Ceragon
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Ceragon is a global wireless backhaul specialist that provides disruptive, high-capacity hauling solutions. It has experienced 35% revenue CAGR from 2004-2011 and has a portfolio of solutions including microwave radios, E-band radios, and small cell solutions to meet various capacity, coverage, and deployment needs for backhaul and fronthaul. Ceragon focuses on in-house radio technology development and sees the market evolving towards a holistic heterogeneous network hauling approach.
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Ceragon
- 1. Holistic Hetnet Hauling Solutionsg April 2013
- 2. Ceragon’s Value Proposition Backhaul Specialist Gl b l R&D E i i Rapidly Growing 35% R CAGR 2004 2011 Transparent and Trusted NASDAQ T d d (CRNT) • Global R&D, Engineering, Manufacturing, Sales & Support • In-house RFIC & Modem S t Chi kill t • 35% Rev CAGR 2004-2011 • A clear M&A strategy • Proven ramp-up capabilities based on vertical radio i t ti • NASDAQ Traded (CRNT) • 446M USD in 2012 • Profitable Wireless Backhaul Portfolio: To meet European high end wireless service requirements System-on-Chip skillsetintegration Dedicated portfolio for Scale and cost to serve India: p g q and different deployment or migration scenarios p North America: Compact All Indoor High Power, FCC, NEBS Scale and cost to serve India: Tailored for Indian networks in cost, performance, topology & reliability. Complete service offering Long haul trunk leadership: Total Cost, Power consumption and turn key across Africa Complete portfolio of Small Cells & E-band solutions, based on in-house radio technology Proprietary and Confidential2
- 3. We challenge disruptive hauling requirements with disruptive, high-capacity hauling solutions ss m2012 usines Source:Ovum Bu Capacity OTT Value Chain Over the Top Sharing & SCaaSOrder of Magnitude es Over the Top Sharing & SCaaSOrder of Magnitude nologi C‐RAN CoMP WiFi 2.0 IEEE 802 11u ac adCl d RAN Techn Proprietary and Confidential3 Coordinated Multipoint IEEE 802.11u, ac, ad,…Cloud RAN
- 4. Ceragon’s Superior Technology Breakthrough Revolutionary Multi-Core RadioIndustry 1st Doubling g radio technology for Native TDM/Native IP Multi Core Radio sets new industry standards Industry 1 STM1 Radio at 38 GHz g capacity with XPIC 1998 2005 2008 2012 With a proven history of technological leadership – we Proprietary and Confidential4 are now ready to introduce a new benchmark solution to the market
- 5. Traditional Mobile Backhaul MSC/RNC/S-GW Microwave 60GHz E‐Band Fiber Aggregation Network PtMP Sub 6GHz Aggregation Macro Site DU Carrier Ethernet MPLS-TP IP/MPLS gg g Node Macro Site Aggregation Node Aggregation Node Macro Site DU Proprietary and Confidential5
- 6. Evolution to Holistic HetNet Hauling (3H) MSC/RNC/S-GW Microwave 60GHz E‐Band The Hauling Dimensions • Capacity C Fiber Aggregation Network PtMP Sub 6GHz Aggregation • Coverage • Intelligence • Modernization • Simplification Super Size DU Carrier Ethernet MPLS-TP IP/MPLS gg g Node• Simplification RU Super Size Macro Site E-Band 60GHz Aggregation Node Aggregation Node Super Size Macro Site RU Small Cells PtMP Sub 6GHz DU Small Cells • Heterogeneous • Flat-Hierarchy Proprietary and Confidential6 • Backhaul + Fronthaul
- 7. Evolution to Holistic HetNet Hauling (3H) Macro MSC/RNC/S-GW Fiber Aggregation Network Macrocell Backhaul Versatile deployment Macro+ Macro Macro-Site AggregationAggregation DU Carrier Ethernet MPLS-TP IP/MPLS Versatile deployment scenarios, incl. E-band Aggregation High capacity & interoperability Super Size gg g Node RU E-Band 60GHz Super Size Macro Site Aggregation Node Aggregation Node Macro+ RU Small Cells PtMP Sub 6GHz DU Super Size Macro Site Super Macro Small Cells Compressed CPRI li b d RU C-RAN F th l DU Proprietary and Confidential7 over license bands Fronthaul High capacity, low latency
