SIAE Licensed Wireless - ALS Series

ALS Series is the ideal microwave system for network migration providing high capacity connectivity with both Full IP and Native TDM transmission. Being fully programmable, it meets any transmission needs, starting from legacy PDH and SDH traffic and evolving towards full Gigabit Ethernet and PWE3 with single Hardware.

SIAE have more than 60 years experience along with the skills and flexibility to provide you with optimised network solutions that match your needs. Starting from conceptual design and network planning in connection, through project management, delivery and implementation, to full after sales assistance and support.

ALS series 4 - 42 GHz IP / PDH / SDH

ALS Series is a carrier-grade wireless backhaul split mount solution, 'fully programmable' broadband wireless system designed to meet any medium & high capacity transmission needs. It includes a wide type of interfaces: E1, STM-1, Gigabit Ethernet and PWE3 options, all available in unprotected, protected HSTBY, SD or FD with embedded proprietary XPIC technology. Each single IDU can be configured as protected, unprotected or 2+0. The Nodal IDU can aggregate, in a real pay as you grow approach, up to 16 independent directions and manage them as a single network element.

SIAE MICROELETTRONICA produce ODUs with Best-in-class system gain throughout the frequency bands and adopt the latest technological developments capable of achieving the highest MTBF figures and the lowest power consumption available on the market.

Main features

  • FREQUENCY BANDS: 4 GHz → 42 GHz. ETSI standards
  • MODULATION SCHEMES: from 4QAM up to 1024 QAM ODU solutions.
  • TECHNOLOGIES: Base-Band high circuit integration MCICS
  • CONFIGURATIONS: HSTBY, FD, SD, N+0 (N<8)
  • TDM CAPACITY RANGE: upto 4xSTM-1 and upto 160xE1
  • ETHERNET THROUGHPUT RANGE: 4 Mbit/s → 2 Gbps
  • ADVANCED DSP : Channel Digital Pre distortion , Equalizer and Packet Header Compression
  • TRIBUTARY INTERFACES: NxE1, NxSTM-1, PWE3, FE/GE electrical/optical
  • SYCNRONISATION OPTIONS: E1, STM-1, SyncE, PWE3 recovery clocks (adaptive,differential), 1588v2 Support
  • ARCHITECTURES: Dual Native TDM and multi gigabit Ethernet in Modular and Single Board Compact form factor.
  • OUTDOOR ARRANGENTS: External or integrated low profile, high performance antenna systems
  • SPECTRUM ARRANGEMENTS: ACAP, ACCP, XPIC
  • NODAL CAPABILITY: Up to 16 independent directions for a unique 'pay as you grow' nodal approach.
  • MANAGEMENT OPTIONS: Linux or Unix based NMS, HTML based local access (no flash needed)

Main applications

ALS Series provides Native IP and NativePDH and SDH connections; it is the ideal solution for a wide range of applications in access and backbone networks, 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.

  • 2G / 3G / LTE Cellular Network
  • 10/100/1000 Mbit/s Ethernet connections SDFsd
  • Utility Networks (Railways, Pipelines, Utility Radios etc.)
  • Back-up transmission medium to Fibre Optic links
  • Spur Links for Backbones/Rings
  • Last Mile Fibre Extension
  • Leased Line Replacement
  • Private Data Networks (WANs, LANs,
  • SDH Radio Ring Deployment up to 4xSTM-1
  • Infrastructure > High Capacity Broadband Access Networks

ALFOplus 7 - 42 GHz IP / PDH / SDH

ALFOplus is a Full Outdoor, Full IP Next Generation Microwave Radio. ALFOplus is a zero footprint, highly cost effective solution, fully compatible with 3G, 4G and LTE nodes, and the ideal solution for a fast and flexible evolution towards full IP networks with the highest radio capacity and performance. With its advanced Ethernet features and complete synchronization management (SyncE and 1588v2), ALFOplus is a state-of-the-art IP radio, providing the foundation for a leading edge network. SIAE produce RF components with Best-in-class system gain across all the frequency bands andadopt the latest technological developments to achieving the highest MTBF figures and the lowest power consumption available on the market.

Main features

  • FREQUENCY BANDS: 4 GHz → 42 GHz. ETSI and FCC standards plus 17GHz and 24GHz (unlicensed)
  • MODULATION SCHEMES: from 4QAM up to 1024 QAM.
  • TECHNOLOGIES: High Integrated Base-Band MCICS technology
  • CONFIGURATIONS: Unprotected, HSTBY, N+0
  • TDM CAPACITY RANGE: Upto 160xE1 Using PWE3
  • ETHERNET THROUGHPUT RANGE: 4 Mbit/s → 2 Gbps
  • ADVANCED DSP : Channel Digital Pre distortion, Equalizer and Packet Header Compression
  • TRIBUTARY INTERFACES: Multiport Gigabit switch (electrical/optical)
  • ARCHITECTURES: Full IP on Single Board, full outdoor form factor.
  • OUTDOOR ARRANGEMENTS: External or integrated low profile, high performance antenna systems
  • SPECTRUM ARRANGEMENTS: ACAP, CCCP, XPIC, DUAL CARRIER
  • MANAGEMENT OPTIONS: Linux or Unix based NMS, HTML based local access (no flash needed)

Main applications

  • Any G-Mobile backhaul for Access and Aggregation
  • Emergency wireless links
  • ISP High Capacity LAN to LAN connections
  • Last mile fibreextension for business customers
  • Complementary solutions for fibre deployments/Ethernet Extension
  • Zero footprint applications
Topic
Point-to-Point