The document describes the ALS series of IP/PDH/SDH microwave radio systems. Key points: - The ALS series provides native IP, PDH and SDH connectivity and is suitable for a wide range of network applications, from cost-sensitive to high-capacity backbone networks. - It supports flexible interfaces including E1, Ethernet, and STM-1, and can evolve from pure TDM to pure IP networks. - Nodal configurations allow connecting multiple hops in crowded stations simply and reduce equipment complexity.

1. POINT
TOPOINT
H/SDH
Series
PDH/SDH/Ethernet
Series
DH/Ethernet Series
H
ALS series
IP / PDH / SDH Microwave System
4 to 42 GHz
ALS Series provides Native IP and Native
PDH and SDH connections; it is the ideal
solution for a wide range of applications
in access networks and backbone areas,
covering any market segment ranging from
cost-sensitive applications to advanced
network implementations in which high
capacities, complex protection schemes and
excellent reliability are mandatory.
Its superior mix of Packet and TDM interfaces
allows easy network evolution from pure TDM
to pure IP with circuit emulation option.
A complete range of user interfaces
(E1, Gigabit/Fast Ethernet and STM1) and a
high degree of versatility allow very easy
network planning and management.
ALS series includes nodal configuration for
crowded stations where many different
hops are converging; it allows a drastic
reduction of equipment complexity both
in terms of units counts and physical
connections.
ALS is available in all frequency bands from 4
to 42 GHz in single or duplicated
configuration, with Gbps radio capacity.
XPIC functionality is available for high capacity
cross-polar implementations.
MICROWAVE
RADIO

2. ALS
IP/PDH/SDH Series
IP/PDH/SDH Series
IP/PDH/SDHSeries
IP/PDH/S
RADIO
TYPICAL APPLICATIONS
The ALS series has been conceived and designed to cover a
wide range of applications, suchas:
>2G / 3G / LTE Cellular Network Infrastructure
>10/100/1000 Mbit/s Ethernet connections
>WiMAX backhauling
>Private data Networks (WANs, LANs, etc.)
>Utility Networks (Railways, Pipelines, etc.)
>Back-up transmission medium to Fibre Optic links
>Spur Links for Backbones/Rings
>Last Mile Fibre Extension
>Leased Lines Replacement
>SDH Radio Ring Deployment up to 4xSTM-1
>High Capacity Broadband Access Networks
L2 SWITCH FUNCTIONALITIES
>
VLAN / VLAN STACKING (IEEE 802.1q with QinQ)
>
>
Flow Control (IEEE 802.3x)>
> RMON Statistic and Extensive VLAN management
>
> LLF (Link Loss Forwarding)
> Link aggregation (IEEE 802.3ad)
> ETH OAM (IEEE 802.1ag/ITU-T Y 1731)
>
NETWORK MANAGEMENT
>SNMP Agent protocol with “Full IP” or “OSI+IP” stack
>Messages Routing: static, OSPF, IS-IS
>Local Craft Terminal (LCT)/WEB LCT interface: USB (BType)
>Network Management System(NMS) interfaces:
• Ethernet10BASE-T
• RS232 (onlyfor modularversions)
• EOC (PDH applications)
• Out band and In-Band communication
• DCC bytefor STM-1 traffic
(SDH applications)
NODAL CONFIGURATION
IP/ PDH / SDH Series
MAIN FEATURES
> Base-Band high circuit integration
> Reduced power consumption
> Excellent radio performance
>
Full software approach:
• Modulation and radio capacity
• ACM Adaptive Code & Modulation
• Alarm/performance monitoring
•
• Availability of O&M Tools
(Loop activation, switch manualforcing, etc.)
Interchangeable modules
Easy configuration upgrade
Mixed TDM / Ethernet interfaces for
>
Syncronous Ethernet support
>
>
>
>
> Integrated antennae up to1.8 m
MICROVAVE
>
> MEF-9 and MEF-14 certified
PWE3 for full IP transport
>
>
>
1 Gbits throughput per radio channel
Layer 1/2/3/4 Header Compressor
4 QAM to 1024 QAM modulations
XPIC configuration in single compact IDU
>
Complete fault analysis
dual native transport
1588 v2 support>
Support for ERP (G.8032)
Flow Based Ingress Policer (CIR & EIR definition)
Flexible QoS definition based on
VLAN, IPv4, IPv6, MPLS exp bits
Jumbo Frames up to 10 Kbytes
8 queues with flexible scheduler (Strict, WFQ, mixed)
Per queue WRED congestion avoidance>
In a nodal station the cross-connection functionality
can be distribuited over a configuration of up
to eight different IDUs and each one can manage
up to two different ODUs.
