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Беспроводные системы и сетевое оборудование


StreetNodeENG pdf (2,1 Mb)
Техническое описание:
StreetNode V60-PTP datasheetRUS pdf (296 Kb)
Ourdoor Software-Defined Radio (OSDR) platformRUS pdf (2 106 Kb)
Описание приложений:
Gigabit Broadband Service for Campus NetworksENG pdf (1 102 Kb)
Building Advanced City Surveillance NetworksENG pdf (1 239 Kb)
Gigabit Broadband Service for Hotels & Vacation ResortsENG pdf (1 163 Kb)
Open-Area Efficient Infrastructure Monitoring & ControlENG pdf (1 189 Kb)
Efficient Wireless Gigabit To The Home (GTTH) for Residential AccessENG pdf (838kb)
Optimizing Spectrum Utilization for Small-Cell BackhaulENG pdf (255 Kb)
Unified Multi-Technology Backhaul with Converged SolutionsENG pdf (547 Kb)
Accelerated Deployment of Public & Private Sector Surveillance InfrastructuresENG pdf (866 Kb)
Fast, Secure & Easy Connectivity for the Public & Private SectorENG pdf (670 Kb)
Re-inventing PtMP Technology to Address Small-Cell Backhaul ChallengesENG pdf (391 Kb)
SON Automation in Small-Cell BackhaulENG pdf (734 Kb)
Intracom Telecom Rural Small Cell presentationENG pps(8.9Mb) from Small Cells World Summit 2015
Implementing Today's Small-Cell Networks with Innovative Backhaul SolutionsENG pps(4.6Mb)
Microwave Small-Cell Backhaul Planning Strategies and the Impact on TCO - Small Cell Backhaul SummitENG pps(8Mb)
Accelerating Small-Cell Deployment with a Microwave Backhaul Service Layer - TNMOENG pps(4.7 Mb)
Портфолио систем беспроводной связи и сетевого оборудования:
Portfolio brochureENG pdf (1 898 Kb)

StreetNode V60

StreetNode V60 Logo

Mobile Broadband Networks are undergoing a continuous transformation in terms of technology and architecture. As network capacity demand from 4G smartphones and tablets skyrockets, the RAN is expected to be structured in multiple layers, with a small-cell layer to be developed at street level, eventually leading to very high network density.

Small-cell backhaul will consist of a large number of short (sub-km) links with stringent economics and operational requirements arising from the deployment at non-conventional (non-telco) environment. Consequently, an all-new approach to the wireless backhaul of small cells is required in order to enable cost-efficient and manageable networks.

StreetNode™ V60-PTP is a truly groundbreaking series of auto-aligning Ethernet radio products, which is specifically designed to meet the multiple challenges of small-cell backhaul. StreetNode™ 6250 PTP, member of the StreetNode™ V60-PTP series of V-Band products, is the millimeter-Wave version of the StreetNode platform that has already been introduced by Intracom Telecom. It operates in the 57 - 64 GHz area of the spectrum and with 250 MHz channelization it can offer an industry-leading capacity of up to 1.7 Gbit/s full duplex for 64-QAM modulation. Operation in V-Band eliminates the licensing burden in most countries, thus boosting the economic viability of the small-cell business model.

StreetNode™ V60-PTP series, inherits all the innovations, features and functionality of its sibling microwave version, while incorporating further enhancements, such as Automatic Interference Scanning. Its compact form factor includes an integrated auto-aligning antenna, while its special aesthetics allow blending nicely in the city environment. With flexible powering options (direct AC, direct DC and PoE), it ideally supports installations onto street-level structures. The unique mix of alignment-automation and "zero-touch" capabilities, through Bluetooth communication with a standard Android tablet, reduces rollout time and cost and safeguards against deployment errors.

With throughputs exceeding 1 Gbit/s and with full QoS and packet synchronization functionality, StreetNode™ 6250 PTP satisfies even the most demanding 4G backhaul requirements. Furthermore, it can be used in a multitude of other applications requiring Ethernet connectivity, such as building connectivity in campuses, fixed line access, security camera interconnection and ad hoc networks.

