Native Ethernet MW Backhaul. Maximum IP Backhaul Capacity & Agility!

Transcription

1 Native Ethernet MW Backhaul Maximum IP Backhaul Capacity & Agility!

2 Everything Goes All-IP... So Do MW Transport Networks The capacity crunch effected from the everincreasing demand for broadband services poses significant challenges on access and backhaul technologies. Mobile LTE/LTE-A networks rapidly evolve to flat all-ip architectures, while operators adopt new radio access design paradigms by also deploying small cells and HetNets, all relying on end-to-end Ethernet connectivity. Along with backhaul network transformation, Carrier Ethernet and IP/ MPLS services are rapidly being provisioned as the preferred transport technologies. Convergence around all-ip is already happening, while the SDN evolution is under way. Packet Microwave (MW) is the technology of choice for backhaul applications, having the lowest cost-per-bit and the fastest deployment cycle among other transmission alternatives. Packet MW transport solutions addressing the requirements of next-generation IP networks, by offering excessive capacity with market-leading 4096-QAM modulations and by providing a converged backhaul aggregation base for smallcell expansions, is the smartest investment for the future.

3 Converging to All-IP with OmniBAS TM OmniBAS is a next generation packet MW portfolio for operators demanding a cost-effective and technologically-advanced solution for their backhaul network. OmniBAS ideally: implements the MW access & aggregation segments of 3G+ / LTE / LTE-A / heterogeneous networks, extends the reach of fixed broadband to rural areas, and rapidly deploys IP communication and control links for utility companies and governmental agencies. It allows highly-flexible IP link configurations, from all-outdoor and split-mount at tail sites, to high nodal implementations at central sites, all from the same platform. Facilitating an evolved approach toward smooth all-ip migration, OmniBAS enables operators to deliver high-speed IP services utilizing the market-leading modulations of 4096-QAM. Traditional circuit-based services are seamlessly emulated with Pseudo-Wire (PW) technology and are delivered with assured high quality. Incorporating highly-efficient packet traffic handling mechanisms and radio bandwidth utilization techniques, OmniBAS assures carrier-class service delivery with highest availability. The uniform handling of all types of traffic flows over IP allows the finest of QoS granularity, achieves optimum usage of radio capacity and enables a true convergence to all-ip. [Fig. 1] The OmniBAS highly-valued solution: All services over one transport technology All Services Solution One link per Gbit/s 2 One Transport Technology Ethernet IP / MPLS 8 to up 1 1 From From system system per radios radios all-outdoor options Split-mount & Carrier Ethernet IP Convergence & SDN evolution Legacy Traffic PWEs Converged macro & small-cell aggregation Radio Efficiency Revolutionize Your Network! Enable business Invest wisely Expand capabilities Remove backhaul bottleneck Facilitate the delivery of new compelling services Increase customer base & ARPU Keep control of your network with end-to-end OAM Build future-proof backhaul networks with 2 Gbit/s per link Seamlessly support legacy services and leverage SDH infrastructure Optimize Total Cost of Ownership (TCO) with add-on features Inject flexibility in last-mile access applications Implement nodal configurations for aggregating traffic from macro and small cells Prepare for SDN / NFV evolution