- 8. 3H Product Portfolio Macrocell Backhaul MSC/RNC/S-GW IP-20N MPLS-TP & IP/MPLS IP-20C Fiber Aggregation Network Versatile deployment scenarios Macro-Site AggregationAggregation IP-20C Carrier Ethernet DU Carrier Ethernet MPLS-TP IP/MPLS gg g High capacity & interoperability Super Size gg g Node RU E-Band 60GHz Super Size Macro Site Aggregation Node Aggregation Node IP-80X E-Band 70-80GHz Radio C i Eth t RU Small Cells PtMP Sub 6GHz DU Super Size Macro Site Carrier Ethernet 60GHz Street Level IP-60S Small Cells C-RAN F th l FA‐2500/2000 Sub 6GHz IP-20C CPRI E-Band 70-80GHz Radio Proprietary and Confidential8 Fronthaul High capacity, low latency Carrier Ethernet
- 9. Strategic Investment in Radio Innovation • In-house development of patented, single chip RFIC & Modem technologies • Complete spectrum: 6-42GHz, E/V-bandCo p ete spect u 6 G , / ba d • Enables complete control of E/V-band mmW systems technologies • Enables delivery of systems with unique requirements per network and geography • High-performance integrated transceiver solutions in CMOS and SiGe processes V-Band & E-band RFIC • Unique E/V-band RFIC supporting up to 10Gbps Single chipSingle chip 6 – 42GHz RFIC Providing the Highest performance at the lowest power & smallest form fit Proprietary and Confidential9 p
- 10. Ceragon’s Integrated Small Cells Solutions Portfolio 6060GHz(VGHz(V‐‐band)band) Application: • High capacity (up to 1Gbps) 6060GHz(VGHz(V‐‐band)band) Application: • High capacity (up to 1Gbps) Sub Sub 66GHz (PtP/PtMP)GHz (PtP/PtMP) Application: • NLoS Backhaul • Medium capacity (50 200Mbps) Sub Sub 66GHz (PtP/PtMP)GHz (PtP/PtMP) Application: • NLoS Backhaul • Medium capacity (50 200Mbps) • High capacity (up to 1Gbps) Benefits : • Very small form‐fit • Lower TCO – unlicensed band • High capacity (up to 1Gbps) Benefits : • Very small form‐fit • Lower TCO – unlicensed band • Medium capacity (50‐200Mbps) Benefits : • No antenna alignment • Lower TCO – unlicensed spectrum • Medium capacity (50‐200Mbps) Benefits : • No antenna alignment • Lower TCO – unlicensed spectrum bandband 7070‐‐8080GHz (EGHz (E‐‐band)band) Application: 7070‐‐8080GHz (EGHz (E‐‐band)band) Application: Multi technology Node Multi technology Node ‐‐ Macro sitesMacro sites Application: • High capacity node for Macro sites • Multiple direction Multi technology Node Multi technology Node ‐‐ Macro sitesMacro sites Application: • High capacity node for Macro sites • Multiple direction • Small Cells Aggregation to first mile • Access/Aggregation backhaul Characteristics/Benefits : • Low interference – Licensed channels • Small Cells Aggregation to first mile • Access/Aggregation backhaul Characteristics/Benefits : • Low interference – Licensed channels • Multiple direction Benefits : • Multi‐technology: PtP, PtMP, 6‐42GHz, Sub 6GHz, 60GHz, 70‐80GHzHigh • Advanced service management • Multiple direction Benefits : • Multi‐technology: PtP, PtMP, 6‐42GHz, Sub 6GHz, 60GHz, 70‐80GHzHigh • Advanced service management Proprietary and Confidential10 • High Capacity• High Capacity • Advanced service management • High density node • Advanced service management • High density node
- 11. Small Cell Portfolio MSC/RNC/S-GW Fiber Aggregation Network Aggregation DU Carrier Ethernet MPLS-TP IP/MPLS Super Size gg g Node RU E-Band 60GHz Super Size Macro Site Aggregation Node Aggregation Node IP-80X E-Band 70-80GHz Radio C i Eth t RU Small Cells PtMP Sub 6GHz DU Super Size Macro Site Carrier Ethernet 60GHz Street Level IP-60S Small Cells C-RAN F th l FA‐2500/2000 Sub 6GHz Proprietary and Confidential11 Fronthaul High capacity, low latency
- 12. FibeAir FA-2500 / FA-2000 Sub 6GHz – LoS and NLoS Small Cells BH FA‐2000 FA‐2500 (Hub Unit) Sub 6GHz LoS and NLoS Small Cells BH • Applications: • Street Level LoS and NLoS • Point-to-point and Point-to-Multipoint deployments (Hub Unit) • Frequency bands: • License Exempt: 4.8-6.06 GHz • Licensed: 2.3 – 2.4GHz, 2.5 - 2.7GHz, 3.3 - 3.8GHz • 10,20,40MHz channels, , • Configurations: All-outdoor • Capacity Highlights FA‐2500 Capacity Highlights • Aggregate throughput: Up to 260Mbps, at 40MHz • Remote Terminal throughput: up to 65Mbps • Multi Layer Header compression, 30% capacity gain • Integrated Traffic Optimizer 40% capacity gain (Remote Terminal) Integrated Traffic Optimizer, 40% capacity gain • Networking • E2E service provisioning and management • Integrated CET MEF2.0 compliantIntegrated CET MEF2.0 compliant • Advanced H-QoS • Comprehensive Service OA&M (802.3ag, Y.1731) & Link OA&M • Ultra low latency • Flexible packet synch – SyncE 1588v2 Proprietary and Confidential12 Flexible packet synch SyncE,1588v2 • Power: DC (48VDC), PoE, 110-240V