  • 1 Gbit/s+ full duplex capacity and complete set of packet synchronization options for future-proof 4G backhaul
  • Comprehensive Ethernet bridge functionality, featuring three Gigabit Ethernet interfaces on the unit, which allow implementation of complex network topologies without the need for additional / external switching units
  • Innovative antenna auto-alignment feature means that crews on both sides of the link are not required, enabling fast and cost-effective deployment
  • Zero-touch' configuration and service provisioning allow for 'plug-and-play' connection to the network in minutes while minimizing error potential
  • Unique direct AC powering simplifies deployment at street locations or other non-telco locations where DC power is unavailable
  • No licensing delays and initial / recurring licensing costs
Основные особенности
Innovative Installation & Commissioning Automations

StreetNode™ 6250 PTP's innovative integrated antenna, with auto-alignment capability in the azimuth and elevation planes, enables fast, cost-effective and error-free link deployment by non-specialized technicians. Auto-alignment can be initiated wirelessly over a Bluetooth connection. 'Zero-touch' configuration and service provisioning can also be carried out through the Bluetooth connection using a standard Android tablet. An NMS proxy application installed in the tablet allows connection to the NMS and the network element simultaneously. Based on location information, the operator downloads the configuration information and parameter files from the NMS server over a 3G / 4G-connectivity based VPN. The above automations allow for connection to the network in minutes while minimizing error potential. Furthermore, they simplify and facilitate the overall deployment and management of large numbers of small-cell backhaul links expected in the future.

Leading Capacity & Link Robustness

StreetNode™ 6250 PTP's 1 Gbit/s+ full duplex capacity (up to 1.7 Gbit/s) on a single radio link is achieved by combining high spectral efficiency modulation format of 64-QAM with bandwidth acceleration in a 250 MHz-wide channel. The Link adaptivity feature and the robust Forward Error Correction coding scheme enable high link robustness and allow the deployment of high-availability links. Intelligent combination of state-of-the-art LDPC and Reed-Solomon FEC schemes maximizes sensitivity at a minimum cost to transport efficiency. Furthermore, the fast 4-level Hitless Adaptive Modulation & Coding can provide a 16 dB system gain improvement to enable continuous link operation under adverse precipitation conditions. Even at the lowest and most robust modulation format (QPSK), link capacity exceeds 300 Mbit/s (full duplex).

Carrier Ethernet Service Delivery over Complex Topologies

StreetNode™ 6250 PTP incorporates a fully-featured, 3 GbE-port Provider Bridge (IEEE 802.1ad), which offers flexibility in delivering MEF standards-based Carrier Ethernet services - ranging from EPL and EVPL to ELAN - over complex network topologies, such as chain or tree, deployed without the need for external switching devices. This allows for faster and easier deployments that are more manageable and cost-efficient. Support of service OAM, based on the IEEE 802.1ag and Y.1731 standards, and Link OAM, based on IEEE 802.1ah standard, means that StreetNode™ 6250 PTP is capable to offer Carrier-grade Ethernet OAM features, enabling operators to provide manageable L2 end-to-end services to their customers.

Compact and Flexible Solution for Deployment at Street-level, Non-telco Locations

StreetNode™ 6250 PTP can be offered as a stand-alone extremely-lightweight, zero-footprint and all-outdoor system, with maximum powering flexibility (direct AC, direct DC or PoE). Direct AC power feed, without external devices, enables more cost effective, quicker and more reliable deployments even at street level environments. Links are easily deployed with StreetNode™ 6250 PTP's small form factor outdoor units (298 mm x 151 mm x 176 mm), which weigh no more than 3 kg (including the integrated, auto-aligning antenna), thus minimizing the size and cost requirements for the supporting infrastructure. These cylindrically-shaped units come in more than one colors to allow easier visual blending with street-level structures.

Automatic Frequency Scanning for Interference Detection & Channel Selection

Automatic Frequency Scanning could be applied in all cases or only when the initially-selected channel does not meet the expected SINR. This procedure follows the alignment phase and the SINR measurement capability of StreetNode™ 6250 PTP is exploited. Link units are successively tuned (through alternative frequency channels) and SINR values for both terminals are measured for each channel. The SINR results are communicated to the tablet application and/or NMS. The best channel can then be selected.

Comprehensive QoS

StreetNode™ 6250 PTP offers per-service QoS treatment of the transported traffic based on L1, L2 and L3 classifiers. Strict priority(SP), Weighted Round Robin (WRR), Hybrid SP+WRR, and WFQ scheduling schemes are cleverly applied to eight CoS / queues to enable the most suitable prioritization treatment for management and control plane traffic, while supporting revenue generating service differentiation and assured critical service delivery for user plane traffic.

Complete Packet-based Network Synchronization Options

Being an advanced packet radio, which is designed for mobile network backhaul applications, StreetNode™ 6250 PTP supports a full range a packet synchronization methods. Its Gigabit Ethernet interfaces support standards-based Synchronous Ethernet (SyncE) frequency synchronization distribution, as well as, the associated ESMC signaling channel. Furthermore, Precision Timing Protocol (IEEE 1588v2) Transparent Clock and Boundary Clock functionality are supported for the delivery of frequency and phase synchronization deemed necessary in locations where GPS/GLONASS signals are hard to reach (such as covered / street-level deployments).

