Hetergeneous Networks HETNET IMPROVE DENSIFY ADD

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1 Hetergeneous Networks HETNET IMPROVE DENSIFY ADD

2 Why and what HetNet is About End User Experience Coverage Coverage is taken for granted But is bitrate dependent Capacity Data and voice volume capacity to serve all subscribers Speed and low latency Always on Cell edge performance user experience Signaling Capacity everywhere HetNet Public Page 2

3 Device impact Network Requirement Dongles Today Tomorrow Peakrates: Mbps Expectation: 10/2 Mbps Volume: 1, 3, 5, 10 GB/month Tablets Peakrates: Mbps Demand Peakrates: 100 Mbps Expectation: 20/5 Mbps Volume: 30 GB/month Expectation : 5/1 Mbps Volume: 2 GB/month Smartphones Peakrates: Mbps Expectation : 2/0.5 Mbps Volumes: 500 MB/month HetNet Public Page 3 Despite the growth in data volumes subscriber demands on bitrate may be the big driver for network evolution!

4 Network Challenges Data Volume Growth Cell Edge Performance ~10kbps (voice) =>10Mbps defining coverage Not easy to make cell split in dense urban areas Expansion of sites with more antennas may cause protests Not possible to maintain regular cell grid in dense areas Less people for operating larger networks Limited investment budget Site expansion plans are often stopped by restrictions on making changes to touristic or historical areas or by a rapidly changing environment with new buildings affecting cell plans. HetNet Public Page 4

5 Hetnet strategy Improve Required Capacity Current Capacity Densify Add HetNet Public Page 5

6 The Radio Network Toolbox Data rate Super-macro Super-macro HetNet Public Page 6 Micro, Pico, Relays 1. Improve: Super Macro advanced antennas, spectrum aggregation, advanced Rx 2. Densify: More Cells Site densification, Small cells main remote, relays, pico 3. Add: Dedicated indoor/enterprise solutions as part of mobile operator offering

7 Maximize the added value High Macro SIR Low Macro SIR Small added value: - Low offload per user - Similar bit rates - Small coverage area High added value: - High offload per user - Higher bit rates - Large coverage area HetNet Public Page 7

8 Adding Coordinated Layers Improved data throughput with reuse of frequencies Reduced interference with coordinated layers Inter-Cell Interference Coordination (ICIC) in LTE Capacity off-load of macro network HetNet Public Page 8

9 Why embedded cells? Maximum spectral efficiency High bandwidth everywhere Simplified traffic management Example: 10 MHz all sites vs 5 MHz per layer - 50% more capacity - 100% higher bit rates F2 F2 F2 F2 HetNet Public Page 9 F1 F1 F1 F1

10 Adding low power nodes Downlink 3 GB/month 20MHz 10MHz 10MHz + 12 pico User Throughput [Mbps] Loss in macro layer by splitting spectrum Adding a large amount of small cells, can only partially overcome the loss in the macro layer Coverage Probability [%] Don t split the spectrum! HetNet Public Page 10 Source: Ericsson

11 Downlink/uplink Imbalance The HetNet handover dilemma For heterogeneous network deployments the transmit power of Micro can be much smaller than for macro (P pico << P macro ) Uplink sensitivity is similar between Macro and Micro The best uplink cell does not neccessarily correspond to the best downlink cell... Downlink: maximum CPICH Ec/No (or CPICH RSCP), RSRP Uplink: minimum path loss Optimal UL handover db! Optimal DL handover Macro cell Micro cell Best downlink cell Best uplink cell Macro Macro Macro Micro Micro Micro Uncoordinated microcells will shrink in size HetNet Public Page 11

12 Important to Extend Pico Range Macro offload to increase total downlink capacity Leverage on pico uplink link budget and performance Soft Handover for fast closed-loop interference control Serving cell change Optimal UL handover Extended pico range (e.g. by a Cell Individual Offset) Optimal DL handover Macro cell Pico cell Best downlink cell Best uplink cell Macro Macro Macro Pico Pico Pico HetNet Public Page 12

13 Interference and traffic management Inter-RAT Multi-cell coordination Interference mitigation Inter-frequency Intra-frequency mobility HetNet Public Page 13

14 Interference Suppression a key HetNet feature Interference Suppression a key feature for HetNets with unpredictable sources of interference HetNet Public Page 14

15 Multi-Standard simplified Fewer nodes, mixed mode Service continuity Effective traffic management Smooth spectrum refarming WCDMA LTE WiFi GSM WCDMA LTE WCDMA LTE Similar cell plans the key HetNet Public Page 15