- 13. FibeAir IP-60S Street Optimized V-band All OutdoorStreet Optimized V band All Outdoor • Applications: • Street Level Small Cells Interconnectivity • Small Cells AggregationSmall Cells Aggregation • Frequencies: FDD 57-66GHz • Nx50MHz channel aggregation up to 500MHz channels • Configurations:• Configurations: • Street optimized all outdoor–Pole/ Wall Mount installation • Mechanical solutions for single box enclosure • Very low power consumption • Capacity Highlights • 1Gbps for 0.5km (rain zone K, 99.99%) • Multi Layer Header compression, 30% capacity gain I t t d T ffi O ti i 40% it i• Integrated Traffic Optimizer, 40% capacity gain • Networking • E2E service provisioning and management I t t d CET MEF2 0 li t IP‐60S • Integrated CET MEF2.0 compliant • Advanced H-QoS • Flexible packet synch – SyncE,1588v2 • Comprehensive Service OA&M (802.3ag, Y.1731) & Link OA&M Proprietary and Confidential13 • Ultra low latency • Power: DC (48VDC), PoE, optional:110-240V
- 14. FibeAir IP-80X E-Band Solution Tail Sites and Small Cells Aggregation • Applications: • Tail Sites and Small Cells Aggregation • High Capacity Access “38GHz replacement” Tail Sites and Small Cells Aggregation • High Capacity Access – 38GHz replacement • Frequencies: FDD 71-76 / 81-86 GHz • 250,500MHz channels IP‐80X • Configurations • All-outdoor • 2Gbps at 1.5km (1ft, 500MHz, 99.99% Zone K) 1Gb t 1 7k (1ft 250MH 99 99% Z K)• 1Gbps at 1.7km (1ft, 250MHz, 99.99%, Zone K) • Multi Layer Header compression, 30% capacity gain • Integrated Traffic Optimizer, 40% capacity gain • Networking • E2E service provisioning and management • Integrated CET • Flexible packet synch – SyncE,1588v2 • Power: DC (48VDC), PoE, optional:110-240VAC Proprietary and Confidential14
- 15. Introducing IP-20C Macrocell Backhaul MSC/RNC/S-GW MPLS-TP & IP/MPLS IP-20C Fiber Aggregation Network Versatile deployment scenarios Macro-Site AggregationAggregation IP-20C Carrier Ethernet DU Carrier Ethernet MPLS-TP IP/MPLS gg g High capacity & interoperability Super Size gg g Node RU E-Band 60GHz C-RAN Super Size Macro Site Aggregation Node Aggregation Node RU Small Cells PtMP Sub 6GHz DU Fronthaul High capacity, low latency Super Size Macro Site Small Cells IP-20C CPRI 6 – 42GHz compressed Proprietary and Confidential15 CPRI
- 16. FibeAir IP-20C A New Standard in Microwave Transmission Ceragon MultiMulti--Core Radio TechnologyCore Radio Technology Sets a N St d d i Mi T i iNew Standard in Microwave Transmission Delivering Multi-Gbps Anywhere Proprietary and Confidential16
- 17. A New Standard in Microwave Transmission FibeAir IP-20CFibeAir IP 20C • Multi-Core Radio technology - Parallel radio processing engine to double performance • Integrated 4X4 LoS MIMO Hi h d l ti 2048 QAM• High modulation: 2048 QAM • Compact All-outdoor MULTI-CORE RADIO Revolutionary Compact Radio Combining Multi-Core Radio, 2048 QAM M d l ti d Li f i ht 4 4 MIMO Proprietary and Confidential17 2048 QAM Modulation and Line-of-sight 4x4 MIMO
- 18. FibeAir IP-20C Deliver Multi-Gbps Where Needed • For Any LICENSED BAND Deliver Multi-Gbps Where Needed • Licensed frequencies 6-42 GHz (overcome E-Band limitations) • For Any of your available CHANNELSy y • True 12 Gbps over a single 2856MHz channel (MIMO) • For Any APPLICATIONFor Any APPLICATION • Backhaul & Fronthaul • For Any LOCATION• For Any LOCATION • “1 Gbps in a Box” that can even fit in street corners Breaking capacity barriers in licensed bands, d li i i bit h ! Proprietary and Confidential delivering gigabits anywhere!