Mobile Operators
  • Small-cell backhaul, midhaul of 3G / 4G / WiMAX / 4G+ Base Stations
Fixed Line Operators/ ISPs
  • Direct access connectivity for large corporate customers
  • Backhaul of xDSL - DSLAM nodes
  • Short fiber route backup
Utilities & Mining Industries

Electricity, water and other utility companies can deploy StreetNode™ 6250 PTP in their plants, distribution stations and office locations to:

  • transport traffic from security / surveillance cameras to the monitoring location/control room, and to
  • create Gigabit LANs among their buildings in a site.
International Shipping Hubs

Port authorities can deploy StreetNode™ 6250 PTP to satisfy connectivity needs among:

  • Loading stations
  • Depots / large storage areas
  • Security posts and surveillance cameras
  • Data Center / control rooms
Public Sector & Governmental Networks

StreetNode™ 6250 PTP can be used to interconnect public buildings in municipal areas and cities. City halls, police headquarters, hospitals, schools and other buildings can converge on the same high-speed network infrastructure to enhance governance efficacy and efficiency.

Higher Education & Health Institutions

University campuses and hospitals with multi-building sites can take advantage of StreetNode™ 6250 PTP to cost-effectively and rapidly deploy high-bandwidth links to:

  • Create Gigabit LANs among their buildings
  • Backhaul traffic from security / surveillance cameras
Large Corporations in Services or Manufacturing Sector

Large businesses with multi-building plants, storage depots or office facilities expanding in large areas, can deploy StreetNode™ 6250 PTP to enable Gigabit LAN connectivity for enhancing their transaction automation, control, productivity and security.

Ad hoc Networks

With StreetNode™ 6250 PTP, temporary networks can be quickly setup at refugee camps, emergency sites and sporting event locations.

Техническое описание
  • Maximum Throughput:
    • Ethernet: up to 1.7 Gbit/s full duplex
    • Channel size: 250 MHz
  • 4-level Dynamic Hitless Link Adaptation
    • 16 dB link adaptation gain range, dynamic.
  • Modulation Schemes:
    • 64-QAM, 32QAM, 16QAM, QPSK
  • FEC Coding Scheme:
    • LDPC and Reed Solomon
  • Carrier Ethernet:
    • IEEE 802.1d/ IEEE 802.1Q / IEEE 802.1ad
    • E-Line, E-LAN
    • Jumbo frames support (up to 9600 bytes)
  • Quality of Service (QoS):
    • 8 Classes of Service (8 queues) per port (including over the air)
    • Packet classification per port, VLAN id, p-bit, DSCP, MPLS EXP-bits, IPv6 TC.
    • Scheduler Schemes: Strict Priority, Weighted Fair Queuing (WFQ), hybrid.
    • Queue Management: Tail Drop, WRED
    • Two rate Three colour Traffic metering and policing
    • Egress shaping
  • Synchronization:
    • ITU-T G.8262 /4 (SyncE)
    • IEEE 1588v2 Transparent Clock and Boundary Clock
  • Protection:
    • RSTP (IEEE 802.1w)
    • Ethernet Port LAG (IEEE 802.3ad)
    • Ethernet Ring Protection (ITU-T G.8032)
  • Operations, Administration & Maintenance (OAM):
    • IEEE 802.1ag - Service OAM (CFM)
    • ITU-T Y.1731 (OAM mechanisms)
    • RMON Counters (RFC 2819)
    • ITU-T G.826 Counters
    • IEEE 802.3ah - Link OAM (EFM)
  • uni|MS™ (NMS)
  • Embedded Web-based GUI
  • Bluetooth Interface V2.1+EDR (Class 1)
  • CLI
  • SNMP
  • File transfer
  • Integrated Bluetooth interface for wireless provisioning
  • Interfaces:
    • 2 x 100/1000Base-T (RJ-45)
    • 1 x SFP (1000Base-X)
  • Antennas:
    • Integrated auto-aligning
    • Gain 34 dBi
  • Electrical:
    • Direct AC, direct DC, PoE
    • Power Consumption 33W
  • Mechanical & Environmental:
    • Outdoor unit with embedded flat antenna 298 mm x 151 mm x 176 mm / 3 kg
    • IP67 Ingress Protection
    • Operating Temperature: -33°C to +55°C (extended to -55°C)
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