Connection among IDUs are ring protected.
Failing one IDU, no other IDU in the node is affected
by loss of traffic.
Thanks to the IDU scalable approach and user
friendly software management, it is possible to
build up a nodal configuration through incremental
expansions (from one up to twelve or sixteen
different directions) with a reduce initial investiment.
High speed protected nodal bus, the unique nodal
solution to build complex nodes up to 16 indipendent
directions with a full pay-as you grow approach.
NODAL BUS SOLUTION

3. IP/PDH/SDH Series
IP/PDH/SDH Series
IP/PDH/SDH Series
IP/PDH/SDH Series
IP/PDH/SDH Series
IP/PDH/SDHSeries
IP/PDH/SDH Series
SDHSeries
IP/PDH/SDHSeries
IP/PDH/SDH Series
IDU 1RU / NODAL
up to N x1 Gbps
Several IDU models are available to fit any application:
INDOOR UNIT
> Light weatherproof (IP65) box
> Easyandquick deployment
> Full software programmability of main RF parameters
> Extended (Software)frequencyagility
> Configuration, capacityand modulationindependent
> Excellentshortand long term frequencystability
> Built-inATPC functionality
> RF Loop
OUTDOOR UNIT
IP PDH SDH Medium& HighCapacity
up to1 Gbps
IDU Model
IDU1RU(1rackunit)-CompactVersion
Configuration 1+0 / 1+1 1+0 / 1+1 / 2x(1+0) 1+0 / 1+1 / 2x(1+0) / XPIC
TDM Transmission Capacity Up to 32xE1 1xSTM1 / 2xSTM1 / 63-126xE1 Up to 160xE1 per radio direction
Ethernet Throughput Capacity Up 100 Mbps - Up to 1 Gbps with XPIC (w/o Header Compression)
Modulation 4 to 32QAM 32 and 128QAM 4 to 256QAM with 8 ACM
Tributary Interfaces 16xE1 + 3xFE 2xSTM1 (16+2)xE1 + 2xSTM1
(32+2)xE1 + 2xSTM1
TDM Cross Connection capability
32xE1 + 3xFE 2xGE Electrical + 2xGE Optical/Electrical
Syncronous Ethernet Support
Maintenance Interfaces 2x10BaseT + USB + RS232 + G704 (E1) 2x10BaseT + USB + RS232 2x10BaseT + USB + G704 (E1)
Configuration 1+0 / 1+1 1+0 / 1+1 / 2x(1+0)/XPIC 1+0 / 1+1 / 2x(1+0)
TDM Transmission Capacity Up to 32xE1 1xSTM1 / 2xSTM1 / 4xSTM1 Up to 80xE1
Ethernet Troughtput Capacity Up 100 Mbps 155 / 310 / 620 Mbps Up to 400 Mbps
Modulation 4 to 32QAM 32 and 128QAM 4 to 256QAM with 8 ACM
Tributary Interfaces 32xE1 2xSTM1 16xE1 + 2xSTM1
24xE1 + 4xFE 4xSTM1 TDM Cross Connection capability
8xE1 + 2xFE + 1xGE 1xGE Electrical/Optical +
1xGE Electrical + 1xGE Optical
Maintenance Interfaces 2x10BaseT + USB + RS232 + G704 (E1) 2x10BaseT + USB + RS232 2x10BaseT + USB + RS232 + G704 (E1)
Modular2RU Modular2RU Nx1RU
Configuration 1+0 / 1+1 / 2x(1+1) Drop/Insert 1+0 / 1+1 / 2x(1+0) / 2x(1+1) Nx(1+0), Nx(1+1) Drop/Insert
Nx2x(1+0), Drop/Insert
TDM Transmission Capacity Up to 53xE1 1xSTM1 / 2xSTM1 / 4xSTM1 Up to 160xE1 (per radio direction)
Ethernet Troughtput Capacity Up 100 Mbps 145 / 290 / 580 Mbps
