ADVA FSP2000, ADVA FSP3000, ADVA FSP1500

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1 ADVA Optical Networking ADVA Optical Networking is one of the world leading network solution suppliers for assignment in telecommunications metropolitan area networks the services connected with diversified data (voice and video) transfer and storage. The family of Fiber Service Platform (FSP) carrier-class products of ADVA Optical company is specially designed for services development, telecommunications networks service simplification, as well as ownership total cost reduction. More than 100 major carriers and thousands of companies around the world use ADVA Optical products. The products are supplied via thoroughly chosen partner companies. Among the indisputable advantages of innovative products and technologies offered by ADVA Optical Networking Company are universality and high level of all solutions line adaptability. This enables to use effectively the same products in solutions structure for different categories of customers. Using ADVA Optical Networking solutions, carriers and service providers will be able to provide highspeed triple play and IPTV services to largest corporate customers having their own data transmission networks. Moreover carriers and service providers can help to organize high-duty transport networks capable of supporting local networks work, protected virtual storage networks, etc. ADVA Optical Networking Company was founded in 1994 in Meiningen and in Munich, Germany. In 1995 the first FSP 150 equipment line was put into production. In 1996 subsidiary undertaking in the USA, offices in France and Great Britain were opened. Since 1997 the company has been concentrating its efforts on the investigation in WDM technology that nowadays starts to gain popularity in data transmission networks. In 2004 the number of customers among the carriers achieved 100, and the number of ventures more than WDM card was released. New offices were opened in Rome, Italy for rendering support in business development in southern part of Europe and South Africa, and in Shenzhen, China. In April, 2008 ADVA Optical Networking opened its permanent representation office in Russia. Its goals include the program aimed at business strategy development, business geography maintenance and extension, marketing procedures optimization and coordination. Brief producer product overview ADVA Optical Networking FSP (Fiber Service Platform) product line represents the following platforms: ADVA FSP2000, ADVA FSP3000, ADVA FSP1500 and ADVA FSP150. Hierarchical structure of FSP equipment line application

2 FSP 2000 equipment line ADVA FSP optic multiplexing platform is the whole family of innovative devices and products for Optical+Ethernet networks enabling to efficiently build access networks, Metro networks and the whole regional area networks. ADVA technologies are oriented at companies needs as well as at carriers providing services. ADVA FSP2000 is specially worked out for solving the problems that require the application of flexible and cost effective multiplexing system able to provide reliable highspeed data transmission as well as voice and video applications traffic. FSP 2000 configuration Advantages of the solution FSP2000 has a range of unique specifications important for application in the enterprise and carrier communication networks: - high scalability, enabling to use up to 64 DWDM channels, as a result, the facilities of the existing fiber optic infrastructure are considerably extending; - low unit cost of spectral multiplexed channel in the network; it is reached due to the possibility of CWDM technology application and, simultaneously, CWDM+DWDM application; - high flexibility when choosing optimal interface type that is provided by utilization of SFP/XFP transceivers by all modules; - wide range of supported protocols and interfaces used in enterprise networks over the speed range of 8 Mb/s to 10 Gb/s; - remote control of all network elements as well as monitoring of the state of fiber-optic lines when using OSC optical supervisory channel; - meet IBM GDPS requirements. Description of the solution ADVA FSP 2000 optical multiplexing platform represents a channel spectral multiplexing system that enables to transfer in one twin-core fiber-optic cable up to 512 multiplexed channels of different types due to parallel utilization of CWDM/DWDM and TDM technologies. Companies and carriers can apply ADVA FSP 2000 platform for construction of different topology networks with large coverage and high utilization of optical resources and use ADVA FSP 2000 optical multiplexing platform for extending the possibilities of their networks, transferring via one twin-core fiber-optic communication line up to 512 different information streams. ADVA FSP 2000 platform supports protected and unprotected communication circuits of the following topologies: Point-to-point connection Line connection with subcircuits Ring network Multispeed transparent optical interface of ADVA FSP 2000 platform supports any protocols over the speed range of 8 Mb/s to 10 Gb/s including SONET/SDH, Ethernet, ATM, all storage network protocols (ADVA FSP 2000 platform successfully passed compatibility tests in the laboratories of all leading SAN equipment manufacturers), video streams transfer protocols and any other proprietary protocols operating within the abovementioned speed range. Multilevel security system reliably protects ADVA FSP 2000 platform against unauthorized access. Optical Line Monitoring (OLM) built-in monitoring function makes it possible to control fiber-optic infrastructure and identify fiber break and signal depression due to line eavesdropping or fiber

