ALS-ALFO Radio Series. SIAE product portfolio All rights reserved SIAE MICROELETTRONICA

Transcription

1 ALS-ALFO Radio Series

2 MWR application ALFOplus Series: Full Outdoor IP radio up to 1Gbps ALS series: Split Mount solution Up to 2Gbit/s TL series Full Indoor Long haul up to 3.2 Gbit/s Access: Aggregation: Backbone Trunk: ALFOplus & ALCplus2e

3 Backhaul capacity [Mbps] Mobile Backhauling NETWORK EVOLUTION MOBILE BACKHAULING CAPACITY PDH ATM Ethernet/IP Voice Domain LTE Advanced 100 LTE GPRS CDMA EDGE CDMA 2000 WCDMA HSDPA HSPA HSPA+ Mobile Broadband Era

4 LTE Mobile Backhaul Key requirments for LTE backhaul and ALS family solution Requirements High Capacities LTE Mbit/s per site Split Mount & Full Outdoor Up to 2.0Gbps with XPIC and PHC Low latency <10msec, PDV optimization 1 ms for a cascade of 3 MW links Handover interface (X2) Migration strategies E-LAN for enbs Communication TDM Ethernet 2G 3G LTE MEF 9 and MEF 14 PWE3, ML-PPP Protection <50ms <50ms with G.8032 Synchronization SyncE for LTE FDD and 1588V2 for LTE TD SyncE G.8261, G.8262, G v2 PDV optimization

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6 ALS - Access Link System ALS radio systems Capacity > 1Gbps ALCplus2e XPIC Nx400Mbps 155 Mbps ALCplus 2 ADDITIONAL FEATURE ALCplus2e: up to Nx1Gbps XPIC Enhanced Packet Processing Enhanced Ethernet features Native TDM and PWE3 106 Mbps 64 Mbps 16 Mbps 10 Mbps ALCplus2 up to Nx400Mbps 4-256QAM Adaptive modulation PDH/SDH/ETH GHz

7 Split Mount ODU Universal ASN ODU Complete frequency range: 6L- 42 GHz High power version High capacity up to 1Gbit/s Modulation schemes 4/8/16/32/64/128/256QAM Channel spacing 7/14/28/40/56 MHz Low power consumption: 20W Integrated antennas from world class manufacturer up to 1.8m High performance Low power consumption Compact and light weight

8 ALS Series ALCplus2 IDU Split Mount IDU ALCplus2 Interfaces: 4xFE/GE + (2+16)xE1 4xFE/GE + (2+16)xE1 + 2xSTM1 (2+0/1+1MSP) + Nodal Bus 4xFE/GE + (2+32)xE1 + 2xSTM1 (2+0/1+1MSP) 2xNMS 2xSTM-1 2xE1 TDM EXP Bus 16xE1 tributaries Power Supply 10/100/1000 Electrical ETH 1000 optical ETH SD Card USB Alarm IN/OUT ODU interface

9 Split Mount ALCplus2e IDU Split Mount IDU ALCplus2e Interfaces: Native TDM or PWE3 4xFE/GE + (2+16)xE1 4xFE/GE + (2+16)xE1 + 2xSTM1 (2+0/1+1MSP) + Nodal Bus 4xFE/GE + (2+32)xE1 + 2xSTM1 (2+0/1+1MSP) MPLS EXP bits management Long Frames Fragmentation 8 queues switch architecture E1 path protection G.8032 ERP CIR/EIR VLAN based Packet Header Compression 40MHz channel bandwidth ODU interface (XPIC embedded)

10 Dual Engine Dual Native Radio (designed and developed by SIAE) is based on a Dual Engine solution Native ETH traffic Radio frames dynamically divided in Native TDM traffic TDM over Eth (PWE3) With TDM over ETH (PWE3) Split Mount FULL IP RADIO All the bandwidth capacity not allocated to TDM traffic is automatically used by the Ethernet traffic.