Modulation 4 to 32QAM 32 and 128QAM 4 to 256QAM with 8 ACM
Tributary Interfaces 53xE1 2xSTM1 Nx2xSTM1
53xE1 + 4xFE 4xSTM1 Nx16xE1
2xSTM1 + 16xE1+ Nodal Connection 8xE1+ 2xFE +1xGE Nx2xGE
2xSTM1 + 16xE1 + 1xFE + 1xGE TDM Cross Connection capability
+ Nodal Connection Syncronous Ethernet Support
Maintenance Interfaces 2x10BaseT+USB + RS232 +G704 (E1) 2x10BaseT + USB +RS232 2x10BaseT +USB +G704 (E1)
IDU1RU(1rackunit)-ModularVersion
IDU-Nodal
IP - PDH Solutions
AL / ALplus
IP - SDH Solutions
ALS
IP - PDH - SDH Solutions
ALplus2 / ALCplus2e
Up to 1 Gbps with XPIC (w/o Header Compression)
ALC / ALCplus ALS-C ALCplus2 / ALCplus2e
AL/ ALplus ALS ALplus2
>1024 QAM modulation
RADIO
MICROVAVE
(per radio channel)
(per radio channel)

4. Series
IP/PDH/SDH
IP/PDH/SDH
(*) Typical values
(**)Nominal values according to ETSI
IP/ PDH / SDH Series
MICROWAVE
RADIO
≤ 34 W ≤ 42 W ≤ 60 W
≤ 59 W ≤ 72 W ≤ 90 W
Overall
-83/-89,5
-/-82,5
-76/-81
-74/-77,5
-/-75,5
-70,5/-73,5
-/-70,5
IP/PDH/
IP/PDH/SDIP/PDH/SDH Series
ALS
IP/PDH/SDH
IP/PDH/SDH Series
IP/PDH/SDHSeries
IP/PDH/SDH Series
IP/PDH/SDHSeries
IP/PDH/SDH Series
Series
ALSseriesE.032.12•Datasubjecttochangewithoutnotice•Allrightsreserved©SIAEMICROELETTRONICAS.p.A.
Technical Specifications(*)
Frequency Band 4 GHz 6L/6U GHz 7/8 GHz 10/11 GHz 13 GHz 15 GHz 18 GHz 23 GHz 25 GHz 28 GHz 32 GHz 38 GHz 42 GHz
Frequency Range 4.4-5.0 5.9-7.1 7.11-8.5 10.2-11.7 12.75-13.25 14.4-15.35 17.7-19.7 21.2-23.6 24.5-26.5 27.5-29.5 31.8-33.4 37-39.5 40.5-43.5
Modulations Schemes
Supported Configurations Terminal applications 1+0 / 1+1 MHSB / 1+1 SD / 1+1 FD / 2+0 / 2x(1+1)
Nodal applications Up to 8x(1+1) or up to 16x(1+0)
4 QAM / 8 QAM / 16 QAM / 32 QAM / 64 QAM / 128 QAM / 256 QAM
Supported Capacities 2xE1 / 4xE1 / 5xE1 / 8xE1 / 10xE1 / 16xE1 / 21xE1 / 32xE1 / 42xE1 / 53xE1 / 1xSTM1 / 80xE1 / 160xE1 / 2xSTM1 / 4xSTM1
EthernetThroughput Up to 1 Gbps per radio channel
Output Power (dBm) at Point C’ **
AS ODU / ASN ODU
4 QAM +28 +29 +29 +28 +28 +28 +23 +23 +22 +21 +20 +19 +17
QAM +28 +29 +29 +28 +28 +28 +23 +23 +22 +21 +20 +19 +17
16 QAM +25 +26 +26 +25 +25 +25 +21 +21 +20 +19 +18 +17 +15
32 QAM +25 +26 +26 +25 +25 +25 +21 +21 +20 +19 +18 +17 +15
64 QAM +24 +25 +25 +24 +24 +24 +19 +19 +18 +17 +16 +15 +13
128 QAM +24 +25 +25 +24 +24 +24 +19 +19 +18 +17 +16 +15 +13
256 QAM +23 +24 +24 +23 +23 +23 +18 +18 +17 +16 +15 +14 +12
ReceiverSensitivity (dBm)at BER 10-6
at PointC
(1+0 conf.,28 MHz BW, RF filterlossesincluded)
AL/ALplus, ALS, ALplus2, ALplus2e 4 QAM -83/-89,5 -83/-89,5 -82,5/-89 -82,5/-89 -82,5/89 -82/-88,5 -82/-88,5 -81,5/-88 -81/-87,5 -80/-86 -80,5/-86,5 -85,5