3 degradation, and Digital Performance Monitoring subsystem detects any change in data integrity when transferring via fiber-optic line. SSH software utilization for remote device control prevents any attempt of unauthorized access due to eavesdropping of openly transferred passwords. All network elements built on the basis of ADVA FSP 2000 platform can be set and controlled centrally with the help of FSP Element Manager and FSP Network Manager systems, and FSP Network Planner tool helps to set system configurations step by step. FSP 3000 equipment line. In order to provide higher performance level of optic transport networks ADVA FSP 3000 line that is also based on Wavelength Division Multiplexing (WDM) architecture can be used. This line supports hybrid solutions with CWDM, DWDM, ROADM technologies. Its characteristics provide data transfer on 80 DWDM-channels with the speed of up to 40 Gb/s with Ethernet, SONET/SDH, G.709 OTN, ATM, video and all SAN-protocols support that considerably extends the possibilities of service maintenance of metro-networks and regional networks subscribers. Advantages of the solution FSP 3000 configuration - Universality: Single urban and regional multiservice platform, optical access, aggregation and transport, solutions for DPC. Optimal solution for backbone networks construction due to compact dimensions, low energy consumption, control via SNMP-protocol; RADIUS protocol enables to integrate network elements into the current network with the existing control system; availability of RAMAN amplifiers, ROADM modules, GMPLS; - Modularity: active application of SFP built-in modules enables to minimize equipment and SPTA cost and to simplify the service; - Flexibility: one platform for any requirements from access level to network core. Inexpensive startup with further step-by-step updating without traffic break, a wide choice of different multiplexing transponders; - Compactness: 7RU and 1RU chassis, small sized transponders, any card in any slot. Up to 6 standard chassis in one console; - Usability: easy planning, service; simple network interface. Network Planner Tool enables to design fast any network infrastructure. - Compliance to international standards: FSP3000 corresponds completely to G.709 OTN reference, ETSI (back-to-back), NEBS GR 63 Core (level III), CE, UL, VCCI, Laser safety class 1M standards. Characteristics - DWDM system for 80 (100 Hz frequency plan) wavelengths (single-fiber solution up to 40 wavelength) CWDM system for 8 wavelengths; - Point-to point topologies, ring, mesh, star, etc. (fig.1); - Multiplexing both in CWDM and in DWDM schemes, ROADM flexible wave division multiplexing. CWDM + DWDM hybrid scheme is possible; - TDM and L2 multiplexing 2: 1, 4: 1, 8: 1,9: 1, 10: 1;

4 - Support of all services from 8Mbit/s to 40Gbit/s; - EDFA and Raman amplifiers enable to organize stages of more than 300 km long with the total wavelength without reclaiming up to 2000 km; - Up to 20 nodes in the subnetwork; - Up to 100 network elements in DCN area; - Possibility to terminate up to 16 subnetworks on one element; - Network control via GMPLS; - SUN, Brocade, IBM, HP, etc. certificates for utilization in the composition of geographically spread DPC. ROADM 40-channel PLC type ROADM is implemented in ADVA FSP3000 equipment. ROADM PLC supports 2 directions. This solution best of all fits bidirectional nodes within simple networks, for example in rings. ROADM enables automatic remote configuration of optical channels, and organization of optical channels between any network nodes upon request using management system. Structurally, ROADM is realized in the form of eroadm module for each direction and 40-channel filters installed in standard chassis. ROADM configuration FSP 1500 equipment line FSP 1500 line, at the expense of aggregation, makes it possible to increase the efficiency of access to fiber-optic transport networks of applications groups that require high-speed data transmission. However, conformity with the ITU Generic Framing Procedure (GFP) standard provides maximum compatibility with optical telecommunication equipment of other suppliers. Using the existing SONET/SDH infrastructure, FSP 1500 equipment makes it possible to offer new data storage and transmission services characterized by extremely low cost of access. FSP 1500 configuration FSP 150 equipment line ADVA FSP 150 product family devices can be used both on border of Ethernet networks and for aggregation of boundary devices that allows Metro networks operators to construct effective tree-like structures to provide differentiated services. Configuration and some option arrangements of FSP 150 Advantages of the solution - The Etherjack demarcation point technology adds intellectuality to Ethernet-based services, e.g. the CSU/DSU or Smartjack functions; - support of Ethernet outstations over dark fiber, allocated communication links, TDM/PDH or SONET/SDH networks, that allows to construct homogeneous access networks with broad territory coverage;