11 Full Outdoor Solution FULL OUTDOOR IP RADIO - ALFOplus HIGHLIGHTS 4 to 256/512/1024 QAM (+12,5%-+25% payload) Fast ACM 400changes/sec and up to 100dB/s 7, 14, 28, 56, 112MHz channel BW support Packet Header Compression 500Mbps@ 56MHz (up to 1.0 Gbps with Packet Header Compression) 112MHz (up to 2.0 Gbps with Packet Header Compression)

12 ALFOplus ALFOplus HIGHLIGHTS Two interface configurations available: 2x 10/100/1000baseT Ethernet ports and POE+ 1x1000baseX Optical Ethernet port + 1x100/1000baseT with POE+ Outstanding feature Zero footprint Solution 1024 QAM Dual Stage Packet Header Compression POE+ enhanced

13 Full IP Radio Full IP - Full Outdoor Radio Native ETH traffic Radio frames dynamically divided in TDM over Eth (PWE3) All the bandwidth capacity is allocated by the Ethernet traffic.

14 Ethernet features Standard Ethernet features Layer 2 Ethernet switch is embedded in each IDU. MAC switching, learning, aging Auto negotiation MDI-MDIX Crossover Link Loss Forwarding Flow Control\Back pressure IEEE 802.3x Rapid spanning tree Protocol IEEE802.1w Link aggregation IEEE 802.3ad JUMBO FRAME SUPPORT up to 10K Ethernet OAM IEEE802.1ag / IEEE802.3ah VLAN VLAN (per port/ IEEE 802.1Q) VLAN Stacking (QinQ) QoS: Layer 2: TCIEEE 802.1p Traffic class Layer 3 : IPv4 ToS (DSCP) / IPv6 TC (DSCP)

15 Split Mount & Full Outdoor Enhanced Ethernet features - Split Mount & Full Outdoor 8 queues with settable length (128k to 8M) Long frames fragmentation (PDV optimization) Support of SyncEthernet and 1588v2 Admission Control / Rate Limiting: PIRL: Peak Input Rate Limiting (per port) CIR/EIR: per service and per priority per port Congestion Avoidance: WRED & WFQ & Strict Priority. Packet Header Compression G.8032 Ethernet Ring Protection EXP bits management (MPLS) Monitoring and statistics based on: Type of service + QinQ + VLAN Jitter / Delay (according to Y.1731 Rec.)

16 Traffic Management Flow Traffic Management Mechanisms Split Mount & Full Outdoor Ingress Flow Egress Flow Bandwidth Profile Congestion Avoidance Queuing Scheduling BW profile: Per Port Per Vlan Processes: RED WRED Processes: 8 queues Variable length Algorithms: Strict Priority WFQ Mixed More details on Congestion Management

17 MEF MEF Certification SIAE products are certified with MEF 9 and 14 E-Line Service Type for Virtual Private Lines (EVPL) Ethernet Private Lines (EPL) UNI Point-to-Point EVC UNI E-LAN Service Type for Multipoint L2 VPNs Transparent LAN Service UNI UNI UNI Multi-point to Multi-point EVC All above features make SIAE MW radio solutions LTE fully compliant

18 Split Mount & Full Outdoor ADAPTIVE MODULATION AND CODING ACM Adaptive Code Modulation with 8 profiles Hitless modulation and code selection from 4 to 256QAM From 7 MHz to 56 MHz (all modulations 4 ->1024 QAM) channel BW MSE based hitless modulation switch (Quality of Signal based) Fast ACM switch-over (up to 400changes/sec & 100dB/sec guaranteed) Voice & real time services Full Outdoor enhances ACM with 512 and 1024 QAM 1024QAM 512QAM 256QAM 128QAM 64QAM 32QAM 16QAM 16QAMs 4QAM 4QAMs Non-real time services

19 Full Outdoor 1024QAM

20 Split Mount & Full Outdoor ADAPTIVE MODULATION AND CODING ACM Adaptive Code Modulation for 7/14/28/56MHz channel spacing Best ACM profile will be selected according to available link SNR Example Packet Data Radio System Capacity with 56 MHz Channel Modulation 4QAM Strong 4QAM 16QAM strong 16QAM 32QAM 64QAM 128QAM 256QAM 512QAM 1024QAM S/N 6dB 7,5dB 13dB 14,5dB 18dB 20dB 22dB 25dB 28dB 31dB Throughput [Mbps] s/ 4 / 16s / 16 / 32 / 64 / 128 / 256 / 512 / 1024 QAM Adaptive Modulation and Coding (ACM)