(see Indoor Unit Table) 8 QAM -/-82,5 -/-82,5 -/-82 -/-82 -/-82 -/-81,5 -/-81,5 -/-81 -/-80,5 -/-79 -/-79,5 -78,5
16 QAM -76/-81 -76/-81 -75,5/-80,5 -75,5/-80,5 -75,5/-80,5 -75/-80 -75/-80 -74,5/-79,5 -74/-79 -73/-77,5 -73,5/-78 -77
32 QAM -74/-77,5 -74/-77,5 -73,5/-77 -73,5/-77 -73,5/-77 -73/-76,5 -73/-76,5 -72,5/-76 -72/-75,5 -71/-74 -71,5/-74,5 -73,5
64 QAM -/-75,5 -/-75,5 -/-75 -/-75 -/-75 -/-74,5 -/-74,5 -/-74 -/-73,5 -/-72 -/-72,5 -71,5
128 QAM -70,5/-73,5 -70,5/-73,5 -70/-73 -70/-73 -70/-73 -69,5/-72,5 -69,5/-72,5 -69/-72 -68,5/-71,5 -67,5/-70 -67,5/-70,5 -69,5
256 QAM -/-70,5 -/-70,5 -/-70 -/-70 -/-70 -/-69,5 -/-69,5 -/-69 -/-68,5 -/-67 -/-67,5 -66,5
Frequency Stability ± 5 ppm
Frequency Agility 250 KHz (software programmable), 125 KHz on request
RTPC Up to 20/30 in 1 dB steps
ATPC Up to 20/40 dB in 1 dB steps
ManagementInterfaces RS232C, USB, Ethernet 10 BASE-T (TMN)
IDU/ODU Interconnection (per terminal) 50 ΩCoaxial Cable per RT
Dimensions (Wx H x D)
1RU Compact IDU 480 x 45 x 212 (mm)
1RU Modular IDU 480 x 45 x 270 (mm)
2RU Modular IDU 480 x 90 x 270 (mm)
ASN ODU 1+0 254 x 254 x 114 (mm)
AS ODU 1+0 254 x 254 x 154 (mm)
Power Supply -48 Vdc (– 15%, + 20%)
PowerConsumption(per Terminal) ALC-ALCplus ALS-C ALCplus2
1+0 configuration
1+1 configuration
Environmental Performance ODU Weather Proofing Class IP65
IDU Temperature Range - 5 °C to+50 °C
ODU TemperatureRange - 35 °C to+55 °C
Compliant with ETSI EN 302 217
Channel Spacing 3.5 MHz / 7 MHz / 14 MHz / 28 MHz / 40 MHz / 56 MHz
/ 1024 QAM
8
MEMBER OF:
SIAE MICROELETTRONICA S.p.A.
Via Michelangelo Buonarroti 21, 20093 Cologno Monzese (MI) - Italy
Phone +39 02273251 Fax +39 02 25391585
www.siaemic.com

5. ALFOplus80 series
Product Leaflet
MILLIMETER WAVE RADIO
Siena, Italy
Whether in mobile, fix or private networks, the E-band
millimetre wave represents a new fundamental technology tool
bridging the gap between fibre high capacity systems and
flexible cost effective wireless transmission.
Fibre like capacity, highest deployment flexibility and
homogeneous operational behaviour as traditional microwave,
allow operators to fully liaise on existing knowledge and skills,
minimizing the introduction costs, while modernizing the
transport network.
2.5 Gbps
E-Band Full Outdoor

6. ALFOplus80 series
MEMBER OF:
ALFOplus80.L.03.15
Data subject to change without notice • All rights reserved © SIAE MICROELETTRONICA S.p.A. www.siaemic.com
ALFOplus80 is a Full-Outdoor, full IP Next Generation Millimeter wave radio operating in the
E-Band (71-76 GHz - 81-86 GHz).
ALFOplus80 is the ideal solution for ultra high capacity wireless links in urban environment for
all carrier-class applications: mobile backhaul, front haul, enterprise, ISP.