- 19. FibeAir IP-20C Multi Core Radio MODEM RFIC • Multi-Core Radio - Parallel radio processing engine that can double your radio capacity, distance and availability any way you wantyour radio capacity, distance and availability any way you want • Enabled by Ceragon’s unique in-house chipset technology Proprietary and Confidential19
- 20. Introducing IP-20N Macrocell Backhaul MSC/RNC/S-GW MPLS-TP & IP/MPLS IP-20C Fiber Aggregation Network Versatile deployment scenarios Macro-Site AggregationAggregation Carrier Ethernet IP-20N DU Carrier Ethernet MPLS-TP IP/MPLS gg g High capacity & interoperability Super Size gg g Node RU E-Band 60GHz Super Size Macro Site Aggregation Node Aggregation Node RU Small Cells PtMP Sub 6GHz DU Super Size Macro Site Small Cells Proprietary and Confidential20
- 21. FibeAir IP-20N The basis of Multi Technology NodeThe basis of Multi Technology Node Unified architecture with 1RU chassis, Up to 5 RFUs common cards • Traffic/Control card (TCC) • 10Gbps switching capacity, p 10Gbps switching capacity • Radio interface cards (RMC) • Line cards (LIC) • Eth – 4 x 1GEEth 4 x 1GE • TDM – 16 x DS1 • TDM – 1x ch-OC3 2RU chassis, Up to 10 RFUs Full redundancy option (No SPoF) Purpose-built for aggregation nodal sites S l l bi i R di T h l i Proprietary and Confidential21 Seamlessly combining Radio Technologies
- 22. Header Deduplication • Performs compression of L2 – L4 , including GTP tunnels and MPLS headers O t b t 2 d f th li k• Operates between 2 ends of the same link • Does not impact or alter traffic • Does not affect latency Header 30% Deduplication +30% Header Deduplication 30% Deduplication 260Mbps High Modulation 260Mbps (2048 QAM) 240Mbps (1024QAM) Modulation 28MHz 195Mbps (256 QAM) Proprietary and Confidential22
- 23. A realistic live Network Headers Headers taking away from End User Capacity Proprietary and Confidential23 Headers – taking away from End User Capacity
- 24. Results with 28Mhz channels Frame Size Capacity @ 2048QAM , 28Mhz No Header Compression Capacity @ 2048QAM , 28Mhz With Header CompressionNo Header Compression With Header Compression 180B 281Mbps 860Mbps 512B 267Mbps 351Mbps 1518B 262Mbps 285Mbps Traffic Model 2 267Mbps 365Mbps +100Mbps Real LTE Network Mix of : Short mid size Additional 37% of capacity of : Short mid size , long frames Proprietary and Confidential24 Additional 37% of capacity
- 25. Payload DeDuplication Technology • Exploits repetitive bit patterns in traffic • Content, Application & Protocol agnostic • Does not affect network functionality • Additive to header DeDuplication offered by Ceragon • Improved link utilization by transmitting traffic patterns indices instead of traffic patterns Aggregation D D D Network Aggregation Site C D Compressor M C ll D D C DD Proprietary and Confidential25 De-compressor Macro Cell (Roof Top) D
- 26. Example R tR RequestResponse IP payload analyzed. If pattern not identified th l d MW Radio Link then learned. A1D MW Radio Link C D Proprietary and Confidential Aggregation Site Macro Cell Site 26
- 27. FibeAir Traffic Optimizer - Identification RResponse IP payload analyzed Pattern identified! MW Radio Link A1D C D MW Radio Link Start signing session Proprietary and Confidential Aggregation Site Macro Cell Site g g Next signatures B6U, GG9, K4W 27