21 Full Outdoor Radio Performance ALFOplus 1024QAM MODULATION ADVANTAGES IN ACM MODE MODULATIONS in ACM MODE BW Throughput (PHC disable) Availibility % Unavailibility 256 QAM 28MHz 200 Mbps % <1/2 Hour 1024 QAM 28MHz 250 Mbps >99.9% <10 Hours/Year MODULATIONS in ACM MODE BW Throughput (PHC disable) Availibility % Unavailibility 256 QAM 56MHz 400 Mbps 99.99% <1 Hour/Year 1024 QAM 56MHz 500 Mbps 99.8% <20Hours/Year

22 Split Mount Throughput Higher Spectrum Efficiency Here below the Ethernet throughput available with all Modulation/Channel Spacing combinations: Channel Spacing 4 QAM Strong Packet IDU Typical Ethernet Throughput (including Header Optimization) 4 QAM 8 QAM 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM 7 MHz 10 Mbps 12 Mbps 18 Mbps 25 Mbps 30 Mbps 38 Mbps 42 Mbps 50 Mbps 14 MHz 20 Mbps 25 Mbps 37 Mbps 50 Mbps 60 Mbps 75 Mbps 85 Mbps 100 Mbps 28 MHz 40 Mbps 50 Mbps 75 Mbps 100 Mbps 120 Mbps 145 Mbps 170 Mbps 200 Mbps 56 MHz 80 Mbps 100 Mbps 150 Mbps 200 Mbps 240 Mbps 290 Mbps 340 Mbps 400 Mbps

23 Multi-Level Header Compression Packet Header Compression: Split Mount & Full Outdoor Main features: It supports and automatically recognizes a large number of protocols: Ethernet (802.1D 802.1Q 802.1ad 802.1ah) + non-standard S-TAG ethertypes 0x9100, 0x9200 and user defined MPLS + MPLS-like PW with or without Control Word (RFC4385) IPv4/IPv6 UDP RTP GTP-U (for IP tunneling with enodeb) It supports header with size up to 64 bytes (single-level HC) or up to 128 bytes (duallevel HC) It compresses simultaneously a large number of flows up to a theoretical maximum of 4096 Compression CRCs and Feedback messages in order to ensure a correct compression/decompression process NO additional latency (<5us) No impact on link budget

24 Multi-Level Header Compression Multi-Level Header Compression: example A (single level) 18 bytes Ethernet (802.1Q) 4 bytes MPLS bytes HC context ID HC dynamic fields HC CRCs 20 bytes IPv4 8 bytes UDP 12 bytes RTP Header Compression 10 bytes Payload 4 bytes Ethernet FCS bytes packet 10 bytes Payload 4 bytes Ethernet FCS 76 bytes packet (62 bytes of header)

25 Packet Header Compression Ethernet MPLS IPv4 UDP GTP-U IPv6 UDP RTP Payload LBL1 Payload Packet Header Compression Process Gain (176-58)/58 => 203% Ethernet MPLS IPv4 UDP GTP-U IPv6 UDP RTP Payload 58 bytes 176 bytes 176 bytes Ethernet Side Radio Side Ethernet Side

26 Packet Header Compression Ethernet MPLS IPv4 UDP GTP-U IPv6 UDP RTP Payload LBL1 Payload Packet Header Compression Process Gain (176-58)/58 => 203% Ethernet MPLS IPv4 UDP GTP-U IPv6 UDP RTP Payload 58 bytes 176 bytes 176 bytes Ethernet Side Radio Side Ethernet Side