Complementary solution to fibre
deploy
•
Power Over Ethernet
Gigabit Ethernet and STM-1/E1
interfaces
InBand and OutBand Management
Layer 1,2,3,4 Header Compression
(up to 200% throughput improvement)
SM-OS based platform
Last Mile fiber extension for
business customers
Emergency wireless links•
•Any-G Mobile Backhaul for Access
and aggregation
CRAN, CPRI front haul 2.5 Gbps
TYPICAL APPLICATIONS
•
•
Flexible QoS definition based on
VLAN, IPv4, IPv6, MPLS exp bits
Support for G.8032 based rings
RMON Statistics•
•
•Color-Aware Classification
Programmable queues length
Jumbo Frames up to 10Kbytes•
•
•MEF 2.0 Carrier Ethernet Services
Complete VLAN management
Per VLAN flexible ingress Policer
(CIR & EIR definition)
LAYER 2 MAIN FUNCTIONALITIES
•
•
•
“Fibre Mode”operation for
2xGigabit
Packet Fragmentation to minimize
jitter
Synchronous Ethernet and
IEEE 1588v2 support
CISCO Microwave Adaptive
bandwidth feature interworking
•
•
•
•
•
•
•
•
•Up to 2.5 Gbps Throughput
Channel bandwidth from 250 to
1000 MHz
BPSK/4/16/64 QAM modulation
schemes
Hitless Adaptive Coding and
Modulation
Full Carrier Ethernet protocol stack
AES Encryption
•
•
•
•
MAIN FEATURES
•
Radio Access migration towards full packet technology is boosting demand for All Outdoor microwave equipments.
AGS20 enables this move by providing:
•
Connectivity towards ALFOplus and ALFOplus80 series
2.5 Gbps optical interface
Single Network Element concept towards NMS
Power over Ethernet and integrated lighting protection to
direct feed All Outdoor equipments
TDM connectivity
•
•
•
•
•
•
•
•
•

7. Milano, Italy
ALFOplus2 series
Product Leaflet
MICROWAVE RADIO
Microwave radio always played a key role in mobile backhauling,
becoming the predominant technology in use.
With the evolution of mobile technology, microwave radio has
evolved to fit those requirements, always offering new and innovative
way to enable fast RAN deployments.
ALFOplus2 is the next generation 2/4 Gbps full outdoor solution to
enable successful launch of LTE, by providing best TCO while
boosting capacity and availability of the network.
ALFOplus2
The RF Multicore solution

8. MEMBER OF:
ALFOplus2.L.01.15
Data subject to change without notice • All rights reserved © SIAE MICROELETTRONICA S.p.A. www.siaemic.com
SM-OS based platform
4 x 1/2.5 Gbps Ethernet ports
Multilayer Header Compression
Synchronous Ethernet and 1588v2
support
MEF Carrier Ethernet platform
Switch fabric 46 Gbps
PoE and dedicated power feeder
connectors
HQoS and traffic shaping
OAM 802.1ag/ITU-T Y 1731
MPLS ready platform
Open Flow support for SDN
AES128/256 Encryption
Single NE management
CISCO Microwave Adaptive
Bandwidth interworking
•
•
•
•
•
•
•
•
•Dual carrier, Dual Core
6 GHz to 42 GHz licensed bands
In house technology Single chip RF
Multicore
Up to 2x112 MHz channels
4 QAM-2048 QAM with ACM
Integrated XPIC circuitry
L1 Link aggregation
4x4 MIMO support
•
•
•
•
•
MAIN FEATURES
•
MAIN FEATURES
Full frequency 6 GHz to 42 GHz coverage to address any application, offering very high modulation schemes to reach
4 Gbps capacity transport in a single compact unit.
SM-OS Single Operating system common to all the SIAE MICROELETTRONICA’s product platform.
The SM-OS accelerates the distribution of new carrier grade features throughout the network. It guarantees common
consistent behavior and operational capacity for the entire portfolio. It’s brings flexibility where it is needed.
Unmatched spectrum efficiency and larger channel selection (single 10/14 MHz up to 2x112 MHz channels).
Integrated XPIC capability using 34% less power consumption than single carrier solutions.
Future proof architecture that quadruples the throughput, achieves better link availability and reducing the antenna
size requested.
Best in class system gain for Microwave Backhaul in all the frequency range.
Drastic reduction in TCO thanks to high level of integration and Zero foot print.
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Supported Configurations Single Unit - Dual Core: 1+0 / 1+1 / 2+0 / XPIC
Two Units - Quad Core: 2+2 / 4+0 / 1+1 XPIC / 4x4 MIMO
Key Features 2x 10/14/28/30/40/50/56/60/80/112 MHz software selectable bandwidths
Modulations 4QAM – 4096 QAM with ACM
Ethernet Service Delivery Carrier Grade CE/MPLS
Layer2 VPL and VPLS Services
MEF defined E-Line and E-LAN service support
Carrier Ethernet CE2.0 compliant
H-QoS (per port, Service and Class of service)
Flow-Based Traffic Shaping
ITU-T Synchronous Ethernet and IEEE1588v2 native support
Compliant with ETSI , FCC
ALFOplus2 series

9. Bologna, Italy
AGS20 series
Product Leaflet
MICROWAVE RADIO
Evolutions of the RAN are the main driver for changes in
microwave products, like LTE requiring increased
throughput and densification of the network, Small Cell
and Cloud-RAN.
These changes lead to new technologies in the microwave
industry to improve capacity by using complex
modulation formats, dual carrier solutions, using new
spectrum (60 and 80 GHz) and to improve network density
at street level with NLOS sub-6 GHz.
AGS20 is the unique universal aggregation platform to
address all these new application segments in a coherent
solution.
Universal Aggregation Platform

10. MICROWAVE RADIO
•
•
•
•
•
NEXT GENERATION UNIT FOR SPLIT MOUNT RADIO
AGS20 set a new industry benchmark in split mount microwave by featuring the
following capabilities:
Connectivity towards any full outdoor including ALFOplus, ALFOplus2 and
ALFOplus80 series
2.5 Gbps optical interface
Single Network Element concept towards NMS
Power over Ethernet and integrated lighting protection to direct feed all outdoor
equipments
Indoor and Outdoor mechanical arrangement
ALL OUTDOOR RADIO AGGREGATOR
Radio Access migration towards full packet technology is boosting demand for All
Outdoor microwave equipments.
AGS20 enables this move by providing:
•
•
•
•
Connectivity towards EasyCell small form factor radios
Power over Ethernet and integrated lighting protection
Gateway functionality between small cell backhauling radios and NMS: configuration, monitoring and management
at cluster level
GATEWAY HANDLING SMALL CELL RADIO CLUSTER
Small cell layer is expected to increase number of transport connections of x10 factor compared to Macro- cell backhaul
layer. Such network evolution demands for data traffic aggregation capability and some management intelligence in the
network nodes to avoid flood of management traffic and prevent overwhelming complexity towards central NMS.
AGS20 (EasyCell Gateway) acts as small-cell cluster aggregator and manager providing the following features:
•
•
•
Carrier Ethernet 2.0 data plane (MPLS ready)
Modulation up to 2048 QAM
Compatibility with existing ASN ODUs (common to ALS series) and support of
legacy TDM traffic (native or through PWE3)
Radio link aggregation up to 2 Gbps in a 1RU indoor unit
Enhanced QoS feature set (ex. four level hierarchical scheduling)
Time and phase synchronization according to ITU-T G.8275.1 (Transport–Boundary Clock)•
Next Generation indoor Unit for split Mount Radio
Aggregation for All Outdoor Radio including E-Band
Gateway handling Small Cell Radio Cluster•
•
•
AGS20 is Universal Microwave Aggregation Platform addressing the need for carrier-class multi-technology traffic
aggregation.
Based on high performance Carrier Ethernet 2.0 engine (MPLS ready), the platform enables convergence of the major
microwave application segments:
•
AGS20 seriesAGS20 series

11. MICROWAVE RADIO
Universal Product Architecture
The increased number of application segments demands for a spread of microwave
technologies in order to address each of the segments in an effective and efficient way. This
scenario brings to a higher complexity in microwave portfolio challenging for the
consistency of the overall network solution and streamlined roadmap.
SIAE MICROELETTRONICA answer is based on the adoption of a Unified Product Architecture,
a common Ethernet hardware and software platform through all new generation products
based on two main building blocks:
Ethernet Core unit based on powerful switching gear featuring 25 Gbps full duplex capacity,
high performance dual-core CPU and embedded IEEE1588v2 processor for frequency and
phase synchronization
SM-OS software based on carrier-grade field proven highly interoperable protocol stack to
provision standard MEF and MPLS services and is SDN ready
AGS20s
New Generation split-mount Microwave
AGS20 can be configured as an Indoor Unit for split mount radio; named AGS20s. AGS20s brings superior packet
capabilities, certified to comply with LTE transport requirements. It supports TDM traffic, both native and pseudowire, to
allow easy network evolution from pure TDM to pure IP.
A complete range of interfaces (Radio, Gigabit/Fast Ethernet, E1, STM-1) and a high degree of versatility allow very easy
network planning and management.