4 Solution Description OmniBAS is a native Ethernet wireless transport platform employing state-of-the-art MW packet technology. It achieves excessive throughput up to 2 Gbit/s on a single link for LTE and other data-demanding backhaul applications. OmniBAS incorporates sophisticated Radio Resource Control (RRC), for best optimization of the available radio capacity, as well as hitless adaptive modulation (4-QAM up to 4096-QAM), which increases throughput and service availability in all weather conditions. Capacity is boosted by combining cutting-edge Link Aggregation (RLA), or XPIC techniques, with advanced packet optimization like dense IP headers compression. The table below gives the OmniBAS maximum line rates for various channel sizes and link configurations: Maximum Line Rate (Gbit/s) Channel Modulation 56 MHz (1+0) 56 MHz (XPIC) 2 x 56 MHz (2+0) 112 MHz (1+0) (1) 4096-QAM QAM QAM Besides capacity maximization, RLA in particular allows for easier network management, as many links can be combined in a single radio link, while it offers increased availability by automatically balancing load over all available air links. Network configurations are flexible, ranging from all-outdoor single links to nodal implementations for traffic aggregation sites, while utilizing E1, STM-1 and Gigabit Ethernet interfaces. The OmniBAS platform, which is offered in split-mount and alloutdoor configurations, comprises: OmniBAS -2Wc, the new addition to the family, is a compact 1 RU indoor unit (IDU) available in two versions, with one or two embedded modems. It employs a fanless chassis design providing hardened characteristics in extreme environments. OmniBAS -2W and OmniBAS -4W, which are compact (1 RU) IDUs with modular architecture (2) the higher nodal 2 RU solution (OmniBAS -8W) (3). The available radio configurations include: , 1+1 / 2+2 / 3+3 / 4+4, XPIC (4) / 8+0, depending on IDU model. Complete family of outdoor units (s) covering a wide range of operating frequencies (6 / 7 / 8 / 11 / 13 / 15 / 18 / 23 / 26 / 28 / 32 / 38 GHz). Support for modulations up to 4096-QAM. OmniBAS all-outdoor radio, which is based on the OSDR platform, supporting up to 4096-QAM modulations and 1+0, 1+1 and 2+0 configurations. OmniBAS -4P half-rack 1 RU IDU supporting up to four OSDR radios through PonE-enabled Gigabit Ethernet interfaces. Antennas, either integrated or standalone. OmniBAS provides redundancy for / modem / controller / Gigabit Ethernet, also allowing the implementation of RSTP and the more advanced controls of Ethernet protected rings, as per ITU-T G.8032, of carrier-grade sub-50 ms recovery switching time. The efficient timing capabilities include traditional G.703- based synchronization and Ethernet synchronization based on Synchronous Ethernet and IEEE 1588v2 standards. End-to-end Ethernet service management is ensured through standardsbased OAM functions and a powerful NMS system. Radios Compact IDUs Modular IDUs OmniBAS -2Wc OmniBAS -2W OmniBAS -4P OmniBAS -4W OSDR (all-outdoor) OmniBAS -8W (1) In roadmap. (2) For 2 or 4 radios. (3) For 8 radios. (4) Available for OmniBAS -4W/-8W, OmniBAS -2Wc in roadmap.

5 Increasing Backhaul Agility The OmniBAS family of products constitutes a single IP technology investment for current and future needs, providing superior deployment flexibility from all-outdoor units to higher nodal compact solutions for the most demanding backhaul network applications. OmniBAS OSDR is intended for zero-footprint last-mile IP backhaul of 3G+/4G and small-cell deployments. OmniBAS -2Wc/-2W are the cost-optimized IDUs for tail links requiring up to two radios, whereas OmniBAS -4W is more appropriate for nodal sites of up to four radios. The OmniBAS -8W further enhances deployment agility by supporting eight radios in a 2 RU IDU and by providing full hardware redundancy. OmniBAS -4W/-8W constitute the ideal solution for excessive throughput requirements, as they both support protected (2+2) XPIC nodes. OmniBAS -8W perfectly fits sites with high-aggregation needs as it offers 6+6 Gigabit Ethernet / (1+1) 10 Gigabit Ethernet (1), up to 64 x E1 and four STM-1 VC-12 interfaces. OmniBAS -8W can be flexibly positioned at the aggregation network and/or close to the control site (RNC / BSC), where it restores the PWEs back to their initial TDM form. The OmniBAS all-outdoor and split-mount nodes are fully compatible and can be used according to operator site requirements. Figure 2 illustrates the wide range of deployment scenarios enabled by the OmniBAS comprehensive portfolio, making clear its agility advantages in an all-ip backhaul network. Highlights Native Ethernet-based PtP radio systems. Massive full-duplex throughputs - up to 2 Gbit/s with IP packet optimization techniques - over a single channel (with XPIC). Market-leading hitless adaptive modulation from 4-QAM to 4096-QAM. Robust RF performance, Tx power boost with Pre-Distortion for increased link range and availability. Nodal solution up to eight radios from a single chassis. Protected XPIC (2+2) even on a 1 RU chassis. Radio Link Aggregation up to 4 radios. Ethernet ring protection (ITU-T G.8032). Comprehensive set of L2 (Ethernet) and QoS features. Ethernet OAM suite. Carrier Ethernet compliant services. Seamless transport of legacy services with Pseudo-Wires. [Fig. 2] Typical backhaul architecture with OmniBAS family of products End-to-end Network Management (uni MS) 2G/3G/LTE OmniBAS-2Wc/-2W XPIC 2+2 SDH OmniBAS-8W MEN Large Hub STM-1 2G/3G/LTE OmniBAS-4W OmniBAS-4W GbE BSC/RNC/ASN-GW/MME/S-GW Medium Hub 4G OmniBAS OSDR Low RAN High RAN (1) In roadmap.