- 28. FibeAir Traffic Optimizer – Optimization RResponse Original MW Radio Link A1DA1D Signed B6UGG9K4W C D MW Radio Link Proprietary and Confidential Aggregation Site Macro Cell Site 28
- 29. LTE Backhaul Network Performance Benefits of using Payload Deduplication - Reported ResultsBenefits of using Payload Deduplication Reported Results 30% - 50% more available capacity !p y Results Summary • 30-50% expansion ratio • 20% reached within an hour. 35% achieved within 12 hours Results Summary • 30-50% expansion ratio • 20% reached within an hour. 35% achieved within 12 hours Proprietary and Confidential29
- 30. FibeAir LTE Traffic Optimizer is Unique • Fully integrated and imbedded into FibeAir product line • Content Application & Protocol agnosticContent, Application & Protocol agnostic • Additive to other traffic acceleration techniques (e.g. header comp.) Additi t h i l l i t ( hi h d l ti )• Additive to any physical layer improvement (e.g. higher modulations) • Does not affect network functionality • Traffic shaping, Service Selection, Charging, Ad Insertion • Efficient: 30-50% extra capacity • complementary to core network optimization • Caching, CDN, Video compression, Adaptive bitrate, Protocol optimization Available for demonstrations in live LTE networks! Proprietary and Confidential30 Available for demonstrations in live LTE networks!
- 31. Multi Technology Backhaul Node (IP-20N) For Macro sites with Small Cell AggregationFor Macro sites with Small Cell Aggregation • Integrated Nodal Solution • L2 switch, MPLS-TP readyy • Baseband & RF technologies in Radio Units • Multiple radio technologies • Sub 6GHz PtMP & PtP • 60GHz (V-band) • 70-80GHZ (E-band) • 6-42GHz6 G FibeAir Multi Technology Backhaul Node Proprietary and Confidential FibeAir Multi Technology Backhaul Node 31
- 32. Multi Technology Backhaul Node (IP-20N) For Macro Sites to High Capacity Small Cell Aggregation PointFor Macro Sites to High Capacity Small Cell Aggregation Point • Combining multiple radio BH technologies in a compact form-fit • Integrated Nodal Solution L2 it h MPLS TP d• L2 switch, MPLS-TP ready • Advanced H-QoS • Integrating multiple radio technologies • 6-42GHz6 42GHz • 70-80GHZ (E-band) • 60GHz (V-band) • Sub 6GHz PtMP & PtP FA‐2500/2000 IP‐20C 6‐42GHz MIMO Enabled IP‐60S IP‐80XRFU‐C 2RU – up to 10 Radios1RU – up to 5 Radios Proprietary and Confidential32 FibeAir Multi Technology Backhaul Node
- 34. Introducing IP-20N MSC/RNC/S-GW Fiber Aggregation Network Aggregation IP-80X CPRI E-band CPRI DU Carrier Ethernet MPLS-TP IP/MPLS Super Size gg g Node RU E-Band 60GHzC-RAN Super Size Macro Site Aggregation Node Aggregation Node RU Small Cells PtMP Sub 6GHz DU Fronthaul High capacity, low latency Super Size Macro Site Small Cells IP-20C CPRI 6 – 42GHz compressed Proprietary and Confidential34 CPRI
- 35. Distributed Macro Cell Distributed pRRU 5-7 km Compressed Distributed eNB AggregationCPRI 1-40 km Fronthaul Backhaul pRRU 500-1000 m Raw CPRI Ethernet PtP Microwave PtP Millimeter Radio • More sectors per base station • Mainly for indoor coverage • Real estate, truck rolls and equipment savings Proprietary and Confidential35
- 36. Macro Cell, the Size of a City (C-RAN) RU 5-7 km Cloud RANCompressed CPRI DU Fronthaul RU RU DU Cloud 500-1000 m Raw CPRI RU PtP Microwave PtP Millimeter Radio • Cloud means more operational savings • But cloud fronthaul requires fiber everywhere • APAC and Europe looking for disruption Proprietary and Confidential36