•
•
Ethernet Core Unit
Operating System
The IDU can host a variety of interfaces (a mix of GE and Radio IF interfaces), for maximum flexibility when
interconnecting heterogeneous technologies. Up to ten interfaces can be equipped in single 1RU equipment allowing
reaching up to ten different directions. Higher level of connectivity is provided by supporting IDU stackability for nodal
configuration, addressing demand for higher number of radio directions, GE and TDM interfaces.
Flexible Configuration
AGS20 series

12. MEMBER OF:
AGS20L.04.15
Data subject to change without notice • All rights reserved © SIAE MICROELETTRONICA S.p.A. www.siaemic.com
LAYER 2 MAIN FUNCTIONALITIES
MEF 2.0 certified
8 queues with flexible scheduler
(Strict Priority, WRR and mixed)
4 level hierarchical scheduler
(H-QoS)
Flexible QoS definition based on
VLAN, IPv4, IPv6, MPLS exp bits
Per queue WRED congestion
avoidance
Flow Based Ingress Policing
(CIR & EIR definition)
Egress shaping
Ethernet Ring Protection G.8032
RMON statistics per service
VLAN stacking (IEEE 802.1ad QinQ)
Link Aggregation IEEE 802.3ad
Ethernet OAM 802.3ah/ 802.1ag/
Y.1731
Jumbo Frames up to 12 Kbytes
•
•
•
•
•
•
••
•
•
•
•
•
TYPICAL APPLICATIONS
2G/3G/4G Cellular Network
backhauling infrastructure
Leased Lines replacement
Utility Networks
(Railways, Oil&Gas)
Private Data Networks (WANs,
LANs, etc)
WiMAX Backhauling
Fiber Optics extension,
termination and backup
Small Cell backhauling
Spur Links for Backbones/Rings
High capacity Broadband Access
Networks•
•
•
•
•
•
•
•
MAIN FEATURES
4 to 2048 QAM modulations
Hitless ACM adaptive code and
modulation
Multi Layer Header Compression
L1 Radio LAG up to 4 ODUs and
XPIC configuration in a 1RU IDU
Convergence of all outdoor and
split-mount microwave
Extended Ethernet connectivity:
8xGE interfaces
Mixed TDM/Ethernet interfaces
for dual native transport
PWE3 TDM services defined by
software
Synchronous Ethernet and IEEE
1588 v2 support
SM-OS based platform
CISCO Microwave Adaptive
Bandwidth feature interworking
POE support
Indoor and Full utdoor mechanical
arrangement
Extended buffer for maximum
TCP/IP efficiency in LTE networks
Integrated antennas up to 6ft. in dia.
Single Universal ODU for any
capacity and modulation
Unified Network Management
System – NMS5
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
AGS20 series

13. ALFOplus
HIGH CAPACITY IP ETHERNET FULL OUTDOOR Series
7 - 42 GHz
ALFOplus is a Full Outdoor, Full IP
Next Generation Microwave Radio.
It is a zero footprint solution, fully
integrable with 3G, 4G and LTE
nodes, and ideal for a fast and flexible
evolution towards full IP networks
with the highest radio capacity and
performance.
With its advanced Ethernet features
and complete synchronisation
management (SyncE and 1588v2),
ALFOplus is a state of the art IP radio,
providing the foundation for a
leading edge network.