6 Backhaul Convergence with OmniBAS TM CBAN Converged Backhaul Aggregation Node The OmniBAS product family enables operators to establish a solid foundation in their macro-cell backhaul network, enrich it, in order to unify the aggregation layer for HetNets and finally accelerate small-cell deployment. The OmniBAS -8W/-4W indoor units, besides the modems for connecting s (in split-mount node configurations), can be equipped with Power on Ethernet modems to support a wide variety of all-outdoor MW and mmwave radios. Such a Converged Backhaul Aggregation Node (CBAN) application (see Figure 3 below) is a state-of-the-art solution that flexibly leverages best-of-breed MW and mmwave technologies in order to effectively address today s backhaul challenges. In addition, OmniBAS -4P provides four Gigabit Ethernet interfaces, PonE enabled, for connection to any outdoor radio of the current Intracom Telecom portfolio Technologies & Applications OmniBAS CBAN supports any s / OSDRs (all-outdoor radios) / UltraLink -FX80 / StreetNode V60-PTP mix, up to eight connected systems in total. OmniBAS CBAN Benefits Unified macro and small-cell backhaul High scalability Optimized backhaul performance end-to-end Unified management suite (uni MS ) for network and services Simplified network planning, operation and maintenance Enabler for network sharing & managed backhaul models CBAN Connected With Topology Application OmniBAS s PtP links (split-mount) Macro and/or small-cell backhaul over the licensed MW OSDR (Outdoor Software- PtP links (all-outdoor) spectrum. Defined Radio) platform PtMP aggregation hubs (FO-HUBs) Small-cell backhaul using StreetNode PtMP terminals over licensed, area-wide bands (26 / 28 / 32 / 42 GHz). StreetNode PtP / PtMP (all-outdoor) Small-cell backhaul, microwave. UltraLink -FX80 PtP links (all-outdoor) Small-cell backhaul over E-Band. StreetNode V60-PTP PtP links (all-outdoor) Small-cell backhaul over V-Band. [Fig. 3] Connection capabilities of a CBAN node End-to-end Network Management (uni MS) PtP (MW) StreetNode PtP/PtMP (MW) OSDR SDH OSDR PtMP (MW) OmniBAS CBAN Ethernet UltraLink-FX80 PtP (E-Band) PtP (MW) IF StreetNode V60-PTP PtP (V-Band)

7 Why Intracom Telecom One-stop Shop Comprehensive portfolio of end-to-end radio access & backhaul solutions Proven integration & interoperability State-of-the-art end-to-end management suite Established Wireless Vendor Growing and continuous presence for a variety of access and transmission solutions Growing brand name recognition for PtP and PtMP solutions Recognized for Service Excellence Extensive implementation track record Specialized & highly experienced personnel Consulting, design, implementation & support Commitment to adding customer value Continuous Innovation Innovating in the wireless access and transmission field for over one and a half decade Successful development and deployment of PtP and PtMP systems with numerous operators in Europe, the Middle East, the CIS, Asia and Africa Investing heavily on the continuous evolution of its wireless product lines Adopting latest standards and most advanced technologies to deliver wireless solutions that best fit customer current and future needs One-stop Shop Continuous Innovation Your clear choice! Established Wireless Vendor Service Excellence About Intracom Telecom Intracom Telecom is a global telecommunication systems and solutions vendor operating for over 35 years in the market. The company innovates in the areas of small-cell backhaul, wireless transmission and broadband wireless access and has successfully deployed its industry leading point-to-point and point-to-multipoint packet radio systems worldwide. Moreover, Intracom Telecom offers a competitive portfolio of revenue-generating telco software solutions and a complete range of ICT services, focusing on big data analytics, converged networking and cloud computing for operators and private, public and government clouds. The company invests significantly in R&D developing cutting-edge products and integrated solutions that ensure customer satisfaction. Over 100 customers in more than 70 countries choose Intracom Telecom for its state-of-the-art technology. The company employs more than 1,900 people and operates subsidiaries in Europe, Russia and the CIS, the Middle East and Africa, Asia and North America. All information contained in this document is subject to change without prior notice. Intracom Telecom, the Intracom Telecom logo, OmniBAS, the OmniBAS logo, StreetNode, UltraLink and uni MS are trademarks or registered trademarks of Intracom S.A. Telecom Solutions. All other trademarks are property of their respective owners Intracom S.A. Telecom Solutions

8 Intracom Telecom Regional Contacts Europe 19.7 km. Markopoulou Ave Peania, Athens Greece t: f: Russia & CIS 16 Krasnoproletarskaya Str. Bldg. 1, Entr. 3, Moscow, Russia t: f: America 3885 Crestwood Parkway Suite 100, Duluth, GA USA t: f: Middle East & APAC Building No. 3, Office No. 204 P.O. Box , Dubai Internet City, Dubai United Arab Emirates t: f: Africa Unit 18 Mezzanine, Oxford Office Park 3 Bauhinia Street, Highveld Technopark Centurion, Gauteng South Africa t: f: India Unit # , 7 th Floor JMD Megapolis, Sector 48, Sohna Road Gurgaon , Haryana India t: f: