Siae Microelettronica - Product Strategy for 5G
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Siae Microelettronica - Product Strategy for 5G Alessandro Como Technical Sales Director ...65 YEARS of RESEARCH and DEVELOPMENT… Last 4 years Sales Compound Average Transceivers 90+ GROWTH RATE +4% Global Country of Founded in 1952 2017 350K Operations Product/Service 1600 300M GLOBAL 70/30 Employees Worldwide REVENUES USD Global References AMERICAS EUROPA ASIA PACIFIC MIDDLE EAST, AFRICA and CHINA Reported logos are property of their respective owners Challenging issues facing operators toward 5G How to capture new revenues on their 5G infrastructure investments Enhanced Mobile Broadband URLLC: Ultra Reliable Low Latency applications Massive Machine Type Communications Explore technology solutions to cost-effectively upgrade telecom networks HIGH CAPACITY 01 LONG DISTANCE 02 10Gb e-band: ALFOplu80HDX Eband long Distance Multiband 100 microseconds SOFTWARE DEFINED SDN controller; SDN NE; SDN APPs NETWORK LOW LATENCY 03 04 AUTOMATION Product portfolio toward 5G EMBs: High Capacity 2Gbps 10Gbps Traditional band: 2Gbit in 1ch XPIC/112Mhz 4096QAM AGS20s ALFOplus2 ALFOplus80HDX E band & Multiband 10Gbit URLLC: Ultra Reliable Low Latency applications High reliability: Split mount Full Outdoor meshed topology with L3 Microwave Standard Frequencies (6-42Ghz) Millimetre wave UNIFIED NETWORK NMS-5 Low Latency MW <100us MANAGEMENT SYSTEM SM-DC Microwave Domain Controller ALFOplus2 6 to 42 GHz The RF multicore solution Zero-Footprint RF multicore SDN Native Uncompressed data rate 2+ Gbps ALFOplus2 4096 QAM to achieve high Carrier Eth MEF 2.0 bandwidth optimization L3 IP-MPLS XL Dual core Full frequency coverage 2x112 MHz ch. 6 ÷ 42 GHz XPIC in a single ODU 2+Gbps ACM for higher 4x4 MIMO expandibility availability 5G: High capacity solutions Millimetre Wave E-Band ALFOplus80HDX Up to 10Gbps Max Distance throughput per carrier 145mmh RAIN ZONE 1000Mhz Max distance Availability 1G 0.45Km 99.999% 256QAM /ACM /XPIC 4QAM 0.85Km 99.995% 10G 2Km 99.9% Max mod. MPLS and SDN native 250Mhz Max distance Availability 220Mbit 0.65Km 99.999% 10Gbps 1.2Km 99.995% Ch From 62.5Mhz to 2000 GHz channels 3G 2.5Km 99.9% 8 20K MW Links distribution vs. distance 2000 100% 80% 1500 60% 1000 Links 40% % 500 20% 0 0% 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8 8.5 9 9.5 10 11 12 13 14 15 16 17 18 19 20 30 1Gbs @ 99.999 % 10% 1Gbs @ 99.995 % 20% E-Band with 60cm 10 10 Gbs 10 Gbs @ 99.9 % High capacity System gain and directivity issues above 60cm antenna limits E-Band applicability in 1Km 5G: Eband Long reach High system gain solutions Max distance 145mmh RAIN ZONE Usage of large antenna is not possible due to tower thermal deformations caused by solar irradiation. 1000Mhz Max distance Availability 1.25G 0.9Km 99.999% 1.7Km 99.995% 10G 4Km 99.9% 250Mhz Max distance Availability Booster ALFOplu80HDX 300Mbit 1.3Km 99.999% HP with Hi-Gain Antenna 2.4Km 99.995% 80GHhz Booster + low-cost beam tracking 3G 5Km 99.9% 10 20K MW Links distribution vs. distance 2000 100% 80% 1500 60% 1000 Links 40% % 500 20% 0 0% 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5 5.5 6 6.5 7 7.5 8 8.5 9 9.5 10 11 12 13 14 15 16 17 18 19 20 30 18% 50% E-Band with 90cm beam steerable > 8 Mbs @ 99.995 % 10 Gbs @ 99.9 % 10 10 Gbs 20% Multiband 60cm Limiting factor is the best effort traffic Multiband increase the reach up to 48% of macro sites but still critical for misalignment Network automation thorough SDN SDN Controller Path-Provisioning iVeritas Smart Firmware SM-DC Upgrade • Native SDN network element • SDN Controller • MEF Compliant service Optimize network Zeroes operator intervention • NETCONF Manager creation performances for Network Software • Support to ONF/IETF • QoS Management • Ethernet Utilization Download YANG models • OAM provisioning • Ethernet Congestion • Northbound RESTCONF • Automatic Path • Radio Link Performances • Multiple concurrent projects T-API for connection to computation • Received Signal Power management upper layer SDN orchestrator SDN applications SDN applications Energy Efficiency IP/MPLS rerouting Optimize Services & traffic path Optimize network power based on external input (weather, consumption activating Radios traffic, end to end network capacity on traffic needs and params, …) specific time windows. .