RADIO
MICROWAVE

14. High Capacity IP F
High Capacity IP Full Outdoor Series
High Capacity IP Full Outdo
High Capacity IP Full Outdoor Series
High Capacity IP Full Outdoor SeriesHigh Capacity IP Full Outdoor Series
High Capacity IP Full Outdoor Serie
IP FULL OUTDOOR Series
HIGH CAPACITY
ALFOplus
MAIN FEATURES
8 queues with flexible scheduler
(Strict, WFQ, mixed)
Support for ERP
1 Gbits throughput per radio channel
7,14, 28, 56 MHz channel BW support
4 QAM to 1024 QAM modulations
Adaptive Code and Modulation
POE+ or dedicated power supply port
LAYER 2 MAIN FUNCTIONALITIES
TYPICAL APPLICATIONS
Any G-Mobile backhaul for Access and
Aggregation
Emergency wireless links
Last mile fibre extension for business
customers
2 GE ports optical or electrical
In-band management
Layer 1/2/3/4 Header Compressor
Carrier Ethernet services (EVP- LINE/LAN/TREE)
Flow Based Ingress Policer (CIR & EIR definition)
Flexible QoS definition based on
VLAN, IPv4, IPv6, MPLS exp bits
Extensive VLAN management
Per queue WRED congestion avoidance
Link aggregation
Jumbo Frames up to 10Kbytes
ISP High Capacity LAN to LAN connections
Complementary solutions for fiber deploy
1588 v2 support
Zero footprint applications
MAC address switching, ageing and learning
VLAN / VLAN STACKING (IEE 802.1ad with QinQ)
Ethernet QoS (IEEE 802.1p)
RSTP (Rapid Spanning Tree Protocol)
Flow Control (IEEE 802.3x)
RMON Statistics
LLF (Link Loss Forwarding)
LAG (Link Aggregation IEEE 802.3ad)
ETH OAM (IEEE 802.1ag / ITU-T Y.1731)
Supported Configurations
Modulation Schemes
Supported Ethernet Throughput
Traffic Interfaces
Output Power at Point C’
Receiver Sensitivity at BER 10-6 at point C
(1+0 conf., 28/30 MHz RF Filter losses included)
Frequency Stability
ATPC
RTPC
Service Channels
ODU Connector
Management Interfaces
Mechanical Dimensions ODU (W x H x D)
Power Supply
Power Consumption (per terminal)
Enviromental Performace
ODU Weather Proofing Class
ODU Operational Temperature (standard range)
Ethernet Characteristics
Compliant with
42 GHz15 GHz 18/23
GHz
38 GHz
4
16
16
32
64
128
256
QAM
QAM
QAM
QAM
QAM
4 QAM strong
QAM strong
QAM
(1+0), (1+1), 2x(1+0)
4/16/32/64/128/256/512/1024 QAM (with ACM)
50 Mbps to 1 Gbps
2xGE electrical or optical
± 5 ppm
20 dB range implemented in 1 dB steps
Up to 20 dB in 1 dB step, software programmable
VoIP
RJ45 or SFP Optical Plug-in
In band management
254 x 254 x 154 (mm) 10 x 10 x 6 (in)
25 ÷ 60 VDC floating
ETSI, FCC
≤ 70W in 1+1 configuration
IP65
-35° C to +55 ° C
15 GHz 18/23
GHz
38 GHz 42 GHz
+28
+28
+25
+25
+24
+24
+24
+24
+23
+23
+21
+21
+19
+19
+19
+19
+17
+17
+15
+15
+13
+13
+13
+13
4
16
16
32
64
128
256
QAM
QAM
QAM
QAM
4 QAM strong
QAM strong
QAM
-90,5
-87
-83,5
-80,5
-79
-76
-73
-69,5
≤ 35W in 1+0 configuration
-86,5
-83
-79,5
-76,5
-75
-72
-69
-65,5
512
1024
QAM
QAM
+24
+23
+19
+18
+13
+12
512
1024
QAM
QAM
-67
-63
-63
-59
QAM
7/8 GHz 13 GHz
7/8 GHz 13 GHz
+28
+28
+25
+25
+24
+24
+24
+24
+24
+23
-91
-87,5
-84
-81
-79,5
-76,5
-73,5
-70
-67,5
-63,5
+29
+29
+26
+26
+25
+25
+25
+25
+25
+24
-90,5
-87,5
-83
-80
-78,5
-75,5
-72,5
-69,5
-66,5
-63,5
17 GHz
+22
+22
+20
+20
+18
+18
+18
+18
+18
+17
17 GHz
-89,5
-86
-82,5
-79,5
-78
-75
-72
-68,5
-66
-62
UNLICENSED *
UNLICENSED *
* Unlicensed Frequency. Ouput Power values compliant with SRD ERC REC 70-03 using appropriated antenna, enanched RTPC and Constant Avg Mode
+19
+19
+17
+17
+15
+15
+15
+15
+15
+14
-88,5
-85
-81,5
-78,5
-77
-74
-71
-67,5
-65
-61
-91
-87,5
-84
-81
-79,5
-76,5
-73,5
-70
-67,5
-63,5
RADIO
MICROWAVE
SIAE MICROELETTRONICA S.p.A.
Via Michelangelo Buonarroti 21, 20093 Cologno Monzese (MI) - Italy
Phone +39 02273251 Fax +39 02 25391585
www.siaemic.com
MEMBER OF:
ALFOplusE.010.13•Datasubjecttochangewithoutnotice•Allrightsreserved©SIAEMICROELETTRONICAS.p.A.