5 - Transparent support of a wide range of such devices like switchboards, routers, aggregation devices, etc.; - Aggregation of Ethernet ports in the ratio of up to 1000: 1 without using of Spanning Tree Protocol (STP) algorithm and any MAC address switching. As a result of this the number of expensive smart Ethernet ports in carrier s network aggregating routers essentially decreases; - Is an ideal solution for E-Line and E-LAN services, such as Internet access, dedicated line/lan, VoIP, video etc.; - Possesses In-band and Out-of-band remote control functions (CLI, GUI and SNMP). Solution description Possessing flexible management and control facilities of OAM (Operation Administration and Maintenance) and Etherjack technology, the ADVA FSP 150 family devices make it possible for the carriers to build Ethernet access networks which are much simpler and cheaper than similar networks on the basis of ATM and FrameRelay technologies, but possess the same or even higher functionality. Extended aggregation facilities of ADVA FSP 150 family devices allow to cope effectively with enlargement of Ethernet carrier access network. Such facilities include support of secured 1+1 and ring topologies as well as the ability to increase the number of access ports in the ratio of up to 1: 1000, provided that the network allows oversubscription that, as a rule, always occurs. Eterjack technology Ethernet access network on the base of FSP 150 equipment. ADVA Etherjack technology is Ethernet smart demarcation point concept implemented in the industry for the first time which allows the carriers to implement new kinds of Ethernet-based services. It includes 802.1ag/80-2.3ah standard NTE device (Network Termination Equipment) that performs OAM functions and recommended by Metro Ethernet Forum (MEF) UNI (User Network Interface) for providing a broad range of services. Etherjack NTE device contains Etherjack Connection Performance Analyzer (ECPA) with the ability to establish loopbacks at a port or VLAN levels for remote diagnosis of failures by the carrier and inspection of Ethernet Virtual Connection (EVC) conformance to the defined SLA level, carried out in accordance with the methodology described in RFC2544. Besides, Etherjack Service Assurance (ESA) function makes it possible to carry out permanent control of rendered service quality. Etherjack UNI allows the fulfillment of such smart operations as the setting of CIR, PIR and BC parameters on ports, priorities and VLAN. ESA uses 802.1p, 802.1q, TOS or DSCP field values to classify traffic within EVC or VLAN. Element Management System (EMS) Element Manager is applicable for adjustment and monitoring of individual NEs. It can be used as a separate system and also it is a standard component of Network Manager. EMS runs on SUN platforms or on MS Windows NT/2000/XP.

6 Management system graphical interface The intuitive graphic interface of the system is based on the click-to-select technology, it has a built-in documentation and prompting messages database. Access to separate modules and ports via both the graphic with equipment display and through the menu is supported. Functionally, the Element Manager provides equipment inventory, configuration, accident management, gathering of specifications that characterize system operation quality. Additionally, security management and download of new software is provided. Element Manager is developed on the basis of Java and provides simultaneous connection with several network elements (NEs) via SNMP, management of a number of connected optical multiplexers according to one by one pattern and displays the status of each node component. Connections with available nodes and their status are displayed in a separate window. Element Manager supports all ADVA Optical products: FSP 150, FSP 500, FSP 1500, FSP 2000 and FSP FSP Network Management System FSP Network Manager provides a complete set of facilities for network management on the base of FSP equipment. The system ensures protected and rapid access to any network node. NMS graphic interface configuration.

7 NMS makes it possible to create services and control network operation as well as to gather information about nodes condition. The NMS system is available on Sun Solaris or MS Windows NT/2000/XP platforms. Graphic interface provides various graphic displays, including physical network topology, logical channel configuration, network emergencies and performance monitoring. Each view offers its special characters for every event, criteria and filters. Creation of services and assessment of channels quality for the whole network can be made via simple operations. Flexible architecture of Network Manager Platform provides quick software change or remote capacities expanding without any delays. CORBA interface and loading of CSV modules are included in the system and enable quick integration with Operating Support Systems (OSS). Network Manager supports any equipment of FSP platform: FSP 150, FSP 500, FSP 1500, FSP 2000 and FSP Local Craft Terminal Local Craft Terminal is available either in the console mode, or as the Web graphic interface. By means of local terminal the local access to any network node via ports is possible serial interface or Ethernet port, as well as access to any remote node by means of Telnet session. Local terminal software is integrated into network elements (NE). LCT image Bossestasse 9, Quedlinburg, Deutschland Andreas Gerold Tel.: + 49(0) Fax: + 49(0) Mobil: + 49(0) andreas.gerold@gersis.eu Michael Litvinko Tel.: Fax: Mobil: mikhail.litvinko@gersis.eu