27 Packet Header Compression PACKET HEADER COMPRESSION- Split Mount & Full Outdoor INCOMING ETHERNET FRAME (LINE SIDE) 176 bytes Frame includes: Preamble IFG Payload Headers Header Optimization -20bytes 156bytes Header Compression -116bytes +18bytes Compression OH Packet Header Compression by Split Mount & Full Outdoor OUTCOMING ETHERNET FRAME (RADIO SIDE) 58bytes Packet Header Compression Process Gain (176-58)/58 => 203% based on 176 Bytes Frames

28 Split Mount throughput w P.H.C. HIGHER SPECTRUM EFFICIENCY WITH PACKET COMPRESSION Channel Spacing Packet IDU Typical Ethernet Throughput with Header Optimization 176bytes Ethernet Frame 4 QAM Strong 4 QAM 8 QAM 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM 14 MHz 19 Mbps 23 Mbps 34 Mbps 46 Mbps 55 Mbps 69 Mbps 78 Mbps 92 Mbps 28 MHz 37 Mbps 46 Mbps 69 Mbps 92 Mbps 110 Mbps 133 Mbps 156 Mbps 183 Mbps 56 MHz 74 Mbps 92 Mbps 137 Mbps 183 Mbps 220 Mbps 265 Mbps 311 Mbps 366 Mbps Channel Spacing Packet IDU Typical Ethernet Throughput with Header Optimization + Packet Header Compression 176bytes Ethernet Frame 4 QAM Strong 4 QAM 8 QAM 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM 14 MHz 60 Mbps 70 Mbps 100 Mbps 140 Mbps 160 Mbps 200 Mbps 230 Mbps 270 Mbps 28 MHz 110 Mbps 140 Mbps 200 Mbps 270 Mbps 320 Mbps 380 Mbps 450 Mbps 530 Mbps 56 MHz 210 Mbps 270 Mbps 400 Mbps 530 Mbps 630 Mbps 760 Mbps 890Gbps 1.0Gbps 1Gbps in 56MHz / 2Gbps in 2x56MHz * (*) 2Gbps in 56MHz available with ALCplus2e XPIC

29 Full Outdoor throughput w P.H.C. HIGHER SPECTRUM EFFICIENCY WITH PACKET COMPRESSION Channel Spacing 4 QAM Strong 4 QAM Packet IDU Typical Ethernet Throughput [Mbps] with Header Optimization 156bytes Ethernet Frame 16 QAM Strong 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM 512 QAM 1024 QAM 7 MHz MHz MHz MHz Channel Spacing Packet IDU Typical Ethernet Throughput [Mbps] with Header Optimization + Packet Header Compression 156bytes Ethernet Frame 4 QAM Strong 4 QAM 16 QAM Strong 16 QAM 32 QAM 64 QAM 128 QAM 256 QAM 512 QAM 1024 QAM 7 MHz MHz MHz MHz G 1.0G 1.0G 1Gbps in 56MHz / 2Gbps in 2x56MHz

30 Maximum throughput gain [%] 270,00% 260,00% 250,00% 240,00% 230,00% 220,00% 210,00% 200,00% 190,00% 180,00% 170,00% 160,00% 150,00% 140,00% 130,00% 120,00% 110,00% 100,00% 90,00% 80,00% 70,00% 60,00% 50,00% 40,00% 30,00% 20,00% 10,00% 0,00% -10,00% Maximum system throughput gain with Header Optimization and Multi-Level Header Compression Packet size [bytes] Multi-Level Header Compression VoIP over PBB [2 levels HC] VoIP with enodeb (IP Tunneling) [2 levels HC] VoIP over IPv6+MPLS [2 levels HC] 802.1ad + MPLS + IPv4 + UDP + RTP 802.1ad + MPLS + IPv4 + UDP 802.1ad + MPLS + IPv ad + MPLS 802.1ad 802.1Q Ethernet (MAC only) Header optimization (no header compression) ALCplus2e Radio fragmentation disabled Radio concatenation disabled Ports in secure mode

31 Maximum L1 equivalent throughput [Mbps] Multi-Level Header Compression Maximum L1 equivalent throughput with Header Optimization and Multi-Level Header Compression VoIP over PBB [2 levels HC] VoIP with enodeb (IP Tunneling) [2 levels HC] VoIP over IPv6+MPLS [2 levels HC] 802.1ad + MPLS + IPv4 + UDP + RTP 802.1ad + MPLS + IPv4 + UDP 802.1ad + MPLS + IPv ad + MPLS 802.1ad 802.1Q Ethernet (MAC only) Header optimization (no header compression) ALCplus2e Radio fragmentation disabled Radio concatenation disabled Ports in secure mode 56 MHz 256 QAM Packet size [bytes]

32 Split Mount ALCplus2e IDU Enhanced features I Radio configuration XPIC functionality, for frequency re-use, obtaining 2.0Gbps on 56MHz channel with Packet Header compression. DP H ƒ V BW

33 Split Mount & Full Outdoor Ring Protection / Path protection TDM E1 protection in 2x(1+0) configurations ETH ITU-T G.8032 Ethernet Ring Protection Switching Both TDM and ETH switching time < 50ms nxe1 Working Switching time 50ms nxe1 Ethernet nxe1 Ethernet nxe1 Standby

34 Split Mount ALCplus2e IDU Split Mount Nodal Application Distributed Switch Architecture Always up to 8 IDUs stackable, but now up to 16x(1+0)/8x(1+1) Multi Rack node & zero space IDU interleaving NxGbE Nx2xSTM-1 Nx16xE1

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36 Full Outdoor ALFOplus80 E-BAND The E-Band offers 10GHz enabling Ultra High Capacity Millimetric wave radio for urban application, exceeding 2Gbps throughput Channel in 250 MHz steps. Propagation similar to 40 GHz band.

37 ALFOplus80 SIAE MICROELETTRONICA E-BAND SOLUTION I 1Gbps wire-speed Pure Packet Pipe applications: Fiber-like behavior 1GHz channel 4 QAM to maximize radio link availability Layer2 transparent, does not require QoS and VLAN tagging setting Does not interact with E2E Network Qos Policy Synchronous Ethernet support Power Over Ethernet or separated power feeding Reserved 1Gbs DCN Port

38 ALFOplus80 SIAE MICROELETTRONICA E-BAND SOLUTION II High-Density applications with metro switch: 2 x GbE Ports Integrated Layer2 Carrier Ethernet switch 250, 500,750, 1000 MHz channel support Adaptive Coding & Modulation, from 4 up to 64QAM SIAE s PacketZip technology to increase throughput up to 200% (Multi-stage, L2/3/4 packet compression) Power Over Ethernet or separated power feeding 1.0 Gbps Ethernet throughput over a 250 MHz channel 2.0 Gbps Ethernet throughput over a 500 MHz channel

39 ALFOplus80 ACM ALFOplus80 ADAPTIVE CODE AND MODULATION ACM Adaptive Code Modulation with 6 profiles Hitless modulation and code selection from 4 to 64QAM MSE based hitless modulation switch (Quality of Signal based) Fast ACM switch-over (up to 400changes/sec & 100dB/sec guaranteed) Strong modulations: maximize link availability at higher capacity Voice & real time services 64QAM 16QAM 16QAM strong 4QAM 4QAM strong 4QAM HB Non-real time services

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41 Ethernet ALCplus2e Configuration 2x(1+0) with XPIC Ethernet Frequency re-use with XPIC Capacity Modulation Channel bandwidth DP 500 Mbps 256 QAM 28 MHz (H&V) 1 Gbps 256 QAM 56 MHz (H&V) No branching loss ƒ n ƒ 4xGE ports + NxE1 + 2STM-1 28

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43 Hybrid (3dB coupler) HYBRID 3dB COUPLER EQUIPMENT ODU: ASN Modulations: 4QAM, QAM Feature : Adaptive Modulation CONFIGURATIONS SUPPORTED ODUs in the same sub-band, even adjacent channels (e.g. 1H,2H or 1H,3H,...)

44 Hybrid (3dB coupler) HYBRID 3dB COUPLER Return Loss with ODUs in the same sub-band RL~20dB RL~18dB ODU1 SUBBAND1 3dB ODU2 SUBBAND1

45 Circulator CIRCULATOR EQUIPMENT ODU: ASN with Narrow band filter Modulations: 4QAM, QAM Feature : Adaptive Modulation RETURN LOSS WITH CIRCULATOR RL~20dB RL~18dB ODU1 CH i ODU2 CH j i

46 Low Loss Branching LOW LOSS BRANCHING SYSTEM SIAE Branching up to 4+0 using internal circulator Low losses <1dB Use with integrated or external antennas

47 Ethernet ALCplus2e Configuration 2x(1+0) Standard ASN ODU + Coupler Capacity Modulation Channel bandwidth SP 500 Mbps 256 QAM 2 x 28 MHz 1Gbit/s 256QAM 2x56MHz ƒ 1 ƒ 2 ƒ 4xGE ports + NxE1 + 2STM

48 Ethernet ALCplus2e 15 GHz Configuration 2x(1+0) With narrow filter and circulator Capacity Modulation Channel bandwidth SP 500 Mbps 256 QAM 2 x 28 MHz 1Gbit/s 256QAM 2x56MHz Branching loss: <1dB per terminal and <1.5dB per link ƒ 1 ƒ 3 ƒ 4xGE ports + NxE1 + 2STM

49 Ethernet ALCplus2e 15 GHz Configuration 4x(1+0) with XPIC Standard ASN ODU + Coupler DP Capacity Modulation 1 Gbps 256 QAM 2 Gbps 256 QAM Channel bandwidth 2 x 28 MHz (H&V) 2 x 56 MHz (H&V) ƒ 1 ƒ 2 ƒ 28 28

50 Ethernet ALCplus2e 15 GHz Configuration 4x(1+0) with XPIC With narrow filter and circulator DP Capacity Modulation 1 Gbps 256 QAM 2 Gbps 256 QAM Channel bandwidth 2 x 28 MHz (H&V) 2 x 56 MHz (H&V) Branching loss: <1dB per terminal and <1.5dB per link ƒ 1 ƒ 3 ƒ 28 28

51 4+0 Branching 7 GHz Configuration 4x(1+0) With narrow filter and 4+0 branching Capacity Modulation Channel bandwidth SP 1.0 Gbps 256 QAM 4 x 28 MHz Branching loss: <1.5dB per terminal and <2dB per link ƒ 1 ƒ 7 ƒ 28 28

52 4+0 Branching 7 GHz Configuration 8x(1+0) ACAP With narrow filter and 4+0 branching DP Capacity Modulation 2.0 Gbps 256 QAM Channel bandwidth 8 x 28 MHz (H&V) Branching loss: <1.5dB per terminal and <2dB per link ƒ 1 ƒ 2 ƒ 8 ƒ

53 4+0 Branching 7 GHz Configuration 8x(1+0) with XPIC With narrow filter and 4+0 branching DP Capacity Modulation 2.0 Gbps 256 QAM Channel bandwidth 4 x 28 MHz (H&V) Branching loss: <1.5dB per terminal and <2dB per link ƒ 1 ƒ 7 ƒ

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55 NMS5-UX NMS5UX ELEMENT MANAGER NMS5-UX solution is suitable for large Networks (VIRTUALLY UNLIMITED number of NEs) Unix OS based NMS5UX is a Network Management System capable of fully Supervise and Control all types of SIAE equipment portfolio (Radio Equipments, Multiplexers.)

56 NMS5-UX NMS5UX SUPPORTED FEATURES NMS5UX supports the following features: Full supervision of all SNMP SIAE Equipment split-mount ALS family full-outdoor ALFOplus family etc ALARMS MONITORING / ALARMS STATISTICS PERFORMANCE MONITORING TDM traffic : ITU-T G.828 G.784 Ethernet traffic: according to RFC 2819 RMON Remote Monitoring Automatic collection and graphical display of P.M. data SECURITY MANAGEMENT FULL CONFIGURATION WEB SERVER OPTION HARDWARE INVENTORY NORTH BOUND INTERFACE PROXY AGENT SNMP VLAN and RING Manager (ETH and TDM provisioning) Northbound interface for performance, configuration and provisioning AUTODISCOVERY

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