi Multiradio RF Module 10 + 10 850 MHz Flexi Multiradio RF Module Flexi Multiradio System Module


Broadcom Cat. 6 device with 20+20 MHz Carrier Aggregation

Commercial smartphone with 10+10 MHz Carrier Aggregation

20+20+20 MHz Carrier Aggregation demo setup Live Flexi Multiradio 10 BTS with software based on RL60 Equipment room

Experience area

Carrier 3 (20MHz) 2.6 GHz Flexi Multiradio RF Module

Test device with 20+20+20 MHz Carrier Aggregation

Carrier 2 (20MHz) 800 MHz Flexi Multiradio RF Module

Carrier 1 (20MHz) 2.6 GHz Flexi Multiradio RF Module Flexi Multiradio System Module


20 + 20 MHz + 20

MWC-2014 TD-LTE Demos at Booth

2.6

UE1 Null

Gbps

> Throughput Leader in TDD LTE with another World Record > Using Flexi Multiradio 10 Base Station

Cell 1

Smart Scheduler > NSN Smart Scheduler evolves to Coordinated Scheduling > Up to 30% improvement in downlink throughput at the edge > Compatible with both TDD and FDD variants of LTE

Null

Cell 2 UE2

> Intelligent Beamforming for TD-LTE > Breakthrough in Beamforming > Up to 50% improvement in cell edge and system throughput

Enhance capacity and better cell edge user experience at reduced cost using NSN TD-LTE

14 5/20/2014

For internal use TD-LTE MWC-2014 Demos, Representation and Participation


Throughput leader in TD-LTE

2.6 Gbps over LTE TDD

> Another World record in throughput over TD-LTE > Achieved with Sprint in California using their 2.5GHz, 120MHz of spectrum

2.6

Gbps

Deploy NSN TD-LTE

15 5/20/2014

For internal use TD-LTE MWC-2014 Demos, Representation and Participation

> Using Flexi Multiradio 10 Base Station and Config2 (80/20 DL/UL cycle) > DL 8x8 MU-MIMO, aggregated from Cat4 Devices


NSN eICIC (enhanced Inter-Cell Interference Coordination) Details about device support and temporary almost-muting of macro cell (Almost-Blank-Subframes)

NSN eICIC > Unique algorithms for dynamic adaptation of ABS-blanking and cell range extension > Working with all devices - Non-eICIC devices (LTE, Rel.8,9) - eICIC devices (LTE-A, Rel.10) - FeICIC devices (“Further enhanced ICIC”; Rel.11)


User traffic

ABS

Single RAN Advanced Our promise

Simpler and more effective business > All-in-one GSM, HSPA, LTE solution

17 5/20/2014

For internal use Single Ran Advanced CaDe Feb 2014

> Growth in top line > Reduced costs > Simplified investment balancing > Easier to install, manage and evolve ©2014 Nokia Solutions and Networks. All rights reserved.

Single RAN Advanced – Power through Efficiency

> Re-farm > Share > Modernize > Evolve 18 5/20/2014

For internal use Single Ran Advanced CaDe Feb 2014


Single RAN Advanced Product Portfolio (Enhancements & New Functions) 6-pipe RFM, Single Site Mgmt, Harmonized SRAN SW Release

Flexi Multiradio 10 Base Station

Multicontroller

Flexi Compact Base Station

New

Enhanced

Transport

Single RAN Release NetAct

Re-farming

RF sharing

Operability NetAct

Enhanced

Enhanced

Customer confidential 20-May-14 ©2014 Nokia Solutions and Networks. All rights reserved. 19

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LTE SRAN

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