- 37. CPRI Rate for LTE S b l R D C l LTE BW Symbol Rate [Mbaud] No of antennas Raw Data (IQ Samples) [Mbps] Control Word OH [Mbps] Over all rate [Mbps] CPRI option [Mbps] 20 30 72 2 1843 2 122 88 2457 6 Opt 3: 2457 620 30.72 2 1843.2 122.88 2457.6 Opt 3: 2457.6 15 23.04 2 1382.4 122.88 1881.6 Opt 3: 2457.6 10 15.36 2 921.6 61.44 1228.8 Opt 2: 1228.8 5 7.68 2 460.8 30.72 614.4 Opt 1: 614.4 Proprietary and Confidential37 Sample Width = 15bit Samples per symbol = 1
- 38. CPRI Transport Options Compression of CPRI SignalCompression of CPRI Signal Compression Rate Degradation to Original Signal Line coding 8B/10B 1:1 25 NoneLine coding 8B/10B 1:1.25 None IQ Compression 1:2.3 EVM degradation of < 3% Overall Compression Rate 2.875 LTE 2x2 Actual Data Rate (IQ Samples) [Mbps] IQ After compression [Mbps] CPRI AFTER Compression (with OH) [Mb ][Mbps] 20MHz 1843.2 801.4 924.28 15MHz 1382.4 601.04 723.92 10MHz 921.6 400.7 462.14 5MHz 460.8 200.35 231.06 EVM degradation will be capped by 3% - ETSI TS 136 104 (0.57dB additional to total degradation) Actual Radio Throughput Proprietary and Confidential38 Throughput Required
- 39. Transporting CPRI with IP-20C 6-42GHz6 42GHz ETSI LTE 2x2 CPRI BEFORE compression [Mbps] CPRI AFTER compression [Mbps][Mbps] 20MHz 2457.6 (CPRI Opt.3) 924.28 56MHz: 1.06 Gbps 15MHz 2457.6 (CPRI Opt.3) 723.92 10MHz 1228.8 (CPRI Opt.2) 462.14 (C Opt. ) 5MHz 614.4 (CPRI Opt.1) 231.06 28MHz: 522 Mbps T ti CPRI i i l itTransporting CPRI in a single unit Proprietary and Confidential39
- 40. Latency • CPRI compression adds the following Latency (compared to transparent CPRI)p ) IQ Packet size Packet delay [μsec] Compression delay [μsec] Overall delay [μsec][μsec] delay [μsec] [μsec] 256 8.333 1.77 10.103 512 16.667 2.60 19.267 1024 33.333 4.27 37.6 • Over all link Latency - ~100usec CPRI l t i t BBU d i d t t i 50• CPRI latency requirement: BBU designed to compensate a min 50us (10km of FO) Proprietary and Confidential40
- 41. Network Management System for Small Cells • Supports complete range of small cells backhaul technologies • Sub 6GHz PtMP and PtP 60GH• 60GHz • 70-80GHz • Enabler for large scale small cells networksg • End-to-end provisioning • User friendly provisioning wizards • Group mass configurations• Group-mass configurations • Advanced root cause analysis • Zero Touch Provisioning for simplified site configuration • Saving installation timeSaving installation time • Reducing installation and configuration errors to minimum Hi h l l f d Proprietary and Confidential41 • High level of secured access
- 42. Summary • Global Wireless Backhaul & Fronthaul Supplier • Publicly traded, 446M$ revenues in 2012, profitable Gl b l R&D E i i d M f i f ili i• Global R&D, Engineering and Manufacturing facilities • Global sales & support • Complete In-House Portfolio • Comprehensive, Best-of-Breed solutions portfolio for Small Cells • Most advanced Radio technologies• Most advanced Radio technologies • Unique value-added networking capabilities • Optimized for any deployment scenario at any region, any market, globally • In-House RFIC and Modem Technologies for outstanding solutiong g performance • Highest integration based on “Radio on a Chip” • Up to 10Gbps up to 1000MHz E/V-band Proprietary and Confidential42 Up to 10Gbps, up to 1000MHz, E/V band
- 43. Thank You