16 Hetnet coordination Iub/S1/X2 Enhanced Iub S1/X2 Small RBS Ctrl Internet Main unit Small RBS RRU Macro RBS RRU RRU RRU Leverage on proven macro functionality Tight coordination through controller Advanced radio coordination when needed HetNet Public Page 16

17 UL coordinated multipoint Up to 3 times more data per subscriber, no loss of data speed Up to 12 times better data speeds on cell edges Macro and Pico jointly decode uplink signal with IRC-CoMP User Throughput [Mbps] Macro+6 pico, IRC CoMP Macro+6 pico, No CoMP + HetNet Public Page Coverage Probability [%]

18 DL coordinated scheduling Multi-cell scheduler Dynamically silence PDSCH transmission Exploit interference variations of bursty packet data Multi-cell channel knowledge for scheduling hypothesis Can be based on Rel-8 RSRP measurements Later DL CoMP RRU RRU RRU = no PDSCH HetNet Public Page 18

19 Operator Managed home Use of WiFi fixed broadband access from home home Visiting your neighbors and utilize their HOTSPOT Visiting café s, airports, hotels, Automatic and Seamless log-in, SIM based authentication Leveraging on existing network infrastructure Compatible with a large number of existing phones and laptops No extra device clients needed HetNet Public Page 19

20 Small cell backhaul Fiber, P2P GbE + other Copper: DSL LOS & NLOS wireless backhaul Copper: CAT5/6 + other Total Small Cell Backhaul outdoor indoor HetNet Public Page 20

21 Backhaul: Outdoor scenario Outdoor infrastructure: LOS / NLOS wireless backhaul Fiber, eg pwdm GbE DSL over Legacy POTS UTP prbs LOS/NLOS Optional mobile aggregation node DSL, Fiber Fixed Access Node: DSLAM / PON OLT IP Aggregation Public / carrier grade IP C- node WCDMA LTE WiFi HetNet Public Page 21

22 Backhaul: indoor scenario Indoor infrastructure: prbs prbs LAN UTP (CAT5/6) Legacy telephony UTP (CAT3 or similar) P2P Fiber, carrying GbE or Main-remote interface Alternative transmission, eg powerline GbE prbs prbs RRU GbE fiber prbs prbs RRU GbE, VDSL2 IPG Fiber/MW Leased or self-built C- node WCDMA LTE WiFi HetNet Public Page 22

23 Importance of SON in hetnet Deployment Automated planning Automated Preparation Automated Integration Maintenance Automated monitoring Automated failure handling Automated administration Optimization Coverage Capacity Performance Energy Efficiency Smart Simplicity HetNet Public Page 23

24 Self-organizing hetnet Full Network control perspective Network view/policy control Efficient provisioning Simplified control Distributed responsibility Information on per need Self-organizing HetNet Public Page 24

25 Efficient provisioning no preparation Network view/policy control auto-integrated simple site work Self-organizing Simplified control Distributed responsibility Information on per need HetNet Public Page 25

26 Network perspective capacity coverage KPI OAM Network view/policy control energy efficient Self-organizing Simplified control Distributed responsibility Information on per need HetNet Public Page 26

27 Some Scenarious for small cell deployments HetNet Public Page 27

28 The street mrbs HetNet Public Page 28

29 Train station mrru HetNet Public Page 29

30 High-rise: lobby HetNet Public Page 30

31 Small office prbs HetNet Public Page 31

32 The square Integrated Antenna HetNet Public Page 32

33 HetNet ensures higher performance Combined HetNet Low power RBS Macro User Throughput [Mbps] Small cells Improved Macro Densified macro Standard Macro Coverage Probability [%] HetNet Public Page 33 Remote Radio User Throughput [Mbps] Combined HetNet Improved Macro Small cells Densified macro Standard Macro Coverage Probability [%] Source: Ericsson

34 references Landström, Sara, et. Al, Heterogeneous Networks Increasing Cellular Capacity, Ericsson Review, No.1, ( review/2011/heterogeneous ne tworks.pdf) Heterogeneous Networks: Meeting Mobile Broadband Expectations With Maximum Efficiency, Ericsson White Paper, February ( It All Comes Back To Backhaul: Solutions Supporting Superior End-to-End Quality Of Experience In Hetnet Deployments, Ericsson White Paper, February ( Smarter Self-organizing Networks: Intelligent Support To Address The Mobilebroadband Growth Challenge, Ericsson White Paper, February ( Damnjanovic, Aleksandar, et. al., A Survey On 3GPP Heterogeneous Networks, IEEE Wireless Communications, June Erik Dahlman, Stefan Parkvall, and Johan Skold, 4G LTE/LTE-Advanced for Mobile Broadband (Academic Press), Ch HetNet Public Page 34

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